A society that never sleeps, while they sleep they are plugged in, manifesting their dreams. ...the day the system is down, they system needs to sleep, it's batteries need to recharge. The mechanisms that occurred the night before are whipped clean, every history gone. There are no rules in this world. Well maybe there are a few. Who you think you are might shift by nightfall. No one has memory of the things they did the night before. No one is supposed to look or modify the computers? Maybe it's okay?
no
$:/core/ui/MoreSideBar/All
$:/core/ui/SideBar/Recent
yes
hide
hide
hide
hide
permaview
yes
show
show
hide
no
yes
yes
no
yes
no
show
{
"tiddlers": {
"$:/Acknowledgements": {
"title": "$:/Acknowledgements",
"text": "TiddlyWiki incorporates code from these fine OpenSource projects:\n\n* [[The Stanford Javascript Crypto Library|http://bitwiseshiftleft.github.io/sjcl/]]\n* [[The Jasmine JavaScript Test Framework|http://pivotal.github.io/jasmine/]]\n* [[Normalize.css by Nicolas Gallagher|http://necolas.github.io/normalize.css/]]\n\nAnd media from these projects:\n\n* World flag icons from [[Wikipedia|http://commons.wikimedia.org/wiki/Category:SVG_flags_by_country]]\n"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright (c) 2004-2007, Jeremy Ruston\nCopyright (c) 2007-2020, UnaMesa Association\nAll rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are met:\n\n* Redistributions of source code must retain the above copyright notice, this\n list of conditions and the following disclaimer.\n\n* Redistributions in binary form must reproduce the above copyright notice,\n this list of conditions and the following disclaimer in the documentation\n and/or other materials provided with the distribution.\n\n* Neither the name of the copyright holder nor the names of its\n contributors may be used to endorse or promote products derived from\n this software without specific prior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS'\nAND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE\nIMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE\nDISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE\nFOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL\nDAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR\nSERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER\nCAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,\nOR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE\nOF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE."
},
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"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-tip tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M64 128.242c35.346 0 64-28.654 64-64 0-35.346-28.654-64-64-64-35.346 0-64 28.654-64 64 0 35.346 28.654 64 64 64zm11.936-36.789c-.624 4.129-5.73 7.349-11.936 7.349-6.206 0-11.312-3.22-11.936-7.349C54.33 94.05 58.824 95.82 64 95.82c5.175 0 9.67-1.769 11.936-4.366zm0 4.492c-.624 4.13-5.73 7.349-11.936 7.349-6.206 0-11.312-3.22-11.936-7.349 2.266 2.597 6.76 4.366 11.936 4.366 5.175 0 9.67-1.769 11.936-4.366zm0 4.456c-.624 4.129-5.73 7.349-11.936 7.349-6.206 0-11.312-3.22-11.936-7.349 2.266 2.597 6.76 4.366 11.936 4.366 5.175 0 9.67-1.769 11.936-4.366zm0 4.492c-.624 4.13-5.73 7.349-11.936 7.349-6.206 0-11.312-3.22-11.936-7.349 2.266 2.597 6.76 4.366 11.936 4.366 5.175 0 9.67-1.769 11.936-4.366zM64.3 24.242c11.618 0 23.699 7.82 23.699 24.2S75.92 71.754 75.92 83.576c0 5.873-5.868 9.26-11.92 9.26s-12.027-3.006-12.027-9.26C51.973 71.147 40 65.47 40 48.442s12.683-24.2 24.301-24.2z\"/></svg>"
},
"$:/core/images/transcludify": {
"title": "$:/core/images/transcludify",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-transcludify-button tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M0 59.482c.591 0 1.36-.089 2.306-.266a10.417 10.417 0 002.75-.932 6.762 6.762 0 002.306-1.907c.651-.828.976-1.863.976-3.104V35.709c0-2.01.414-3.74 1.242-5.19.828-1.448 1.833-2.66 3.016-3.636s2.425-1.7 3.726-2.173c1.3-.473 2.424-.71 3.37-.71h8.073v7.451h-4.88c-1.241 0-2.232.207-2.97.621-.74.414-1.302.932-1.686 1.552a4.909 4.909 0 00-.71 1.996c-.089.71-.133 1.39-.133 2.04v16.677c0 1.715-.325 3.134-.976 4.258-.65 1.123-1.434 2.025-2.35 2.705-.917.68-1.863 1.168-2.839 1.464-.976.296-1.818.473-2.528.532v.178c.71.059 1.552.207 2.528.443.976.237 1.922.68 2.839 1.33.916.651 1.7 1.583 2.35 2.795.65 1.212.976 2.853.976 4.923v16.144c0 .65.044 1.33.133 2.04.089.71.325 1.375.71 1.996.384.621.946 1.139 1.685 1.553.74.414 1.73.62 2.972.62h4.879v7.452h-8.073c-.946 0-2.07-.237-3.37-.71-1.301-.473-2.543-1.197-3.726-2.173-1.183-.976-2.188-2.188-3.016-3.637-.828-1.449-1.242-3.179-1.242-5.19V74.119c0-1.42-.325-2.572-.976-3.46-.65-.886-1.419-1.581-2.306-2.084a8.868 8.868 0 00-2.75-1.02C1.36 67.377.591 67.288 0 67.288v-7.806zm24.66 0c.591 0 1.36-.089 2.306-.266a10.417 10.417 0 002.75-.932 6.762 6.762 0 002.306-1.907c.65-.828.976-1.863.976-3.104V35.709c0-2.01.414-3.74 1.242-5.19.828-1.448 1.833-2.66 3.016-3.636s2.425-1.7 3.726-2.173c1.3-.473 2.424-.71 3.37-.71h8.073v7.451h-4.88c-1.241 0-2.232.207-2.97.621-.74.414-1.302.932-1.686 1.552a4.909 4.909 0 00-.71 1.996c-.089.71-.133 1.39-.133 2.04v16.677c0 1.715-.325 3.134-.976 4.258-.65 1.123-1.434 2.025-2.35 2.705-.917.68-1.863 1.168-2.839 1.464-.976.296-1.818.473-2.528.532v.178c.71.059 1.552.207 2.528.443.976.237 1.922.68 2.839 1.33.916.651 1.7 1.583 2.35 2.795.65 1.212.976 2.853.976 4.923v16.144c0 .65.044 1.33.133 2.04.089.71.325 1.375.71 1.996.384.621.946 1.139 1.685 1.553.74.414 1.73.62 2.972.62h4.879v7.452h-8.073c-.946 0-2.07-.237-3.37-.71-1.301-.473-2.543-1.197-3.726-2.173-1.183-.976-2.188-2.188-3.016-3.637-.828-1.449-1.242-3.179-1.242-5.19V74.119c0-1.42-.325-2.572-.976-3.46-.65-.886-1.419-1.581-2.306-2.084a8.868 8.868 0 00-2.75-1.02c-.946-.177-1.715-.266-2.306-.266v-7.806zm43.965-3.538L80.6 52.041l2.306 7.097-12.063 3.903 7.628 10.378-6.12 4.435-7.63-10.467-7.45 10.201-5.943-4.524 7.628-10.023-12.152-4.17 2.306-7.096 12.064 4.17V43.347h7.451v12.596zm34.425 11.344c-.65 0-1.449.089-2.395.266-.946.177-1.863.488-2.75.931a6.356 6.356 0 00-2.262 1.908c-.62.828-.931 1.862-.931 3.104v17.564c0 2.01-.414 3.74-1.242 5.189-.828 1.449-1.833 2.661-3.016 3.637s-2.425 1.7-3.726 2.173c-1.3.473-2.424.71-3.37.71h-8.073v-7.451h4.88c1.241 0 2.232-.207 2.97-.621.74-.414 1.302-.932 1.686-1.553a4.9 4.9 0 00.71-1.995c.089-.71.133-1.39.133-2.04V72.432c0-1.715.325-3.134.976-4.258.65-1.124 1.434-2.01 2.35-2.661.917-.65 1.863-1.124 2.839-1.42.976-.295 1.818-.502 2.528-.62v-.178c-.71-.059-1.552-.207-2.528-.443-.976-.237-1.922-.68-2.839-1.33-.916-.651-1.7-1.583-2.35-2.795-.65-1.212-.976-2.853-.976-4.923V37.66c0-.651-.044-1.331-.133-2.04a4.909 4.909 0 00-.71-1.997c-.384-.62-.946-1.138-1.685-1.552-.74-.414-1.73-.62-2.972-.62h-4.879V24h8.073c.946 0 2.07.237 3.37.71 1.301.473 2.543 1.197 3.726 2.173 1.183.976 2.188 2.188 3.016 3.637.828 1.449 1.242 3.178 1.242 5.189v16.943c0 1.419.31 2.572.931 3.46a6.897 6.897 0 002.262 2.084 8.868 8.868 0 002.75 1.02c.946.177 1.745.266 2.395.266v7.806zm24.66 0c-.65 0-1.449.089-2.395.266-.946.177-1.863.488-2.75.931a6.356 6.356 0 00-2.262 1.908c-.62.828-.931 1.862-.931 3.104v17.564c0 2.01-.414 3.74-1.242 5.189-.828 1.449-1.833 2.661-3.016 3.637s-2.425 1.7-3.726 2.173c-1.3.473-2.424.71-3.37.71h-8.073v-7.451h4.88c1.241 0 2.232-.207 2.97-.621.74-.414 1.302-.932 1.686-1.553a4.9 4.9 0 00.71-1.995c.089-.71.133-1.39.133-2.04V72.432c0-1.715.325-3.134.976-4.258.65-1.124 1.434-2.01 2.35-2.661.917-.65 1.863-1.124 2.839-1.42.976-.295 1.818-.502 2.528-.62v-.178c-.71-.059-1.552-.207-2.528-.443-.976-.237-1.922-.68-2.839-1.33-.916-.651-1.7-1.583-2.35-2.795-.65-1.212-.976-2.853-.976-4.923V37.66c0-.651-.044-1.331-.133-2.04a4.909 4.909 0 00-.71-1.997c-.384-.62-.946-1.138-1.685-1.552-.74-.414-1.73-.62-2.972-.62h-4.879V24h8.073c.946 0 2.07.237 3.37.71 1.301.473 2.543 1.197 3.726 2.173 1.183.976 2.188 2.188 3.016 3.637.828 1.449 1.242 3.178 1.242 5.189v16.943c0 1.419.31 2.572.931 3.46a6.897 6.897 0 002.262 2.084 8.868 8.868 0 002.75 1.02c.946.177 1.745.266 2.395.266v7.806z\"/></svg>"
},
"$:/core/images/twitter": {
"title": "$:/core/images/twitter",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-twitter tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M41.626 115.803A73.376 73.376 0 012 104.235c2.022.238 4.08.36 6.166.36 12.111 0 23.258-4.117 32.105-11.023-11.312-.208-20.859-7.653-24.148-17.883a25.98 25.98 0 0011.674-.441C15.971 72.881 7.061 62.474 7.061 49.997c0-.108 0-.216.002-.323a25.824 25.824 0 0011.709 3.22c-6.936-4.617-11.5-12.5-11.5-21.433 0-4.719 1.274-9.142 3.5-12.945 12.75 15.579 31.797 25.83 53.281 26.904-.44-1.884-.67-3.85-.67-5.868 0-14.22 11.575-25.75 25.852-25.75a25.865 25.865 0 0118.869 8.132 51.892 51.892 0 0016.415-6.248c-1.93 6.012-6.029 11.059-11.366 14.246A51.844 51.844 0 00128 25.878a52.428 52.428 0 01-12.9 13.33c.05 1.104.075 2.214.075 3.33 0 34.028-26 73.265-73.549 73.265\"/></svg>"
},
"$:/core/images/underline": {
"title": "$:/core/images/underline",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-underline tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M7 117.421h114.248V128H7v-10.579zm97.871-18.525V0h-16.26v55.856c0 4.463-.605 8.576-1.816 12.338-1.212 3.762-3.03 7.046-5.452 9.851-2.423 2.806-5.452 4.974-9.086 6.504-3.635 1.53-7.939 2.296-12.912 2.296-6.25 0-11.159-1.786-14.73-5.356-3.57-3.571-5.356-8.417-5.356-14.538V0H23v65.038c0 5.356.542 10.234 1.626 14.633 1.084 4.4 2.965 8.194 5.643 11.382 2.678 3.188 6.185 5.643 10.52 7.365 4.337 1.721 9.756 2.582 16.26 2.582 7.27 0 13.582-1.435 18.938-4.304 5.356-2.87 9.755-7.365 13.199-13.486h.382v15.686h15.303z\"/></svg>"
},
"$:/core/images/unfold-all-button": {
"title": "$:/core/images/unfold-all-button",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-unfold-all tc-image-button\" viewBox=\"0 0 128 128\"><g fill-rule=\"evenodd\"><rect width=\"128\" height=\"16\" rx=\"8\"/><rect width=\"128\" height=\"16\" y=\"64\" rx=\"8\"/><path d=\"M63.945 60.624c-2.05 0-4.101-.78-5.666-2.345L35.662 35.662c-3.125-3.125-3.13-8.195-.005-11.319 3.118-3.118 8.192-3.122 11.319.005L63.94 41.314l16.966-16.966c3.124-3.124 8.194-3.129 11.318-.005 3.118 3.118 3.122 8.192-.005 11.319L69.603 58.279a7.986 7.986 0 01-5.663 2.346zM64.004 124.565c-2.05 0-4.102-.78-5.666-2.345L35.721 99.603c-3.125-3.125-3.13-8.195-.005-11.319 3.118-3.118 8.191-3.122 11.318.005L64 105.255l16.966-16.966c3.124-3.124 8.194-3.129 11.318-.005 3.118 3.118 3.122 8.192-.005 11.319L69.662 122.22a7.986 7.986 0 01-5.663 2.346z\"/></g></svg>"
},
"$:/core/images/unfold-button": {
"title": "$:/core/images/unfold-button",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-unfold tc-image-button\" viewBox=\"0 0 128 128\"><g fill-rule=\"evenodd\"><rect width=\"128\" height=\"16\" rx=\"8\"/><path d=\"M63.945 63.624c-2.05 0-4.101-.78-5.666-2.345L35.662 38.662c-3.125-3.125-3.13-8.195-.005-11.319 3.118-3.118 8.192-3.122 11.319.005L63.94 44.314l16.966-16.966c3.124-3.124 8.194-3.129 11.318-.005 3.118 3.118 3.122 8.192-.005 11.319L69.603 61.279a7.986 7.986 0 01-5.663 2.346zM64.004 105.682c-2.05.001-4.102-.78-5.666-2.344L35.721 80.721c-3.125-3.125-3.13-8.195-.005-11.319 3.118-3.118 8.191-3.122 11.318.005L64 86.373l16.966-16.966c3.124-3.125 8.194-3.13 11.318-.005 3.118 3.118 3.122 8.192-.005 11.319l-22.617 22.617a7.986 7.986 0 01-5.663 2.346z\"/></g></svg>"
},
"$:/core/images/unlocked-padlock": {
"title": "$:/core/images/unlocked-padlock",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-unlocked-padlock tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M48.627 64H105v32.01C105 113.674 90.674 128 73.001 128H56C38.318 128 24 113.677 24 96.01V64h6.136c-10.455-12.651-27.364-35.788-4.3-55.142 24.636-20.672 45.835 4.353 55.777 16.201 9.943 11.85-2.676 22.437-12.457 9.892-9.78-12.545-21.167-24.146-33.207-14.043-12.041 10.104-1.757 22.36 8.813 34.958 2.467 2.94 3.641 5.732 3.865 8.134zm19.105 28.364A8.503 8.503 0 0064.5 76a8.5 8.5 0 00-3.498 16.25l-5.095 22.77H72.8l-5.07-22.656z\"/></svg>"
},
"$:/core/images/up-arrow": {
"title": "$:/core/images/up-arrow",
"created": "20150316000544368",
"modified": "20150316000831867",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-up-arrow tc-image-button\" viewBox=\"0 0 128 128\"><path d=\"M63.892.281c2.027 0 4.054.77 5.6 2.316l55.98 55.98a7.92 7.92 0 010 11.196c-3.086 3.085-8.104 3.092-11.196 0L63.894 19.393 13.513 69.774a7.92 7.92 0 01-11.196 0c-3.085-3.086-3.092-8.105 0-11.196l55.98-55.98A7.892 7.892 0 0163.893.28z\"/></svg>"
},
"$:/core/images/video": {
"title": "$:/core/images/video",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-video tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M64 12c-34.91 0-55.273 2.917-58.182 5.833C2.91 20.75 0 41.167 0 64.5c0 23.333 2.91 43.75 5.818 46.667C8.728 114.083 29.091 117 64 117c34.91 0 55.273-2.917 58.182-5.833C125.09 108.25 128 87.833 128 64.5c0-23.333-2.91-43.75-5.818-46.667C119.272 14.917 98.909 12 64 12zm-9.084 32.618c-3.813-2.542-6.905-.879-6.905 3.698v31.368c0 4.585 3.099 6.235 6.905 3.698l22.168-14.779c3.813-2.542 3.806-6.669 0-9.206L54.916 44.618z\"/></svg>"
},
"$:/core/images/warning": {
"title": "$:/core/images/warning",
"tags": "$:/tags/Image",
"text": "<svg width=\"22pt\" height=\"22pt\" class=\"tc-image-warning tc-image-button\" viewBox=\"0 0 128 128\"><path fill-rule=\"evenodd\" d=\"M57.072 11c3.079-5.333 10.777-5.333 13.856 0l55.426 96c3.079 5.333-.77 12-6.928 12H8.574c-6.158 0-10.007-6.667-6.928-12l55.426-96zM64 37c-4.418 0-8 3.582-8 7.994v28.012C56 77.421 59.59 81 64 81c4.418 0 8-3.582 8-7.994V44.994C72 40.579 68.41 37 64 37zm0 67a8 8 0 100-16 8 8 0 000 16z\"/></svg>"
},
"$:/language/Buttons/AdvancedSearch/Caption": {
"title": "$:/language/Buttons/AdvancedSearch/Caption",
"text": "advanced search"
},
"$:/language/Buttons/AdvancedSearch/Hint": {
"title": "$:/language/Buttons/AdvancedSearch/Hint",
"text": "Advanced search"
},
"$:/language/Buttons/Cancel/Caption": {
"title": "$:/language/Buttons/Cancel/Caption",
"text": "cancel"
},
"$:/language/Buttons/Cancel/Hint": {
"title": "$:/language/Buttons/Cancel/Hint",
"text": "Discard changes to this tiddler"
},
"$:/language/Buttons/Clone/Caption": {
"title": "$:/language/Buttons/Clone/Caption",
"text": "clone"
},
"$:/language/Buttons/Clone/Hint": {
"title": "$:/language/Buttons/Clone/Hint",
"text": "Clone this tiddler"
},
"$:/language/Buttons/Close/Caption": {
"title": "$:/language/Buttons/Close/Caption",
"text": "close"
},
"$:/language/Buttons/Close/Hint": {
"title": "$:/language/Buttons/Close/Hint",
"text": "Close this tiddler"
},
"$:/language/Buttons/CloseAll/Caption": {
"title": "$:/language/Buttons/CloseAll/Caption",
"text": "close all"
},
"$:/language/Buttons/CloseAll/Hint": {
"title": "$:/language/Buttons/CloseAll/Hint",
"text": "Close all tiddlers"
},
"$:/language/Buttons/CloseOthers/Caption": {
"title": "$:/language/Buttons/CloseOthers/Caption",
"text": "close others"
},
"$:/language/Buttons/CloseOthers/Hint": {
"title": "$:/language/Buttons/CloseOthers/Hint",
"text": "Close other tiddlers"
},
"$:/language/Buttons/ControlPanel/Caption": {
"title": "$:/language/Buttons/ControlPanel/Caption",
"text": "control panel"
},
"$:/language/Buttons/ControlPanel/Hint": {
"title": "$:/language/Buttons/ControlPanel/Hint",
"text": "Open control panel"
},
"$:/language/Buttons/CopyToClipboard/Caption": {
"title": "$:/language/Buttons/CopyToClipboard/Caption",
"text": "copy to clipboard"
},
"$:/language/Buttons/CopyToClipboard/Hint": {
"title": "$:/language/Buttons/CopyToClipboard/Hint",
"text": "Copy this text to the clipboard"
},
"$:/language/Buttons/Delete/Caption": {
"title": "$:/language/Buttons/Delete/Caption",
"text": "delete"
},
"$:/language/Buttons/Delete/Hint": {
"title": "$:/language/Buttons/Delete/Hint",
"text": "Delete this tiddler"
},
"$:/language/Buttons/Edit/Caption": {
"title": "$:/language/Buttons/Edit/Caption",
"text": "edit"
},
"$:/language/Buttons/Edit/Hint": {
"title": "$:/language/Buttons/Edit/Hint",
"text": "Edit this tiddler"
},
"$:/language/Buttons/Encryption/Caption": {
"title": "$:/language/Buttons/Encryption/Caption",
"text": "encryption"
},
"$:/language/Buttons/Encryption/Hint": {
"title": "$:/language/Buttons/Encryption/Hint",
"text": "Set or clear a password for saving this wiki"
},
"$:/language/Buttons/Encryption/ClearPassword/Caption": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Caption",
"text": "clear password"
},
"$:/language/Buttons/Encryption/ClearPassword/Hint": {
"title": "$:/language/Buttons/Encryption/ClearPassword/Hint",
"text": "Clear the password and save this wiki without encryption"
},
"$:/language/Buttons/Encryption/SetPassword/Caption": {
"title": "$:/language/Buttons/Encryption/SetPassword/Caption",
"text": "set password"
},
"$:/language/Buttons/Encryption/SetPassword/Hint": {
"title": "$:/language/Buttons/Encryption/SetPassword/Hint",
"text": "Set a password for saving this wiki with encryption"
},
"$:/language/Buttons/ExportPage/Caption": {
"title": "$:/language/Buttons/ExportPage/Caption",
"text": "export all"
},
"$:/language/Buttons/ExportPage/Hint": {
"title": "$:/language/Buttons/ExportPage/Hint",
"text": "Export all tiddlers"
},
"$:/language/Buttons/ExportTiddler/Caption": {
"title": "$:/language/Buttons/ExportTiddler/Caption",
"text": "export tiddler"
},
"$:/language/Buttons/ExportTiddler/Hint": {
"title": "$:/language/Buttons/ExportTiddler/Hint",
"text": "Export tiddler"
},
"$:/language/Buttons/ExportTiddlers/Caption": {
"title": "$:/language/Buttons/ExportTiddlers/Caption",
"text": "export tiddlers"
},
"$:/language/Buttons/ExportTiddlers/Hint": {
"title": "$:/language/Buttons/ExportTiddlers/Hint",
"text": "Export tiddlers"
},
"$:/language/Buttons/SidebarSearch/Hint": {
"title": "$:/language/Buttons/SidebarSearch/Hint",
"text": "Select the sidebar search field"
},
"$:/language/Buttons/Fold/Caption": {
"title": "$:/language/Buttons/Fold/Caption",
"text": "fold tiddler"
},
"$:/language/Buttons/Fold/Hint": {
"title": "$:/language/Buttons/Fold/Hint",
"text": "Fold the body of this tiddler"
},
"$:/language/Buttons/Fold/FoldBar/Caption": {
"title": "$:/language/Buttons/Fold/FoldBar/Caption",
"text": "fold-bar"
},
"$:/language/Buttons/Fold/FoldBar/Hint": {
"title": "$:/language/Buttons/Fold/FoldBar/Hint",
"text": "Optional bars to fold and unfold tiddlers"
},
"$:/language/Buttons/Unfold/Caption": {
"title": "$:/language/Buttons/Unfold/Caption",
"text": "unfold tiddler"
},
"$:/language/Buttons/Unfold/Hint": {
"title": "$:/language/Buttons/Unfold/Hint",
"text": "Unfold the body of this tiddler"
},
"$:/language/Buttons/FoldOthers/Caption": {
"title": "$:/language/Buttons/FoldOthers/Caption",
"text": "fold other tiddlers"
},
"$:/language/Buttons/FoldOthers/Hint": {
"title": "$:/language/Buttons/FoldOthers/Hint",
"text": "Fold the bodies of other opened tiddlers"
},
"$:/language/Buttons/FoldAll/Caption": {
"title": "$:/language/Buttons/FoldAll/Caption",
"text": "fold all tiddlers"
},
"$:/language/Buttons/FoldAll/Hint": {
"title": "$:/language/Buttons/FoldAll/Hint",
"text": "Fold the bodies of all opened tiddlers"
},
"$:/language/Buttons/UnfoldAll/Caption": {
"title": "$:/language/Buttons/UnfoldAll/Caption",
"text": "unfold all tiddlers"
},
"$:/language/Buttons/UnfoldAll/Hint": {
"title": "$:/language/Buttons/UnfoldAll/Hint",
"text": "Unfold the bodies of all opened tiddlers"
},
"$:/language/Buttons/FullScreen/Caption": {
"title": "$:/language/Buttons/FullScreen/Caption",
"text": "full-screen"
},
"$:/language/Buttons/FullScreen/Hint": {
"title": "$:/language/Buttons/FullScreen/Hint",
"text": "Enter or leave full-screen mode"
},
"$:/language/Buttons/Help/Caption": {
"title": "$:/language/Buttons/Help/Caption",
"text": "help"
},
"$:/language/Buttons/Help/Hint": {
"title": "$:/language/Buttons/Help/Hint",
"text": "Show help panel"
},
"$:/language/Buttons/Import/Caption": {
"title": "$:/language/Buttons/Import/Caption",
"text": "import"
},
"$:/language/Buttons/Import/Hint": {
"title": "$:/language/Buttons/Import/Hint",
"text": "Import many types of file including text, image, TiddlyWiki or JSON"
},
"$:/language/Buttons/Info/Caption": {
"title": "$:/language/Buttons/Info/Caption",
"text": "info"
},
"$:/language/Buttons/Info/Hint": {
"title": "$:/language/Buttons/Info/Hint",
"text": "Show information for this tiddler"
},
"$:/language/Buttons/Home/Caption": {
"title": "$:/language/Buttons/Home/Caption",
"text": "home"
},
"$:/language/Buttons/Home/Hint": {
"title": "$:/language/Buttons/Home/Hint",
"text": "Open the default tiddlers"
},
"$:/language/Buttons/Language/Caption": {
"title": "$:/language/Buttons/Language/Caption",
"text": "language"
},
"$:/language/Buttons/Language/Hint": {
"title": "$:/language/Buttons/Language/Hint",
"text": "Choose the user interface language"
},
"$:/language/Buttons/Manager/Caption": {
"title": "$:/language/Buttons/Manager/Caption",
"text": "tiddler manager"
},
"$:/language/Buttons/Manager/Hint": {
"title": "$:/language/Buttons/Manager/Hint",
"text": "Open tiddler manager"
},
"$:/language/Buttons/More/Caption": {
"title": "$:/language/Buttons/More/Caption",
"text": "more"
},
"$:/language/Buttons/More/Hint": {
"title": "$:/language/Buttons/More/Hint",
"text": "More actions"
},
"$:/language/Buttons/NewHere/Caption": {
"title": "$:/language/Buttons/NewHere/Caption",
"text": "new here"
},
"$:/language/Buttons/NewHere/Hint": {
"title": "$:/language/Buttons/NewHere/Hint",
"text": "Create a new tiddler tagged with this one"
},
"$:/language/Buttons/NewJournal/Caption": {
"title": "$:/language/Buttons/NewJournal/Caption",
"text": "new journal"
},
"$:/language/Buttons/NewJournal/Hint": {
"title": "$:/language/Buttons/NewJournal/Hint",
"text": "Create a new journal tiddler"
},
"$:/language/Buttons/NewJournalHere/Caption": {
"title": "$:/language/Buttons/NewJournalHere/Caption",
"text": "new journal here"
},
"$:/language/Buttons/NewJournalHere/Hint": {
"title": "$:/language/Buttons/NewJournalHere/Hint",
"text": "Create a new journal tiddler tagged with this one"
},
"$:/language/Buttons/NewImage/Caption": {
"title": "$:/language/Buttons/NewImage/Caption",
"text": "new image"
},
"$:/language/Buttons/NewImage/Hint": {
"title": "$:/language/Buttons/NewImage/Hint",
"text": "Create a new image tiddler"
},
"$:/language/Buttons/NewMarkdown/Caption": {
"title": "$:/language/Buttons/NewMarkdown/Caption",
"text": "new Markdown tiddler"
},
"$:/language/Buttons/NewMarkdown/Hint": {
"title": "$:/language/Buttons/NewMarkdown/Hint",
"text": "Create a new Markdown tiddler"
},
"$:/language/Buttons/NewTiddler/Caption": {
"title": "$:/language/Buttons/NewTiddler/Caption",
"text": "new tiddler"
},
"$:/language/Buttons/NewTiddler/Hint": {
"title": "$:/language/Buttons/NewTiddler/Hint",
"text": "Create a new tiddler"
},
"$:/language/Buttons/OpenWindow/Caption": {
"title": "$:/language/Buttons/OpenWindow/Caption",
"text": "open in new window"
},
"$:/language/Buttons/OpenWindow/Hint": {
"title": "$:/language/Buttons/OpenWindow/Hint",
"text": "Open tiddler in new window"
},
"$:/language/Buttons/Palette/Caption": {
"title": "$:/language/Buttons/Palette/Caption",
"text": "palette"
},
"$:/language/Buttons/Palette/Hint": {
"title": "$:/language/Buttons/Palette/Hint",
"text": "Choose the colour palette"
},
"$:/language/Buttons/Permalink/Caption": {
"title": "$:/language/Buttons/Permalink/Caption",
"text": "permalink"
},
"$:/language/Buttons/Permalink/Hint": {
"title": "$:/language/Buttons/Permalink/Hint",
"text": "Set browser address bar to a direct link to this tiddler"
},
"$:/language/Buttons/Permaview/Caption": {
"title": "$:/language/Buttons/Permaview/Caption",
"text": "permaview"
},
"$:/language/Buttons/Permaview/Hint": {
"title": "$:/language/Buttons/Permaview/Hint",
"text": "Set browser address bar to a direct link to all the tiddlers in this story"
},
"$:/language/Buttons/Print/Caption": {
"title": "$:/language/Buttons/Print/Caption",
"text": "print page"
},
"$:/language/Buttons/Print/Hint": {
"title": "$:/language/Buttons/Print/Hint",
"text": "Print the current page"
},
"$:/language/Buttons/Refresh/Caption": {
"title": "$:/language/Buttons/Refresh/Caption",
"text": "refresh"
},
"$:/language/Buttons/Refresh/Hint": {
"title": "$:/language/Buttons/Refresh/Hint",
"text": "Perform a full refresh of the wiki"
},
"$:/language/Buttons/Save/Caption": {
"title": "$:/language/Buttons/Save/Caption",
"text": "ok"
},
"$:/language/Buttons/Save/Hint": {
"title": "$:/language/Buttons/Save/Hint",
"text": "Confirm changes to this tiddler"
},
"$:/language/Buttons/SaveWiki/Caption": {
"title": "$:/language/Buttons/SaveWiki/Caption",
"text": "save changes"
},
"$:/language/Buttons/SaveWiki/Hint": {
"title": "$:/language/Buttons/SaveWiki/Hint",
"text": "Save changes"
},
"$:/language/Buttons/StoryView/Caption": {
"title": "$:/language/Buttons/StoryView/Caption",
"text": "storyview"
},
"$:/language/Buttons/StoryView/Hint": {
"title": "$:/language/Buttons/StoryView/Hint",
"text": "Choose the story visualisation"
},
"$:/language/Buttons/HideSideBar/Caption": {
"title": "$:/language/Buttons/HideSideBar/Caption",
"text": "hide sidebar"
},
"$:/language/Buttons/HideSideBar/Hint": {
"title": "$:/language/Buttons/HideSideBar/Hint",
"text": "Hide sidebar"
},
"$:/language/Buttons/ShowSideBar/Caption": {
"title": "$:/language/Buttons/ShowSideBar/Caption",
"text": "show sidebar"
},
"$:/language/Buttons/ShowSideBar/Hint": {
"title": "$:/language/Buttons/ShowSideBar/Hint",
"text": "Show sidebar"
},
"$:/language/Buttons/TagManager/Caption": {
"title": "$:/language/Buttons/TagManager/Caption",
"text": "tag manager"
},
"$:/language/Buttons/TagManager/Hint": {
"title": "$:/language/Buttons/TagManager/Hint",
"text": "Open tag manager"
},
"$:/language/Buttons/Timestamp/Caption": {
"title": "$:/language/Buttons/Timestamp/Caption",
"text": "timestamps"
},
"$:/language/Buttons/Timestamp/Hint": {
"title": "$:/language/Buttons/Timestamp/Hint",
"text": "Choose whether modifications update timestamps"
},
"$:/language/Buttons/Timestamp/On/Caption": {
"title": "$:/language/Buttons/Timestamp/On/Caption",
"text": "timestamps are on"
},
"$:/language/Buttons/Timestamp/On/Hint": {
"title": "$:/language/Buttons/Timestamp/On/Hint",
"text": "Update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Timestamp/Off/Caption": {
"title": "$:/language/Buttons/Timestamp/Off/Caption",
"text": "timestamps are off"
},
"$:/language/Buttons/Timestamp/Off/Hint": {
"title": "$:/language/Buttons/Timestamp/Off/Hint",
"text": "Don't update timestamps when tiddlers are modified"
},
"$:/language/Buttons/Theme/Caption": {
"title": "$:/language/Buttons/Theme/Caption",
"text": "theme"
},
"$:/language/Buttons/Theme/Hint": {
"title": "$:/language/Buttons/Theme/Hint",
"text": "Choose the display theme"
},
"$:/language/Buttons/Bold/Caption": {
"title": "$:/language/Buttons/Bold/Caption",
"text": "bold"
},
"$:/language/Buttons/Bold/Hint": {
"title": "$:/language/Buttons/Bold/Hint",
"text": "Apply bold formatting to selection"
},
"$:/language/Buttons/Clear/Caption": {
"title": "$:/language/Buttons/Clear/Caption",
"text": "clear"
},
"$:/language/Buttons/Clear/Hint": {
"title": "$:/language/Buttons/Clear/Hint",
"text": "Clear image to solid colour"
},
"$:/language/Buttons/EditorHeight/Caption": {
"title": "$:/language/Buttons/EditorHeight/Caption",
"text": "editor height"
},
"$:/language/Buttons/EditorHeight/Caption/Auto": {
"title": "$:/language/Buttons/EditorHeight/Caption/Auto",
"text": "Automatically adjust height to fit content"
},
"$:/language/Buttons/EditorHeight/Caption/Fixed": {
"title": "$:/language/Buttons/EditorHeight/Caption/Fixed",
"text": "Fixed height:"
},
"$:/language/Buttons/EditorHeight/Hint": {
"title": "$:/language/Buttons/EditorHeight/Hint",
"text": "Choose the height of the text editor"
},
"$:/language/Buttons/Excise/Caption": {
"title": "$:/language/Buttons/Excise/Caption",
"text": "excise"
},
"$:/language/Buttons/Excise/Caption/Excise": {
"title": "$:/language/Buttons/Excise/Caption/Excise",
"text": "Perform excision"
},
"$:/language/Buttons/Excise/Caption/MacroName": {
"title": "$:/language/Buttons/Excise/Caption/MacroName",
"text": "Macro name:"
},
"$:/language/Buttons/Excise/Caption/NewTitle": {
"title": "$:/language/Buttons/Excise/Caption/NewTitle",
"text": "Title of new tiddler:"
},
"$:/language/Buttons/Excise/Caption/Replace": {
"title": "$:/language/Buttons/Excise/Caption/Replace",
"text": "Replace excised text with:"
},
"$:/language/Buttons/Excise/Caption/Replace/Macro": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Macro",
"text": "macro"
},
"$:/language/Buttons/Excise/Caption/Replace/Link": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Link",
"text": "link"
},
"$:/language/Buttons/Excise/Caption/Replace/Transclusion": {
"title": "$:/language/Buttons/Excise/Caption/Replace/Transclusion",
"text": "transclusion"
},
"$:/language/Buttons/Excise/Caption/Tag": {
"title": "$:/language/Buttons/Excise/Caption/Tag",
"text": "Tag new tiddler with the title of this tiddler"
},
"$:/language/Buttons/Excise/Caption/TiddlerExists": {
"title": "$:/language/Buttons/Excise/Caption/TiddlerExists",
"text": "Warning: tiddler already exists"
},
"$:/language/Buttons/Excise/Hint": {
"title": "$:/language/Buttons/Excise/Hint",
"text": "Excise the selected text into a new tiddler"
},
"$:/language/Buttons/Heading1/Caption": {
"title": "$:/language/Buttons/Heading1/Caption",
"text": "heading 1"
},
"$:/language/Buttons/Heading1/Hint": {
"title": "$:/language/Buttons/Heading1/Hint",
"text": "Apply heading level 1 formatting to lines containing selection"
},
"$:/language/Buttons/Heading2/Caption": {
"title": "$:/language/Buttons/Heading2/Caption",
"text": "heading 2"
},
"$:/language/Buttons/Heading2/Hint": {
"title": "$:/language/Buttons/Heading2/Hint",
"text": "Apply heading level 2 formatting to lines containing selection"
},
"$:/language/Buttons/Heading3/Caption": {
"title": "$:/language/Buttons/Heading3/Caption",
"text": "heading 3"
},
"$:/language/Buttons/Heading3/Hint": {
"title": "$:/language/Buttons/Heading3/Hint",
"text": "Apply heading level 3 formatting to lines containing selection"
},
"$:/language/Buttons/Heading4/Caption": {
"title": "$:/language/Buttons/Heading4/Caption",
"text": "heading 4"
},
"$:/language/Buttons/Heading4/Hint": {
"title": "$:/language/Buttons/Heading4/Hint",
"text": "Apply heading level 4 formatting to lines containing selection"
},
"$:/language/Buttons/Heading5/Caption": {
"title": "$:/language/Buttons/Heading5/Caption",
"text": "heading 5"
},
"$:/language/Buttons/Heading5/Hint": {
"title": "$:/language/Buttons/Heading5/Hint",
"text": "Apply heading level 5 formatting to lines containing selection"
},
"$:/language/Buttons/Heading6/Caption": {
"title": "$:/language/Buttons/Heading6/Caption",
"text": "heading 6"
},
"$:/language/Buttons/Heading6/Hint": {
"title": "$:/language/Buttons/Heading6/Hint",
"text": "Apply heading level 6 formatting to lines containing selection"
},
"$:/language/Buttons/Italic/Caption": {
"title": "$:/language/Buttons/Italic/Caption",
"text": "italic"
},
"$:/language/Buttons/Italic/Hint": {
"title": "$:/language/Buttons/Italic/Hint",
"text": "Apply italic formatting to selection"
},
"$:/language/Buttons/LineWidth/Caption": {
"title": "$:/language/Buttons/LineWidth/Caption",
"text": "line width"
},
"$:/language/Buttons/LineWidth/Hint": {
"title": "$:/language/Buttons/LineWidth/Hint",
"text": "Set line width for painting"
},
"$:/language/Buttons/Link/Caption": {
"title": "$:/language/Buttons/Link/Caption",
"text": "link"
},
"$:/language/Buttons/Link/Hint": {
"title": "$:/language/Buttons/Link/Hint",
"text": "Create wikitext link"
},
"$:/language/Buttons/Linkify/Caption": {
"title": "$:/language/Buttons/Linkify/Caption",
"text": "wikilink"
},
"$:/language/Buttons/Linkify/Hint": {
"title": "$:/language/Buttons/Linkify/Hint",
"text": "Wrap selection in square brackets"
},
"$:/language/Buttons/ListBullet/Caption": {
"title": "$:/language/Buttons/ListBullet/Caption",
"text": "bulleted list"
},
"$:/language/Buttons/ListBullet/Hint": {
"title": "$:/language/Buttons/ListBullet/Hint",
"text": "Apply bulleted list formatting to lines containing selection"
},
"$:/language/Buttons/ListNumber/Caption": {
"title": "$:/language/Buttons/ListNumber/Caption",
"text": "numbered list"
},
"$:/language/Buttons/ListNumber/Hint": {
"title": "$:/language/Buttons/ListNumber/Hint",
"text": "Apply numbered list formatting to lines containing selection"
},
"$:/language/Buttons/MonoBlock/Caption": {
"title": "$:/language/Buttons/MonoBlock/Caption",
"text": "monospaced block"
},
"$:/language/Buttons/MonoBlock/Hint": {
"title": "$:/language/Buttons/MonoBlock/Hint",
"text": "Apply monospaced block formatting to lines containing selection"
},
"$:/language/Buttons/MonoLine/Caption": {
"title": "$:/language/Buttons/MonoLine/Caption",
"text": "monospaced"
},
"$:/language/Buttons/MonoLine/Hint": {
"title": "$:/language/Buttons/MonoLine/Hint",
"text": "Apply monospaced character formatting to selection"
},
"$:/language/Buttons/Opacity/Caption": {
"title": "$:/language/Buttons/Opacity/Caption",
"text": "opacity"
},
"$:/language/Buttons/Opacity/Hint": {
"title": "$:/language/Buttons/Opacity/Hint",
"text": "Set painting opacity"
},
"$:/language/Buttons/Paint/Caption": {
"title": "$:/language/Buttons/Paint/Caption",
"text": "paint colour"
},
"$:/language/Buttons/Paint/Hint": {
"title": "$:/language/Buttons/Paint/Hint",
"text": "Set painting colour"
},
"$:/language/Buttons/Picture/Caption": {
"title": "$:/language/Buttons/Picture/Caption",
"text": "picture"
},
"$:/language/Buttons/Picture/Hint": {
"title": "$:/language/Buttons/Picture/Hint",
"text": "Insert picture"
},
"$:/language/Buttons/Preview/Caption": {
"title": "$:/language/Buttons/Preview/Caption",
"text": "preview"
},
"$:/language/Buttons/Preview/Hint": {
"title": "$:/language/Buttons/Preview/Hint",
"text": "Show preview pane"
},
"$:/language/Buttons/PreviewType/Caption": {
"title": "$:/language/Buttons/PreviewType/Caption",
"text": "preview type"
},
"$:/language/Buttons/PreviewType/Hint": {
"title": "$:/language/Buttons/PreviewType/Hint",
"text": "Choose preview type"
},
"$:/language/Buttons/Quote/Caption": {
"title": "$:/language/Buttons/Quote/Caption",
"text": "quote"
},
"$:/language/Buttons/Quote/Hint": {
"title": "$:/language/Buttons/Quote/Hint",
"text": "Apply quoted text formatting to lines containing selection"
},
"$:/language/Buttons/RotateLeft/Caption": {
"title": "$:/language/Buttons/RotateLeft/Caption",
"text": "rotate left"
},
"$:/language/Buttons/RotateLeft/Hint": {
"title": "$:/language/Buttons/RotateLeft/Hint",
"text": "Rotate image left by 90 degrees"
},
"$:/language/Buttons/Size/Caption": {
"title": "$:/language/Buttons/Size/Caption",
"text": "image size"
},
"$:/language/Buttons/Size/Caption/Height": {
"title": "$:/language/Buttons/Size/Caption/Height",
"text": "Height:"
},
"$:/language/Buttons/Size/Caption/Resize": {
"title": "$:/language/Buttons/Size/Caption/Resize",
"text": "Resize image"
},
"$:/language/Buttons/Size/Caption/Width": {
"title": "$:/language/Buttons/Size/Caption/Width",
"text": "Width:"
},
"$:/language/Buttons/Size/Hint": {
"title": "$:/language/Buttons/Size/Hint",
"text": "Set image size"
},
"$:/language/Buttons/Stamp/Caption": {
"title": "$:/language/Buttons/Stamp/Caption",
"text": "stamp"
},
"$:/language/Buttons/Stamp/Caption/New": {
"title": "$:/language/Buttons/Stamp/Caption/New",
"text": "Add your own"
},
"$:/language/Buttons/Stamp/Hint": {
"title": "$:/language/Buttons/Stamp/Hint",
"text": "Insert a preconfigured snippet of text"
},
"$:/language/Buttons/Stamp/New/Title": {
"title": "$:/language/Buttons/Stamp/New/Title",
"text": "Name as shown in menu"
},
"$:/language/Buttons/Stamp/New/Text": {
"title": "$:/language/Buttons/Stamp/New/Text",
"text": "Text of snippet. (Remember to add a descriptive title in the caption field)."
},
"$:/language/Buttons/Strikethrough/Caption": {
"title": "$:/language/Buttons/Strikethrough/Caption",
"text": "strikethrough"
},
"$:/language/Buttons/Strikethrough/Hint": {
"title": "$:/language/Buttons/Strikethrough/Hint",
"text": "Apply strikethrough formatting to selection"
},
"$:/language/Buttons/Subscript/Caption": {
"title": "$:/language/Buttons/Subscript/Caption",
"text": "subscript"
},
"$:/language/Buttons/Subscript/Hint": {
"title": "$:/language/Buttons/Subscript/Hint",
"text": "Apply subscript formatting to selection"
},
"$:/language/Buttons/Superscript/Caption": {
"title": "$:/language/Buttons/Superscript/Caption",
"text": "superscript"
},
"$:/language/Buttons/Superscript/Hint": {
"title": "$:/language/Buttons/Superscript/Hint",
"text": "Apply superscript formatting to selection"
},
"$:/language/Buttons/ToggleSidebar/Hint": {
"title": "$:/language/Buttons/ToggleSidebar/Hint",
"text": "Toggle the sidebar visibility"
},
"$:/language/Buttons/Transcludify/Caption": {
"title": "$:/language/Buttons/Transcludify/Caption",
"text": "transclusion"
},
"$:/language/Buttons/Transcludify/Hint": {
"title": "$:/language/Buttons/Transcludify/Hint",
"text": "Wrap selection in curly brackets"
},
"$:/language/Buttons/Underline/Caption": {
"title": "$:/language/Buttons/Underline/Caption",
"text": "underline"
},
"$:/language/Buttons/Underline/Hint": {
"title": "$:/language/Buttons/Underline/Hint",
"text": "Apply underline formatting to selection"
},
"$:/language/ControlPanel/Advanced/Caption": {
"title": "$:/language/ControlPanel/Advanced/Caption",
"text": "Advanced"
},
"$:/language/ControlPanel/Advanced/Hint": {
"title": "$:/language/ControlPanel/Advanced/Hint",
"text": "Internal information about this TiddlyWiki"
},
"$:/language/ControlPanel/Appearance/Caption": {
"title": "$:/language/ControlPanel/Appearance/Caption",
"text": "Appearance"
},
"$:/language/ControlPanel/Appearance/Hint": {
"title": "$:/language/ControlPanel/Appearance/Hint",
"text": "Ways to customise the appearance of your TiddlyWiki."
},
"$:/language/ControlPanel/Basics/AnimDuration/Prompt": {
"title": "$:/language/ControlPanel/Basics/AnimDuration/Prompt",
"text": "Animation duration"
},
"$:/language/ControlPanel/Basics/AutoFocus/Prompt": {
"title": "$:/language/ControlPanel/Basics/AutoFocus/Prompt",
"text": "Default focus field for new tiddlers"
},
"$:/language/ControlPanel/Basics/Caption": {
"title": "$:/language/ControlPanel/Basics/Caption",
"text": "Basics"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/BottomHint",
"text": "Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/Prompt",
"text": "Default tiddlers"
},
"$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint": {
"title": "$:/language/ControlPanel/Basics/DefaultTiddlers/TopHint",
"text": "Choose which tiddlers are displayed at startup"
},
"$:/language/ControlPanel/Basics/Language/Prompt": {
"title": "$:/language/ControlPanel/Basics/Language/Prompt",
"text": "Hello! Current language:"
},
"$:/language/ControlPanel/Basics/NewJournal/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Title/Prompt",
"text": "Title of new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Text/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Text/Prompt",
"text": "Text for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewJournal/Tags/Prompt",
"text": "Tags for new journal tiddlers"
},
"$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewTiddler/Title/Prompt",
"text": "Title of new tiddlers"
},
"$:/language/ControlPanel/Basics/NewTiddler/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/NewTiddler/Tags/Prompt",
"text": "Tags for new tiddlers"
},
"$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/OverriddenShadowTiddlers/Prompt",
"text": "Number of overridden shadow tiddlers"
},
"$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/ShadowTiddlers/Prompt",
"text": "Number of shadow tiddlers"
},
"$:/language/ControlPanel/Basics/Subtitle/Prompt": {
"title": "$:/language/ControlPanel/Basics/Subtitle/Prompt",
"text": "Subtitle"
},
"$:/language/ControlPanel/Basics/SystemTiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/SystemTiddlers/Prompt",
"text": "Number of system tiddlers"
},
"$:/language/ControlPanel/Basics/Tags/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tags/Prompt",
"text": "Number of tags"
},
"$:/language/ControlPanel/Basics/Tiddlers/Prompt": {
"title": "$:/language/ControlPanel/Basics/Tiddlers/Prompt",
"text": "Number of tiddlers"
},
"$:/language/ControlPanel/Basics/Title/Prompt": {
"title": "$:/language/ControlPanel/Basics/Title/Prompt",
"text": "Title of this ~TiddlyWiki"
},
"$:/language/ControlPanel/Basics/Username/Prompt": {
"title": "$:/language/ControlPanel/Basics/Username/Prompt",
"text": "Username for signing edits"
},
"$:/language/ControlPanel/Basics/Version/Prompt": {
"title": "$:/language/ControlPanel/Basics/Version/Prompt",
"text": "~TiddlyWiki version"
},
"$:/language/ControlPanel/EditorTypes/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Caption",
"text": "Editor Types"
},
"$:/language/ControlPanel/EditorTypes/Editor/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Editor/Caption",
"text": "Editor"
},
"$:/language/ControlPanel/EditorTypes/Hint": {
"title": "$:/language/ControlPanel/EditorTypes/Hint",
"text": "These tiddlers determine which editor is used to edit specific tiddler types."
},
"$:/language/ControlPanel/EditorTypes/Type/Caption": {
"title": "$:/language/ControlPanel/EditorTypes/Type/Caption",
"text": "Type"
},
"$:/language/ControlPanel/Info/Caption": {
"title": "$:/language/ControlPanel/Info/Caption",
"text": "Info"
},
"$:/language/ControlPanel/Info/Hint": {
"title": "$:/language/ControlPanel/Info/Hint",
"text": "Information about this TiddlyWiki"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt",
"text": "Type shortcut here"
},
"$:/language/ControlPanel/KeyboardShortcuts/Add/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Add/Caption",
"text": "add shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Caption",
"text": "Keyboard Shortcuts"
},
"$:/language/ControlPanel/KeyboardShortcuts/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Hint",
"text": "Manage keyboard shortcut assignments"
},
"$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/NoShortcuts/Caption",
"text": "No keyboard shortcuts assigned"
},
"$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint",
"text": "remove keyboard shortcut"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/All": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/All",
"text": "All platforms"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Mac",
"text": "Macintosh platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonMac",
"text": "Non-Macintosh platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Linux",
"text": "Linux platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonLinux",
"text": "Non-Linux platforms only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/Windows",
"text": "Windows platform only"
},
"$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows": {
"title": "$:/language/ControlPanel/KeyboardShortcuts/Platform/NonWindows",
"text": "Non-Windows platforms only"
},
"$:/language/ControlPanel/LoadedModules/Caption": {
"title": "$:/language/ControlPanel/LoadedModules/Caption",
"text": "Loaded Modules"
},
"$:/language/ControlPanel/LoadedModules/Hint": {
"title": "$:/language/ControlPanel/LoadedModules/Hint",
"text": "These are the currently loaded tiddler modules linked to their source tiddlers. Any italicised modules lack a source tiddler, typically because they were setup during the boot process."
},
"$:/language/ControlPanel/Palette/Caption": {
"title": "$:/language/ControlPanel/Palette/Caption",
"text": "Palette"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Caption",
"text": "clone"
},
"$:/language/ControlPanel/Palette/Editor/Clone/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Clone/Prompt",
"text": "It is recommended that you clone this shadow palette before editing it"
},
"$:/language/ControlPanel/Palette/Editor/Delete/Hint": {
"title": "$:/language/ControlPanel/Palette/Editor/Delete/Hint",
"text": "delete this entry from the current palette"
},
"$:/language/ControlPanel/Palette/Editor/Names/External/Show": {
"title": "$:/language/ControlPanel/Palette/Editor/Names/External/Show",
"text": "Show color names that are not part of the current palette"
},
"$:/language/ControlPanel/Palette/Editor/Prompt/Modified": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt/Modified",
"text": "This shadow palette has been modified"
},
"$:/language/ControlPanel/Palette/Editor/Prompt": {
"title": "$:/language/ControlPanel/Palette/Editor/Prompt",
"text": "Editing"
},
"$:/language/ControlPanel/Palette/Editor/Reset/Caption": {
"title": "$:/language/ControlPanel/Palette/Editor/Reset/Caption",
"text": "reset"
},
"$:/language/ControlPanel/Palette/HideEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/HideEditor/Caption",
"text": "hide editor"
},
"$:/language/ControlPanel/Palette/Prompt": {
"title": "$:/language/ControlPanel/Palette/Prompt",
"text": "Current palette:"
},
"$:/language/ControlPanel/Palette/ShowEditor/Caption": {
"title": "$:/language/ControlPanel/Palette/ShowEditor/Caption",
"text": "show editor"
},
"$:/language/ControlPanel/Parsing/Caption": {
"title": "$:/language/ControlPanel/Parsing/Caption",
"text": "Parsing"
},
"$:/language/ControlPanel/Parsing/Hint": {
"title": "$:/language/ControlPanel/Parsing/Hint",
"text": "Here you can globally disable/enable wiki parser rules. For changes to take effect, save and reload your wiki. Disabling certain parser rules can prevent <$text text=\"TiddlyWiki\"/> from functioning correctly. Use [[safe mode|https://tiddlywiki.com/#SafeMode]] to restore normal operation."
},
"$:/language/ControlPanel/Parsing/Block/Caption": {
"title": "$:/language/ControlPanel/Parsing/Block/Caption",
"text": "Block Parse Rules"
},
"$:/language/ControlPanel/Parsing/Inline/Caption": {
"title": "$:/language/ControlPanel/Parsing/Inline/Caption",
"text": "Inline Parse Rules"
},
"$:/language/ControlPanel/Parsing/Pragma/Caption": {
"title": "$:/language/ControlPanel/Parsing/Pragma/Caption",
"text": "Pragma Parse Rules"
},
"$:/language/ControlPanel/Plugins/Add/Caption": {
"title": "$:/language/ControlPanel/Plugins/Add/Caption",
"text": "Get more plugins"
},
"$:/language/ControlPanel/Plugins/Add/Hint": {
"title": "$:/language/ControlPanel/Plugins/Add/Hint",
"text": "Install plugins from the official library"
},
"$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint",
"text": "This plugin is already installed at version <$text text=<<installedVersion>>/>"
},
"$:/language/ControlPanel/Plugins/AlsoRequires": {
"title": "$:/language/ControlPanel/Plugins/AlsoRequires",
"text": "Also requires:"
},
"$:/language/ControlPanel/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Disable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Disable/Caption",
"text": "disable"
},
"$:/language/ControlPanel/Plugins/Disable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Disable/Hint",
"text": "Disable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Disabled/Status": {
"title": "$:/language/ControlPanel/Plugins/Disabled/Status",
"text": "(disabled)"
},
"$:/language/ControlPanel/Plugins/Downgrade/Caption": {
"title": "$:/language/ControlPanel/Plugins/Downgrade/Caption",
"text": "downgrade"
},
"$:/language/ControlPanel/Plugins/Empty/Hint": {
"title": "$:/language/ControlPanel/Plugins/Empty/Hint",
"text": "None"
},
"$:/language/ControlPanel/Plugins/Enable/Caption": {
"title": "$:/language/ControlPanel/Plugins/Enable/Caption",
"text": "enable"
},
"$:/language/ControlPanel/Plugins/Enable/Hint": {
"title": "$:/language/ControlPanel/Plugins/Enable/Hint",
"text": "Enable this plugin when reloading page"
},
"$:/language/ControlPanel/Plugins/Install/Caption": {
"title": "$:/language/ControlPanel/Plugins/Install/Caption",
"text": "install"
},
"$:/language/ControlPanel/Plugins/Installed/Hint": {
"title": "$:/language/ControlPanel/Plugins/Installed/Hint",
"text": "Currently installed plugins:"
},
"$:/language/ControlPanel/Plugins/Languages/Caption": {
"title": "$:/language/ControlPanel/Plugins/Languages/Caption",
"text": "Languages"
},
"$:/language/ControlPanel/Plugins/Languages/Hint": {
"title": "$:/language/ControlPanel/Plugins/Languages/Hint",
"text": "Language pack plugins"
},
"$:/language/ControlPanel/Plugins/NoInfoFound/Hint": {
"title": "$:/language/ControlPanel/Plugins/NoInfoFound/Hint",
"text": "No ''\"<$text text=<<currentTab>>/>\"'' found"
},
"$:/language/ControlPanel/Plugins/NotInstalled/Hint": {
"title": "$:/language/ControlPanel/Plugins/NotInstalled/Hint",
"text": "This plugin is not currently installed"
},
"$:/language/ControlPanel/Plugins/OpenPluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/OpenPluginLibrary",
"text": "open plugin library"
},
"$:/language/ControlPanel/Plugins/ClosePluginLibrary": {
"title": "$:/language/ControlPanel/Plugins/ClosePluginLibrary",
"text": "close plugin library"
},
"$:/language/ControlPanel/Plugins/PluginWillRequireReload": {
"title": "$:/language/ControlPanel/Plugins/PluginWillRequireReload",
"text": "(requires reload)"
},
"$:/language/ControlPanel/Plugins/Plugins/Caption": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Caption",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Plugins/Hint": {
"title": "$:/language/ControlPanel/Plugins/Plugins/Hint",
"text": "Plugins"
},
"$:/language/ControlPanel/Plugins/Reinstall/Caption": {
"title": "$:/language/ControlPanel/Plugins/Reinstall/Caption",
"text": "reinstall"
},
"$:/language/ControlPanel/Plugins/Themes/Caption": {
"title": "$:/language/ControlPanel/Plugins/Themes/Caption",
"text": "Themes"
},
"$:/language/ControlPanel/Plugins/Themes/Hint": {
"title": "$:/language/ControlPanel/Plugins/Themes/Hint",
"text": "Theme plugins"
},
"$:/language/ControlPanel/Plugins/Update/Caption": {
"title": "$:/language/ControlPanel/Plugins/Update/Caption",
"text": "update"
},
"$:/language/ControlPanel/Plugins/Updates/Caption": {
"title": "$:/language/ControlPanel/Plugins/Updates/Caption",
"text": "Updates"
},
"$:/language/ControlPanel/Plugins/Updates/Hint": {
"title": "$:/language/ControlPanel/Plugins/Updates/Hint",
"text": "Available updates to installed plugins"
},
"$:/language/ControlPanel/Plugins/Updates/UpdateAll/Caption": {
"title": "$:/language/ControlPanel/Plugins/Updates/UpdateAll/Caption",
"text": "Update <<update-count>> plugins"
},
"$:/language/ControlPanel/Plugins/SubPluginPrompt": {
"title": "$:/language/ControlPanel/Plugins/SubPluginPrompt",
"text": "With <<count>> sub-plugins available"
},
"$:/language/ControlPanel/Saving/Caption": {
"title": "$:/language/ControlPanel/Saving/Caption",
"text": "Saving"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Description",
"text": "Permit automatic saving for the download saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/AutoSave/Hint",
"text": "Enable Autosave for Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Caption": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Caption",
"text": "Download Saver"
},
"$:/language/ControlPanel/Saving/DownloadSaver/Hint": {
"title": "$:/language/ControlPanel/Saving/DownloadSaver/Hint",
"text": "These settings apply to the HTML5-compatible download saver"
},
"$:/language/ControlPanel/Saving/General/Caption": {
"title": "$:/language/ControlPanel/Saving/General/Caption",
"text": "General"
},
"$:/language/ControlPanel/Saving/General/Hint": {
"title": "$:/language/ControlPanel/Saving/General/Hint",
"text": "These settings apply to all the loaded savers"
},
"$:/language/ControlPanel/Saving/Hint": {
"title": "$:/language/ControlPanel/Saving/Hint",
"text": "Settings used for saving the entire TiddlyWiki as a single file via a saver module"
},
"$:/language/ControlPanel/Saving/GitService/Branch": {
"title": "$:/language/ControlPanel/Saving/GitService/Branch",
"text": "Target branch for saving"
},
"$:/language/ControlPanel/Saving/GitService/CommitMessage": {
"title": "$:/language/ControlPanel/Saving/GitService/CommitMessage",
"text": "Saved by TiddlyWiki"
},
"$:/language/ControlPanel/Saving/GitService/Description": {
"title": "$:/language/ControlPanel/Saving/GitService/Description",
"text": "These settings are only used when saving to <<service-name>>"
},
"$:/language/ControlPanel/Saving/GitService/Filename": {
"title": "$:/language/ControlPanel/Saving/GitService/Filename",
"text": "Filename of target file (e.g. `index.html`)"
},
"$:/language/ControlPanel/Saving/GitService/Path": {
"title": "$:/language/ControlPanel/Saving/GitService/Path",
"text": "Path to target file (e.g. `/wiki/`)"
},
"$:/language/ControlPanel/Saving/GitService/Repo": {
"title": "$:/language/ControlPanel/Saving/GitService/Repo",
"text": "Target repository (e.g. `Jermolene/TiddlyWiki5`)"
},
"$:/language/ControlPanel/Saving/GitService/ServerURL": {
"title": "$:/language/ControlPanel/Saving/GitService/ServerURL",
"text": "Server API URL"
},
"$:/language/ControlPanel/Saving/GitService/UserName": {
"title": "$:/language/ControlPanel/Saving/GitService/UserName",
"text": "Username"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Caption",
"text": "~GitHub Saver"
},
"$:/language/ControlPanel/Saving/GitService/GitHub/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitHub/Password",
"text": "Password, OAUTH token, or personal access token (see [[GitHub help page|https://help.github.com/en/articles/creating-a-personal-access-token-for-the-command-line]] for details)"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Caption",
"text": "~GitLab Saver"
},
"$:/language/ControlPanel/Saving/GitService/GitLab/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/GitLab/Password",
"text": "Personal access token for API (see [[GitLab help page|https://docs.gitlab.com/ee/user/profile/personal_access_tokens.html]] for details)"
},
"$:/language/ControlPanel/Saving/GitService/Gitea/Caption": {
"title": "$:/language/ControlPanel/Saving/GitService/Gitea/Caption",
"text": "Gitea Saver"
},
"$:/language/ControlPanel/Saving/GitService/Gitea/Password": {
"title": "$:/language/ControlPanel/Saving/GitService/Gitea/Password",
"text": "Personal access token for API (via Gitea’s web interface: `Settings | Applications | Generate New Token`)"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Advanced/Heading",
"text": "Advanced Settings"
},
"$:/language/ControlPanel/Saving/TiddlySpot/BackupDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/BackupDir",
"text": "Backup Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Backups": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Backups",
"text": "Backups"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Caption": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Caption",
"text": "~TiddlySpot Saver"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Description": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Description",
"text": "These settings are only used when saving to http://tiddlyspot.com or a compatible remote server"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Filename": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Filename",
"text": "Upload Filename"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Heading": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Heading",
"text": "~TiddlySpot"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Hint": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Hint",
"text": "//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address, e.g. `http://example.com/store.php`.//"
},
"$:/language/ControlPanel/Saving/TiddlySpot/Password": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/Password",
"text": "Password"
},
"$:/language/ControlPanel/Saving/TiddlySpot/ServerURL": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/ServerURL",
"text": "Server URL"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UploadDir": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UploadDir",
"text": "Upload Directory"
},
"$:/language/ControlPanel/Saving/TiddlySpot/UserName": {
"title": "$:/language/ControlPanel/Saving/TiddlySpot/UserName",
"text": "Wiki Name"
},
"$:/language/ControlPanel/Settings/AutoSave/Caption": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Caption",
"text": "Autosave"
},
"$:/language/ControlPanel/Settings/AutoSave/Disabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Disabled/Description",
"text": "Do not save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Enabled/Description": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Enabled/Description",
"text": "Save changes automatically"
},
"$:/language/ControlPanel/Settings/AutoSave/Hint": {
"title": "$:/language/ControlPanel/Settings/AutoSave/Hint",
"text": "Attempt to automatically save changes during editing when using a supporting saver"
},
"$:/language/ControlPanel/Settings/CamelCase/Caption": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Caption",
"text": "Camel Case Wiki Links"
},
"$:/language/ControlPanel/Settings/CamelCase/Hint": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Hint",
"text": "You can globally disable automatic linking of ~CamelCase phrases. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/CamelCase/Description": {
"title": "$:/language/ControlPanel/Settings/CamelCase/Description",
"text": "Enable automatic ~CamelCase linking"
},
"$:/language/ControlPanel/Settings/Caption": {
"title": "$:/language/ControlPanel/Settings/Caption",
"text": "Settings"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Hint",
"text": "Enable or disable the editor toolbar:"
},
"$:/language/ControlPanel/Settings/EditorToolbar/Description": {
"title": "$:/language/ControlPanel/Settings/EditorToolbar/Description",
"text": "Show editor toolbar"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Caption": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Caption",
"text": "Tiddler Info Panel Mode"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Hint": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Hint",
"text": "Control when the tiddler info panel closes:"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Popup/Description",
"text": "Tiddler info panel closes automatically"
},
"$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description": {
"title": "$:/language/ControlPanel/Settings/InfoPanelMode/Sticky/Description",
"text": "Tiddler info panel stays open until explicitly closed"
},
"$:/language/ControlPanel/Settings/Hint": {
"title": "$:/language/ControlPanel/Settings/Hint",
"text": "These settings let you customise the behaviour of TiddlyWiki."
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Caption",
"text": "Navigation Address Bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Hint",
"text": "Behaviour of the browser address bar when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/No/Description",
"text": "Do not update the address bar"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permalink/Description",
"text": "Include the target tiddler"
},
"$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationAddressBar/Permaview/Description",
"text": "Include the target tiddler and the current story sequence"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Caption",
"text": "Navigation History"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Hint",
"text": "Update browser history when navigating to a tiddler:"
},
"$:/language/ControlPanel/Settings/NavigationHistory/No/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/No/Description",
"text": "Do not update history"
},
"$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationHistory/Yes/Description",
"text": "Update history"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption",
"text": "Permalink/permaview Mode"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Hint",
"text": "Choose how permalink/permaview is handled:"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/CopyToClipboard/Description",
"text": "Copy permalink/permaview URL to clipboard"
},
"$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description": {
"title": "$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/UpdateAddressBar/Description",
"text": "Update address bar with permalink/permaview URL"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption",
"text": "Performance Instrumentation"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Hint",
"text": "Displays performance statistics in the browser developer console. Requires reload to take effect"
},
"$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description": {
"title": "$:/language/ControlPanel/Settings/PerformanceInstrumentation/Description",
"text": "Enable performance instrumentation"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption",
"text": "Toolbar Button Style"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Hint",
"text": "Choose the style for toolbar buttons:"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless",
"text": "Borderless"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed",
"text": "Boxed"
},
"$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded",
"text": "Rounded"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Caption": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Caption",
"text": "Toolbar Buttons"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Hint": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Hint",
"text": "Default toolbar button appearance:"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Icons/Description",
"text": "Include icon"
},
"$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description": {
"title": "$:/language/ControlPanel/Settings/ToolbarButtons/Text/Description",
"text": "Include text"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption",
"text": "Default Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultSidebarTab/Hint",
"text": "Specify which sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption",
"text": "Default More Sidebar Tab"
},
"$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint": {
"title": "$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Hint",
"text": "Specify which More sidebar tab is displayed by default"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/Caption": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/Caption",
"text": "Tiddler Opening Behaviour"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/InsideRiver/Hint",
"text": "Navigation from //within// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OutsideRiver/Hint",
"text": "Navigation from //outside// the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAbove",
"text": "Open above the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenBelow",
"text": "Open below the current tiddler"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtTop",
"text": "Open at the top of the story river"
},
"$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom": {
"title": "$:/language/ControlPanel/Settings/LinkToBehaviour/OpenAtBottom",
"text": "Open at the bottom of the story river"
},
"$:/language/ControlPanel/Settings/TitleLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Caption",
"text": "Tiddler Titles"
},
"$:/language/ControlPanel/Settings/TitleLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Hint",
"text": "Optionally display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/No/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/No/Description",
"text": "Do not display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/TitleLinks/Yes/Description": {
"title": "$:/language/ControlPanel/Settings/TitleLinks/Yes/Description",
"text": "Display tiddler titles as links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Caption": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Caption",
"text": "Wiki Links"
},
"$:/language/ControlPanel/Settings/MissingLinks/Hint": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Hint",
"text": "Choose whether to link to tiddlers that do not exist yet"
},
"$:/language/ControlPanel/Settings/MissingLinks/Description": {
"title": "$:/language/ControlPanel/Settings/MissingLinks/Description",
"text": "Enable links to missing tiddlers"
},
"$:/language/ControlPanel/StoryView/Caption": {
"title": "$:/language/ControlPanel/StoryView/Caption",
"text": "Story View"
},
"$:/language/ControlPanel/StoryView/Prompt": {
"title": "$:/language/ControlPanel/StoryView/Prompt",
"text": "Current view:"
},
"$:/language/ControlPanel/Stylesheets/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Caption",
"text": "Stylesheets"
},
"$:/language/ControlPanel/Stylesheets/Expand/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Expand/Caption",
"text": "Expand All"
},
"$:/language/ControlPanel/Stylesheets/Hint": {
"title": "$:/language/ControlPanel/Stylesheets/Hint",
"text": "This is the rendered CSS of the current stylesheet tiddlers tagged with <<tag \"$:/tags/Stylesheet\">>"
},
"$:/language/ControlPanel/Stylesheets/Restore/Caption": {
"title": "$:/language/ControlPanel/Stylesheets/Restore/Caption",
"text": "Restore"
},
"$:/language/ControlPanel/Theme/Caption": {
"title": "$:/language/ControlPanel/Theme/Caption",
"text": "Theme"
},
"$:/language/ControlPanel/Theme/Prompt": {
"title": "$:/language/ControlPanel/Theme/Prompt",
"text": "Current theme:"
},
"$:/language/ControlPanel/TiddlerFields/Caption": {
"title": "$:/language/ControlPanel/TiddlerFields/Caption",
"text": "Tiddler Fields"
},
"$:/language/ControlPanel/TiddlerFields/Hint": {
"title": "$:/language/ControlPanel/TiddlerFields/Hint",
"text": "This is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers)."
},
"$:/language/ControlPanel/Toolbars/Caption": {
"title": "$:/language/ControlPanel/Toolbars/Caption",
"text": "Toolbars"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Caption",
"text": "Edit Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in edit mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/Hint": {
"title": "$:/language/ControlPanel/Toolbars/Hint",
"text": "Select which toolbar buttons are displayed"
},
"$:/language/ControlPanel/Toolbars/PageControls/Caption": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Caption",
"text": "Page Toolbar"
},
"$:/language/ControlPanel/Toolbars/PageControls/Hint": {
"title": "$:/language/ControlPanel/Toolbars/PageControls/Hint",
"text": "Choose which buttons are displayed on the main page toolbar. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Caption",
"text": "Editor Toolbar"
},
"$:/language/ControlPanel/Toolbars/EditorToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/EditorToolbar/Hint",
"text": "Choose which buttons are displayed in the editor toolbar. Note that some buttons will only appear when editing tiddlers of a certain type. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Caption": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Caption",
"text": "View Toolbar"
},
"$:/language/ControlPanel/Toolbars/ViewToolbar/Hint": {
"title": "$:/language/ControlPanel/Toolbars/ViewToolbar/Hint",
"text": "Choose which buttons are displayed for tiddlers in view mode. Drag and drop to change the ordering"
},
"$:/language/ControlPanel/Tools/Download/Full/Caption": {
"title": "$:/language/ControlPanel/Tools/Download/Full/Caption",
"text": "Download full wiki"
},
"$:/language/Date/DaySuffix/1": {
"title": "$:/language/Date/DaySuffix/1",
"text": "st"
},
"$:/language/Date/DaySuffix/2": {
"title": "$:/language/Date/DaySuffix/2",
"text": "nd"
},
"$:/language/Date/DaySuffix/3": {
"title": "$:/language/Date/DaySuffix/3",
"text": "rd"
},
"$:/language/Date/DaySuffix/4": {
"title": "$:/language/Date/DaySuffix/4",
"text": "th"
},
"$:/language/Date/DaySuffix/5": {
"title": "$:/language/Date/DaySuffix/5",
"text": "th"
},
"$:/language/Date/DaySuffix/6": {
"title": "$:/language/Date/DaySuffix/6",
"text": "th"
},
"$:/language/Date/DaySuffix/7": {
"title": "$:/language/Date/DaySuffix/7",
"text": "th"
},
"$:/language/Date/DaySuffix/8": {
"title": "$:/language/Date/DaySuffix/8",
"text": "th"
},
"$:/language/Date/DaySuffix/9": {
"title": "$:/language/Date/DaySuffix/9",
"text": "th"
},
"$:/language/Date/DaySuffix/10": {
"title": "$:/language/Date/DaySuffix/10",
"text": "th"
},
"$:/language/Date/DaySuffix/11": {
"title": "$:/language/Date/DaySuffix/11",
"text": "th"
},
"$:/language/Date/DaySuffix/12": {
"title": "$:/language/Date/DaySuffix/12",
"text": "th"
},
"$:/language/Date/DaySuffix/13": {
"title": "$:/language/Date/DaySuffix/13",
"text": "th"
},
"$:/language/Date/DaySuffix/14": {
"title": "$:/language/Date/DaySuffix/14",
"text": "th"
},
"$:/language/Date/DaySuffix/15": {
"title": "$:/language/Date/DaySuffix/15",
"text": "th"
},
"$:/language/Date/DaySuffix/16": {
"title": "$:/language/Date/DaySuffix/16",
"text": "th"
},
"$:/language/Date/DaySuffix/17": {
"title": "$:/language/Date/DaySuffix/17",
"text": "th"
},
"$:/language/Date/DaySuffix/18": {
"title": "$:/language/Date/DaySuffix/18",
"text": "th"
},
"$:/language/Date/DaySuffix/19": {
"title": "$:/language/Date/DaySuffix/19",
"text": "th"
},
"$:/language/Date/DaySuffix/20": {
"title": "$:/language/Date/DaySuffix/20",
"text": "th"
},
"$:/language/Date/DaySuffix/21": {
"title": "$:/language/Date/DaySuffix/21",
"text": "st"
},
"$:/language/Date/DaySuffix/22": {
"title": "$:/language/Date/DaySuffix/22",
"text": "nd"
},
"$:/language/Date/DaySuffix/23": {
"title": "$:/language/Date/DaySuffix/23",
"text": "rd"
},
"$:/language/Date/DaySuffix/24": {
"title": "$:/language/Date/DaySuffix/24",
"text": "th"
},
"$:/language/Date/DaySuffix/25": {
"title": "$:/language/Date/DaySuffix/25",
"text": "th"
},
"$:/language/Date/DaySuffix/26": {
"title": "$:/language/Date/DaySuffix/26",
"text": "th"
},
"$:/language/Date/DaySuffix/27": {
"title": "$:/language/Date/DaySuffix/27",
"text": "th"
},
"$:/language/Date/DaySuffix/28": {
"title": "$:/language/Date/DaySuffix/28",
"text": "th"
},
"$:/language/Date/DaySuffix/29": {
"title": "$:/language/Date/DaySuffix/29",
"text": "th"
},
"$:/language/Date/DaySuffix/30": {
"title": "$:/language/Date/DaySuffix/30",
"text": "th"
},
"$:/language/Date/DaySuffix/31": {
"title": "$:/language/Date/DaySuffix/31",
"text": "st"
},
"$:/language/Date/Long/Day/0": {
"title": "$:/language/Date/Long/Day/0",
"text": "Sunday"
},
"$:/language/Date/Long/Day/1": {
"title": "$:/language/Date/Long/Day/1",
"text": "Monday"
},
"$:/language/Date/Long/Day/2": {
"title": "$:/language/Date/Long/Day/2",
"text": "Tuesday"
},
"$:/language/Date/Long/Day/3": {
"title": "$:/language/Date/Long/Day/3",
"text": "Wednesday"
},
"$:/language/Date/Long/Day/4": {
"title": "$:/language/Date/Long/Day/4",
"text": "Thursday"
},
"$:/language/Date/Long/Day/5": {
"title": "$:/language/Date/Long/Day/5",
"text": "Friday"
},
"$:/language/Date/Long/Day/6": {
"title": "$:/language/Date/Long/Day/6",
"text": "Saturday"
},
"$:/language/Date/Long/Month/1": {
"title": "$:/language/Date/Long/Month/1",
"text": "January"
},
"$:/language/Date/Long/Month/2": {
"title": "$:/language/Date/Long/Month/2",
"text": "February"
},
"$:/language/Date/Long/Month/3": {
"title": "$:/language/Date/Long/Month/3",
"text": "March"
},
"$:/language/Date/Long/Month/4": {
"title": "$:/language/Date/Long/Month/4",
"text": "April"
},
"$:/language/Date/Long/Month/5": {
"title": "$:/language/Date/Long/Month/5",
"text": "May"
},
"$:/language/Date/Long/Month/6": {
"title": "$:/language/Date/Long/Month/6",
"text": "June"
},
"$:/language/Date/Long/Month/7": {
"title": "$:/language/Date/Long/Month/7",
"text": "July"
},
"$:/language/Date/Long/Month/8": {
"title": "$:/language/Date/Long/Month/8",
"text": "August"
},
"$:/language/Date/Long/Month/9": {
"title": "$:/language/Date/Long/Month/9",
"text": "September"
},
"$:/language/Date/Long/Month/10": {
"title": "$:/language/Date/Long/Month/10",
"text": "October"
},
"$:/language/Date/Long/Month/11": {
"title": "$:/language/Date/Long/Month/11",
"text": "November"
},
"$:/language/Date/Long/Month/12": {
"title": "$:/language/Date/Long/Month/12",
"text": "December"
},
"$:/language/Date/Period/am": {
"title": "$:/language/Date/Period/am",
"text": "am"
},
"$:/language/Date/Period/pm": {
"title": "$:/language/Date/Period/pm",
"text": "pm"
},
"$:/language/Date/Short/Day/0": {
"title": "$:/language/Date/Short/Day/0",
"text": "Sun"
},
"$:/language/Date/Short/Day/1": {
"title": "$:/language/Date/Short/Day/1",
"text": "Mon"
},
"$:/language/Date/Short/Day/2": {
"title": "$:/language/Date/Short/Day/2",
"text": "Tue"
},
"$:/language/Date/Short/Day/3": {
"title": "$:/language/Date/Short/Day/3",
"text": "Wed"
},
"$:/language/Date/Short/Day/4": {
"title": "$:/language/Date/Short/Day/4",
"text": "Thu"
},
"$:/language/Date/Short/Day/5": {
"title": "$:/language/Date/Short/Day/5",
"text": "Fri"
},
"$:/language/Date/Short/Day/6": {
"title": "$:/language/Date/Short/Day/6",
"text": "Sat"
},
"$:/language/Date/Short/Month/1": {
"title": "$:/language/Date/Short/Month/1",
"text": "Jan"
},
"$:/language/Date/Short/Month/2": {
"title": "$:/language/Date/Short/Month/2",
"text": "Feb"
},
"$:/language/Date/Short/Month/3": {
"title": "$:/language/Date/Short/Month/3",
"text": "Mar"
},
"$:/language/Date/Short/Month/4": {
"title": "$:/language/Date/Short/Month/4",
"text": "Apr"
},
"$:/language/Date/Short/Month/5": {
"title": "$:/language/Date/Short/Month/5",
"text": "May"
},
"$:/language/Date/Short/Month/6": {
"title": "$:/language/Date/Short/Month/6",
"text": "Jun"
},
"$:/language/Date/Short/Month/7": {
"title": "$:/language/Date/Short/Month/7",
"text": "Jul"
},
"$:/language/Date/Short/Month/8": {
"title": "$:/language/Date/Short/Month/8",
"text": "Aug"
},
"$:/language/Date/Short/Month/9": {
"title": "$:/language/Date/Short/Month/9",
"text": "Sep"
},
"$:/language/Date/Short/Month/10": {
"title": "$:/language/Date/Short/Month/10",
"text": "Oct"
},
"$:/language/Date/Short/Month/11": {
"title": "$:/language/Date/Short/Month/11",
"text": "Nov"
},
"$:/language/Date/Short/Month/12": {
"title": "$:/language/Date/Short/Month/12",
"text": "Dec"
},
"$:/language/RelativeDate/Future/Days": {
"title": "$:/language/RelativeDate/Future/Days",
"text": "<<period>> days from now"
},
"$:/language/RelativeDate/Future/Hours": {
"title": "$:/language/RelativeDate/Future/Hours",
"text": "<<period>> hours from now"
},
"$:/language/RelativeDate/Future/Minutes": {
"title": "$:/language/RelativeDate/Future/Minutes",
"text": "<<period>> minutes from now"
},
"$:/language/RelativeDate/Future/Months": {
"title": "$:/language/RelativeDate/Future/Months",
"text": "<<period>> months from now"
},
"$:/language/RelativeDate/Future/Second": {
"title": "$:/language/RelativeDate/Future/Second",
"text": "1 second from now"
},
"$:/language/RelativeDate/Future/Seconds": {
"title": "$:/language/RelativeDate/Future/Seconds",
"text": "<<period>> seconds from now"
},
"$:/language/RelativeDate/Future/Years": {
"title": "$:/language/RelativeDate/Future/Years",
"text": "<<period>> years from now"
},
"$:/language/RelativeDate/Past/Days": {
"title": "$:/language/RelativeDate/Past/Days",
"text": "<<period>> days ago"
},
"$:/language/RelativeDate/Past/Hours": {
"title": "$:/language/RelativeDate/Past/Hours",
"text": "<<period>> hours ago"
},
"$:/language/RelativeDate/Past/Minutes": {
"title": "$:/language/RelativeDate/Past/Minutes",
"text": "<<period>> minutes ago"
},
"$:/language/RelativeDate/Past/Months": {
"title": "$:/language/RelativeDate/Past/Months",
"text": "<<period>> months ago"
},
"$:/language/RelativeDate/Past/Second": {
"title": "$:/language/RelativeDate/Past/Second",
"text": "1 second ago"
},
"$:/language/RelativeDate/Past/Seconds": {
"title": "$:/language/RelativeDate/Past/Seconds",
"text": "<<period>> seconds ago"
},
"$:/language/RelativeDate/Past/Years": {
"title": "$:/language/RelativeDate/Past/Years",
"text": "<<period>> years ago"
},
"$:/language/Docs/ModuleTypes/allfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/allfilteroperator",
"text": "A sub-operator for the ''all'' filter operator."
},
"$:/language/Docs/ModuleTypes/animation": {
"title": "$:/language/Docs/ModuleTypes/animation",
"text": "Animations that may be used with the RevealWidget."
},
"$:/language/Docs/ModuleTypes/authenticator": {
"title": "$:/language/Docs/ModuleTypes/authenticator",
"text": "Defines how requests are authenticated by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/bitmapeditoroperation": {
"title": "$:/language/Docs/ModuleTypes/bitmapeditoroperation",
"text": "A bitmap editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/command": {
"title": "$:/language/Docs/ModuleTypes/command",
"text": "Commands that can be executed under Node.js."
},
"$:/language/Docs/ModuleTypes/config": {
"title": "$:/language/Docs/ModuleTypes/config",
"text": "Data to be inserted into `$tw.config`."
},
"$:/language/Docs/ModuleTypes/filteroperator": {
"title": "$:/language/Docs/ModuleTypes/filteroperator",
"text": "Individual filter operator methods."
},
"$:/language/Docs/ModuleTypes/global": {
"title": "$:/language/Docs/ModuleTypes/global",
"text": "Global data to be inserted into `$tw`."
},
"$:/language/Docs/ModuleTypes/info": {
"title": "$:/language/Docs/ModuleTypes/info",
"text": "Publishes system information via the [[$:/temp/info-plugin]] pseudo-plugin."
},
"$:/language/Docs/ModuleTypes/isfilteroperator": {
"title": "$:/language/Docs/ModuleTypes/isfilteroperator",
"text": "Operands for the ''is'' filter operator."
},
"$:/language/Docs/ModuleTypes/library": {
"title": "$:/language/Docs/ModuleTypes/library",
"text": "Generic module type for general purpose JavaScript modules."
},
"$:/language/Docs/ModuleTypes/macro": {
"title": "$:/language/Docs/ModuleTypes/macro",
"text": "JavaScript macro definitions."
},
"$:/language/Docs/ModuleTypes/parser": {
"title": "$:/language/Docs/ModuleTypes/parser",
"text": "Parsers for different content types."
},
"$:/language/Docs/ModuleTypes/route": {
"title": "$:/language/Docs/ModuleTypes/route",
"text": "Defines how individual URL patterns are handled by the built-in HTTP server."
},
"$:/language/Docs/ModuleTypes/saver": {
"title": "$:/language/Docs/ModuleTypes/saver",
"text": "Savers handle different methods for saving files from the browser."
},
"$:/language/Docs/ModuleTypes/startup": {
"title": "$:/language/Docs/ModuleTypes/startup",
"text": "Startup functions."
},
"$:/language/Docs/ModuleTypes/storyview": {
"title": "$:/language/Docs/ModuleTypes/storyview",
"text": "Story views customise the animation and behaviour of list widgets."
},
"$:/language/Docs/ModuleTypes/texteditoroperation": {
"title": "$:/language/Docs/ModuleTypes/texteditoroperation",
"text": "A text editor toolbar operation."
},
"$:/language/Docs/ModuleTypes/tiddlerdeserializer": {
"title": "$:/language/Docs/ModuleTypes/tiddlerdeserializer",
"text": "Converts different content types into tiddlers."
},
"$:/language/Docs/ModuleTypes/tiddlerfield": {
"title": "$:/language/Docs/ModuleTypes/tiddlerfield",
"text": "Defines the behaviour of an individual tiddler field."
},
"$:/language/Docs/ModuleTypes/tiddlermethod": {
"title": "$:/language/Docs/ModuleTypes/tiddlermethod",
"text": "Adds methods to the `$tw.Tiddler` prototype."
},
"$:/language/Docs/ModuleTypes/upgrader": {
"title": "$:/language/Docs/ModuleTypes/upgrader",
"text": "Applies upgrade processing to tiddlers during an upgrade/import."
},
"$:/language/Docs/ModuleTypes/utils": {
"title": "$:/language/Docs/ModuleTypes/utils",
"text": "Adds methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/utils-node": {
"title": "$:/language/Docs/ModuleTypes/utils-node",
"text": "Adds Node.js-specific methods to `$tw.utils`."
},
"$:/language/Docs/ModuleTypes/widget": {
"title": "$:/language/Docs/ModuleTypes/widget",
"text": "Widgets encapsulate DOM rendering and refreshing."
},
"$:/language/Docs/ModuleTypes/wikimethod": {
"title": "$:/language/Docs/ModuleTypes/wikimethod",
"text": "Adds methods to `$tw.Wiki`."
},
"$:/language/Docs/ModuleTypes/wikirule": {
"title": "$:/language/Docs/ModuleTypes/wikirule",
"text": "Individual parser rules for the main WikiText parser."
},
"$:/language/Docs/PaletteColours/alert-background": {
"title": "$:/language/Docs/PaletteColours/alert-background",
"text": "Alert background"
},
"$:/language/Docs/PaletteColours/alert-border": {
"title": "$:/language/Docs/PaletteColours/alert-border",
"text": "Alert border"
},
"$:/language/Docs/PaletteColours/alert-highlight": {
"title": "$:/language/Docs/PaletteColours/alert-highlight",
"text": "Alert highlight"
},
"$:/language/Docs/PaletteColours/alert-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/alert-muted-foreground",
"text": "Alert muted foreground"
},
"$:/language/Docs/PaletteColours/background": {
"title": "$:/language/Docs/PaletteColours/background",
"text": "General background"
},
"$:/language/Docs/PaletteColours/blockquote-bar": {
"title": "$:/language/Docs/PaletteColours/blockquote-bar",
"text": "Blockquote bar"
},
"$:/language/Docs/PaletteColours/button-background": {
"title": "$:/language/Docs/PaletteColours/button-background",
"text": "Default button background"
},
"$:/language/Docs/PaletteColours/button-border": {
"title": "$:/language/Docs/PaletteColours/button-border",
"text": "Default button border"
},
"$:/language/Docs/PaletteColours/button-foreground": {
"title": "$:/language/Docs/PaletteColours/button-foreground",
"text": "Default button foreground"
},
"$:/language/Docs/PaletteColours/dirty-indicator": {
"title": "$:/language/Docs/PaletteColours/dirty-indicator",
"text": "Unsaved changes indicator"
},
"$:/language/Docs/PaletteColours/code-background": {
"title": "$:/language/Docs/PaletteColours/code-background",
"text": "Code background"
},
"$:/language/Docs/PaletteColours/code-border": {
"title": "$:/language/Docs/PaletteColours/code-border",
"text": "Code border"
},
"$:/language/Docs/PaletteColours/code-foreground": {
"title": "$:/language/Docs/PaletteColours/code-foreground",
"text": "Code foreground"
},
"$:/language/Docs/PaletteColours/download-background": {
"title": "$:/language/Docs/PaletteColours/download-background",
"text": "Download button background"
},
"$:/language/Docs/PaletteColours/download-foreground": {
"title": "$:/language/Docs/PaletteColours/download-foreground",
"text": "Download button foreground"
},
"$:/language/Docs/PaletteColours/dragger-background": {
"title": "$:/language/Docs/PaletteColours/dragger-background",
"text": "Dragger background"
},
"$:/language/Docs/PaletteColours/dragger-foreground": {
"title": "$:/language/Docs/PaletteColours/dragger-foreground",
"text": "Dragger foreground"
},
"$:/language/Docs/PaletteColours/dropdown-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-background",
"text": "Dropdown background"
},
"$:/language/Docs/PaletteColours/dropdown-border": {
"title": "$:/language/Docs/PaletteColours/dropdown-border",
"text": "Dropdown border"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background-selected",
"text": "Dropdown tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/dropdown-tab-background": {
"title": "$:/language/Docs/PaletteColours/dropdown-tab-background",
"text": "Dropdown tab background"
},
"$:/language/Docs/PaletteColours/dropzone-background": {
"title": "$:/language/Docs/PaletteColours/dropzone-background",
"text": "Dropzone background"
},
"$:/language/Docs/PaletteColours/external-link-background-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-background-hover",
"text": "External link background hover"
},
"$:/language/Docs/PaletteColours/external-link-background-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-background-visited",
"text": "External link background visited"
},
"$:/language/Docs/PaletteColours/external-link-background": {
"title": "$:/language/Docs/PaletteColours/external-link-background",
"text": "External link background"
},
"$:/language/Docs/PaletteColours/external-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-hover",
"text": "External link foreground hover"
},
"$:/language/Docs/PaletteColours/external-link-foreground-visited": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground-visited",
"text": "External link foreground visited"
},
"$:/language/Docs/PaletteColours/external-link-foreground": {
"title": "$:/language/Docs/PaletteColours/external-link-foreground",
"text": "External link foreground"
},
"$:/language/Docs/PaletteColours/foreground": {
"title": "$:/language/Docs/PaletteColours/foreground",
"text": "General foreground"
},
"$:/language/Docs/PaletteColours/menubar-background": {
"title": "$:/language/Docs/PaletteColours/menubar-background",
"text": "Menu bar background"
},
"$:/language/Docs/PaletteColours/menubar-foreground": {
"title": "$:/language/Docs/PaletteColours/menubar-foreground",
"text": "Menu bar foreground"
},
"$:/language/Docs/PaletteColours/message-background": {
"title": "$:/language/Docs/PaletteColours/message-background",
"text": "Message box background"
},
"$:/language/Docs/PaletteColours/message-border": {
"title": "$:/language/Docs/PaletteColours/message-border",
"text": "Message box border"
},
"$:/language/Docs/PaletteColours/message-foreground": {
"title": "$:/language/Docs/PaletteColours/message-foreground",
"text": "Message box foreground"
},
"$:/language/Docs/PaletteColours/modal-backdrop": {
"title": "$:/language/Docs/PaletteColours/modal-backdrop",
"text": "Modal backdrop"
},
"$:/language/Docs/PaletteColours/modal-background": {
"title": "$:/language/Docs/PaletteColours/modal-background",
"text": "Modal background"
},
"$:/language/Docs/PaletteColours/modal-border": {
"title": "$:/language/Docs/PaletteColours/modal-border",
"text": "Modal border"
},
"$:/language/Docs/PaletteColours/modal-footer-background": {
"title": "$:/language/Docs/PaletteColours/modal-footer-background",
"text": "Modal footer background"
},
"$:/language/Docs/PaletteColours/modal-footer-border": {
"title": "$:/language/Docs/PaletteColours/modal-footer-border",
"text": "Modal footer border"
},
"$:/language/Docs/PaletteColours/modal-header-border": {
"title": "$:/language/Docs/PaletteColours/modal-header-border",
"text": "Modal header border"
},
"$:/language/Docs/PaletteColours/muted-foreground": {
"title": "$:/language/Docs/PaletteColours/muted-foreground",
"text": "General muted foreground"
},
"$:/language/Docs/PaletteColours/notification-background": {
"title": "$:/language/Docs/PaletteColours/notification-background",
"text": "Notification background"
},
"$:/language/Docs/PaletteColours/notification-border": {
"title": "$:/language/Docs/PaletteColours/notification-border",
"text": "Notification border"
},
"$:/language/Docs/PaletteColours/page-background": {
"title": "$:/language/Docs/PaletteColours/page-background",
"text": "Page background"
},
"$:/language/Docs/PaletteColours/pre-background": {
"title": "$:/language/Docs/PaletteColours/pre-background",
"text": "Preformatted code background"
},
"$:/language/Docs/PaletteColours/pre-border": {
"title": "$:/language/Docs/PaletteColours/pre-border",
"text": "Preformatted code border"
},
"$:/language/Docs/PaletteColours/primary": {
"title": "$:/language/Docs/PaletteColours/primary",
"text": "General primary"
},
"$:/language/Docs/PaletteColours/select-tag-background": {
"title": "$:/language/Docs/PaletteColours/select-tag-background",
"text": "`<select>` element background"
},
"$:/language/Docs/PaletteColours/select-tag-foreground": {
"title": "$:/language/Docs/PaletteColours/select-tag-foreground",
"text": "`<select>` element text"
},
"$:/language/Docs/PaletteColours/sidebar-button-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-button-foreground",
"text": "Sidebar button foreground"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground-hover",
"text": "Sidebar controls foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-controls-foreground",
"text": "Sidebar controls foreground"
},
"$:/language/Docs/PaletteColours/sidebar-foreground-shadow": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground-shadow",
"text": "Sidebar foreground shadow"
},
"$:/language/Docs/PaletteColours/sidebar-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-foreground",
"text": "Sidebar foreground"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground-hover",
"text": "Sidebar muted foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-muted-foreground",
"text": "Sidebar muted foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background-selected",
"text": "Sidebar tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-background": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-background",
"text": "Sidebar tab background"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border-selected",
"text": "Sidebar tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-border": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-border",
"text": "Sidebar tab border"
},
"$:/language/Docs/PaletteColours/sidebar-tab-divider": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-divider",
"text": "Sidebar tab divider"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground-selected",
"text": "Sidebar tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/sidebar-tab-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tab-foreground",
"text": "Sidebar tab foreground"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground-hover",
"text": "Sidebar tiddler link foreground hover"
},
"$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/sidebar-tiddler-link-foreground",
"text": "Sidebar tiddler link foreground"
},
"$:/language/Docs/PaletteColours/site-title-foreground": {
"title": "$:/language/Docs/PaletteColours/site-title-foreground",
"text": "Site title foreground"
},
"$:/language/Docs/PaletteColours/static-alert-foreground": {
"title": "$:/language/Docs/PaletteColours/static-alert-foreground",
"text": "Static alert foreground"
},
"$:/language/Docs/PaletteColours/tab-background-selected": {
"title": "$:/language/Docs/PaletteColours/tab-background-selected",
"text": "Tab background for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-background": {
"title": "$:/language/Docs/PaletteColours/tab-background",
"text": "Tab background"
},
"$:/language/Docs/PaletteColours/tab-border-selected": {
"title": "$:/language/Docs/PaletteColours/tab-border-selected",
"text": "Tab border for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-border": {
"title": "$:/language/Docs/PaletteColours/tab-border",
"text": "Tab border"
},
"$:/language/Docs/PaletteColours/tab-divider": {
"title": "$:/language/Docs/PaletteColours/tab-divider",
"text": "Tab divider"
},
"$:/language/Docs/PaletteColours/tab-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tab-foreground-selected",
"text": "Tab foreground for selected tabs"
},
"$:/language/Docs/PaletteColours/tab-foreground": {
"title": "$:/language/Docs/PaletteColours/tab-foreground",
"text": "Tab foreground"
},
"$:/language/Docs/PaletteColours/table-border": {
"title": "$:/language/Docs/PaletteColours/table-border",
"text": "Table border"
},
"$:/language/Docs/PaletteColours/table-footer-background": {
"title": "$:/language/Docs/PaletteColours/table-footer-background",
"text": "Table footer background"
},
"$:/language/Docs/PaletteColours/table-header-background": {
"title": "$:/language/Docs/PaletteColours/table-header-background",
"text": "Table header background"
},
"$:/language/Docs/PaletteColours/tag-background": {
"title": "$:/language/Docs/PaletteColours/tag-background",
"text": "Tag background"
},
"$:/language/Docs/PaletteColours/tag-foreground": {
"title": "$:/language/Docs/PaletteColours/tag-foreground",
"text": "Tag foreground"
},
"$:/language/Docs/PaletteColours/tiddler-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-background",
"text": "Tiddler background"
},
"$:/language/Docs/PaletteColours/tiddler-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-border",
"text": "Tiddler border"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-hover",
"text": "Tiddler controls foreground hover"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground-selected",
"text": "Tiddler controls foreground for selected controls"
},
"$:/language/Docs/PaletteColours/tiddler-controls-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-controls-foreground",
"text": "Tiddler controls foreground"
},
"$:/language/Docs/PaletteColours/tiddler-editor-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-background",
"text": "Tiddler editor background"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border-image": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border-image",
"text": "Tiddler editor border image"
},
"$:/language/Docs/PaletteColours/tiddler-editor-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-border",
"text": "Tiddler editor border"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-even": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-even",
"text": "Tiddler editor background for even fields"
},
"$:/language/Docs/PaletteColours/tiddler-editor-fields-odd": {
"title": "$:/language/Docs/PaletteColours/tiddler-editor-fields-odd",
"text": "Tiddler editor background for odd fields"
},
"$:/language/Docs/PaletteColours/tiddler-info-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-background",
"text": "Tiddler info panel background"
},
"$:/language/Docs/PaletteColours/tiddler-info-border": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-border",
"text": "Tiddler info panel border"
},
"$:/language/Docs/PaletteColours/tiddler-info-tab-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-info-tab-background",
"text": "Tiddler info panel tab background"
},
"$:/language/Docs/PaletteColours/tiddler-link-background": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-background",
"text": "Tiddler link background"
},
"$:/language/Docs/PaletteColours/tiddler-link-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-link-foreground",
"text": "Tiddler link foreground"
},
"$:/language/Docs/PaletteColours/tiddler-subtitle-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-subtitle-foreground",
"text": "Tiddler subtitle foreground"
},
"$:/language/Docs/PaletteColours/tiddler-title-foreground": {
"title": "$:/language/Docs/PaletteColours/tiddler-title-foreground",
"text": "Tiddler title foreground"
},
"$:/language/Docs/PaletteColours/toolbar-new-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-new-button",
"text": "Toolbar 'new tiddler' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-options-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-options-button",
"text": "Toolbar 'options' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-save-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-save-button",
"text": "Toolbar 'save' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-info-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-info-button",
"text": "Toolbar 'info' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-edit-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-edit-button",
"text": "Toolbar 'edit' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-close-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-close-button",
"text": "Toolbar 'close' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-delete-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-delete-button",
"text": "Toolbar 'delete' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-cancel-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-cancel-button",
"text": "Toolbar 'cancel' button foreground"
},
"$:/language/Docs/PaletteColours/toolbar-done-button": {
"title": "$:/language/Docs/PaletteColours/toolbar-done-button",
"text": "Toolbar 'done' button foreground"
},
"$:/language/Docs/PaletteColours/untagged-background": {
"title": "$:/language/Docs/PaletteColours/untagged-background",
"text": "Untagged pill background"
},
"$:/language/Docs/PaletteColours/very-muted-foreground": {
"title": "$:/language/Docs/PaletteColours/very-muted-foreground",
"text": "Very muted foreground"
},
"$:/language/EditTemplate/Body/External/Hint": {
"title": "$:/language/EditTemplate/Body/External/Hint",
"text": "This tiddler shows content stored outside of the main TiddlyWiki file. You can edit the tags and fields but cannot directly edit the content itself"
},
"$:/language/EditTemplate/Body/Placeholder": {
"title": "$:/language/EditTemplate/Body/Placeholder",
"text": "Type the text for this tiddler"
},
"$:/language/EditTemplate/Body/Preview/Type/Output": {
"title": "$:/language/EditTemplate/Body/Preview/Type/Output",
"text": "output"
},
"$:/language/EditTemplate/Field/Remove/Caption": {
"title": "$:/language/EditTemplate/Field/Remove/Caption",
"text": "remove field"
},
"$:/language/EditTemplate/Field/Remove/Hint": {
"title": "$:/language/EditTemplate/Field/Remove/Hint",
"text": "Remove field"
},
"$:/language/EditTemplate/Field/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Field/Dropdown/Caption",
"text": "field list"
},
"$:/language/EditTemplate/Field/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Field/Dropdown/Hint",
"text": "Show field list"
},
"$:/language/EditTemplate/Fields/Add/Button": {
"title": "$:/language/EditTemplate/Fields/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Fields/Add/Button/Hint": {
"title": "$:/language/EditTemplate/Fields/Add/Button/Hint",
"text": "Add the new field to the tiddler"
},
"$:/language/EditTemplate/Fields/Add/Name/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Name/Placeholder",
"text": "field name"
},
"$:/language/EditTemplate/Fields/Add/Prompt": {
"title": "$:/language/EditTemplate/Fields/Add/Prompt",
"text": "Add a new field:"
},
"$:/language/EditTemplate/Fields/Add/Value/Placeholder": {
"title": "$:/language/EditTemplate/Fields/Add/Value/Placeholder",
"text": "field value"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/System": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/System",
"text": "System fields"
},
"$:/language/EditTemplate/Fields/Add/Dropdown/User": {
"title": "$:/language/EditTemplate/Fields/Add/Dropdown/User",
"text": "User fields"
},
"$:/language/EditTemplate/Shadow/Warning": {
"title": "$:/language/EditTemplate/Shadow/Warning",
"text": "This is a shadow tiddler. Any changes you make will override the default version from the plugin <<pluginLink>>"
},
"$:/language/EditTemplate/Shadow/OverriddenWarning": {
"title": "$:/language/EditTemplate/Shadow/OverriddenWarning",
"text": "This is a modified shadow tiddler. You can revert to the default version in the plugin <<pluginLink>> by deleting this tiddler"
},
"$:/language/EditTemplate/Tags/Add/Button": {
"title": "$:/language/EditTemplate/Tags/Add/Button",
"text": "add"
},
"$:/language/EditTemplate/Tags/Add/Button/Hint": {
"title": "$:/language/EditTemplate/Tags/Add/Button/Hint",
"text": "add tag"
},
"$:/language/EditTemplate/Tags/Add/Placeholder": {
"title": "$:/language/EditTemplate/Tags/Add/Placeholder",
"text": "tag name"
},
"$:/language/EditTemplate/Tags/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Caption",
"text": "tag list"
},
"$:/language/EditTemplate/Tags/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Tags/Dropdown/Hint",
"text": "Show tag list"
},
"$:/language/EditTemplate/Title/BadCharacterWarning": {
"title": "$:/language/EditTemplate/Title/BadCharacterWarning",
"text": "Warning: avoid using any of the characters <<bad-chars>> in tiddler titles"
},
"$:/language/EditTemplate/Title/Exists/Prompt": {
"title": "$:/language/EditTemplate/Title/Exists/Prompt",
"text": "Target tiddler already exists"
},
"$:/language/EditTemplate/Title/Relink/Prompt": {
"title": "$:/language/EditTemplate/Title/Relink/Prompt",
"text": "Update ''<$text text=<<fromTitle>>/>'' to ''<$text text=<<toTitle>>/>'' in the //tags// and //list// fields of other tiddlers"
},
"$:/language/EditTemplate/Title/References/Prompt": {
"title": "$:/language/EditTemplate/Title/References/Prompt",
"text": "The following references to this tiddler will not be automatically updated:"
},
"$:/language/EditTemplate/Type/Dropdown/Caption": {
"title": "$:/language/EditTemplate/Type/Dropdown/Caption",
"text": "content type list"
},
"$:/language/EditTemplate/Type/Dropdown/Hint": {
"title": "$:/language/EditTemplate/Type/Dropdown/Hint",
"text": "Show content type list"
},
"$:/language/EditTemplate/Type/Delete/Caption": {
"title": "$:/language/EditTemplate/Type/Delete/Caption",
"text": "delete content type"
},
"$:/language/EditTemplate/Type/Delete/Hint": {
"title": "$:/language/EditTemplate/Type/Delete/Hint",
"text": "Delete content type"
},
"$:/language/EditTemplate/Type/Placeholder": {
"title": "$:/language/EditTemplate/Type/Placeholder",
"text": "content type"
},
"$:/language/EditTemplate/Type/Prompt": {
"title": "$:/language/EditTemplate/Type/Prompt",
"text": "Type:"
},
"$:/language/Exporters/StaticRiver": {
"title": "$:/language/Exporters/StaticRiver",
"text": "Static HTML"
},
"$:/language/Exporters/JsonFile": {
"title": "$:/language/Exporters/JsonFile",
"text": "JSON file"
},
"$:/language/Exporters/CsvFile": {
"title": "$:/language/Exporters/CsvFile",
"text": "CSV file"
},
"$:/language/Exporters/TidFile": {
"title": "$:/language/Exporters/TidFile",
"text": "\".tid\" file"
},
"$:/language/Docs/Fields/_canonical_uri": {
"title": "$:/language/Docs/Fields/_canonical_uri",
"text": "The full URI of an external image tiddler"
},
"$:/language/Docs/Fields/bag": {
"title": "$:/language/Docs/Fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/language/Docs/Fields/caption": {
"title": "$:/language/Docs/Fields/caption",
"text": "The text to be displayed on a tab or button"
},
"$:/language/Docs/Fields/color": {
"title": "$:/language/Docs/Fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/language/Docs/Fields/component": {
"title": "$:/language/Docs/Fields/component",
"text": "The name of the component responsible for an [[alert tiddler|AlertMechanism]]"
},
"$:/language/Docs/Fields/current-tiddler": {
"title": "$:/language/Docs/Fields/current-tiddler",
"text": "Used to cache the top tiddler in a [[history list|HistoryMechanism]]"
},
"$:/language/Docs/Fields/created": {
"title": "$:/language/Docs/Fields/created",
"text": "The date a tiddler was created"
},
"$:/language/Docs/Fields/creator": {
"title": "$:/language/Docs/Fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/language/Docs/Fields/dependents": {
"title": "$:/language/Docs/Fields/dependents",
"text": "For a plugin, lists the dependent plugin titles"
},
"$:/language/Docs/Fields/description": {
"title": "$:/language/Docs/Fields/description",
"text": "The descriptive text for a plugin, or a modal dialogue"
},
"$:/language/Docs/Fields/draft.of": {
"title": "$:/language/Docs/Fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/language/Docs/Fields/draft.title": {
"title": "$:/language/Docs/Fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/language/Docs/Fields/footer": {
"title": "$:/language/Docs/Fields/footer",
"text": "The footer text for a wizard"
},
"$:/language/Docs/Fields/hide-body": {
"title": "$:/language/Docs/Fields/hide-body",
"text": "The view template will hide bodies of tiddlers if set to: ''yes''"
},
"$:/language/Docs/Fields/icon": {
"title": "$:/language/Docs/Fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/language/Docs/Fields/library": {
"title": "$:/language/Docs/Fields/library",
"text": "Indicates that a tiddler should be saved as a JavaScript library if set to: ''yes''"
},
"$:/language/Docs/Fields/list": {
"title": "$:/language/Docs/Fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/language/Docs/Fields/list-before": {
"title": "$:/language/Docs/Fields/list-before",
"text": "If set, the title of a tiddler before which this tiddler should be added to the ordered list of tiddler titles, or at the start of the list if this field is present but empty"
},
"$:/language/Docs/Fields/list-after": {
"title": "$:/language/Docs/Fields/list-after",
"text": "If set, the title of the tiddler after which this tiddler should be added to the ordered list of tiddler titles, or at the end of the list if this field is present but empty"
},
"$:/language/Docs/Fields/modified": {
"title": "$:/language/Docs/Fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/language/Docs/Fields/modifier": {
"title": "$:/language/Docs/Fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/language/Docs/Fields/name": {
"title": "$:/language/Docs/Fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-priority": {
"title": "$:/language/Docs/Fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/language/Docs/Fields/plugin-type": {
"title": "$:/language/Docs/Fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/language/Docs/Fields/revision": {
"title": "$:/language/Docs/Fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/language/Docs/Fields/released": {
"title": "$:/language/Docs/Fields/released",
"text": "Date of a TiddlyWiki release"
},
"$:/language/Docs/Fields/source": {
"title": "$:/language/Docs/Fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/language/Docs/Fields/subtitle": {
"title": "$:/language/Docs/Fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/language/Docs/Fields/tags": {
"title": "$:/language/Docs/Fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/language/Docs/Fields/text": {
"title": "$:/language/Docs/Fields/text",
"text": "The body text of a tiddler"
},
"$:/language/Docs/Fields/throttle.refresh": {
"title": "$:/language/Docs/Fields/throttle.refresh",
"text": "If present, throttles refreshes of this tiddler"
},
"$:/language/Docs/Fields/title": {
"title": "$:/language/Docs/Fields/title",
"text": "The unique name of a tiddler"
},
"$:/language/Docs/Fields/toc-link": {
"title": "$:/language/Docs/Fields/toc-link",
"text": "Suppresses the tiddler's link in a Table of Contents tree if set to: ''no''"
},
"$:/language/Docs/Fields/type": {
"title": "$:/language/Docs/Fields/type",
"text": "The content type of a tiddler"
},
"$:/language/Docs/Fields/version": {
"title": "$:/language/Docs/Fields/version",
"text": "Version information for a plugin"
},
"$:/language/Docs/Fields/_is_skinny": {
"title": "$:/language/Docs/Fields/_is_skinny",
"text": "If present, indicates that the tiddler text field must be loaded from the server"
},
"$:/language/Filters/AllTiddlers": {
"title": "$:/language/Filters/AllTiddlers",
"text": "All tiddlers except system tiddlers"
},
"$:/language/Filters/RecentSystemTiddlers": {
"title": "$:/language/Filters/RecentSystemTiddlers",
"text": "Recently modified tiddlers, including system tiddlers"
},
"$:/language/Filters/RecentTiddlers": {
"title": "$:/language/Filters/RecentTiddlers",
"text": "Recently modified tiddlers"
},
"$:/language/Filters/AllTags": {
"title": "$:/language/Filters/AllTags",
"text": "All tags except system tags"
},
"$:/language/Filters/Missing": {
"title": "$:/language/Filters/Missing",
"text": "Missing tiddlers"
},
"$:/language/Filters/Drafts": {
"title": "$:/language/Filters/Drafts",
"text": "Draft tiddlers"
},
"$:/language/Filters/Orphans": {
"title": "$:/language/Filters/Orphans",
"text": "Orphan tiddlers"
},
"$:/language/Filters/SystemTiddlers": {
"title": "$:/language/Filters/SystemTiddlers",
"text": "System tiddlers"
},
"$:/language/Filters/ShadowTiddlers": {
"title": "$:/language/Filters/ShadowTiddlers",
"text": "Shadow tiddlers"
},
"$:/language/Filters/OverriddenShadowTiddlers": {
"title": "$:/language/Filters/OverriddenShadowTiddlers",
"text": "Overridden shadow tiddlers"
},
"$:/language/Filters/SessionTiddlers": {
"title": "$:/language/Filters/SessionTiddlers",
"text": "Tiddlers modified since the wiki was loaded"
},
"$:/language/Filters/SystemTags": {
"title": "$:/language/Filters/SystemTags",
"text": "System tags"
},
"$:/language/Filters/StoryList": {
"title": "$:/language/Filters/StoryList",
"text": "Tiddlers in the story river, excluding <$text text=\"$:/AdvancedSearch\"/>"
},
"$:/language/Filters/TypedTiddlers": {
"title": "$:/language/Filters/TypedTiddlers",
"text": "Non wiki-text tiddlers"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is vital to make sure that you can reliably save changes. See https://tiddlywiki.com/#GettingStarted for details\n\n!! Set up this ~TiddlyWiki\n\n<div class=\"tc-control-panel\">\n\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n</div>\n\nSee the [[control panel|$:/ControlPanel]] for more options.\n"
},
"$:/language/Help/build": {
"title": "$:/language/Help/build",
"description": "Automatically run configured commands",
"text": "Build the specified build targets for the current wiki. If no build targets are specified then all available targets will be built.\n\n```\n--build <target> [<target> ...]\n```\n\nBuild targets are defined in the `tiddlywiki.info` file of a wiki folder.\n\n"
},
"$:/language/Help/clearpassword": {
"title": "$:/language/Help/clearpassword",
"description": "Clear a password for subsequent crypto operations",
"text": "Clear the password for subsequent crypto operations\n\n```\n--clearpassword\n```\n"
},
"$:/language/Help/default": {
"title": "$:/language/Help/default",
"text": "\\define commandTitle()\n$:/language/Help/$(command)$\n\\end\n```\nusage: tiddlywiki [<wikifolder>] [--<command> [<args>...]...]\n```\n\nAvailable commands:\n\n<ul>\n<$list filter=\"[commands[]sort[title]]\" variable=\"command\">\n<li><$link to=<<commandTitle>>><$macrocall $name=\"command\" $type=\"text/plain\" $output=\"text/plain\"/></$link>: <$transclude tiddler=<<commandTitle>> field=\"description\"/></li>\n</$list>\n</ul>\n\nTo get detailed help on a command:\n\n```\ntiddlywiki --help <command>\n```\n"
},
"$:/language/Help/deletetiddlers": {
"title": "$:/language/Help/deletetiddlers",
"description": "Deletes a group of tiddlers",
"text": "<<.from-version \"5.1.20\">> Deletes a group of tiddlers identified by a filter.\n\n```\n--deletetiddlers <filter>\n```\n"
},
"$:/language/Help/editions": {
"title": "$:/language/Help/editions",
"description": "Lists the available editions of TiddlyWiki",
"text": "Lists the names and descriptions of the available editions. You can create a new wiki of a specified edition with the `--init` command.\n\n```\n--editions\n```\n"
},
"$:/language/Help/fetch": {
"title": "$:/language/Help/fetch",
"description": "Fetch tiddlers from wiki by URL",
"text": "Fetch one or more files over HTTP/HTTPS, and import the tiddlers matching a filter, optionally transforming the incoming titles.\n\n```\n--fetch file <url> <import-filter> <transform-filter>\n--fetch files <url-filter> <import-filter> <transform-filter>\n--fetch raw-file <url> <transform-filter>\n--fetch raw-files <url-filter> <transform-filter>\n```\n\nThe \"file\" and \"files\" variants fetch the specified files and attempt to import the tiddlers within them (the same processing as if the files were dragged into the browser window). The \"raw-file\" and \"raw-files\" variants fetch the specified files and then store the raw file data in tiddlers, without applying the import logic.\n\nWith the \"file\" and \"raw-file\" variants only a single file is fetched and the first parameter is the URL of the file to read.\n\nWith the \"files\" and \"raw-files\" variants, multiple files are fetched and the first parameter is a filter yielding a list of URLs of the files to read. For example, given a set of tiddlers tagged \"remote-server\" that have a field \"url\" the filter `[tag[remote-server]get[url]]` will retrieve all the available URLs.\n\nFor the \"file\" and \"files\" variants, the `<import-filter>` parameter specifies a filter determining which tiddlers are imported. It defaults to `[all[tiddlers]]` if not provided.\n\nFor all variants, the `<transform-filter>` parameter specifies an optional filter that transforms the titles of the imported tiddlers. For example, `[addprefix[$:/myimports/]]` would add the prefix `$:/myimports/` to each title.\n\nPreceding the `--fetch` command with `--verbose` will output progress information during the import.\n\nNote that TiddlyWiki will not fetch an older version of an already loaded plugin.\n\nThe following example retrieves all the non-system tiddlers from https://tiddlywiki.com and saves them to a JSON file:\n\n```\ntiddlywiki --verbose --fetch file \"https://tiddlywiki.com/\" \"[!is[system]]\" \"\" --rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[!is[system]]\"\n```\n\nThe following example retrieves the \"favicon\" file from tiddlywiki.com and saves it in a file called \"output.ico\". Note that the intermediate tiddler \"Icon Tiddler\" is quoted in the \"--fetch\" command because it is being used as a transformation filter to replace the default title, while there are no quotes for the \"--savetiddler\" command because it is being used directly as a title.\n\n```\ntiddlywiki --verbose --fetch raw-file \"https://tiddlywiki.com/favicon.ico\" \"[[Icon Tiddler]]\" --savetiddler \"Icon Tiddler\" output.ico\n```\n\n"
},
"$:/language/Help/help": {
"title": "$:/language/Help/help",
"description": "Display help for TiddlyWiki commands",
"text": "Displays help text for a command:\n\n```\n--help [<command>]\n```\n\nIf the command name is omitted then a list of available commands is displayed.\n"
},
"$:/language/Help/import": {
"title": "$:/language/Help/import",
"description": "Import tiddlers from a file",
"text": "Import tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The deserializer must be explicitly specified, unlike the `load` command which infers the deserializer from the file extension.\n\n```\n--import <filepath> <deserializer> [<title>] [<encoding>]\n```\n\nThe deserializers in the core include:\n\n* application/javascript\n* application/json\n* application/x-tiddler\n* application/x-tiddler-html-div\n* application/x-tiddlers\n* text/html\n* text/plain\n\nThe title of the imported tiddler defaults to the filename.\n\nThe encoding defaults to \"utf8\", but can be \"base64\" for importing binary files.\n\nNote that TiddlyWiki will not import an older version of an already loaded plugin.\n"
},
"$:/language/Help/init": {
"title": "$:/language/Help/init",
"description": "Initialise a new wiki folder",
"text": "Initialise an empty [[WikiFolder|WikiFolders]] with a copy of the specified edition.\n\n```\n--init <edition> [<edition> ...]\n```\n\nFor example:\n\n```\ntiddlywiki ./MyWikiFolder --init empty\n```\n\nNote:\n\n* The wiki folder directory will be created if necessary\n* The \"edition\" defaults to ''empty''\n* The init command will fail if the wiki folder is not empty\n* The init command removes any `includeWikis` definitions in the edition's `tiddlywiki.info` file\n* When multiple editions are specified, editions initialised later will overwrite any files shared with earlier editions (so, the final `tiddlywiki.info` file will be copied from the last edition)\n* `--editions` returns a list of available editions\n"
},
"$:/language/Help/listen": {
"title": "$:/language/Help/listen",
"description": "Provides an HTTP server interface to TiddlyWiki",
"text": "Serves a wiki over HTTP.\n\nThe listen command uses NamedCommandParameters:\n\n```\n--listen [<name>=<value>]...\n```\n\nAll parameters are optional with safe defaults, and can be specified in any order. The recognised parameters are:\n\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''credentials'' - pathname of credentials CSV file (relative to wiki folder)\n* ''anon-username'' - the username for signing edits for anonymous users\n* ''username'' - optional username for basic authentication\n* ''password'' - optional password for basic authentication\n* ''authenticated-user-header'' - optional name of header to be used for trusted authentication\n* ''readers'' - comma separated list of principals allowed to read from this wiki\n* ''writers'' - comma separated list of principals allowed to write to this wiki\n* ''csrf-disable'' - set to \"yes\" to disable CSRF checks (defaults to \"no\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''tls-cert'' - pathname of TLS certificate file (relative to wiki folder)\n* ''tls-key'' - pathname of TLS key file (relative to wiki folder)\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n* ''gzip'' - set to \"yes\" to enable gzip compression for some http endpoints (defaults to \"no\")\n\nFor information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\n"
},
"$:/language/Help/load": {
"title": "$:/language/Help/load",
"description": "Load tiddlers from a file",
"text": "Load tiddlers from TiddlyWiki (`.html`), `.tiddler`, `.tid`, `.json` or other local files. The processing applied to incoming files is determined by the file extension. Use the alternative `import` command if you need to specify the deserializer and encoding explicitly.\n\n```\n--load <filepath> [noerror]\n--load <dirpath> [noerror]\n```\n\nBy default, the load command raises an error if no tiddlers are found. The error can be suppressed by providing the optional \"noerror\" parameter.\n\nTo load tiddlers from an encrypted TiddlyWiki file you should first specify the password with the PasswordCommand. For example:\n\n```\ntiddlywiki ./MyWiki --password pa55w0rd --load my_encrypted_wiki.html\n```\n\nNote that TiddlyWiki will not load an older version of an already loaded plugin.\n"
},
"$:/language/Help/makelibrary": {
"title": "$:/language/Help/makelibrary",
"description": "Construct library plugin required by upgrade process",
"text": "Constructs the `$:/UpgradeLibrary` tiddler for the upgrade process.\n\nThe upgrade library is formatted as an ordinary plugin tiddler with the plugin type `library`. It contains a copy of each of the plugins, themes and language packs available within the TiddlyWiki5 repository.\n\nThis command is intended for internal use; it is only relevant to users constructing a custom upgrade procedure.\n\n```\n--makelibrary <title>\n```\n\nThe title argument defaults to `$:/UpgradeLibrary`.\n"
},
"$:/language/Help/notfound": {
"title": "$:/language/Help/notfound",
"text": "No such help item"
},
"$:/language/Help/output": {
"title": "$:/language/Help/output",
"description": "Set the base output directory for subsequent commands",
"text": "Sets the base output directory for subsequent commands. The default output directory is the `output` subdirectory of the edition directory.\n\n```\n--output <pathname>\n```\n\nIf the specified pathname is relative then it is resolved relative to the current working directory. For example `--output .` sets the output directory to the current working directory.\n\n"
},
"$:/language/Help/password": {
"title": "$:/language/Help/password",
"description": "Set a password for subsequent crypto operations",
"text": "Set a password for subsequent crypto operations\n\n```\n--password <password>\n```\n\n''Note'': This should not be used for serving TiddlyWiki with password protection. Instead, see the password option under the [[ServerCommand]].\n"
},
"$:/language/Help/render": {
"title": "$:/language/Help/render",
"description": "Renders individual tiddlers to files",
"text": "Render individual tiddlers identified by a filter and save the results to the specified files.\n\nOptionally, the title of a template tiddler can be specified. In this case, instead of directly rendering each tiddler, the template tiddler is rendered with the \"currentTiddler\" variable set to the title of the tiddler that is being rendered.\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--render <tiddler-filter> [<filename-filter>] [<render-type>] [<template>] [<name>] [<value>]\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be rendered\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]addsuffix[.html]]`, which uses the unchanged tiddler title as the filename\n* ''render-type'': Optional render type: `text/html` (the default) returns the full HTML text and `text/plain` just returns the text content (ie it ignores HTML tags and other unprintable material)\n* ''template'': Optional template through which each tiddler is rendered\n* ''name'': Name of optional variable\n* ''value'': Value of optional variable\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When referring to a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--render \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being rendered, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--render` command is a more flexible replacement for both the `--rendertiddler` and `--rendertiddlers` commands, which are deprecated\n\nExamples:\n\n* `--render \"[!is[system]]\" \"[encodeuricomponent[]addprefix[tiddlers/]addsuffix[.html]]\"` -- renders all non-system tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles and the extension HTML\n\n"
},
"$:/language/Help/rendertiddler": {
"title": "$:/language/Help/rendertiddler",
"description": "Render an individual tiddler as a specified ContentType",
"text": "(Note: The `--rendertiddler` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender an individual tiddler as a specified ContentType, defaulting to `text/html` and save it to the specified filename.\n\nOptionally the title of a template tiddler can be specified, in which case the template tiddler is rendered with the \"currentTiddler\" variable set to the tiddler that is being rendered (the first parameter value).\n\nA name and value for an additional variable may optionally also be specified.\n\n```\n--rendertiddler <title> <filename> [<type>] [<template>] [<name>] [<value>]\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n\nFor example, the following command saves all tiddlers matching the filter `[tag[done]]` to a JSON file titled `output.json` by employing the core template `$:/core/templates/exporters/JsonFile`.\n\n```\n--rendertiddler \"$:/core/templates/exporters/JsonFile\" output.json text/plain \"\" exportFilter \"[tag[done]]\"\n```\n"
},
"$:/language/Help/rendertiddlers": {
"title": "$:/language/Help/rendertiddlers",
"description": "Render tiddlers matching a filter to a specified ContentType",
"text": "(Note: The `--rendertiddlers` command is deprecated in favour of the new, more flexible `--render` command)\n\nRender a set of tiddlers matching a filter to separate files of a specified ContentType (defaults to `text/html`) and extension (defaults to `.html`).\n\n```\n--rendertiddlers <filter> <template> <pathname> [<type>] [<extension>] [\"noclean\"]\n```\n\nFor example:\n\n```\n--rendertiddlers [!is[system]] $:/core/templates/static.tiddler.html ./static text/plain\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny files in the target directory are deleted unless the ''noclean'' flag is specified. The target directory is recursively created if it is missing.\n"
},
"$:/language/Help/save": {
"title": "$:/language/Help/save",
"description": "Saves individual raw tiddlers to files",
"text": "Saves individual tiddlers identified by a filter in their raw text or binary format to the specified files.\n\n```\n--save <tiddler-filter> <filename-filter>\n```\n\n* ''tiddler-filter'': A filter identifying the tiddler(s) to be saved\n* ''filename-filter'': Optional filter transforming tiddler titles into pathnames. If omitted, defaults to `[is[tiddler]]`, which uses the unchanged tiddler title as the filename\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nNotes:\n\n* The output directory is not cleared of any existing files\n* Any missing directories in the path to the filename are automatically created.\n* When saving a tiddler with spaces in its title, take care to use both the quotes required by your shell and also TiddlyWiki's double square brackets : `--save \"[[Motovun Jack.jpg]]\"`\n* The filename filter is evaluated with the selected items being set to the title of the tiddler currently being saved, allowing the title to be used as the basis for computing the filename. For example `[encodeuricomponent[]addprefix[static/]]` applies URI encoding to each title, and then adds the prefix `static/`\n* The `--save` command is a more flexible replacement for both the `--savetiddler` and `--savetiddlers` commands, which are deprecated\n\nExamples:\n\n* `--save \"[!is[system]is[image]]\" \"[encodeuricomponent[]addprefix[tiddlers/]]\"` -- saves all non-system image tiddlers as files in the subdirectory \"tiddlers\" with URL-encoded titles\n"
},
"$:/language/Help/savetiddler": {
"title": "$:/language/Help/savetiddler",
"description": "Saves a raw tiddler to a file",
"text": "(Note: The `--savetiddler` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves an individual tiddler in its raw text or binary format to the specified filename.\n\n```\n--savetiddler <title> <filename>\n```\n\nBy default, the filename is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nAny missing directories in the path to the filename are automatically created.\n"
},
"$:/language/Help/savetiddlers": {
"title": "$:/language/Help/savetiddlers",
"description": "Saves a group of raw tiddlers to a directory",
"text": "(Note: The `--savetiddlers` command is deprecated in favour of the new, more flexible `--save` command)\n\nSaves a group of tiddlers in their raw text or binary format to the specified directory.\n\n```\n--savetiddlers <filter> <pathname> [\"noclean\"]\n```\n\nBy default, the pathname is resolved relative to the `output` subdirectory of the edition directory. The `--output` command can be used to direct output to a different directory.\n\nThe output directory is cleared of existing files before saving the specified files. The deletion can be disabled by specifying the ''noclean'' flag.\n\nAny missing directories in the pathname are automatically created.\n"
},
"$:/language/Help/savewikifolder": {
"title": "$:/language/Help/savewikifolder",
"description": "Saves a wiki to a new wiki folder",
"text": "<<.from-version \"5.1.20\">> Saves the current wiki as a wiki folder, including tiddlers, plugins and configuration:\n\n```\n--savewikifolder <wikifolderpath> [<filter>]\n```\n\n* The target wiki folder must be empty or non-existent\n* The filter specifies which tiddlers should be included. It is optional, defaulting to `[all[tiddlers]]`\n* Plugins from the official plugin library are replaced with references to those plugins in the `tiddlywiki.info` file\n* Custom plugins are unpacked into their own folder\n\nA common usage is to convert a TiddlyWiki HTML file into a wiki folder:\n\n```\ntiddlywiki --load ./mywiki.html --savewikifolder ./mywikifolder\n```\n"
},
"$:/language/Help/server": {
"title": "$:/language/Help/server",
"description": "Provides an HTTP server interface to TiddlyWiki (deprecated in favour of the new listen command)",
"text": "Legacy command to serve a wiki over HTTP.\n\n```\n--server <port> <root-tiddler> <root-render-type> <root-serve-type> <username> <password> <host> <path-prefix> <debug-level>\n```\n\nThe parameters are:\n\n* ''port'' - port number on which to listen; non-numeric values are interpreted as a system environment variable from which the port number is extracted (defaults to \"8080\")\n* ''root-tiddler'' - the tiddler to serve at the root (defaults to \"$:/core/save/all\")\n* ''root-render-type'' - the content type to which the root tiddler should be rendered (defaults to \"text/plain\")\n* ''root-serve-type'' - the content type with which the root tiddler should be served (defaults to \"text/html\")\n* ''username'' - the default username for signing edits\n* ''password'' - optional password for basic authentication\n* ''host'' - optional hostname to serve from (defaults to \"127.0.0.1\" aka \"localhost\")\n* ''path-prefix'' - optional prefix for paths\n* ''debug-level'' - optional debug level; set to \"debug\" to view request details (defaults to \"none\")\n\nIf the password parameter is specified then the browser will prompt the user for the username and password. Note that the password is transmitted in plain text so this implementation should only be used on a trusted network or over HTTPS.\n\nFor example:\n\n```\n--server 8080 $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n\nThe username and password can be specified as empty strings if you need to set the hostname or pathprefix and don't want to require a password.\n\n\n```\n--server 8080 $:/core/save/all text/plain text/html \"\" \"\" 192.168.0.245\n```\n\nUsing an address like this exposes your system to the local network. For information on opening up your instance to the entire local network, and possible security concerns, see the WebServer tiddler at TiddlyWiki.com.\n\nTo run multiple TiddlyWiki servers at the same time you'll need to put each one on a different port. It can be useful to use an environment variable to pass the port number to the Node.js process. This example references an environment variable called \"MY_PORT_NUMBER\":\n\n```\n--server MY_PORT_NUMBER $:/core/save/all text/plain text/html MyUserName passw0rd\n```\n"
},
"$:/language/Help/setfield": {
"title": "$:/language/Help/setfield",
"description": "Prepares external tiddlers for use",
"text": "//Note that this command is experimental and may change or be replaced before being finalised//\n\nSets the specified field of a group of tiddlers to the result of wikifying a template tiddler with the `currentTiddler` variable set to the tiddler.\n\n```\n--setfield <filter> <fieldname> <templatetitle> <rendertype>\n```\n\nThe parameters are:\n\n* ''filter'' - filter identifying the tiddlers to be affected\n* ''fieldname'' - the field to modify (defaults to \"text\")\n* ''templatetitle'' - the tiddler to wikify into the specified field. If blank or missing then the specified field is deleted\n* ''rendertype'' - the text type to render (defaults to \"text/plain\"; \"text/html\" can be used to include HTML tags)\n"
},
"$:/language/Help/unpackplugin": {
"title": "$:/language/Help/unpackplugin",
"description": "Unpack the payload tiddlers from a plugin",
"text": "Extract the payload tiddlers from a plugin, creating them as ordinary tiddlers:\n\n```\n--unpackplugin <title>\n```\n"
},
"$:/language/Help/verbose": {
"title": "$:/language/Help/verbose",
"description": "Triggers verbose output mode",
"text": "Triggers verbose output, useful for debugging\n\n```\n--verbose\n```\n"
},
"$:/language/Help/version": {
"title": "$:/language/Help/version",
"description": "Displays the version number of TiddlyWiki",
"text": "Displays the version number of TiddlyWiki.\n\n```\n--version\n```\n"
},
"$:/language/Import/Imported/Hint": {
"title": "$:/language/Import/Imported/Hint",
"text": "The following tiddlers were imported:"
},
"$:/language/Import/Listing/Cancel/Caption": {
"title": "$:/language/Import/Listing/Cancel/Caption",
"text": "Cancel"
},
"$:/language/Import/Listing/Hint": {
"title": "$:/language/Import/Listing/Hint",
"text": "These tiddlers are ready to import:"
},
"$:/language/Import/Listing/Import/Caption": {
"title": "$:/language/Import/Listing/Import/Caption",
"text": "Import"
},
"$:/language/Import/Listing/Select/Caption": {
"title": "$:/language/Import/Listing/Select/Caption",
"text": "Select"
},
"$:/language/Import/Listing/Status/Caption": {
"title": "$:/language/Import/Listing/Status/Caption",
"text": "Status"
},
"$:/language/Import/Listing/Title/Caption": {
"title": "$:/language/Import/Listing/Title/Caption",
"text": "Title"
},
"$:/language/Import/Listing/Preview": {
"title": "$:/language/Import/Listing/Preview",
"text": "Preview:"
},
"$:/language/Import/Listing/Preview/Text": {
"title": "$:/language/Import/Listing/Preview/Text",
"text": "Text"
},
"$:/language/Import/Listing/Preview/TextRaw": {
"title": "$:/language/Import/Listing/Preview/TextRaw",
"text": "Text (Raw)"
},
"$:/language/Import/Listing/Preview/Fields": {
"title": "$:/language/Import/Listing/Preview/Fields",
"text": "Fields"
},
"$:/language/Import/Listing/Preview/Diff": {
"title": "$:/language/Import/Listing/Preview/Diff",
"text": "Diff"
},
"$:/language/Import/Listing/Preview/DiffFields": {
"title": "$:/language/Import/Listing/Preview/DiffFields",
"text": "Diff (Fields)"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Incompatible",
"text": "Blocked incompatible or obsolete plugin"
},
"$:/language/Import/Upgrader/Plugins/Suppressed/Version": {
"title": "$:/language/Import/Upgrader/Plugins/Suppressed/Version",
"text": "Blocked plugin (due to incoming <<incoming>> being older than existing <<existing>>)"
},
"$:/language/Import/Upgrader/Plugins/Upgraded": {
"title": "$:/language/Import/Upgrader/Plugins/Upgraded",
"text": "Upgraded plugin from <<incoming>> to <<upgraded>>"
},
"$:/language/Import/Upgrader/State/Suppressed": {
"title": "$:/language/Import/Upgrader/State/Suppressed",
"text": "Blocked temporary state tiddler"
},
"$:/language/Import/Upgrader/System/Suppressed": {
"title": "$:/language/Import/Upgrader/System/Suppressed",
"text": "Blocked system tiddler"
},
"$:/language/Import/Upgrader/System/Warning": {
"title": "$:/language/Import/Upgrader/System/Warning",
"text": "Core module tiddler"
},
"$:/language/Import/Upgrader/System/Alert": {
"title": "$:/language/Import/Upgrader/System/Alert",
"text": "You are about to import a tiddler that will overwrite a core module tiddler. This is not recommended as it may make the system unstable"
},
"$:/language/Import/Upgrader/ThemeTweaks/Created": {
"title": "$:/language/Import/Upgrader/ThemeTweaks/Created",
"text": "Migrated theme tweak from <$text text=<<from>>/>"
},
"$:/language/AboveStory/ClassicPlugin/Warning": {
"title": "$:/language/AboveStory/ClassicPlugin/Warning",
"text": "It looks like you are trying to load a plugin designed for ~TiddlyWiki Classic. Please note that [[these plugins do not work with TiddlyWiki version 5.x.x|https://tiddlywiki.com/#TiddlyWikiClassic]]. ~TiddlyWiki Classic plugins detected:"
},
"$:/language/BinaryWarning/Prompt": {
"title": "$:/language/BinaryWarning/Prompt",
"text": "This tiddler contains binary data"
},
"$:/language/ClassicWarning/Hint": {
"title": "$:/language/ClassicWarning/Hint",
"text": "This tiddler is written in TiddlyWiki Classic wiki text format, which is not fully compatible with TiddlyWiki version 5. See https://tiddlywiki.com/static/Upgrading.html for more details."
},
"$:/language/ClassicWarning/Upgrade/Caption": {
"title": "$:/language/ClassicWarning/Upgrade/Caption",
"text": "upgrade"
},
"$:/language/CloseAll/Button": {
"title": "$:/language/CloseAll/Button",
"text": "close all"
},
"$:/language/ColourPicker/Recent": {
"title": "$:/language/ColourPicker/Recent",
"text": "Recent:"
},
"$:/language/ConfirmCancelTiddler": {
"title": "$:/language/ConfirmCancelTiddler",
"text": "Do you wish to discard changes to the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmDeleteTiddler": {
"title": "$:/language/ConfirmDeleteTiddler",
"text": "Do you wish to delete the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmOverwriteTiddler": {
"title": "$:/language/ConfirmOverwriteTiddler",
"text": "Do you wish to overwrite the tiddler \"<$text text=<<title>>/>\"?"
},
"$:/language/ConfirmEditShadowTiddler": {
"title": "$:/language/ConfirmEditShadowTiddler",
"text": "You are about to edit a ShadowTiddler. Any changes will override the default system making future upgrades non-trivial. Are you sure you want to edit \"<$text text=<<title>>/>\"?"
},
"$:/language/Count": {
"title": "$:/language/Count",
"text": "count"
},
"$:/language/DefaultNewTiddlerTitle": {
"title": "$:/language/DefaultNewTiddlerTitle",
"text": "New Tiddler"
},
"$:/language/Diffs/CountMessage": {
"title": "$:/language/Diffs/CountMessage",
"text": "<<diff-count>> differences"
},
"$:/language/DropMessage": {
"title": "$:/language/DropMessage",
"text": "Drop here (or use the 'Escape' key to cancel)"
},
"$:/language/Encryption/Cancel": {
"title": "$:/language/Encryption/Cancel",
"text": "Cancel"
},
"$:/language/Encryption/ConfirmClearPassword": {
"title": "$:/language/Encryption/ConfirmClearPassword",
"text": "Do you wish to clear the password? This will remove the encryption applied when saving this wiki"
},
"$:/language/Encryption/PromptSetPassword": {
"title": "$:/language/Encryption/PromptSetPassword",
"text": "Set a new password for this TiddlyWiki"
},
"$:/language/Encryption/Username": {
"title": "$:/language/Encryption/Username",
"text": "Username"
},
"$:/language/Encryption/Password": {
"title": "$:/language/Encryption/Password",
"text": "Password"
},
"$:/language/Encryption/RepeatPassword": {
"title": "$:/language/Encryption/RepeatPassword",
"text": "Repeat password"
},
"$:/language/Encryption/PasswordNoMatch": {
"title": "$:/language/Encryption/PasswordNoMatch",
"text": "Passwords do not match"
},
"$:/language/Encryption/SetPassword": {
"title": "$:/language/Encryption/SetPassword",
"text": "Set password"
},
"$:/language/Error/Caption": {
"title": "$:/language/Error/Caption",
"text": "Error"
},
"$:/language/Error/EditConflict": {
"title": "$:/language/Error/EditConflict",
"text": "File changed on server"
},
"$:/language/Error/Filter": {
"title": "$:/language/Error/Filter",
"text": "Filter error"
},
"$:/language/Error/FilterSyntax": {
"title": "$:/language/Error/FilterSyntax",
"text": "Syntax error in filter expression"
},
"$:/language/Error/IsFilterOperator": {
"title": "$:/language/Error/IsFilterOperator",
"text": "Filter Error: Unknown operand for the 'is' filter operator"
},
"$:/language/Error/LoadingPluginLibrary": {
"title": "$:/language/Error/LoadingPluginLibrary",
"text": "Error loading plugin library"
},
"$:/language/Error/NetworkErrorAlert": {
"title": "$:/language/Error/NetworkErrorAlert",
"text": "`<h2>''Network Error''</h2>It looks like the connection to the server has been lost. This may indicate a problem with your network connection. Please attempt to restore network connectivity before continuing.<br><br>''Any unsaved changes will be automatically synchronised when connectivity is restored''.`"
},
"$:/language/Error/RecursiveTransclusion": {
"title": "$:/language/Error/RecursiveTransclusion",
"text": "Recursive transclusion error in transclude widget"
},
"$:/language/Error/RetrievingSkinny": {
"title": "$:/language/Error/RetrievingSkinny",
"text": "Error retrieving skinny tiddler list"
},
"$:/language/Error/SavingToTWEdit": {
"title": "$:/language/Error/SavingToTWEdit",
"text": "Error saving to TWEdit"
},
"$:/language/Error/WhileSaving": {
"title": "$:/language/Error/WhileSaving",
"text": "Error while saving"
},
"$:/language/Error/XMLHttpRequest": {
"title": "$:/language/Error/XMLHttpRequest",
"text": "XMLHttpRequest error code"
},
"$:/language/InternalJavaScriptError/Title": {
"title": "$:/language/InternalJavaScriptError/Title",
"text": "Internal JavaScript Error"
},
"$:/language/InternalJavaScriptError/Hint": {
"title": "$:/language/InternalJavaScriptError/Hint",
"text": "Well, this is embarrassing. It is recommended that you restart TiddlyWiki by refreshing your browser"
},
"$:/language/InvalidFieldName": {
"title": "$:/language/InvalidFieldName",
"text": "Illegal characters in field name \"<$text text=<<fieldName>>/>\". Fields can only contain lowercase letters, digits and the characters underscore (`_`), hyphen (`-`) and period (`.`)"
},
"$:/language/LazyLoadingWarning": {
"title": "$:/language/LazyLoadingWarning",
"text": "<p>Trying to load external content from ''<$text text={{!!_canonical_uri}}/>''</p><p>If this message doesn't disappear, either the tiddler content type doesn't match the type of the external content, or you may be using a browser that doesn't support external content for wikis loaded as standalone files. See https://tiddlywiki.com/#ExternalText</p>"
},
"$:/language/LoginToTiddlySpace": {
"title": "$:/language/LoginToTiddlySpace",
"text": "Login to TiddlySpace"
},
"$:/language/Manager/Controls/FilterByTag/None": {
"title": "$:/language/Manager/Controls/FilterByTag/None",
"text": "(none)"
},
"$:/language/Manager/Controls/FilterByTag/Prompt": {
"title": "$:/language/Manager/Controls/FilterByTag/Prompt",
"text": "Filter by tag:"
},
"$:/language/Manager/Controls/Order/Prompt": {
"title": "$:/language/Manager/Controls/Order/Prompt",
"text": "Reverse order"
},
"$:/language/Manager/Controls/Search/Placeholder": {
"title": "$:/language/Manager/Controls/Search/Placeholder",
"text": "Search"
},
"$:/language/Manager/Controls/Search/Prompt": {
"title": "$:/language/Manager/Controls/Search/Prompt",
"text": "Search:"
},
"$:/language/Manager/Controls/Show/Option/Tags": {
"title": "$:/language/Manager/Controls/Show/Option/Tags",
"text": "tags"
},
"$:/language/Manager/Controls/Show/Option/Tiddlers": {
"title": "$:/language/Manager/Controls/Show/Option/Tiddlers",
"text": "tiddlers"
},
"$:/language/Manager/Controls/Show/Prompt": {
"title": "$:/language/Manager/Controls/Show/Prompt",
"text": "Show:"
},
"$:/language/Manager/Controls/Sort/Prompt": {
"title": "$:/language/Manager/Controls/Sort/Prompt",
"text": "Sort by:"
},
"$:/language/Manager/Item/Colour": {
"title": "$:/language/Manager/Item/Colour",
"text": "Colour"
},
"$:/language/Manager/Item/Fields": {
"title": "$:/language/Manager/Item/Fields",
"text": "Fields"
},
"$:/language/Manager/Item/Icon/None": {
"title": "$:/language/Manager/Item/Icon/None",
"text": "(none)"
},
"$:/language/Manager/Item/Icon": {
"title": "$:/language/Manager/Item/Icon",
"text": "Icon"
},
"$:/language/Manager/Item/RawText": {
"title": "$:/language/Manager/Item/RawText",
"text": "Raw text"
},
"$:/language/Manager/Item/Tags": {
"title": "$:/language/Manager/Item/Tags",
"text": "Tags"
},
"$:/language/Manager/Item/Tools": {
"title": "$:/language/Manager/Item/Tools",
"text": "Tools"
},
"$:/language/Manager/Item/WikifiedText": {
"title": "$:/language/Manager/Item/WikifiedText",
"text": "Wikified text"
},
"$:/language/MissingTiddler/Hint": {
"title": "$:/language/MissingTiddler/Hint",
"text": "Missing tiddler \"<$text text=<<currentTiddler>>/>\" -- click {{||$:/core/ui/Buttons/edit}} to create"
},
"$:/language/No": {
"title": "$:/language/No",
"text": "No"
},
"$:/language/OfficialPluginLibrary": {
"title": "$:/language/OfficialPluginLibrary",
"text": "Official ~TiddlyWiki Plugin Library"
},
"$:/language/OfficialPluginLibrary/Hint": {
"title": "$:/language/OfficialPluginLibrary/Hint",
"text": "The official ~TiddlyWiki plugin library at tiddlywiki.com. Plugins, themes and language packs are maintained by the core team."
},
"$:/language/PluginReloadWarning": {
"title": "$:/language/PluginReloadWarning",
"text": "Please save {{$:/core/ui/Buttons/save-wiki}} and reload {{$:/core/ui/Buttons/refresh}} to allow changes to ~JavaScript plugins to take effect"
},
"$:/language/RecentChanges/DateFormat": {
"title": "$:/language/RecentChanges/DateFormat",
"text": "DDth MMM YYYY"
},
"$:/language/SystemTiddler/Tooltip": {
"title": "$:/language/SystemTiddler/Tooltip",
"text": "This is a system tiddler"
},
"$:/language/SystemTiddlers/Include/Prompt": {
"title": "$:/language/SystemTiddlers/Include/Prompt",
"text": "Include system tiddlers"
},
"$:/language/TagManager/Colour/Heading": {
"title": "$:/language/TagManager/Colour/Heading",
"text": "Colour"
},
"$:/language/TagManager/Count/Heading": {
"title": "$:/language/TagManager/Count/Heading",
"text": "Count"
},
"$:/language/TagManager/Icon/Heading": {
"title": "$:/language/TagManager/Icon/Heading",
"text": "Icon"
},
"$:/language/TagManager/Icons/None": {
"title": "$:/language/TagManager/Icons/None",
"text": "None"
},
"$:/language/TagManager/Info/Heading": {
"title": "$:/language/TagManager/Info/Heading",
"text": "Info"
},
"$:/language/TagManager/Tag/Heading": {
"title": "$:/language/TagManager/Tag/Heading",
"text": "Tag"
},
"$:/language/Tiddler/DateFormat": {
"title": "$:/language/Tiddler/DateFormat",
"text": "DDth MMM YYYY at hh12:0mmam"
},
"$:/language/UnsavedChangesWarning": {
"title": "$:/language/UnsavedChangesWarning",
"text": "You have unsaved changes in TiddlyWiki"
},
"$:/language/Yes": {
"title": "$:/language/Yes",
"text": "Yes"
},
"$:/language/Modals/Download": {
"title": "$:/language/Modals/Download",
"subtitle": "Download changes",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/DownloadingChanges.html",
"text": "Your browser only supports manual saving.\n\nTo save your modified wiki, right click on the download link below and select \"Download file\" or \"Save file\", and then choose the folder and filename.\n\n//You can marginally speed things up by clicking the link with the control key (Windows) or the options/alt key (Mac OS X). You will not be prompted for the folder or filename, but your browser is likely to give it an unrecognisable name -- you may need to rename the file to include an `.html` extension before you can do anything useful with it.//\n\nOn smartphones that do not allow files to be downloaded you can instead bookmark the link, and then sync your bookmarks to a desktop computer from where the wiki can be saved normally.\n"
},
"$:/language/Modals/SaveInstructions": {
"title": "$:/language/Modals/SaveInstructions",
"subtitle": "Save your work",
"footer": "<$button message=\"tm-close-tiddler\">Close</$button>",
"help": "https://tiddlywiki.com/static/SavingChanges.html",
"text": "Your changes to this wiki need to be saved as a ~TiddlyWiki HTML file.\n\n!!! Desktop browsers\n\n# Select ''Save As'' from the ''File'' menu\n# Choose a filename and location\n#* Some browsers also require you to explicitly specify the file saving format as ''Webpage, HTML only'' or similar\n# Close this tab\n\n!!! Smartphone browsers\n\n# Create a bookmark to this page\n#* If you've got iCloud or Google Sync set up then the bookmark will automatically sync to your desktop where you can open it and save it as above\n# Close this tab\n\n//If you open the bookmark again in Mobile Safari you will see this message again. If you want to go ahead and use the file, just click the ''close'' button below//\n"
},
"$:/config/NewJournal/Title": {
"title": "$:/config/NewJournal/Title",
"text": "DDth MMM YYYY"
},
"$:/config/NewJournal/Text": {
"title": "$:/config/NewJournal/Text",
"text": ""
},
"$:/config/NewJournal/Tags": {
"title": "$:/config/NewJournal/Tags",
"tags": "Journal"
},
"$:/language/Notifications/Save/Done": {
"title": "$:/language/Notifications/Save/Done",
"text": "Saved wiki"
},
"$:/language/Notifications/Save/Starting": {
"title": "$:/language/Notifications/Save/Starting",
"text": "Starting to save wiki"
},
"$:/language/Notifications/CopiedToClipboard/Succeeded": {
"title": "$:/language/Notifications/CopiedToClipboard/Succeeded",
"text": "Copied to clipboard!"
},
"$:/language/Notifications/CopiedToClipboard/Failed": {
"title": "$:/language/Notifications/CopiedToClipboard/Failed",
"text": "Failed to copy to clipboard!"
},
"$:/language/Search/DefaultResults/Caption": {
"title": "$:/language/Search/DefaultResults/Caption",
"text": "List"
},
"$:/language/Search/Filter/Caption": {
"title": "$:/language/Search/Filter/Caption",
"text": "Filter"
},
"$:/language/Search/Filter/Hint": {
"title": "$:/language/Search/Filter/Hint",
"text": "Search via a [[filter expression|https://tiddlywiki.com/static/Filters.html]]"
},
"$:/language/Search/Filter/Matches": {
"title": "$:/language/Search/Filter/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches": {
"title": "$:/language/Search/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Matches/All": {
"title": "$:/language/Search/Matches/All",
"text": "All matches:"
},
"$:/language/Search/Matches/Title": {
"title": "$:/language/Search/Matches/Title",
"text": "Title matches:"
},
"$:/language/Search/Search": {
"title": "$:/language/Search/Search",
"text": "Search"
},
"$:/language/Search/Search/TooShort": {
"title": "$:/language/Search/Search/TooShort",
"text": "Search text too short"
},
"$:/language/Search/Shadows/Caption": {
"title": "$:/language/Search/Shadows/Caption",
"text": "Shadows"
},
"$:/language/Search/Shadows/Hint": {
"title": "$:/language/Search/Shadows/Hint",
"text": "Search for shadow tiddlers"
},
"$:/language/Search/Shadows/Matches": {
"title": "$:/language/Search/Shadows/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/Standard/Caption": {
"title": "$:/language/Search/Standard/Caption",
"text": "Standard"
},
"$:/language/Search/Standard/Hint": {
"title": "$:/language/Search/Standard/Hint",
"text": "Search for standard tiddlers"
},
"$:/language/Search/Standard/Matches": {
"title": "$:/language/Search/Standard/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/Search/System/Caption": {
"title": "$:/language/Search/System/Caption",
"text": "System"
},
"$:/language/Search/System/Hint": {
"title": "$:/language/Search/System/Hint",
"text": "Search for system tiddlers"
},
"$:/language/Search/System/Matches": {
"title": "$:/language/Search/System/Matches",
"text": "//<small><<resultCount>> matches</small>//"
},
"$:/language/SideBar/All/Caption": {
"title": "$:/language/SideBar/All/Caption",
"text": "All"
},
"$:/language/SideBar/Contents/Caption": {
"title": "$:/language/SideBar/Contents/Caption",
"text": "Contents"
},
"$:/language/SideBar/Drafts/Caption": {
"title": "$:/language/SideBar/Drafts/Caption",
"text": "Drafts"
},
"$:/language/SideBar/Explorer/Caption": {
"title": "$:/language/SideBar/Explorer/Caption",
"text": "Explorer"
},
"$:/language/SideBar/Missing/Caption": {
"title": "$:/language/SideBar/Missing/Caption",
"text": "Missing"
},
"$:/language/SideBar/More/Caption": {
"title": "$:/language/SideBar/More/Caption",
"text": "More"
},
"$:/language/SideBar/Open/Caption": {
"title": "$:/language/SideBar/Open/Caption",
"text": "Open"
},
"$:/language/SideBar/Orphans/Caption": {
"title": "$:/language/SideBar/Orphans/Caption",
"text": "Orphans"
},
"$:/language/SideBar/Recent/Caption": {
"title": "$:/language/SideBar/Recent/Caption",
"text": "Recent"
},
"$:/language/SideBar/Shadows/Caption": {
"title": "$:/language/SideBar/Shadows/Caption",
"text": "Shadows"
},
"$:/language/SideBar/System/Caption": {
"title": "$:/language/SideBar/System/Caption",
"text": "System"
},
"$:/language/SideBar/Tags/Caption": {
"title": "$:/language/SideBar/Tags/Caption",
"text": "Tags"
},
"$:/language/SideBar/Tags/Untagged/Caption": {
"title": "$:/language/SideBar/Tags/Untagged/Caption",
"text": "untagged"
},
"$:/language/SideBar/Tools/Caption": {
"title": "$:/language/SideBar/Tools/Caption",
"text": "Tools"
},
"$:/language/SideBar/Types/Caption": {
"title": "$:/language/SideBar/Types/Caption",
"text": "Types"
},
"$:/SiteSubtitle": {
"title": "$:/SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"$:/SiteTitle": {
"title": "$:/SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/language/Snippets/ListByTag": {
"title": "$:/language/Snippets/ListByTag",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "List of tiddlers by tag",
"text": "<<list-links \"[tag[task]sort[title]]\">>\n"
},
"$:/language/Snippets/MacroDefinition": {
"title": "$:/language/Snippets/MacroDefinition",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Macro definition",
"text": "\\define macroName(param1:\"default value\",param2)\nText of the macro\n\\end\n"
},
"$:/language/Snippets/Table4x3": {
"title": "$:/language/Snippets/Table4x3",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table with 4 columns by 3 rows",
"text": "|! |!Alpha |!Beta |!Gamma |!Delta |\n|!One | | | | |\n|!Two | | | | |\n|!Three | | | | |\n"
},
"$:/language/Snippets/TableOfContents": {
"title": "$:/language/Snippets/TableOfContents",
"tags": "$:/tags/TextEditor/Snippet",
"caption": "Table of Contents",
"text": "<div class=\"tc-table-of-contents\">\n\n<<toc-selective-expandable 'TableOfContents'>>\n\n</div>"
},
"$:/language/ThemeTweaks/ThemeTweaks": {
"title": "$:/language/ThemeTweaks/ThemeTweaks",
"text": "Theme Tweaks"
},
"$:/language/ThemeTweaks/ThemeTweaks/Hint": {
"title": "$:/language/ThemeTweaks/ThemeTweaks/Hint",
"text": "You can tweak certain aspects of the ''Vanilla'' theme."
},
"$:/language/ThemeTweaks/Options": {
"title": "$:/language/ThemeTweaks/Options",
"text": "Options"
},
"$:/language/ThemeTweaks/Options/SidebarLayout": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout",
"text": "Sidebar layout"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fixed-Fluid",
"text": "Fixed story, fluid sidebar"
},
"$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed": {
"title": "$:/language/ThemeTweaks/Options/SidebarLayout/Fluid-Fixed",
"text": "Fluid story, fixed sidebar"
},
"$:/language/ThemeTweaks/Options/StickyTitles": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles",
"text": "Sticky titles"
},
"$:/language/ThemeTweaks/Options/StickyTitles/Hint": {
"title": "$:/language/ThemeTweaks/Options/StickyTitles/Hint",
"text": "Causes tiddler titles to \"stick\" to the top of the browser window"
},
"$:/language/ThemeTweaks/Options/CodeWrapping": {
"title": "$:/language/ThemeTweaks/Options/CodeWrapping",
"text": "Wrap long lines in code blocks"
},
"$:/language/ThemeTweaks/Settings": {
"title": "$:/language/ThemeTweaks/Settings",
"text": "Settings"
},
"$:/language/ThemeTweaks/Settings/FontFamily": {
"title": "$:/language/ThemeTweaks/Settings/FontFamily",
"text": "Font family"
},
"$:/language/ThemeTweaks/Settings/CodeFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/CodeFontFamily",
"text": "Code font family"
},
"$:/language/ThemeTweaks/Settings/EditorFontFamily": {
"title": "$:/language/ThemeTweaks/Settings/EditorFontFamily",
"text": "Editor font family"
},
"$:/language/ThemeTweaks/Settings/BackgroundImage": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImage",
"text": "Page background image"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment",
"text": "Page background image attachment"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Scroll",
"text": "Scroll with tiddlers"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageAttachment/Fixed",
"text": "Fixed to window"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize",
"text": "Page background image size"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Auto",
"text": "Auto"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Cover",
"text": "Cover"
},
"$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain": {
"title": "$:/language/ThemeTweaks/Settings/BackgroundImageSize/Contain",
"text": "Contain"
},
"$:/language/ThemeTweaks/Metrics": {
"title": "$:/language/ThemeTweaks/Metrics",
"text": "Sizes"
},
"$:/language/ThemeTweaks/Metrics/FontSize": {
"title": "$:/language/ThemeTweaks/Metrics/FontSize",
"text": "Font size"
},
"$:/language/ThemeTweaks/Metrics/LineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/LineHeight",
"text": "Line height"
},
"$:/language/ThemeTweaks/Metrics/BodyFontSize": {
"title": "$:/language/ThemeTweaks/Metrics/BodyFontSize",
"text": "Font size for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/BodyLineHeight": {
"title": "$:/language/ThemeTweaks/Metrics/BodyLineHeight",
"text": "Line height for tiddler body"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft",
"text": "Story left position"
},
"$:/language/ThemeTweaks/Metrics/StoryLeft/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryLeft/Hint",
"text": "how far the left margin of the story river<br>(tiddler area) is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryTop": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop",
"text": "Story top position"
},
"$:/language/ThemeTweaks/Metrics/StoryTop/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryTop/Hint",
"text": "how far the top margin of the story river<br>is from the top of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryRight": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight",
"text": "Story right"
},
"$:/language/ThemeTweaks/Metrics/StoryRight/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryRight/Hint",
"text": "how far the left margin of the sidebar <br>is from the left of the page"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth",
"text": "Story width"
},
"$:/language/ThemeTweaks/Metrics/StoryWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/StoryWidth/Hint",
"text": "the overall width of the story river"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth",
"text": "Tiddler width"
},
"$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/TiddlerWidth/Hint",
"text": "within the story river"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint",
"text": "Sidebar breakpoint"
},
"$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarBreakpoint/Hint",
"text": "the minimum page width at which the story<br>river and sidebar will appear side by side"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth",
"text": "Sidebar width"
},
"$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint": {
"title": "$:/language/ThemeTweaks/Metrics/SidebarWidth/Hint",
"text": "the width of the sidebar in fluid-fixed layout"
},
"$:/language/TiddlerInfo/Advanced/Caption": {
"title": "$:/language/TiddlerInfo/Advanced/Caption",
"text": "Advanced"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Empty/Hint",
"text": "none"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Heading",
"text": "Plugin Details"
},
"$:/language/TiddlerInfo/Advanced/PluginInfo/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/PluginInfo/Hint",
"text": "This plugin contains the following shadow tiddlers:"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Heading",
"text": "Shadow Status"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/NotShadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is not a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Hint",
"text": "The tiddler <$link to=<<infoTiddler>>><$text text=<<infoTiddler>>/></$link> is a shadow tiddler"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/Shadow/Source",
"text": "It is defined in the plugin <$link to=<<pluginTiddler>>><$text text=<<pluginTiddler>>/></$link>"
},
"$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint": {
"title": "$:/language/TiddlerInfo/Advanced/ShadowInfo/OverriddenShadow/Hint",
"text": "It is overridden by an ordinary tiddler"
},
"$:/language/TiddlerInfo/Fields/Caption": {
"title": "$:/language/TiddlerInfo/Fields/Caption",
"text": "Fields"
},
"$:/language/TiddlerInfo/List/Caption": {
"title": "$:/language/TiddlerInfo/List/Caption",
"text": "List"
},
"$:/language/TiddlerInfo/List/Empty": {
"title": "$:/language/TiddlerInfo/List/Empty",
"text": "This tiddler does not have a list"
},
"$:/language/TiddlerInfo/Listed/Caption": {
"title": "$:/language/TiddlerInfo/Listed/Caption",
"text": "Listed"
},
"$:/language/TiddlerInfo/Listed/Empty": {
"title": "$:/language/TiddlerInfo/Listed/Empty",
"text": "This tiddler is not listed by any others"
},
"$:/language/TiddlerInfo/References/Caption": {
"title": "$:/language/TiddlerInfo/References/Caption",
"text": "References"
},
"$:/language/TiddlerInfo/References/Empty": {
"title": "$:/language/TiddlerInfo/References/Empty",
"text": "No tiddlers link to this one"
},
"$:/language/TiddlerInfo/Tagging/Caption": {
"title": "$:/language/TiddlerInfo/Tagging/Caption",
"text": "Tagging"
},
"$:/language/TiddlerInfo/Tagging/Empty": {
"title": "$:/language/TiddlerInfo/Tagging/Empty",
"text": "No tiddlers are tagged with this one"
},
"$:/language/TiddlerInfo/Tools/Caption": {
"title": "$:/language/TiddlerInfo/Tools/Caption",
"text": "Tools"
},
"$:/language/Docs/Types/application/javascript": {
"title": "$:/language/Docs/Types/application/javascript",
"description": "JavaScript code",
"name": "application/javascript",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/json": {
"title": "$:/language/Docs/Types/application/json",
"description": "JSON data",
"name": "application/json",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/application/x-tiddler-dictionary": {
"title": "$:/language/Docs/Types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/image/gif": {
"title": "$:/language/Docs/Types/image/gif",
"description": "GIF image",
"name": "image/gif",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/jpeg": {
"title": "$:/language/Docs/Types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/png": {
"title": "$:/language/Docs/Types/image/png",
"description": "PNG image",
"name": "image/png",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/svg+xml": {
"title": "$:/language/Docs/Types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/image/x-icon": {
"title": "$:/language/Docs/Types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"group": "Image",
"group-sort": "1"
},
"$:/language/Docs/Types/text/css": {
"title": "$:/language/Docs/Types/text/css",
"description": "Static stylesheet",
"name": "text/css",
"group": "Developer",
"group-sort": "2"
},
"$:/language/Docs/Types/text/html": {
"title": "$:/language/Docs/Types/text/html",
"description": "HTML markup",
"name": "text/html",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/plain": {
"title": "$:/language/Docs/Types/text/plain",
"description": "Plain text",
"name": "text/plain",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/vnd.tiddlywiki": {
"title": "$:/language/Docs/Types/text/vnd.tiddlywiki",
"description": "TiddlyWiki 5",
"name": "text/vnd.tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/language/Docs/Types/text/x-tiddlywiki": {
"title": "$:/language/Docs/Types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic",
"name": "text/x-tiddlywiki",
"group": "Text",
"group-sort": "0"
},
"$:/languages/en-GB/icon": {
"title": "$:/languages/en-GB/icon",
"type": "image/svg+xml",
"text": "<svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 60 30\" width=\"1200\" height=\"600\">\n<clipPath id=\"t\">\n\t<path d=\"M30,15 h30 v15 z v15 h-30 z h-30 v-15 z v-15 h30 z\"/>\n</clipPath>\n<path d=\"M0,0 v30 h60 v-30 z\" fill=\"#00247d\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" stroke=\"#fff\" stroke-width=\"6\"/>\n<path d=\"M0,0 L60,30 M60,0 L0,30\" clip-path=\"url(#t)\" stroke=\"#cf142b\" stroke-width=\"4\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#fff\" stroke-width=\"10\"/>\n<path d=\"M30,0 v30 M0,15 h60\" stroke=\"#cf142b\" stroke-width=\"6\"/>\n</svg>\n"
},
"$:/languages/en-GB": {
"title": "$:/languages/en-GB",
"name": "en-GB",
"description": "English (British)",
"author": "JeremyRuston",
"core-version": ">=5.0.0\"",
"text": "Stub pseudo-plugin for the default language"
},
"$:/core/modules/commander.js": {
"title": "$:/core/modules/commander.js",
"text": "/*\\\ntitle: $:/core/modules/commander.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Commander class is a command interpreter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a sequence of commands\n\tcommandTokens: an array of command string tokens\n\twiki: reference to the wiki store object\n\tstreams: {output:, error:}, each of which has a write(string) method\n\tcallback: a callback invoked as callback(err) where err is null if there was no error\n*/\nvar Commander = function(commandTokens,callback,wiki,streams) {\n\tvar path = require(\"path\");\n\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\n\tthis.outputPath = path.resolve($tw.boot.wikiPath,$tw.config.wikiOutputSubDir);\n};\n\n/*\nLog a string if verbose flag is set\n*/\nCommander.prototype.log = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str + \"\\n\");\n\t}\n};\n\n/*\nWrite a string if verbose flag is set\n*/\nCommander.prototype.write = function(str) {\n\tif(this.verbose) {\n\t\tthis.streams.output.write(str);\n\t}\n};\n\n/*\nAdd a string of tokens to the command queue\n*/\nCommander.prototype.addCommandTokens = function(commandTokens) {\n\tvar params = commandTokens.slice(0);\n\tparams.unshift(0);\n\tparams.unshift(this.nextToken);\n\tArray.prototype.splice.apply(this.commandTokens,params);\n};\n\n/*\nExecute the sequence of commands and invoke a callback on completion\n*/\nCommander.prototype.execute = function() {\n\tthis.executeNextCommand();\n};\n\n/*\nExecute the next command in the sequence\n*/\nCommander.prototype.executeNextCommand = function() {\n\tvar self = this;\n\t// Invoke the callback if there are no more commands\n\tif(this.nextToken >= this.commandTokens.length) {\n\t\tthis.callback(null);\n\t} else {\n\t\t// Get and check the command token\n\t\tvar commandName = this.commandTokens[this.nextToken++];\n\t\tif(commandName.substr(0,2) !== \"--\") {\n\t\t\tthis.callback(\"Missing command: \" + commandName);\n\t\t} else {\n\t\t\tcommandName = commandName.substr(2); // Trim off the --\n\t\t\t// Accumulate the parameters to the command\n\t\t\tvar params = [];\n\t\t\twhile(this.nextToken < this.commandTokens.length && \n\t\t\t\tthis.commandTokens[this.nextToken].substr(0,2) !== \"--\") {\n\t\t\t\tparams.push(this.commandTokens[this.nextToken++]);\n\t\t\t}\n\t\t\t// Get the command info\n\t\t\tvar command = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\t// Parse named parameters if required\n\t\t\t\tif(command.info.namedParameterMode) {\n\t\t\t\t\tparams = this.extractNamedParameters(params,command.info.mandatoryParameters);\n\t\t\t\t\tif(typeof params === \"string\") {\n\t\t\t\t\t\treturn this.callback(params);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nGiven an array of parameter strings `params` in name:value format, and an array of mandatory parameter names in `mandatoryParameters`, returns a hashmap of values or a string if error\n*/\nCommander.prototype.extractNamedParameters = function(params,mandatoryParameters) {\n\tmandatoryParameters = mandatoryParameters || [];\n\tvar errors = [],\n\t\tparamsByName = Object.create(null);\n\t// Extract the parameters\n\t$tw.utils.each(params,function(param) {\n\t\tvar index = param.indexOf(\"=\");\n\t\tif(index < 1) {\n\t\t\terrors.push(\"malformed named parameter: '\" + param + \"'\");\n\t\t}\n\t\tparamsByName[param.slice(0,index)] = $tw.utils.trim(param.slice(index+1));\n\t});\n\t// Check the mandatory parameters are present\n\t$tw.utils.each(mandatoryParameters,function(mandatoryParameter) {\n\t\tif(!$tw.utils.hop(paramsByName,mandatoryParameter)) {\n\t\t\terrors.push(\"missing mandatory parameter: '\" + mandatoryParameter + \"'\");\n\t\t}\n\t});\n\t// Return any errors\n\tif(errors.length > 0) {\n\t\treturn errors.join(\" and\\n\");\n\t} else {\n\t\treturn paramsByName;\t\t\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$tw.commands = {};\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tvar c = $tw.commands[module.info.name] = {};\n\t\t// Add the methods defined by the module\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\tc[f] = module[f];\n\t\t\t}\n\t\t}\n\t});\n};\n\nexports.Commander = Commander;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/commands/build.js": {
"title": "$:/core/modules/commands/build.js",
"text": "/*\\\ntitle: $:/core/modules/commands/build.js\ntype: application/javascript\nmodule-type: command\n\nCommand to build a build target\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"build\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\t// Get the build targets defined in the wiki\n\tvar buildTargets = $tw.boot.wikiInfo.build;\n\tif(!buildTargets) {\n\t\treturn \"No build targets defined\";\n\t}\n\t// Loop through each of the specified targets\n\tvar targets;\n\tif(this.params.length > 0) {\n\t\ttargets = this.params;\n\t} else {\n\t\ttargets = Object.keys(buildTargets);\n\t}\n\tfor(var targetIndex=0; targetIndex<targets.length; targetIndex++) {\n\t\tvar target = targets[targetIndex],\n\t\t\tcommands = buildTargets[target];\n\t\tif(!commands) {\n\t\t\treturn \"Build target '\" + target + \"' not found\";\n\t\t}\n\t\t// Add the commands to the queue\n\t\tthis.commander.addCommandTokens(commands);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/clearpassword.js": {
"title": "$:/core/modules/commands/clearpassword.js",
"text": "/*\\\ntitle: $:/core/modules/commands/clearpassword.js\ntype: application/javascript\nmodule-type: command\n\nClear password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"clearpassword\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\t$tw.crypto.setPassword(null);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/deletetiddlers.js": {
"title": "$:/core/modules/commands/deletetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/deletetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to delete tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"deletetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filter\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\twiki.deleteTiddler(title);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/editions.js": {
"title": "$:/core/modules/commands/editions.js",
"text": "/*\\\ntitle: $:/core/modules/commands/editions.js\ntype: application/javascript\nmodule-type: command\n\nCommand to list the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"editions\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\t// Output the list\n\tthis.commander.streams.output.write(\"Available editions:\\n\\n\");\n\tvar editionInfo = $tw.utils.getEditionInfo();\n\t$tw.utils.each(editionInfo,function(info,name) {\n\t\tself.commander.streams.output.write(\" \" + name + \": \" + info.description + \"\\n\");\n\t});\n\tthis.commander.streams.output.write(\"\\n\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/fetch.js": {
"title": "$:/core/modules/commands/fetch.js",
"text": "/*\\\ntitle: $:/core/modules/commands/fetch.js\ntype: application/javascript\nmodule-type: command\n\nCommands to fetch external tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"fetch\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing subcommand and url\";\n\t}\n\tswitch(this.params[0]) {\n\t\tcase \"raw-file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turl: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"file\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turl: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"raw-files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\traw: true,\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\ttransformFilter: this.params[2] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t\tcase \"files\":\n\t\t\treturn this.fetchFiles({\n\t\t\t\turlFilter: this.params[1],\n\t\t\t\timportFilter: this.params[2],\n\t\t\t\ttransformFilter: this.params[3] || \"\",\n\t\t\t\tcallback: this.callback\n\t\t\t});\n\t\t\tbreak;\n\t}\n\treturn null;\n};\n\nCommand.prototype.fetchFiles = function(options) {\n\tvar self = this;\n\t// Get the list of URLs\n\tvar urls;\n\tif(options.url) {\n\t\turls = [options.url]\n\t} else if(options.urlFilter) {\n\t\turls = $tw.wiki.filterTiddlers(options.urlFilter);\n\t} else {\n\t\treturn \"Missing URL\";\n\t}\n\t// Process each URL in turn\n\tvar next = 0;\n\tvar getNextFile = function(err) {\n\t\tif(err) {\n\t\t\treturn options.callback(err);\n\t\t}\n\t\tif(next < urls.length) {\n\t\t\tself.fetchFile(urls[next++],options,getNextFile);\n\t\t} else {\n\t\t\toptions.callback(null);\n\t\t}\n\t};\n\tgetNextFile(null);\n\t// Success\n\treturn null;\n};\n\nCommand.prototype.fetchFile = function(url,options,callback,redirectCount) {\n\tif(redirectCount > 10) {\n\t\treturn callback(\"Error too many redirects retrieving \" + url);\n\t}\n\tvar self = this,\n\t\tlib = url.substr(0,8) === \"https://\" ? require(\"https\") : require(\"http\");\n\tlib.get(url).on(\"response\",function(response) {\n\t var type = (response.headers[\"content-type\"] || \"\").split(\";\")[0],\n\t \tdata = [];\n\t self.commander.write(\"Reading \" + url + \": \");\n\t response.on(\"data\",function(chunk) {\n\t data.push(chunk);\n\t self.commander.write(\".\");\n\t });\n\t response.on(\"end\",function() {\n\t self.commander.write(\"\\n\");\n\t if(response.statusCode === 200) {\n\t\t self.processBody(Buffer.concat(data),type,options,url);\n\t\t callback(null);\n\t } else {\n\t \tif(response.statusCode === 302 || response.statusCode === 303 || response.statusCode === 307) {\n\t \t\treturn self.fetchFile(response.headers.location,options,callback,redirectCount + 1);\n\t \t} else {\n\t\t \treturn callback(\"Error \" + response.statusCode + \" retrieving \" + url)\t \t\t\n\t \t}\n\t }\n\t \t});\n\t \tresponse.on(\"error\",function(e) {\n\t\t\tconsole.log(\"Error on GET request: \" + e);\n\t\t\tcallback(e);\n\t \t});\n\t});\n\treturn null;\n};\n\nCommand.prototype.processBody = function(body,type,options,url) {\n\tvar self = this;\n\t// Collect the tiddlers in a wiki\n\tvar incomingWiki = new $tw.Wiki();\n\tif(options.raw) {\n\t\tvar typeInfo = type ? $tw.config.contentTypeInfo[type] : null,\n\t\t\tencoding = typeInfo ? typeInfo.encoding : \"utf8\";\n\t\tincomingWiki.addTiddler(new $tw.Tiddler({\n\t\t\ttitle: url,\n\t\t\ttype: type,\n\t\t\ttext: body.toString(encoding)\n\t\t}));\n\t} else {\n\t\t// Deserialise the file to extract the tiddlers\n\t\tvar tiddlers = this.commander.wiki.deserializeTiddlers(type || \"text/html\",body.toString(\"utf8\"),{});\n\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\tincomingWiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t});\n\t}\n\t// Filter the tiddlers to select the ones we want\n\tvar filteredTitles = incomingWiki.filterTiddlers(options.importFilter || \"[all[tiddlers]]\");\n\t// Import the selected tiddlers\n\tvar count = 0;\n\tincomingWiki.each(function(tiddler,title) {\n\t\tif(filteredTitles.indexOf(title) !== -1) {\n\t\t\tvar newTiddler;\n\t\t\tif(options.transformFilter) {\n\t\t\t\tvar transformedTitle = (incomingWiki.filterTiddlers(options.transformFilter,null,self.commander.wiki.makeTiddlerIterator([title])) || [\"\"])[0];\n\t\t\t\tif(transformedTitle) {\n\t\t\t\t\tself.commander.log(\"Importing \" + title + \" as \" + transformedTitle)\n\t\t\t\t\tnewTiddler = new $tw.Tiddler(tiddler,{title: transformedTitle});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.commander.log(\"Importing \" + title)\n\t\t\t\tnewTiddler = tiddler;\n\t\t\t}\n\t\t\tself.commander.wiki.importTiddler(newTiddler);\n\t\t\tcount++;\n\t\t}\n\t});\n\tself.commander.log(\"Imported \" + count + \" tiddlers\")\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/help.js": {
"title": "$:/core/modules/commands/help.js",
"text": "/*\\\ntitle: $:/core/modules/commands/help.js\ntype: application/javascript\nmodule-type: command\n\nHelp command\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"help\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar subhelp = this.params[0] || \"default\",\n\t\thelpBase = \"$:/language/Help/\",\n\t\ttext;\n\tif(!this.commander.wiki.getTiddler(helpBase + subhelp)) {\n\t\tsubhelp = \"notfound\";\n\t}\n\t// Wikify the help as formatted text (ie block elements generate newlines)\n\ttext = this.commander.wiki.renderTiddler(\"text/plain-formatted\",helpBase + subhelp);\n\t// Remove any leading linebreaks\n\ttext = text.replace(/^(\\r?\\n)*/g,\"\");\n\tthis.commander.streams.output.write(text);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/import.js": {
"title": "$:/core/modules/commands/import.js",
"text": "/*\\\ntitle: $:/core/modules/commands/import.js\ntype: application/javascript\nmodule-type: command\n\nCommand to import tiddlers from a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"import\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 2) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar filename = self.params[0],\n\t\tdeserializer = self.params[1],\n\t\ttitle = self.params[2] || filename,\n\t\tencoding = self.params[3] || \"utf8\",\n\t\ttext = fs.readFileSync(filename,encoding),\n\t\ttiddlers = this.commander.wiki.deserializeTiddlers(null,text,{title: title},{deserializer: deserializer});\n\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t});\n\tthis.commander.log(tiddlers.length + \" tiddler(s) imported\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/init.js": {
"title": "$:/core/modules/commands/init.js",
"text": "/*\\\ntitle: $:/core/modules/commands/init.js\ntype: application/javascript\nmodule-type: command\n\nCommand to initialise an empty wiki folder\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"init\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\t// Check that we don't already have a valid wiki folder\n\tif($tw.boot.wikiTiddlersPath || ($tw.utils.isDirectory($tw.boot.wikiPath) && !$tw.utils.isDirectoryEmpty($tw.boot.wikiPath))) {\n\t\treturn \"Wiki folder is not empty\";\n\t}\n\t// Loop through each of the specified editions\n\tvar editions = this.params.length > 0 ? this.params : [\"empty\"];\n\tfor(var editionIndex=0; editionIndex<editions.length; editionIndex++) {\n\t\tvar editionName = editions[editionIndex];\n\t\t// Check the edition exists\n\t\tvar editionPath = $tw.findLibraryItem(editionName,$tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar));\n\t\tif(!$tw.utils.isDirectory(editionPath)) {\n\t\t\treturn \"Edition '\" + editionName + \"' not found\";\n\t\t}\n\t\t// Copy the edition content\n\t\tvar err = $tw.utils.copyDirectory(editionPath,$tw.boot.wikiPath);\n\t\tif(!err) {\n\t\t\tthis.commander.streams.output.write(\"Copied edition '\" + editionName + \"' to \" + $tw.boot.wikiPath + \"\\n\");\n\t\t} else {\n\t\t\treturn err;\n\t\t}\n\t}\n\t// Tweak the tiddlywiki.info to remove any included wikis\n\tvar packagePath = $tw.boot.wikiPath + \"/tiddlywiki.info\",\n\t\tpackageJson = JSON.parse(fs.readFileSync(packagePath));\n\tdelete packageJson.includeWikis;\n\tfs.writeFileSync(packagePath,JSON.stringify(packageJson,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/listen.js": {
"title": "$:/core/modules/commands/listen.js",
"text": "/*\\\ntitle: $:/core/modules/commands/listen.js\ntype: application/javascript\nmodule-type: command\n\nListen for HTTP requests and serve tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"listen\",\n\tsynchronous: true,\n\tnamedParameterMode: true,\n\tmandatoryParameters: [],\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this;\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: self.params\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/load.js": {
"title": "$:/core/modules/commands/load.js",
"text": "/*\\\ntitle: $:/core/modules/commands/load.js\ntype: application/javascript\nmodule-type: command\n\nCommand to load tiddlers from a file or directory\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"load\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar tiddlers = $tw.loadTiddlersFromPath(self.params[0]),\n\t\tcount = 0;\n\t$tw.utils.each(tiddlers,function(tiddlerInfo) {\n\t\t$tw.utils.each(tiddlerInfo.tiddlers,function(tiddler) {\n\t\t\tself.commander.wiki.importTiddler(new $tw.Tiddler(tiddler));\n\t\t\tcount++;\n\t\t});\n\t});\n\tif(!count && self.params[1] !== \"noerror\") {\n\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t} else {\n\t\tself.callback(null);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/makelibrary.js": {
"title": "$:/core/modules/commands/makelibrary.js",
"text": "/*\\\ntitle: $:/core/modules/commands/makelibrary.js\ntype: application/javascript\nmodule-type: command\n\nCommand to pack all of the plugins in the library into a plugin tiddler of type \"library\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"makelibrary\",\n\tsynchronous: true\n};\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar wiki = this.commander.wiki,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tupgradeLibraryTitle = this.params[0] || UPGRADE_LIBRARY_TITLE,\n\t\ttiddlers = {};\n\t// Collect up the library plugins\n\tvar collectPlugins = function(folder) {\n\t\t\tvar pluginFolders = fs.readdirSync(folder);\n\t\t\tfor(var p=0; p<pluginFolders.length; p++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(pluginFolders[p])) {\n\t\t\t\t\tpluginFields = $tw.loadPluginFolder(path.resolve(folder,\"./\" + pluginFolders[p]));\n\t\t\t\t\tif(pluginFields && pluginFields.title) {\n\t\t\t\t\t\ttiddlers[pluginFields.title] = pluginFields;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tcollectPublisherPlugins = function(folder) {\n\t\t\tvar publisherFolders = fs.readdirSync(folder);\n\t\t\tfor(var t=0; t<publisherFolders.length; t++) {\n\t\t\t\tif(!$tw.boot.excludeRegExp.test(publisherFolders[t])) {\n\t\t\t\t\tcollectPlugins(path.resolve(folder,\"./\" + publisherFolders[t]));\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t$tw.utils.each($tw.getLibraryItemSearchPaths($tw.config.pluginsPath,$tw.config.pluginsEnvVar),collectPublisherPlugins);\n\t$tw.utils.each($tw.getLibraryItemSearchPaths($tw.config.themesPath,$tw.config.themesEnvVar),collectPublisherPlugins);\n\t$tw.utils.each($tw.getLibraryItemSearchPaths($tw.config.languagesPath,$tw.config.languagesEnvVar),collectPlugins);\n\t// Save the upgrade library tiddler\n\tvar pluginFields = {\n\t\ttitle: upgradeLibraryTitle,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"library\",\n\t\t\"text\": JSON.stringify({tiddlers: tiddlers})\n\t};\n\twiki.addTiddler(new $tw.Tiddler(pluginFields));\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/output.js": {
"title": "$:/core/modules/commands/output.js",
"text": "/*\\\ntitle: $:/core/modules/commands/output.js\ntype: application/javascript\nmodule-type: command\n\nCommand to set the default output location (defaults to current working directory)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"output\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tvar fs = require(\"fs\"),\n\t\tpath = require(\"path\");\n\tif(this.params.length < 1) {\n\t\treturn \"Missing output path\";\n\t}\n\tthis.commander.outputPath = path.resolve(process.cwd(),this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/password.js": {
"title": "$:/core/modules/commands/password.js",
"text": "/*\\\ntitle: $:/core/modules/commands/password.js\ntype: application/javascript\nmodule-type: command\n\nSave password for crypto operations\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"password\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing password\";\n\t}\n\t$tw.crypto.setPassword(this.params[0]);\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/render.js": {
"title": "$:/core/modules/commands/render.js",
"text": "/*\\\ntitle: $:/core/modules/commands/render.js\ntype: application/javascript\nmodule-type: command\n\nRender individual tiddlers and save the results to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"render\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing tiddler filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]addsuffix[.html]]\",\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tvarName = this.params[4],\n\t\tvarValue = this.params[5],\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template || title),\n\t\t\tvariables = {currentTiddler: title};\n\t\tif(varName) {\n\t\t\tvariables[varName] = varValue || \"\";\n\t\t}\n\t\tvar widgetNode = wiki.makeWidget(parser,{variables: variables}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Rendering \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddler.js": {
"title": "$:/core/modules/commands/rendertiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render a tiddler and save it to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttype = this.params[2] || \"text/html\",\n\t\ttemplate = this.params[3],\n\t\tname = this.params[4],\n\t\tvalue = this.params[5],\n\t\tvariables = {};\n\t$tw.utils.createFileDirectories(filename);\n\tif(template) {\n\t\tvariables.currentTiddler = title;\n\t\ttitle = template;\n\t}\n\tif(name && value) {\n\t\tvariables[name] = value;\n\t}\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title,{variables: variables}),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/rendertiddlers.js": {
"title": "$:/core/modules/commands/rendertiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/rendertiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to render several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"rendertiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\ttemplate = this.params[1],\n\t\toutputPath = this.commander.outputPath,\n\t\tpathname = path.resolve(outputPath,this.params[2]),\t\t\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\tdeleteDirectory = (this.params[5] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(template),\n\t\t\twidgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}}),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent,\n\t\t\texportPath = null;\n\t\tif($tw.utils.hop($tw.macros,\"tv-get-export-path\")) {\n\t\t\tvar macroPath = $tw.macros[\"tv-get-export-path\"].run.apply(self,[title]);\n\t\t\tif(macroPath) {\n\t\t\t\texportPath = path.resolve(outputPath,macroPath + extension);\n\t\t\t}\n\t\t}\n\t\tvar finalPath = exportPath || path.resolve(pathname,encodeURIComponent(title) + extension);\n\t\t$tw.utils.createFileDirectories(finalPath);\n\t\tfs.writeFileSync(finalPath,text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/save.js": {
"title": "$:/core/modules/commands/save.js",
"text": "/*\\\ntitle: $:/core/modules/commands/save.js\ntype: application/javascript\nmodule-type: command\n\nSaves individual tiddlers in their raw text or binary format to the specified files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"save\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename filter\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\ttiddlerFilter = this.params[0],\n\t\tfilenameFilter = this.params[1] || \"[is[tiddler]]\",\n\t\ttiddlers = wiki.filterTiddlers(tiddlerFilter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilepath = path.resolve(self.commander.outputPath,wiki.filterTiddlers(filenameFilter,$tw.rootWidget,wiki.makeTiddlerIterator([title]))[0]);\n\t\tif(self.commander.verbose) {\n\t\t\tconsole.log(\"Saving \\\"\" + title + \"\\\" to \\\"\" + filepath + \"\\\"\");\n\t\t}\n\t\t$tw.utils.createFileDirectories(filepath);\n\t\tfs.writeFileSync(filepath,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savelibrarytiddlers.js": {
"title": "$:/core/modules/commands/savelibrarytiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savelibrarytiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the subtiddlers of a bundle tiddler as a series of JSON files\n\n--savelibrarytiddlers <tiddler> <pathname> <skinnylisting>\n\nThe tiddler identifies the bundle tiddler that contains the subtiddlers.\n\nThe pathname specifies the pathname to the folder in which the JSON files should be saved. The filename is the URL encoded title of the subtiddler.\n\nThe skinnylisting specifies the title of the tiddler to which a JSON catalogue of the subtiddlers will be saved. The JSON file contains the same data as the bundle tiddler but with the `text` field removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savelibrarytiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\tcontainerTitle = this.params[0],\n\t\tfilter = this.params[1],\n\t\tbasepath = this.params[2],\n\t\tskinnyListTitle = this.params[3];\n\t// Get the container tiddler as data\n\tvar containerData = self.commander.wiki.getTiddlerDataCached(containerTitle,undefined);\n\tif(!containerData) {\n\t\treturn \"'\" + containerTitle + \"' is not a tiddler bundle\";\n\t}\n\t// Filter the list of plugins\n\tvar pluginList = [];\n\t$tw.utils.each(containerData.tiddlers,function(tiddler,title) {\n\t\tpluginList.push(title);\n\t});\n\tvar filteredPluginList;\n\tif(filter) {\n\t\tfilteredPluginList = self.commander.wiki.filterTiddlers(filter,null,self.commander.wiki.makeTiddlerIterator(pluginList));\n\t} else {\n\t\tfilteredPluginList = pluginList;\n\t}\n\t// Iterate through the plugins\n\tvar skinnyList = [];\n\t$tw.utils.each(filteredPluginList,function(title) {\n\t\tvar tiddler = containerData.tiddlers[title];\n\t\t// Save each JSON file and collect the skinny data\n\t\tvar pathname = path.resolve(self.commander.outputPath,basepath + encodeURIComponent(title) + \".json\");\n\t\t$tw.utils.createFileDirectories(pathname);\n\t\tfs.writeFileSync(pathname,JSON.stringify(tiddler),\"utf8\");\n\t\t// Collect the skinny list data\n\t\tvar pluginTiddlers = JSON.parse(tiddler.text),\n\t\t\treadmeContent = (pluginTiddlers.tiddlers[title + \"/readme\"] || {}).text,\n\t\t\tdoesRequireReload = !!$tw.wiki.doesPluginInfoRequireReload(pluginTiddlers),\n\t\t\ticonTiddler = pluginTiddlers.tiddlers[title + \"/icon\"] || {},\n\t\t\ticonType = iconTiddler.type,\n\t\t\ticonText = iconTiddler.text,\n\t\t\ticonContent;\n\t\tif(iconType && iconText) {\n\t\t\ticonContent = $tw.utils.makeDataUri(iconText,iconType);\n\t\t}\n\t\tskinnyList.push($tw.utils.extend({},tiddler,{\n\t\t\ttext: undefined,\n\t\t\treadme: readmeContent,\n\t\t\t\"requires-reload\": doesRequireReload ? \"yes\" : \"no\",\n\t\t\ticon: iconContent\n\t\t}));\n\t});\n\t// Save the catalogue tiddler\n\tif(skinnyListTitle) {\n\t\tself.commander.wiki.setTiddlerData(skinnyListTitle,skinnyList);\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddler.js": {
"title": "$:/core/modules/commands/savetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddler.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the content of a tiddler to a file\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savetiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = path.resolve(this.commander.outputPath,this.params[1]),\n\t\ttiddler = this.commander.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar type = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\t\t$tw.utils.createFileDirectories(filename);\n\t\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\t\tself.callback(err);\n\t\t});\n\t} else {\n\t\treturn \"Missing tiddler: \" + title;\n\t}\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savetiddlers.js": {
"title": "$:/core/modules/commands/savetiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savetiddlers.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save several tiddlers to a folder of files\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"savetiddlers\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tpathname = path.resolve(this.commander.outputPath,this.params[1]),\n\t\tdeleteDirectory = (this.params[2] || \"\").toLowerCase() !== \"noclean\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\tif(deleteDirectory) {\n\t\t$tw.utils.deleteDirectory(pathname);\n\t}\n\t$tw.utils.createDirectory(pathname);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.commander.wiki.getTiddler(title),\n\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"},\n\t\t\tfilename = path.resolve(pathname,encodeURIComponent(title));\n\t\tfs.writeFileSync(filename,tiddler.fields.text,contentTypeInfo.encoding);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/savewikifolder.js": {
"title": "$:/core/modules/commands/savewikifolder.js",
"text": "/*\\\ntitle: $:/core/modules/commands/savewikifolder.js\ntype: application/javascript\nmodule-type: command\n\nCommand to save the current wiki as a wiki folder\n\n--savewikifolder <wikifolderpath> [<filter>]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"savewikifolder\",\n\tsynchronous: true\n};\n\nvar fs,path;\nif($tw.node) {\n\tfs = require(\"fs\");\n\tpath = require(\"path\");\n}\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing wiki folder path\";\n\t}\n\tvar wikifoldermaker = new WikiFolderMaker(this.params[0],this.params[1],this.commander);\n\treturn wikifoldermaker.save();\n};\n\nfunction WikiFolderMaker(wikiFolderPath,wikiFilter,commander) {\n\tthis.wikiFolderPath = wikiFolderPath;\n\tthis.wikiFilter = wikiFilter || \"[all[tiddlers]]\";\n\tthis.commander = commander;\n\tthis.wiki = commander.wiki;\n\tthis.savedPaths = []; // So that we can detect filename clashes\n}\n\nWikiFolderMaker.prototype.log = function(str) {\n\tif(this.commander.verbose) {\n\t\tconsole.log(str);\n\t}\n};\n\nWikiFolderMaker.prototype.tiddlersToIgnore = [\n\t\"$:/boot/boot.css\",\n\t\"$:/boot/boot.js\",\n\t\"$:/boot/bootprefix.js\",\n\t\"$:/core\",\n\t\"$:/library/sjcl.js\",\n\t\"$:/temp/info-plugin\"\n];\n\n/*\nReturns null if successful, or an error string if there was an error\n*/\nWikiFolderMaker.prototype.save = function() {\n\tvar self = this;\n\t// Check that the output directory doesn't exist\n\tif(fs.existsSync(this.wikiFolderPath) && !$tw.utils.isDirectoryEmpty(this.wikiFolderPath)) {\n\t\treturn \"The unpackwiki command requires that the output wiki folder be empty\";\n\t}\n\t// Get the tiddlers from the source wiki\n\tvar tiddlerTitles = this.wiki.filterTiddlers(this.wikiFilter);\n\t// Initialise a new tiddlwiki.info file\n\tvar newWikiInfo = {};\n\t// Process each incoming tiddler in turn\n\t$tw.utils.each(tiddlerTitles,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tif(self.tiddlersToIgnore.indexOf(title) !== -1) {\n\t\t\t\t// Ignore the core plugin and the ephemeral info plugin\n\t\t\t\tself.log(\"Ignoring tiddler: \" + title);\n\t\t\t} else {\n\t\t\t\tvar type = tiddler.fields.type,\n\t\t\t\t\tpluginType = tiddler.fields[\"plugin-type\"];\n\t\t\t\tif(type === \"application/json\" && pluginType) {\n\t\t\t\t\t// Plugin tiddler\n\t\t\t\t\tvar libraryDetails = self.findPluginInLibrary(title);\n\t\t\t\t\tif(libraryDetails) {\n\t\t\t\t\t\t// A plugin from the core library\n\t\t\t\t\t\tself.log(\"Adding built-in plugin: \" + libraryDetails.name);\n\t\t\t\t\t\tnewWikiInfo[libraryDetails.type] = newWikiInfo[libraryDetails.type] || [];\n\t\t\t\t\t\t$tw.utils.pushTop(newWikiInfo[libraryDetails.type],libraryDetails.name);\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// A custom plugin\n\t\t\t\t\t\tself.log(\"Processing custom plugin: \" + title);\n\t\t\t\t\t\tself.saveCustomPlugin(tiddler);\n\t\t\t\t\t}\t\t\t\t\n\t\t\t\t} else {\n\t\t\t\t\t// Ordinary tiddler\n\t\t\t\t\tself.saveTiddler(\"tiddlers\",tiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Save the tiddlywiki.info file\n\tthis.saveJSONFile(\"tiddlywiki.info\",newWikiInfo);\n\tself.log(\"Writing tiddlywiki.info: \" + JSON.stringify(newWikiInfo,null,$tw.config.preferences.jsonSpaces));\n\treturn null;\n};\n\n/*\nTest whether the specified tiddler is a plugin in the plugin library\n*/\nWikiFolderMaker.prototype.findPluginInLibrary = function(title) {\n\tvar parts = title.split(\"/\"),\n\t\tpluginPath, type, name;\n\tif(parts[0] === \"$:\") {\n\t\tif(parts[1] === \"languages\" && parts.length === 3) {\n\t\t\tpluginPath = \"languages\" + path.sep + parts[2];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2];\n\t\t} else if(parts[1] === \"plugins\" || parts[1] === \"themes\" && parts.length === 4) {\n\t\t\tpluginPath = parts[1] + path.sep + parts[2] + path.sep + parts[3];\n\t\t\ttype = parts[1];\n\t\t\tname = parts[2] + \"/\" + parts[3];\n\t\t}\n\t}\n\tif(pluginPath && type && name) {\n\t\tpluginPath = path.resolve($tw.boot.bootPath,\"..\",pluginPath);\n\t\tif(fs.existsSync(pluginPath)) {\n\t\t\treturn {\n\t\t\t\tpluginPath: pluginPath,\n\t\t\t\ttype: type,\n\t\t\t\tname: name\n\t\t\t};\n\t\t}\n\t}\n\treturn false;\n};\n\nWikiFolderMaker.prototype.saveCustomPlugin = function(pluginTiddler) {\n\tvar self = this,\n\t\tpluginTitle = pluginTiddler.fields.title,\n\t\ttitleParts = pluginTitle.split(\"/\"),\n\t\tdirectory = $tw.utils.generateTiddlerFilepath(titleParts[titleParts.length - 1],{\n\t\t\tdirectory: path.resolve(this.wikiFolderPath,pluginTiddler.fields[\"plugin-type\"] + \"s\")\n\t\t}),\n\t\tpluginInfo = pluginTiddler.getFieldStrings({exclude: [\"text\",\"type\"]});\n\tthis.saveJSONFile(directory + path.sep + \"plugin.info\",pluginInfo);\n\tself.log(\"Writing \" + directory + path.sep + \"plugin.info: \" + JSON.stringify(pluginInfo,null,$tw.config.preferences.jsonSpaces));\n\tvar pluginTiddlers = JSON.parse(pluginTiddler.fields.text).tiddlers; // A hashmap of tiddlers in the plugin\n\t$tw.utils.each(pluginTiddlers,function(tiddler) {\n\t\tself.saveTiddler(directory,new $tw.Tiddler(tiddler));\n\t});\n};\n\nWikiFolderMaker.prototype.saveTiddler = function(directory,tiddler) {\n\tvar fileInfo = $tw.utils.generateTiddlerFileInfo(tiddler,{\n\t\tdirectory: path.resolve(this.wikiFolderPath,directory),\n\t\twiki: this.wiki\n\t});\n\t$tw.utils.saveTiddlerToFileSync(tiddler,fileInfo);\n};\n\nWikiFolderMaker.prototype.saveJSONFile = function(filename,json) {\n\tthis.saveTextFile(filename,JSON.stringify(json,null,$tw.config.preferences.jsonSpaces));\n};\n\nWikiFolderMaker.prototype.saveTextFile = function(filename,data) {\n\tthis.saveFile(filename,\"utf8\",data);\n};\n\nWikiFolderMaker.prototype.saveFile = function(filename,encoding,data) {\n\tvar filepath = path.resolve(this.wikiFolderPath,filename);\n\t$tw.utils.createFileDirectories(filepath);\n\tfs.writeFileSync(filepath,data,encoding);\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"title": "$:/core/modules/commands/server.js",
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\n\nDeprecated legacy command for serving tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Server = require(\"$:/core/modules/server/server.js\").Server;\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tvar self = this;\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(!$tw.boot.wikiTiddlersPath) {\n\t\t$tw.utils.warning(\"Warning: Wiki folder '\" + $tw.boot.wikiPath + \"' does not exist or is missing a tiddlywiki.info file\");\n\t}\n\t// Set up server\n\tthis.server = new Server({\n\t\twiki: this.commander.wiki,\n\t\tvariables: {\n\t\t\tport: this.params[0],\n\t\t\thost: this.params[6],\n\t\t\t\"root-tiddler\": this.params[1],\n\t\t\t\"root-render-type\": this.params[2],\n\t\t\t\"root-serve-type\": this.params[3],\n\t\t\tusername: this.params[4],\n\t\t\tpassword: this.params[5],\n\t\t\t\"path-prefix\": this.params[7],\n\t\t\t\"debug-level\": this.params[8]\n\t\t}\n\t});\n\tvar nodeServer = this.server.listen();\n\t$tw.hooks.invokeHook(\"th-server-command-post-start\",this.server,nodeServer,\"tiddlywiki\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/setfield.js": {
"title": "$:/core/modules/commands/setfield.js",
"text": "/*\\\ntitle: $:/core/modules/commands/setfield.js\ntype: application/javascript\nmodule-type: command\n\nCommand to modify selected tiddlers to set a field to the text of a template tiddler that has been wikified with the selected tiddler as the current tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.info = {\n\tname: \"setfield\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 4) {\n\t\treturn \"Missing parameters\";\n\t}\n\tvar self = this,\n\t\twiki = this.commander.wiki,\n\t\tfilter = this.params[0],\n\t\tfieldname = this.params[1] || \"text\",\n\t\ttemplatetitle = this.params[2],\n\t\trendertype = this.params[3] || \"text/plain\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar parser = wiki.parseTiddler(templatetitle),\n\t\t\tnewFields = {},\n\t\t\ttiddler = wiki.getTiddler(title);\n\t\tif(parser) {\n\t\t\tvar widgetNode = wiki.makeWidget(parser,{variables: {currentTiddler: title}});\n\t\t\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\t\twidgetNode.render(container,null);\n\t\t\tnewFields[fieldname] = rendertype === \"text/html\" ? container.innerHTML : container.textContent;\n\t\t} else {\n\t\t\tnewFields[fieldname] = undefined;\n\t\t}\n\t\twiki.addTiddler(new $tw.Tiddler(tiddler,newFields));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/unpackplugin.js": {
"title": "$:/core/modules/commands/unpackplugin.js",
"text": "/*\\\ntitle: $:/core/modules/commands/unpackplugin.js\ntype: application/javascript\nmodule-type: command\n\nCommand to extract the shadow tiddlers from within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"unpackplugin\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Missing plugin name\";\n\t}\n\tvar self = this,\n\t\ttitle = this.params[0],\n\t\tpluginData = this.commander.wiki.getTiddlerDataCached(title);\n\tif(!pluginData) {\n\t\treturn \"Plugin '\" + title + \"' not found\";\n\t}\n\t$tw.utils.each(pluginData.tiddlers,function(tiddler) {\n\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/verbose.js": {
"title": "$:/core/modules/commands/verbose.js",
"text": "/*\\\ntitle: $:/core/modules/commands/verbose.js\ntype: application/javascript\nmodule-type: command\n\nVerbose command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\t// Output the boot message log\n\tthis.commander.streams.output.write(\"Boot log:\\n \" + $tw.boot.logMessages.join(\"\\n \") + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/version.js": {
"title": "$:/core/modules/commands/version.js",
"text": "/*\\\ntitle: $:/core/modules/commands/version.js\ntype: application/javascript\nmodule-type: command\n\nVersion command\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"version\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.streams.output.write($tw.version + \"\\n\");\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/config.js": {
"title": "$:/core/modules/config.js",
"text": "/*\\\ntitle: $:/core/modules/config.js\ntype: application/javascript\nmodule-type: config\n\nCore configuration constants\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.preferences = {};\n\nexports.preferences.notificationDuration = 3 * 1000;\nexports.preferences.jsonSpaces = 4;\n\nexports.textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00d6\\u00d8-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z\\u00df-\\u00f6\\u00f8-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tblockPrefixLetters:\t\"[A-Za-z0-9-_\\u00c0-\\u00d6\\u00d8-\\u00de\\u00df-\\u00f6\\u00f8-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\nexports.textPrimitives.unWikiLink = \"~\";\nexports.textPrimitives.wikiLink = exports.textPrimitives.upperLetter + \"+\" +\n\texports.textPrimitives.lowerLetter + \"+\" +\n\texports.textPrimitives.upperLetter +\n\texports.textPrimitives.anyLetter + \"*\";\n\nexports.htmlEntities = {quot:34, amp:38, apos:39, lt:60, gt:62, nbsp:160, iexcl:161, cent:162, pound:163, curren:164, yen:165, brvbar:166, sect:167, uml:168, copy:169, ordf:170, laquo:171, not:172, shy:173, reg:174, macr:175, deg:176, plusmn:177, sup2:178, sup3:179, acute:180, micro:181, para:182, middot:183, cedil:184, sup1:185, ordm:186, raquo:187, frac14:188, frac12:189, frac34:190, iquest:191, Agrave:192, Aacute:193, Acirc:194, Atilde:195, Auml:196, Aring:197, AElig:198, Ccedil:199, Egrave:200, Eacute:201, Ecirc:202, Euml:203, Igrave:204, Iacute:205, Icirc:206, Iuml:207, ETH:208, Ntilde:209, Ograve:210, Oacute:211, Ocirc:212, Otilde:213, Ouml:214, times:215, Oslash:216, Ugrave:217, Uacute:218, Ucirc:219, Uuml:220, Yacute:221, THORN:222, szlig:223, agrave:224, aacute:225, acirc:226, atilde:227, auml:228, aring:229, aelig:230, ccedil:231, egrave:232, eacute:233, ecirc:234, euml:235, igrave:236, iacute:237, icirc:238, iuml:239, eth:240, ntilde:241, ograve:242, oacute:243, ocirc:244, otilde:245, ouml:246, divide:247, oslash:248, ugrave:249, uacute:250, ucirc:251, uuml:252, yacute:253, thorn:254, yuml:255, OElig:338, oelig:339, Scaron:352, scaron:353, Yuml:376, fnof:402, circ:710, tilde:732, Alpha:913, Beta:914, Gamma:915, Delta:916, Epsilon:917, Zeta:918, Eta:919, Theta:920, Iota:921, Kappa:922, Lambda:923, Mu:924, Nu:925, Xi:926, Omicron:927, Pi:928, Rho:929, Sigma:931, Tau:932, Upsilon:933, Phi:934, Chi:935, Psi:936, Omega:937, alpha:945, beta:946, gamma:947, delta:948, epsilon:949, zeta:950, eta:951, theta:952, iota:953, kappa:954, lambda:955, mu:956, nu:957, xi:958, omicron:959, pi:960, rho:961, sigmaf:962, sigma:963, tau:964, upsilon:965, phi:966, chi:967, psi:968, omega:969, thetasym:977, upsih:978, piv:982, ensp:8194, emsp:8195, thinsp:8201, zwnj:8204, zwj:8205, lrm:8206, rlm:8207, ndash:8211, mdash:8212, lsquo:8216, rsquo:8217, sbquo:8218, ldquo:8220, rdquo:8221, bdquo:8222, dagger:8224, Dagger:8225, bull:8226, hellip:8230, permil:8240, prime:8242, Prime:8243, lsaquo:8249, rsaquo:8250, oline:8254, frasl:8260, euro:8364, image:8465, weierp:8472, real:8476, trade:8482, alefsym:8501, larr:8592, uarr:8593, rarr:8594, darr:8595, harr:8596, crarr:8629, lArr:8656, uArr:8657, rArr:8658, dArr:8659, hArr:8660, forall:8704, part:8706, exist:8707, empty:8709, nabla:8711, isin:8712, notin:8713, ni:8715, prod:8719, sum:8721, minus:8722, lowast:8727, radic:8730, prop:8733, infin:8734, ang:8736, and:8743, or:8744, cap:8745, cup:8746, int:8747, there4:8756, sim:8764, cong:8773, asymp:8776, ne:8800, equiv:8801, le:8804, ge:8805, sub:8834, sup:8835, nsub:8836, sube:8838, supe:8839, oplus:8853, otimes:8855, perp:8869, sdot:8901, lceil:8968, rceil:8969, lfloor:8970, rfloor:8971, lang:9001, rang:9002, loz:9674, spades:9824, clubs:9827, hearts:9829, diams:9830 };\n\nexports.htmlVoidElements = \"area,base,br,col,command,embed,hr,img,input,keygen,link,meta,param,source,track,wbr\".split(\",\");\n\nexports.htmlBlockElements = \"address,article,aside,audio,blockquote,canvas,dd,div,dl,fieldset,figcaption,figure,footer,form,h1,h2,h3,h4,h5,h6,header,hgroup,hr,li,noscript,ol,output,p,pre,section,table,tfoot,ul,video\".split(\",\");\n\nexports.htmlUnsafeElements = \"script\".split(\",\");\n\n})();\n",
"type": "application/javascript",
"module-type": "config"
},
"$:/core/modules/deserializers.js": {
"title": "$:/core/modules/deserializers.js",
"text": "/*\\\ntitle: $:/core/modules/deserializers.js\ntype: application/javascript\nmodule-type: tiddlerdeserializer\n\nFunctions to deserialise tiddlers from a block of text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nUtility function to parse an old-style tiddler DIV in a *.tid file. It looks like this:\n\n<div title=\"Title\" creator=\"JoeBloggs\" modifier=\"JoeBloggs\" created=\"201102111106\" modified=\"201102111310\" tags=\"myTag [[my long tag]]\">\n<pre>The text of the tiddler (without the expected HTML encoding).\n</pre>\n</div>\n\nNote that the field attributes are HTML encoded, but that the body of the <PRE> tag is not encoded.\n\nWhen these tiddler DIVs are encountered within a TiddlyWiki HTML file then the body is encoded in the usual way.\n*/\nvar parseTiddlerDiv = function(text /* [,fields] */) {\n\t// Slot together the default results\n\tvar result = {};\n\tif(arguments.length > 1) {\n\t\tfor(var f=1; f<arguments.length; f++) {\n\t\t\tvar fields = arguments[f];\n\t\t\tfor(var t in fields) {\n\t\t\t\tresult[t] = fields[t];\t\t\n\t\t\t}\n\t\t}\n\t}\n\t// Parse the DIV body\n\tvar startRegExp = /^\\s*<div\\s+([^>]*)>(\\s*<pre>)?/gi,\n\t\tendRegExp,\n\t\tmatch = startRegExp.exec(text);\n\tif(match) {\n\t\t// Old-style DIVs don't have the <pre> tag\n\t\tif(match[2]) {\n\t\t\tendRegExp = /<\\/pre>\\s*<\\/div>\\s*$/gi;\n\t\t} else {\n\t\t\tendRegExp = /<\\/div>\\s*$/gi;\n\t\t}\n\t\tvar endMatch = endRegExp.exec(text);\n\t\tif(endMatch) {\n\t\t\t// Extract the text\n\t\t\tresult.text = text.substring(match.index + match[0].length,endMatch.index);\n\t\t\t// Process the attributes\n\t\t\tvar attrRegExp = /\\s*([^=\\s]+)\\s*=\\s*(?:\"([^\"]*)\"|'([^']*)')/gi,\n\t\t\t\tattrMatch;\n\t\t\tdo {\n\t\t\t\tattrMatch = attrRegExp.exec(match[1]);\n\t\t\t\tif(attrMatch) {\n\t\t\t\t\tvar name = attrMatch[1];\n\t\t\t\t\tvar value = attrMatch[2] !== undefined ? attrMatch[2] : attrMatch[3];\n\t\t\t\t\tresult[name] = value;\n\t\t\t\t}\n\t\t\t} while(attrMatch);\n\t\t\treturn result;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports[\"application/x-tiddler-html-div\"] = function(text,fields) {\n\treturn [parseTiddlerDiv(text,fields)];\n};\n\nexports[\"application/json\"] = function(text,fields) {\n\tvar incoming,\n\t\tresults = [];\n\ttry {\n\t\tincoming = JSON.parse(text);\n\t} catch(e) {\n\t\tincoming = [{\n\t\t\ttitle: \"JSON error: \" + e,\n\t\t\ttext: \"\"\n\t\t}]\n\t}\n\tif(!$tw.utils.isArray(incoming)) {\n\t\tincoming = [incoming];\n\t}\n\tfor(var t=0; t<incoming.length; t++) {\n\t\tvar incomingFields = incoming[t],\n\t\t\tfields = {};\n\t\tfor(var f in incomingFields) {\n\t\t\tif(typeof incomingFields[f] === \"string\") {\n\t\t\t\tfields[f] = incomingFields[f];\n\t\t\t}\n\t\t}\n\t\tresults.push(fields);\n\t}\n\treturn results;\n};\n\n/*\nParse an HTML file into tiddlers. There are three possibilities:\n# A TiddlyWiki classic HTML file containing `text/x-tiddlywiki` tiddlers\n# A TiddlyWiki5 HTML file containing `text/vnd.tiddlywiki` tiddlers\n# An ordinary HTML file\n*/\nexports[\"text/html\"] = function(text,fields) {\n\t// Check if we've got a store area\n\tvar storeAreaMarkerRegExp = /<div id=[\"']?storeArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\tmatch = storeAreaMarkerRegExp.exec(text);\n\tif(match) {\n\t\t// If so, it's either a classic TiddlyWiki file or an unencrypted TW5 file\n\t\t// First read the normal tiddlers\n\t\tvar results = deserializeTiddlyWikiFile(text,storeAreaMarkerRegExp.lastIndex,!!match[1],fields);\n\t\t// Then any system tiddlers\n\t\tvar systemAreaMarkerRegExp = /<div id=[\"']?systemArea['\"]?( style=[\"']?display:none;[\"']?)?>/gi,\n\t\t\tsysMatch = systemAreaMarkerRegExp.exec(text);\n\t\tif(sysMatch) {\n\t\t\tresults.push.apply(results,deserializeTiddlyWikiFile(text,systemAreaMarkerRegExp.lastIndex,!!sysMatch[1],fields));\n\t\t}\n\t\treturn results;\n\t} else {\n\t\t// Check whether we've got an encrypted file\n\t\tvar encryptedStoreArea = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedStoreArea) {\n\t\t\t// If so, attempt to decrypt it using the current password\n\t\t\treturn $tw.utils.decryptStoreArea(encryptedStoreArea);\n\t\t} else {\n\t\t\t// It's not a TiddlyWiki so we'll return the entire HTML file as a tiddler\n\t\t\treturn deserializeHtmlFile(text,fields);\n\t\t}\n\t}\n};\n\nfunction deserializeHtmlFile(text,fields) {\n\tvar result = {};\n\t$tw.utils.each(fields,function(value,name) {\n\t\tresult[name] = value;\n\t});\n\tresult.text = text;\n\tresult.type = \"text/html\";\n\treturn [result];\n}\n\nfunction deserializeTiddlyWikiFile(text,storeAreaEnd,isTiddlyWiki5,fields) {\n\tvar results = [],\n\t\tendOfDivRegExp = /(<\\/div>\\s*)/gi,\n\t\tstartPos = storeAreaEnd,\n\t\tdefaultType = isTiddlyWiki5 ? undefined : \"text/x-tiddlywiki\";\n\tendOfDivRegExp.lastIndex = startPos;\n\tvar match = endOfDivRegExp.exec(text);\n\twhile(match) {\n\t\tvar endPos = endOfDivRegExp.lastIndex,\n\t\t\ttiddlerFields = parseTiddlerDiv(text.substring(startPos,endPos),fields,{type: defaultType});\n\t\tif(!tiddlerFields) {\n\t\t\tbreak;\n\t\t}\n\t\t$tw.utils.each(tiddlerFields,function(value,name) {\n\t\t\tif(typeof value === \"string\") {\n\t\t\t\ttiddlerFields[name] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/core/modules/editor/engines/framed.js": {
"title": "$:/core/modules/editor/engines/framed.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/framed.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea within an iframe. This is done so that the selection is preserved even when clicking away from the textarea\n\n\\*/\n(function(){\n\n/*jslint node: true,browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction FramedEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Create our hidden dummy text area for reading styles\n\tthis.dummyTextArea = this.widget.document.createElement(\"textarea\");\n\tif(this.widget.editClass) {\n\t\tthis.dummyTextArea.className = this.widget.editClass;\n\t}\n\tthis.dummyTextArea.setAttribute(\"hidden\",\"true\");\n\tthis.parentNode.insertBefore(this.dummyTextArea,this.nextSibling);\n\tthis.widget.domNodes.push(this.dummyTextArea);\n\t// Create the iframe\n\tthis.iframeNode = this.widget.document.createElement(\"iframe\");\n\tthis.parentNode.insertBefore(this.iframeNode,this.nextSibling);\n\tthis.iframeDoc = this.iframeNode.contentWindow.document;\n\t// (Firefox requires us to put some empty content in the iframe)\n\tthis.iframeDoc.open();\n\tthis.iframeDoc.write(\"\");\n\tthis.iframeDoc.close();\n\t// Style the iframe\n\tthis.iframeNode.className = this.dummyTextArea.className;\n\tthis.iframeNode.style.border = \"none\";\n\tthis.iframeNode.style.padding = \"0\";\n\tthis.iframeNode.style.resize = \"none\";\n\tthis.iframeNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\tthis.iframeDoc.body.style.margin = \"0\";\n\tthis.iframeDoc.body.style.padding = \"0\";\n\tthis.widget.domNodes.push(this.iframeNode);\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.iframeDoc.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.iframeDoc.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.iframeNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Copy the styles from the dummy textarea\n\tthis.copyStyles();\n\t// Add event listeners\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"click\",handlerObject: this,handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"input\",handlerObject: this,handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"keydown\",handlerObject: this.widget,handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.iframeDoc.body.appendChild(this.domNode);\n}\n\n/*\nCopy styles from the dummy text area to the textarea in the iframe\n*/\nFramedEngine.prototype.copyStyles = function() {\n\t// Copy all styles\n\t$tw.utils.copyStyles(this.dummyTextArea,this.domNode);\n\t// Override the ones that should not be set the same as the dummy textarea\n\tthis.domNode.style.display = \"block\";\n\tthis.domNode.style.width = \"100%\";\n\tthis.domNode.style.margin = \"0\";\n\tthis.domNode.style[\"background-color\"] = this.widget.wiki.extractTiddlerDataItem(this.widget.wiki.getTiddlerText(\"$:/palette\"),\"tiddler-editor-background\");\n\t// In Chrome setting -webkit-text-fill-color overrides the placeholder text colour\n\tthis.domNode.style[\"-webkit-text-fill-color\"] = \"currentcolor\";\n};\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nFramedEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode) {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nFramedEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nFramedEngine.prototype.fixHeight = function() {\n\t// Make sure styles are updated\n\tthis.copyStyles();\n\t// Adjust height\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\tvar newHeight = $tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t\tthis.iframeNode.style.height = (newHeight + 14) + \"px\"; // +14 for the border on the textarea\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t\tthis.iframeNode.style.height = (fixedHeight + 14) + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nFramedEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a click\n*/\nFramedEngine.prototype.handleClickEvent = function(event) {\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nFramedEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nFramedEngine.prototype.createTextOperation = function() {\n\tvar operation = {\n\t\ttext: this.domNode.value,\n\t\tselStart: this.domNode.selectionStart,\n\t\tselEnd: this.domNode.selectionEnd,\n\t\tcutStart: null,\n\t\tcutEnd: null,\n\t\treplacement: null,\n\t\tnewSelStart: null,\n\t\tnewSelEnd: null\n\t};\n\toperation.selection = operation.text.substring(operation.selStart,operation.selEnd);\n\treturn operation;\n};\n\n/*\nExecute a text operation\n*/\nFramedEngine.prototype.executeTextOperation = function(operation) {\n\t// Perform the required changes to the text area and the underlying tiddler\n\tvar newText = operation.text;\n\tif(operation.replacement !== null) {\n\t\tnewText = operation.text.substring(0,operation.cutStart) + operation.replacement + operation.text.substring(operation.cutEnd);\n\t\t// Attempt to use a execCommand to modify the value of the control\n\t\tif(this.iframeDoc.queryCommandSupported(\"insertText\") && this.iframeDoc.queryCommandSupported(\"delete\") && !$tw.browser.isFirefox) {\n\t\t\tthis.domNode.focus();\n\t\t\tthis.domNode.setSelectionRange(operation.cutStart,operation.cutEnd);\n\t\t\tif(operation.replacement === \"\") {\n\t\t\t\tthis.iframeDoc.execCommand(\"delete\",false,\"\");\n\t\t\t} else {\n\t\t\t\tthis.iframeDoc.execCommand(\"insertText\",false,operation.replacement);\n\t\t\t}\n\t\t} else {\n\t\t\tthis.domNode.value = newText;\n\t\t}\n\t\tthis.domNode.focus();\n\t\tthis.domNode.setSelectionRange(operation.newSelStart,operation.newSelEnd);\n\t}\n\tthis.domNode.focus();\n\treturn newText;\n};\n\nexports.FramedEngine = FramedEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/engines/simple.js": {
"title": "$:/core/modules/editor/engines/simple.js",
"text": "/*\\\ntitle: $:/core/modules/editor/engines/simple.js\ntype: application/javascript\nmodule-type: library\n\nText editor engine based on a simple input or textarea tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HEIGHT_VALUE_TITLE = \"$:/config/TextEditor/EditorHeight/Height\";\n\nfunction SimpleEngine(options) {\n\t// Save our options\n\toptions = options || {};\n\tthis.widget = options.widget;\n\tthis.value = options.value;\n\tthis.parentNode = options.parentNode;\n\tthis.nextSibling = options.nextSibling;\n\t// Construct the textarea or input node\n\tvar tag = this.widget.editTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"input\";\n\t}\n\tthis.domNode = this.widget.document.createElement(tag);\n\t// Set the text\n\tif(this.widget.editTag === \"textarea\") {\n\t\tthis.domNode.appendChild(this.widget.document.createTextNode(this.value));\n\t} else {\n\t\tthis.domNode.value = this.value;\n\t}\n\t// Set the attributes\n\tif(this.widget.editType) {\n\t\tthis.domNode.setAttribute(\"type\",this.widget.editType);\n\t}\n\tif(this.widget.editPlaceholder) {\n\t\tthis.domNode.setAttribute(\"placeholder\",this.widget.editPlaceholder);\n\t}\n\tif(this.widget.editSize) {\n\t\tthis.domNode.setAttribute(\"size\",this.widget.editSize);\n\t}\n\tif(this.widget.editRows) {\n\t\tthis.domNode.setAttribute(\"rows\",this.widget.editRows);\n\t}\n\tif(this.widget.editClass) {\n\t\tthis.domNode.className = this.widget.editClass;\n\t}\n\tif(this.widget.editTabIndex) {\n\t\tthis.domNode.setAttribute(\"tabindex\",this.widget.editTabIndex);\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(this.domNode,[\n\t\t{name: \"focus\", handlerObject: this, handlerMethod: \"handleFocusEvent\"},\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\n\t]);\n\t// Insert the element into the DOM\n\tthis.parentNode.insertBefore(this.domNode,this.nextSibling);\n\tthis.widget.domNodes.push(this.domNode);\n}\n\n/*\nSet the text of the engine if it doesn't currently have focus\n*/\nSimpleEngine.prototype.setText = function(text,type) {\n\tif(!this.domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.domNode.ownerDocument.activeElement !== this.domNode || text === \"\") {\n\t\t\tthis.domNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nGet the text of the engine\n*/\nSimpleEngine.prototype.getText = function() {\n\treturn this.domNode.value;\n};\n\n/*\nFix the height of textarea to fit content\n*/\nSimpleEngine.prototype.fixHeight = function() {\n\tif(this.widget.editTag === \"textarea\") {\n\t\tif(this.widget.editAutoHeight) {\n\t\t\tif(this.domNode && !this.domNode.isTiddlyWikiFakeDom) {\n\t\t\t\t$tw.utils.resizeTextAreaToFit(this.domNode,this.widget.editMinHeight);\n\t\t\t}\n\t\t} else {\n\t\t\tvar fixedHeight = parseInt(this.widget.wiki.getTiddlerText(HEIGHT_VALUE_TITLE,\"400px\"),10);\n\t\t\tfixedHeight = Math.max(fixedHeight,20);\n\t\t\tthis.domNode.style.height = fixedHeight + \"px\";\n\t\t}\n\t}\n};\n\n/*\nFocus the engine node\n*/\nSimpleEngine.prototype.focus = function() {\n\tif(this.domNode.focus && this.domNode.select) {\n\t\tthis.domNode.focus();\n\t\tthis.domNode.select();\n\t}\n};\n\n/*\nHandle a dom \"input\" event which occurs when the text has changed\n*/\nSimpleEngine.prototype.handleInputEvent = function(event) {\n\tthis.widget.saveChanges(this.getText());\n\tthis.fixHeight();\n\treturn true;\n};\n\n/*\nHandle a dom \"focus\" event\n*/\nSimpleEngine.prototype.handleFocusEvent = function(event) {\n\tif(this.widget.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNode,\n\t\t\ttitle: this.widget.editFocusPopup,\n\t\t\twiki: this.widget.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\n/*\nCreate a blank structure representing a text operation\n*/\nSimpleEngine.prototype.createTextOperation = function() {\n\treturn null;\n};\n\n/*\nExecute a text operation\n*/\nSimpleEngine.prototype.executeTextOperation = function(operation) {\n};\n\nexports.SimpleEngine = SimpleEngine;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/factory.js": {
"title": "$:/core/modules/editor/factory.js",
"text": "/*\\\ntitle: $:/core/modules/editor/factory.js\ntype: application/javascript\nmodule-type: library\n\nFactory for constructing text editor widgets with specified engines for the toolbar and non-toolbar cases\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_MIN_TEXT_AREA_HEIGHT = \"100px\"; // Minimum height of textareas in pixels\n\n// Configuration tiddlers\nvar HEIGHT_MODE_TITLE = \"$:/config/TextEditor/EditorHeight/Mode\";\nvar ENABLE_TOOLBAR_TITLE = \"$:/config/TextEditor/EnableToolbar\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nfunction editTextWidgetFactory(toolbarEngine,nonToolbarEngine) {\n\n\tvar EditTextWidget = function(parseTreeNode,options) {\n\t\t// Initialise the editor operations if they've not been done already\n\t\tif(!this.editorOperations) {\n\t\t\tEditTextWidget.prototype.editorOperations = {};\n\t\t\t$tw.modules.applyMethods(\"texteditoroperation\",this.editorOperations);\n\t\t}\n\t\tthis.initialise(parseTreeNode,options);\n\t};\n\n\t/*\n\tInherit from the base widget class\n\t*/\n\tEditTextWidget.prototype = new Widget();\n\n\t/*\n\tRender this widget into the DOM\n\t*/\n\tEditTextWidget.prototype.render = function(parent,nextSibling) {\n\t\t// Save the parent dom node\n\t\tthis.parentDomNode = parent;\n\t\t// Compute our attributes\n\t\tthis.computeAttributes();\n\t\t// Execute our logic\n\t\tthis.execute();\n\t\t// Create the wrapper for the toolbar and render its content\n\t\tif(this.editShowToolbar) {\n\t\t\tthis.toolbarNode = this.document.createElement(\"div\");\n\t\t\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\t\t\tparent.insertBefore(this.toolbarNode,nextSibling);\n\t\t\tthis.renderChildren(this.toolbarNode,null);\n\t\t\tthis.domNodes.push(this.toolbarNode);\n\t\t}\n\t\t// Create our element\n\t\tvar editInfo = this.getEditInfo(),\n\t\t\tEngine = this.editShowToolbar ? toolbarEngine : nonToolbarEngine;\n\t\tthis.engine = new Engine({\n\t\t\t\twidget: this,\n\t\t\t\tvalue: editInfo.value,\n\t\t\t\ttype: editInfo.type,\n\t\t\t\tparentNode: parent,\n\t\t\t\tnextSibling: nextSibling\n\t\t\t});\n\t\t// Call the postRender hook\n\t\tif(this.postRender) {\n\t\t\tthis.postRender();\n\t\t}\n\t\t// Fix height\n\t\tthis.engine.fixHeight();\n\t\t// Focus if required\n\t\tif(this.editFocus === \"true\" || this.editFocus === \"yes\") {\n\t\t\tthis.engine.focus();\n\t\t}\n\t\t// Add widget message listeners\n\t\tthis.addEventListeners([\n\t\t\t{type: \"tm-edit-text-operation\", handler: \"handleEditTextOperationMessage\"}\n\t\t]);\n\t};\n\n\t/*\n\tGet the tiddler being edited and current value\n\t*/\n\tEditTextWidget.prototype.getEditInfo = function() {\n\t\t// Get the edit value\n\t\tvar self = this,\n\t\t\tvalue,\n\t\t\ttype = \"text/plain\",\n\t\t\tupdate;\n\t\tif(this.editIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\t\tupdate = function(value) {\n\t\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t\t}\n\t\t\t};\n\t\t} else {\n\t\t\t// Get the current tiddler and the field name\n\t\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\t\tif(tiddler) {\n\t\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t\t\tif(this.editField === \"text\") {\n\t\t\t\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\t\tswitch(this.editField) {\n\t\t\t\t\tcase \"text\":\n\t\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\t\ttype = \"text/vnd.tiddlywiki\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"title\":\n\t\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tvalue = \"\";\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\t\tvalue = this.editDefault;\n\t\t\t\t}\n\t\t\t}\n\t\t\tupdate = function(value) {\n\t\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\t\tupdateFields = {\n\t\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t\t};\n\t\t\t\tupdateFields[self.editField] = value;\n\t\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t\t};\n\t\t}\n\t\tif(this.editType) {\n\t\t\ttype = this.editType;\n\t\t}\n\t\treturn {value: value || \"\", type: type, update: update};\n\t};\n\n\t/*\n\tHandle an edit text operation message from the toolbar\n\t*/\n\tEditTextWidget.prototype.handleEditTextOperationMessage = function(event) {\n\t\t// Prepare information about the operation\n\t\tvar operation = this.engine.createTextOperation();\n\t\t// Invoke the handler for the selected operation\n\t\tvar handler = this.editorOperations[event.param];\n\t\tif(handler) {\n\t\t\thandler.call(this,event,operation);\n\t\t}\n\t\t// Execute the operation via the engine\n\t\tvar newText = this.engine.executeTextOperation(operation);\n\t\t// Fix the tiddler height and save changes\n\t\tthis.engine.fixHeight();\n\t\tthis.saveChanges(newText);\n\t};\n\n\t/*\n\tCompute the internal state of the widget\n\t*/\n\tEditTextWidget.prototype.execute = function() {\n\t\t// Get our parameters\n\t\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t\tthis.editField = this.getAttribute(\"field\",\"text\");\n\t\tthis.editIndex = this.getAttribute(\"index\");\n\t\tthis.editDefault = this.getAttribute(\"default\");\n\t\tthis.editClass = this.getAttribute(\"class\");\n\t\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t\tthis.editSize = this.getAttribute(\"size\");\n\t\tthis.editRows = this.getAttribute(\"rows\");\n\t\tthis.editAutoHeight = this.wiki.getTiddlerText(HEIGHT_MODE_TITLE,\"auto\");\n\t\tthis.editAutoHeight = this.getAttribute(\"autoHeight\",this.editAutoHeight === \"auto\" ? \"yes\" : \"no\") === \"yes\";\n\t\tthis.editMinHeight = this.getAttribute(\"minHeight\",DEFAULT_MIN_TEXT_AREA_HEIGHT);\n\t\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t\tthis.editFocus = this.getAttribute(\"focus\");\n\t\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\t\t// Get the default editor element tag and type\n\t\tvar tag,type;\n\t\tif(this.editField === \"text\") {\n\t\t\ttag = \"textarea\";\n\t\t} else {\n\t\t\ttag = \"input\";\n\t\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\t\ttag = fieldModule.editTag;\n\t\t\t}\n\t\t\tif(fieldModule && fieldModule.editType) {\n\t\t\t\ttype = fieldModule.editType;\n\t\t\t}\n\t\t\ttype = type || \"text\";\n\t\t}\n\t\t// Get the rest of our parameters\n\t\tthis.editTag = this.getAttribute(\"tag\",tag) || \"input\";\n\t\tthis.editType = this.getAttribute(\"type\",type);\n\t\t// Make the child widgets\n\t\tthis.makeChildWidgets();\n\t\t// Determine whether to show the toolbar\n\t\tthis.editShowToolbar = this.wiki.getTiddlerText(ENABLE_TOOLBAR_TITLE,\"yes\");\n\t\tthis.editShowToolbar = (this.editShowToolbar === \"yes\") && !!(this.children && this.children.length > 0) && (!this.document.isTiddlyWikiFakeDom);\n\t};\n\n\t/*\n\tSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n\t*/\n\tEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\t\tvar changedAttributes = this.computeAttributes();\n\t\t// Completely rerender if any of our attributes have changed\n\t\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.placeholder || changedAttributes.size || changedAttributes.autoHeight || changedAttributes.minHeight || changedAttributes.focusPopup || changedAttributes.rows || changedAttributes.tabindex || changedTiddlers[HEIGHT_MODE_TITLE] || changedTiddlers[ENABLE_TOOLBAR_TITLE]) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t\t} else if(changedTiddlers[this.editTitle]) {\n\t\t\tvar editInfo = this.getEditInfo();\n\t\t\tthis.updateEditor(editInfo.value,editInfo.type);\n\t\t}\n\t\tthis.engine.fixHeight();\n\t\tif(this.editShowToolbar) {\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\treturn false;\n\t\t}\n\t};\n\n\t/*\n\tUpdate the editor with new text. This method is separate from updateEditorDomNode()\n\tso that subclasses can override updateEditor() and still use updateEditorDomNode()\n\t*/\n\tEditTextWidget.prototype.updateEditor = function(text,type) {\n\t\tthis.updateEditorDomNode(text,type);\n\t};\n\n\t/*\n\tUpdate the editor dom node with new text\n\t*/\n\tEditTextWidget.prototype.updateEditorDomNode = function(text,type) {\n\t\tthis.engine.setText(text,type);\n\t};\n\n\t/*\n\tSave changes back to the tiddler store\n\t*/\n\tEditTextWidget.prototype.saveChanges = function(text) {\n\t\tvar editInfo = this.getEditInfo();\n\t\tif(text !== editInfo.value) {\n\t\t\teditInfo.update(text);\n\t\t}\n\t};\n\n\t/*\n\tHandle a dom \"keydown\" event, which we'll bubble up to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.handleKeydownEvent = function(event) {\n\t\t// Check for a keyboard shortcut\n\t\tif(this.toolbarNode) {\n\t\t\tvar shortcutElements = this.toolbarNode.querySelectorAll(\"[data-tw-keyboard-shortcut]\");\n\t\t\tfor(var index=0; index<shortcutElements.length; index++) {\n\t\t\t\tvar el = shortcutElements[index],\n\t\t\t\t\tshortcutData = el.getAttribute(\"data-tw-keyboard-shortcut\"),\n\t\t\t\t\tkeyInfoArray = $tw.keyboardManager.parseKeyDescriptors(shortcutData,{\n\t\t\t\t\t\twiki: this.wiki\n\t\t\t\t\t});\n\t\t\t\tif($tw.keyboardManager.checkKeyDescriptors(event,keyInfoArray)) {\n\t\t\t\t\tvar clickEvent = this.document.createEvent(\"Events\");\n\t\t\t\t clickEvent.initEvent(\"click\",true,false);\n\t\t\t\t el.dispatchEvent(clickEvent);\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// Propogate the event to the container\n\t\tif(this.propogateKeydownEvent(event)) {\n\t\t\t// Ignore the keydown if it was already handled\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\t// Otherwise, process the keydown normally\n\t\treturn false;\n\t};\n\n\t/*\n\tPropogate keydown events to our container for the keyboard widgets benefit\n\t*/\n\tEditTextWidget.prototype.propogateKeydownEvent = function(event) {\n\t\tvar newEvent = this.document.createEventObject ? this.document.createEventObject() : this.document.createEvent(\"Events\");\n\t\tif(newEvent.initEvent) {\n\t\t\tnewEvent.initEvent(\"keydown\", true, true);\n\t\t}\n\t\tnewEvent.keyCode = event.keyCode;\n\t\tnewEvent.which = event.which;\n\t\tnewEvent.metaKey = event.metaKey;\n\t\tnewEvent.ctrlKey = event.ctrlKey;\n\t\tnewEvent.altKey = event.altKey;\n\t\tnewEvent.shiftKey = event.shiftKey;\n\t\treturn !this.parentDomNode.dispatchEvent(newEvent);\n\t};\n\n\treturn EditTextWidget;\n\n}\n\nexports.editTextWidgetFactory = editTextWidgetFactory;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/editor/operations/bitmap/clear.js": {
"title": "$:/core/modules/editor/operations/bitmap/clear.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/clear.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to clear the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"clear\"] = function(event) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.globalAlpha = 1;\n\tctx.fillStyle = event.paramObject.colour || \"white\";\n\tctx.fillRect(0,0,this.canvasDomNode.width,this.canvasDomNode.height);\n\t// Save changes\n\tthis.strokeEnd();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/resize.js": {
"title": "$:/core/modules/editor/operations/bitmap/resize.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/resize.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to resize the image\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"resize\"] = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(event.paramObject.width || this.canvasDomNode.width,10),\n\t\tnewHeight = parseInt(event.paramObject.height || this.canvasDomNode.height,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newHeight > 0 && !(newWidth === this.currCanvas.width && newHeight === this.currCanvas.height)) {\n\t\tthis.changeCanvasSize(newWidth,newHeight);\n\t}\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/bitmap/rotate-left.js": {
"title": "$:/core/modules/editor/operations/bitmap/rotate-left.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/bitmap/rotate-left.js\ntype: application/javascript\nmodule-type: bitmapeditoroperation\n\nBitmap editor operation to rotate the image left by 90 degrees\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"rotate-left\"] = function(event) {\n\t// Rotate the canvas left by 90 degrees\n\tthis.rotateCanvasLeft();\n\t// Update the input controls\n\tthis.refreshToolbar();\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "bitmapeditoroperation"
},
"$:/core/modules/editor/operations/text/excise.js": {
"title": "$:/core/modules/editor/operations/text/excise.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/excise.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to excise the selection to a new tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"excise\"] = function(event,operation) {\n\tvar editTiddler = this.wiki.getTiddler(this.editTitle),\n\t\teditTiddlerTitle = this.editTitle;\n\tif(editTiddler && editTiddler.fields[\"draft.of\"]) {\n\t\teditTiddlerTitle = editTiddler.fields[\"draft.of\"];\n\t}\n\tvar excisionTitle = event.paramObject.title || this.wiki.generateNewTitle(\"New Excision\");\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\tthis.wiki.getModificationFields(),\n\t\t{\n\t\t\ttitle: excisionTitle,\n\t\t\ttext: operation.selection,\n\t\t\ttags: event.paramObject.tagnew === \"yes\" ? [editTiddlerTitle] : []\n\t\t}\n\t));\n\toperation.replacement = excisionTitle;\n\tswitch(event.paramObject.type || \"transclude\") {\n\t\tcase \"transclude\":\n\t\t\toperation.replacement = \"{{\" + operation.replacement+ \"}}\";\n\t\t\tbreak;\n\t\tcase \"link\":\n\t\t\toperation.replacement = \"[[\" + operation.replacement+ \"]]\";\n\t\t\tbreak;\n\t\tcase \"macro\":\n\t\t\toperation.replacement = \"<<\" + (event.paramObject.macro || \"translink\") + \" \\\"\\\"\\\"\" + operation.replacement + \"\\\"\\\"\\\">>\";\n\t\t\tbreak;\n\t}\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/make-link.js": {
"title": "$:/core/modules/editor/operations/text/make-link.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/make-link.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to make a link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"make-link\"] = function(event,operation) {\n\tif(operation.selection) {\n\t\toperation.replacement = \"[[\" + operation.selection + \"|\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t} else {\n\t\toperation.replacement = \"[[\" + event.paramObject.text + \"]]\";\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t}\n\toperation.newSelStart = operation.selStart + operation.replacement.length;\n\toperation.newSelEnd = operation.newSelStart;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/prefix-lines.js": {
"title": "$:/core/modules/editor/operations/text/prefix-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/prefix-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to add a prefix to the selected lines\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"prefix-lines\"] = function(event,operation) {\n\tvar targetCount = parseInt(event.paramObject.count + \"\",10);\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Compose the required prefix\n\tvar prefix = $tw.utils.repeat(event.paramObject.character,targetCount);\n\t// Process each line\n\tvar lines = operation.text.substring(operation.cutStart,operation.cutEnd).split(/\\r?\\n/mg);\n\t$tw.utils.each(lines,function(line,index) {\n\t\t// Remove and count any existing prefix characters\n\t\tvar count = 0;\n\t\twhile(line.charAt(0) === event.paramObject.character) {\n\t\t\tline = line.substring(1);\n\t\t\tcount++;\n\t\t}\n\t\t// Remove any whitespace\n\t\twhile(line.charAt(0) === \" \") {\n\t\t\tline = line.substring(1);\n\t\t}\n\t\t// We're done if we removed the exact required prefix, otherwise add it\n\t\tif(count !== targetCount) {\n\t\t\t// Apply the prefix\n\t\t\tline = prefix + \" \" + line;\n\t\t}\n\t\t// Save the modified line\n\t\tlines[index] = line;\n\t});\n\t// Stitch the replacement text together and set the selection\n\toperation.replacement = lines.join(\"\\n\");\n\tif(lines.length === 1) {\n\t\toperation.newSelStart = operation.cutStart + operation.replacement.length;\n\t\toperation.newSelEnd = operation.newSelStart;\n\t} else {\n\t\toperation.newSelStart = operation.cutStart;\n\t\toperation.newSelEnd = operation.newSelStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-all.js": {
"title": "$:/core/modules/editor/operations/text/replace-all.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-all.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the entire text\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-all\"] = function(event,operation) {\n\toperation.cutStart = 0;\n\toperation.cutEnd = operation.text.length;\n\toperation.replacement = event.paramObject.text;\n\toperation.newSelStart = 0;\n\toperation.newSelEnd = operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/replace-selection.js": {
"title": "$:/core/modules/editor/operations/text/replace-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/replace-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to replace the selection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"replace-selection\"] = function(event,operation) {\n\toperation.replacement = event.paramObject.text;\n\toperation.cutStart = operation.selStart;\n\toperation.cutEnd = operation.selEnd;\n\toperation.newSelStart = operation.selStart;\n\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/save-selection.js": {
"title": "$:/core/modules/editor/operations/text/save-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/save-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to save the current selection in a specified tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"save-selection\"] = function(event,operation) {\n\tvar tiddler = event.paramObject.tiddler,\n\t\tfield = event.paramObject.field || \"text\";\n\tif(tiddler && field) {\n\t\tthis.wiki.setText(tiddler,field,null,operation.text.substring(operation.selStart,operation.selEnd));\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-lines.js": {
"title": "$:/core/modules/editor/operations/text/wrap-lines.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-lines.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selected lines with a prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-lines\"] = function(event,operation) {\n\t// Cut just past the preceding line break, or the start of the text\n\toperation.cutStart = $tw.utils.findPrecedingLineBreak(operation.text,operation.selStart);\n\t// Cut to just past the following line break, or to the end of the text\n\toperation.cutEnd = $tw.utils.findFollowingLineBreak(operation.text,operation.selEnd);\n\t// Add the prefix and suffix\n\toperation.replacement = event.paramObject.prefix + \"\\n\" +\n\t\t\t\toperation.text.substring(operation.cutStart,operation.cutEnd) + \"\\n\" +\n\t\t\t\tevent.paramObject.suffix + \"\\n\";\n\toperation.newSelStart = operation.cutStart + event.paramObject.prefix.length + 1;\n\toperation.newSelEnd = operation.newSelStart + (operation.cutEnd - operation.cutStart);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/editor/operations/text/wrap-selection.js": {
"title": "$:/core/modules/editor/operations/text/wrap-selection.js",
"text": "/*\\\ntitle: $:/core/modules/editor/operations/text/wrap-selection.js\ntype: application/javascript\nmodule-type: texteditoroperation\n\nText editor operation to wrap the selection with the specified prefix and suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports[\"wrap-selection\"] = function(event,operation) {\n\tif(operation.selStart === operation.selEnd) {\n\t\t// No selection; check if we're within the prefix/suffix\n\t\tif(operation.text.substring(operation.selStart - event.paramObject.prefix.length,operation.selStart + event.paramObject.suffix.length) === event.paramObject.prefix + event.paramObject.suffix) {\n\t\t\t// Remove the prefix and suffix\n\t\t\toperation.cutStart = operation.selStart - event.paramObject.prefix.length;\n\t\t\toperation.cutEnd = operation.selEnd + event.paramObject.suffix.length;\n\t\t\toperation.replacement = \"\";\n\t\t\toperation.newSelStart = operation.cutStart;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t} else {\n\t\t\t// Wrap the cursor instead\n\t\t\toperation.cutStart = operation.selStart;\n\t\t\toperation.cutEnd = operation.selEnd;\n\t\t\toperation.replacement = event.paramObject.prefix + event.paramObject.suffix;\n\t\t\toperation.newSelStart = operation.selStart + event.paramObject.prefix.length;\n\t\t\toperation.newSelEnd = operation.newSelStart;\n\t\t}\n\t} else if(operation.text.substring(operation.selStart,operation.selStart + event.paramObject.prefix.length) === event.paramObject.prefix && operation.text.substring(operation.selEnd - event.paramObject.suffix.length,operation.selEnd) === event.paramObject.suffix) {\n\t\t// Prefix and suffix are already present, so remove them\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = operation.selection.substring(event.paramObject.prefix.length,operation.selection.length - event.paramObject.suffix.length);\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t} else {\n\t\t// Add the prefix and suffix\n\t\toperation.cutStart = operation.selStart;\n\t\toperation.cutEnd = operation.selEnd;\n\t\toperation.replacement = event.paramObject.prefix + operation.selection + event.paramObject.suffix;\n\t\toperation.newSelStart = operation.selStart;\n\t\toperation.newSelEnd = operation.selStart + operation.replacement.length;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "texteditoroperation"
},
"$:/core/modules/filters/addprefix.js": {
"title": "$:/core/modules/filters/addprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a prefix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand + title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/addsuffix.js": {
"title": "$:/core/modules/filters/addsuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/addsuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for adding a suffix to each title in the list. This is\nespecially useful in contexts where only a filter expression is allowed\nand macro substitution isn't available.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.addsuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title + operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/after.js": {
"title": "$:/core/modules/filters/after.js",
"text": "/*\\\ntitle: $:/core/modules/filters/after.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is after the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.after = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index === -1 || index > (results.length - 2)) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index + 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/all/current.js": {
"title": "$:/core/modules/filters/all/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/current.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar currTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(currTiddlerTitle) {\n\t\treturn [currTiddlerTitle];\n\t} else {\n\t\treturn [];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/missing.js": {
"title": "$:/core/modules/filters/all/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/missing.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\treturn options.wiki.getMissingTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/orphans.js": {
"title": "$:/core/modules/filters/all/orphans.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/orphans.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[orphans]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphans = function(source,prefix,options) {\n\treturn options.wiki.getOrphanTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/shadows.js": {
"title": "$:/core/modules/filters/all/shadows.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/shadows.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[shadows]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadows = function(source,prefix,options) {\n\treturn options.wiki.allShadowTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tags.js": {
"title": "$:/core/modules/filters/all/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tags.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tags]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,prefix,options) {\n\treturn Object.keys(options.wiki.getTagMap());\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all/tiddlers.js": {
"title": "$:/core/modules/filters/all/tiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all/tiddlers.js\ntype: application/javascript\nmodule-type: allfilteroperator\n\nFilter function for [all[tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddlers = function(source,prefix,options) {\n\treturn options.wiki.allTitles();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "allfilteroperator"
},
"$:/core/modules/filters/all.js": {
"title": "$:/core/modules/filters/all.js",
"text": "/*\\\ntitle: $:/core/modules/filters/all.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for selecting tiddlers\n\n[all[shadows+tiddlers]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar allFilterOperators;\n\nfunction getAllFilterOperators() {\n\tif(!allFilterOperators) {\n\t\tallFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"allfilteroperator\",allFilterOperators);\n\t}\n\treturn allFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.all = function(source,operator,options) {\n\t// Get our suboperators\n\tvar allFilterOperators = getAllFilterOperators();\n\t// Cycle through the suboperators accumulating their results\n\tvar results = [],\n\t\tsubops = operator.operand.split(\"+\");\n\t// Check for common optimisations\n\tif(subops.length === 1 && subops[0] === \"\") {\n\t\treturn source;\n\t} else if(subops.length === 1 && subops[0] === \"tiddlers\") {\n\t\treturn options.wiki.each;\n\t} else if(subops.length === 1 && subops[0] === \"shadows\") {\n\t\treturn options.wiki.eachShadow;\n\t} else if(subops.length === 2 && subops[0] === \"tiddlers\" && subops[1] === \"shadows\") {\n\t\treturn options.wiki.eachTiddlerPlusShadows;\n\t} else if(subops.length === 2 && subops[0] === \"shadows\" && subops[1] === \"tiddlers\") {\n\t\treturn options.wiki.eachShadowPlusTiddlers;\n\t}\n\t// Do it the hard way\n\tfor(var t=0; t<subops.length; t++) {\n\t\tvar subop = allFilterOperators[subops[t]];\n\t\tif(subop) {\n\t\t\t$tw.utils.pushTop(results,subop(source,operator.prefix,options));\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/backlinks.js": {
"title": "$:/core/modules/filters/backlinks.js",
"text": "/*\\\ntitle: $:/core/modules/filters/backlinks.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the backlinks from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/before.js": {
"title": "$:/core/modules/filters/before.js",
"text": "/*\\\ntitle: $:/core/modules/filters/before.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler from the current list that is before the tiddler named in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.before = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar index = results.indexOf(operator.operand);\n\tif(index <= 0) {\n\t\treturn [];\n\t} else {\n\t\treturn [results[index - 1]];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/commands.js": {
"title": "$:/core/modules/filters/commands.js",
"text": "/*\\\ntitle: $:/core/modules/filters/commands.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the commands available in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.commands = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.commands,function(commandInfo,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/compare.js": {
"title": "$:/core/modules/filters/compare.js",
"text": "/*\\\ntitle: $:/core/modules/filters/compare.js\ntype: application/javascript\nmodule-type: filteroperator\n\nGeneral purpose comparison operator\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.compare = function(source,operator,options) {\n\tvar suffixes = operator.suffixes || [],\n\t\ttype = (suffixes[0] || [])[0],\n\t\tmode = (suffixes[1] || [])[0],\n\t\ttypeFn = types[type] || types.number,\n\t\tmodeFn = modes[mode] || modes.eq,\n\t\tinvert = operator.prefix === \"!\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tif(modeFn(typeFn(title,operator.operand)) !== invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\nvar types = {\n\t\"number\": function(a,b) {\n\t\treturn compare($tw.utils.parseNumber(a),$tw.utils.parseNumber(b));\n\t},\n\t\"integer\": function(a,b) {\n\t\treturn compare($tw.utils.parseInt(a),$tw.utils.parseInt(b));\n\t},\n\t\"string\": function(a,b) {\n\t\treturn compare(\"\" + a,\"\" +b);\n\t},\n\t\"date\": function(a,b) {\n\t\tvar dateA = $tw.utils.parseDate(a),\n\t\t\tdateB = $tw.utils.parseDate(b);\n\t\tif(!isFinite(dateA)) {\n\t\t\tdateA = new Date(0);\n\t\t}\n\t\tif(!isFinite(dateB)) {\n\t\t\tdateB = new Date(0);\n\t\t}\n\t\treturn compare(dateA,dateB);\n\t},\n\t\"version\": function(a,b) {\n\t\treturn $tw.utils.compareVersions(a,b);\n\t}\n};\n\nfunction compare(a,b) {\n\tif(a > b) {\n\t\treturn +1;\n\t} else if(a < b) {\n\t\treturn -1;\n\t} else {\n\t\treturn 0;\n\t}\n};\n\nvar modes = {\n\t\"eq\": function(value) {return value === 0;},\n\t\"ne\": function(value) {return value !== 0;},\n\t\"gteq\": function(value) {return value >= 0;},\n\t\"gt\": function(value) {return value > 0;},\n\t\"lteq\": function(value) {return value <= 0;},\n\t\"lt\": function(value) {return value < 0;}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/contains.js": {
"title": "$:/core/modules/filters/contains.js",
"text": "/*\\\ntitle: $:/core/modules/filters/contains.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for finding values in array fields\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.contains = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"list\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\tvar list = tiddler.getFieldList(fieldname);\n\t\t\t\tif(list.indexOf(operator.operand) !== -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/count.js": {
"title": "$:/core/modules/filters/count.js",
"text": "/*\\\ntitle: $:/core/modules/filters/count.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the number of entries in the current list.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.count = function(source,operator,options) {\n\tvar count = 0;\n\tsource(function(tiddler,title) {\n\t\tcount++;\n\t});\n\treturn [count + \"\"];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/days.js": {
"title": "$:/core/modules/filters/days.js",
"text": "/*\\\ntitle: $:/core/modules/filters/days.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a specified date field within a specified date interval.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.days = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\tdayInterval = (parseInt(operator.operand,10)||0),\n\t\tdayIntervalSign = $tw.utils.sign(dayInterval),\n\t\ttargetTimeStamp = (new Date()).setHours(0,0,0,0) + 1000*60*60*24*dayInterval,\n\t\tisWithinDays = function(dateField) {\n\t\t\tvar sign = $tw.utils.sign(targetTimeStamp - (new Date(dateField)).setHours(0,0,0,0));\n\t\t\treturn sign === 0 || sign === dayIntervalSign;\n\t\t};\n\n\tif(operator.prefix === \"!\") {\n\t\ttargetTimeStamp = targetTimeStamp - 1000*60*60*24*dayIntervalSign;\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(!isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\t\tif(isWithinDays($tw.utils.parseDate(tiddler.fields[fieldName]))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/each.js": {
"title": "$:/core/modules/filters/each.js",
"text": "/*\\\ntitle: $:/core/modules/filters/each.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique value of the specified field.\nWith suffix \"list\", selects all tiddlers that are values in a specified list field.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\tvar results =[] ,\n\tvalue,values = {},\n\tfield = operator.operand || \"title\";\n\tif(operator.suffix === \"value\" && field === \"title\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(values,title)) {\n\t\t\t\tvalues[title] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else if(operator.suffix !== \"list-item\") {\n\t\tif(field === \"title\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && !$tw.utils.hop(values,title)) {\n\t\t\t\t\tvalues[title] = true;\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvalue = tiddler.getFieldString(field);\n\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(\n\t\t\t\t\toptions.wiki.getTiddlerList(title,field),\n\t\t\t\t\tfunction(value) {\n\t\t\t\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\t\t\t\tvalues[value] = true;\n\t\t\t\t\t\t\tresults.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/eachday.js": {
"title": "$:/core/modules/filters/eachday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/eachday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects one tiddler for each unique day covered by the specified date field\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\tvar results = [],\n\t\tvalues = [],\n\t\tfieldName = operator.operand || \"modified\";\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\tsource(function(tiddler,title) {\n\t\tif(tiddler && tiddler.fields[fieldName]) {\n\t\t\tvar value = toDate($tw.utils.parseDate(tiddler.fields[fieldName]));\n\t\t\tif(values.indexOf(value) === -1) {\n\t\t\t\tvalues.push(value);\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editiondescription.js": {
"title": "$:/core/modules/filters/editiondescription.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editiondescription.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the descriptions of the specified edition names\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editiondescription = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(editionInfo,title)) {\n\t\t\t\tresults.push(editionInfo[title].description || \"\");\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/editions.js": {
"title": "$:/core/modules/filters/editions.js",
"text": "/*\\\ntitle: $:/core/modules/filters/editions.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the available editions in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.editions = function(source,operator,options) {\n\tvar results = [],\n\t\teditionInfo = $tw.utils.getEditionInfo();\n\tif(editionInfo) {\n\t\t$tw.utils.each(editionInfo,function(info,name) {\n\t\t\tresults.push(name);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/else.js": {
"title": "$:/core/modules/filters/else.js",
"text": "/*\\\ntitle: $:/core/modules/filters/else.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing an empty input list with a constant, passing a non-empty input list straight through\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.else = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tif(results.length === 0) {\n\t\treturn [operator.operand];\n\t} else {\n\t\treturn results;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/decodeuricomponent.js": {
"title": "$:/core/modules/filters/decodeuricomponent.js",
"text": "/*\\\ntitle: $:/core/modules/filters/decodeuricomponent.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for applying decodeURIComponent() to each item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter functions\n*/\n\nexports.decodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURIComponent(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuricomponent = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURIComponent(title));\n\t});\n\treturn results;\n};\n\nexports.decodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar value = title;\n\t\ttry {\n\t\t\tvalue = decodeURI(title);\n\t\t} catch(e) {\n\t\t}\n\t\tresults.push(value);\n\t});\n\treturn results;\n};\n\nexports.encodeuri = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(encodeURI(title));\n\t});\n\treturn results;\n};\n\nexports.decodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlDecode(title));\n\t});\n\treturn results;\n};\n\nexports.encodehtml = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.htmlEncode(title));\n\t});\n\treturn results;\n};\n\nexports.stringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.stringify(title));\n\t});\n\treturn results;\n};\n\nexports.jsonstringify = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.jsonStringify(title));\n\t});\n\treturn results;\n};\n\nexports.escaperegexp = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push($tw.utils.escapeRegExp(title));\n\t});\n\treturn results;\n};\n\nexports.escapecss = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t// escape any character with a special meaning in CSS using CSS.escape()\n\t\tresults.push(CSS.escape(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/enlist.js": {
"title": "$:/core/modules/filters/enlist.js",
"text": "/*\\\ntitle: $:/core/modules/filters/enlist.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand parsed as a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.enlist = function(source,operator,options) {\n\tvar allowDuplicates = false;\n\tswitch(operator.suffix) {\n\t\tcase \"raw\":\n\t\t\tallowDuplicates = true;\n\t\t\tbreak;\n\t\tcase \"dedupe\":\n\t\t\tallowDuplicates = false;\n\t\t\tbreak;\n\t}\n\tvar list = $tw.utils.parseStringArray(operator.operand,allowDuplicates);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/field.js": {
"title": "$:/core/modules/filters/field.js",
"text": "/*\\\ntitle: $:/core/modules/filters/field.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],indexedResults,\n\t\tfieldname = (operator.suffix || operator.operator || \"title\").toLowerCase();\n\tif(operator.prefix === \"!\") {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text !== operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.regexp) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && !!operator.regexp.exec(text)) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tif(source.byField && operator.operand) {\n\t\t\t\tindexedResults = source.byField(fieldname,operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults\n\t\t\t\t}\n\t\t\t}\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tvar text = tiddler.getFieldString(fieldname);\n\t\t\t\t\tif(text !== null && text === operator.operand) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/fields.js": {
"title": "$:/core/modules/filters/fields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/fields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName,\n\t\tsuffixes = (operator.suffixes || [])[0] || [],\n\t\toperand = $tw.utils.parseStringArray(operator.operand);\n\t\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(suffixes.indexOf(\"include\") !== -1) {\n\t\t\t\tfor(fieldName in tiddler.fields) {\n\t\t\t\t\t(operand.indexOf(fieldName) !== -1) ? $tw.utils.pushTop(results,fieldName) : \"\";\n\t\t\t\t}\n\t\t\t} else if (suffixes.indexOf(\"exclude\") !== -1) {\n\t\t\t\tfor(fieldName in tiddler.fields) {\n\t\t\t\t\t(operand.indexOf(fieldName) !== -1) ? \"\" : $tw.utils.pushTop(results,fieldName);\n\t\t\t\t}\n\t\t\t} // else if\n\t\t\telse {\n\t\t\t\tfor(fieldName in tiddler.fields) {\n\t\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t\t}\n\t\t\t} // else\n\t\t} // if (tiddler)\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/get.js": {
"title": "$:/core/modules/filters/get.js",
"text": "/*\\\ntitle: $:/core/modules/filters/get.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing tiddler titles by the value of the field specified in the operand.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.get = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(value) {\n\t\t\t\tresults.push(value);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getindex.js": {
"title": "$:/core/modules/filters/getindex.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getindex.js\ntype: application/javascript\nmodule-type: filteroperator\n\nreturns the value at a given index of datatiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getindex = function(source,operator,options) {\n\tvar data,title,results = [];\n\tif(operator.operand){\n\t\tsource(function(tiddler,title) {\n\t\t\ttitle = tiddler ? tiddler.fields.title : title;\n\t\t\tdata = options.wiki.extractTiddlerDataItem(tiddler,operator.operand);\n\t\t\tif(data) {\n\t\t\t\tresults.push(data);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/getvariable.js": {
"title": "$:/core/modules/filters/getvariable.js",
"text": "/*\\\ntitle: $:/core/modules/filters/getvariable.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing input values by the value of the variable with the same name, or blank if the variable is missing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.getvariable = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.widget.getVariable(title) || \"\");\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/has.js": {
"title": "$:/core/modules/filters/has.js",
"text": "/*\\\ntitle: $:/core/modules/filters/has.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a tiddler has the specified field or index\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.has = function(source,operator,options) {\n\tvar results = [],\n\t\tinvert = operator.prefix === \"!\";\n\n\tif(operator.suffix === \"field\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop(tiddler.fields,operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\telse if(operator.suffix === \"index\") {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || (tiddler && (!$tw.utils.hop($tw.wiki.getTiddlerDataCached(tiddler,Object.create(null)),operator.operand)))) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop($tw.wiki.getTiddlerDataCached(tiddler,Object.create(null)),operator.operand)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\telse {\n\t\tif(invert) {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(!tiddler || !$tw.utils.hop(tiddler.fields,operator.operand) || (tiddler.fields[operator.operand] === \"\")) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddler && $tw.utils.hop(tiddler.fields,operator.operand) && !(tiddler.fields[operator.operand] === \"\" || tiddler.fields[operator.operand].length === 0)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\t\t\t\t\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/haschanged.js": {
"title": "$:/core/modules/filters/haschanged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/haschanged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returns tiddlers from the list that have a non-zero changecount.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.haschanged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) === 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.getChangeCount(title) > 0) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/indexes.js": {
"title": "$:/core/modules/filters/indexes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/indexes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the indexes of a data tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.indexes = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar data = options.wiki.getTiddlerDataCached(title);\n\t\tif(data) {\n\t\t\t$tw.utils.pushTop(results,Object.keys(data));\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/insertbefore.js": {
"title": "$:/core/modules/filters/insertbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/insertbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nInsert an item before another item in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.insertbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\tvar target = options.widget && options.widget.getVariable(operator.suffix || \"currentTiddler\");\n\tif(target !== operator.operand) {\n\t\t// Remove the entry from the list if it is present\n\t\tvar pos = results.indexOf(operator.operand);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,1);\n\t\t}\n\t\t// Insert the entry before the target marker\n\t\tpos = results.indexOf(target);\n\t\tif(pos !== -1) {\n\t\t\tresults.splice(pos,0,operator.operand);\n\t\t} else {\n\t\t\tresults.push(operator.operand);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/is/binary.js": {
"title": "$:/core/modules/filters/is/binary.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/binary.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[binary]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.binary = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isBinaryTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isBinaryTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/blank.js": {
"title": "$:/core/modules/filters/is/blank.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/blank.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[blank]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.blank = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!title) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/current.js": {
"title": "$:/core/modules/filters/is/current.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/current.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[current]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [],\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\");\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title !== currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title === currTiddlerTitle) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/image.js": {
"title": "$:/core/modules/filters/is/image.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/image.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[image]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.image = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isImageTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/missing.js": {
"title": "$:/core/modules/filters/is/missing.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/missing.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[missing]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/orphan.js": {
"title": "$:/core/modules/filters/is/orphan.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/orphan.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[orphan]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(orphanTitles.indexOf(title) !== -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/shadow.js": {
"title": "$:/core/modules/filters/is/shadow.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/shadow.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[shadow]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isShadowTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/system.js": {
"title": "$:/core/modules/filters/is/system.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/system.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[system]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.isSystemTiddler(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tag.js": {
"title": "$:/core/modules/filters/is/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tag.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tag]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,prefix,options) {\n\tvar results = [],\n\t\ttagMap = options.wiki.getTagMap();\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!$tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif($tw.utils.hop(tagMap,title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/tiddler.js": {
"title": "$:/core/modules/filters/is/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/tiddler.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[tiddler]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(options.wiki.tiddlerExists(title)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is/variable.js": {
"title": "$:/core/modules/filters/is/variable.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is/variable.js\ntype: application/javascript\nmodule-type: isfilteroperator\n\nFilter function for [is[variable]]\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variable = function(source,prefix,options) {\n\tvar results = [];\n\tif(prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!(title in options.widget.variables)) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title in options.widget.variables) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/core/modules/filters/is.js": {
"title": "$:/core/modules/filters/is.js",
"text": "/*\\\ntitle: $:/core/modules/filters/is.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking tiddler properties\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar isFilterOperators;\n\nfunction getIsFilterOperators() {\n\tif(!isFilterOperators) {\n\t\tisFilterOperators = {};\n\t\t$tw.modules.applyMethods(\"isfilteroperator\",isFilterOperators);\n\t}\n\treturn isFilterOperators;\n}\n\n/*\nExport our filter function\n*/\nexports.is = function(source,operator,options) {\n\t// Dispatch to the correct isfilteroperator\n\tvar isFilterOperators = getIsFilterOperators();\n\tif(operator.operand) {\n\t\tvar isFilterOperator = isFilterOperators[operator.operand];\n\t\tif(isFilterOperator) {\n\t\t\treturn isFilterOperator(source,operator.prefix,options);\n\t\t} else {\n\t\t\treturn [$tw.language.getString(\"Error/IsFilterOperator\")];\n\t\t}\n\t} else {\n\t\t// Return all tiddlers if the operand is missing\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t\treturn results;\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/limit.js": {
"title": "$:/core/modules/filters/limit.js",
"text": "/*\\\ntitle: $:/core/modules/filters/limit.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for chopping the results to a specified maximum number of entries\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\t// Slice the array if necessary\n\tvar limit = Math.min(results.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = results.slice(-limit);\n\t} else {\n\t\tresults = results.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/links.js": {
"title": "$:/core/modules/filters/links.js",
"text": "/*\\\ntitle: $:/core/modules/filters/links.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning all the links from a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/list.js": {
"title": "$:/core/modules/filters/list.js",
"text": "/*\\\ntitle: $:/core/modules/filters/list.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddlers whose title is listed in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.list = function(source,operator,options) {\n\tvar results = [],\n\t\ttr = $tw.utils.parseTextReference(operator.operand),\n\t\tcurrTiddlerTitle = options.widget && options.widget.getVariable(\"currentTiddler\"),\n\t\tlist = options.wiki.getTiddlerList(tr.title || currTiddlerTitle,tr.field,tr.index);\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults = list;\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listed.js": {
"title": "$:/core/modules/filters/listed.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listed.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that have the selected tiddlers in a list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar field = operator.operand || \"list\",\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title,field));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/listops.js": {
"title": "$:/core/modules/filters/listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for manipulating the current selection list\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOrder a list\n*/\nexports.order = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.operand.toLowerCase() === \"reverse\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.unshift(title);\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,count);\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count);\n};\nexports.butfirst = exports.rest;\nexports.bf = exports.rest;\n\n/*\nAll but the last entry/entries of the list\n*/\nexports.butlast = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = $tw.utils.getInt(operator.operand,1),\n\t\tresults = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results.slice(count - 1,count);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/lookup.js": {
"title": "$:/core/modules/filters/lookup.js",
"text": "/*\\\ntitle: $:/core/modules/filters/lookup.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that looks up values via a title prefix\n\n[lookup:<field>[<prefix>]]\n\nPrepends the prefix to the selected items and returns the specified field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.lookup = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(options.wiki.getTiddlerText(operator.operand + title) || options.wiki.getTiddlerText(operator.operand + operator.suffix));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/match.js": {
"title": "$:/core/modules/filters/match.js",
"text": "/*\\\ntitle: $:/core/modules/filters/match.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title matches a string\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.match = function(source,operator,options) {\n\tvar results = [],\n\t\tsuffixes = (operator.suffixes || [])[0] || [];\n\tif(suffixes.indexOf(\"caseinsensitive\") !== -1) {\n\t\tif(operator.prefix === \"!\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title.toLowerCase() !== (operator.operand || \"\").toLowerCase()) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title.toLowerCase() === (operator.operand || \"\").toLowerCase()) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t} else {\n\t\tif(operator.prefix === \"!\") {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title !== operator.operand) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(title === operator.operand) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/math.js": {
"title": "$:/core/modules/filters/math.js",
"text": "/*\\\ntitle: $:/core/modules/filters/math.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for math. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\nNote that strings are converted to numbers automatically. Trailing non-digits are ignored.\n\n* \"\" converts to 0\n* \"12kk\" converts to 12\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.negate = makeNumericBinaryOperator(\n\tfunction(a) {return -a}\n);\n\nexports.abs = makeNumericBinaryOperator(\n\tfunction(a) {return Math.abs(a)}\n);\n\nexports.ceil = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(a)}\n);\n\nexports.floor = makeNumericBinaryOperator(\n\tfunction(a) {return Math.floor(a)}\n);\n\nexports.round = makeNumericBinaryOperator(\n\tfunction(a) {return Math.round(a)}\n);\n\nexports.trunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.trunc(a)}\n);\n\nexports.untrunc = makeNumericBinaryOperator(\n\tfunction(a) {return Math.ceil(Math.abs(a)) * Math.sign(a)}\n);\n\nexports.sign = makeNumericBinaryOperator(\n\tfunction(a) {return Math.sign(a)}\n);\n\nexports.add = makeNumericBinaryOperator(\n\tfunction(a,b) {return a + b;}\n);\n\nexports.subtract = makeNumericBinaryOperator(\n\tfunction(a,b) {return a - b;}\n);\n\nexports.multiply = makeNumericBinaryOperator(\n\tfunction(a,b) {return a * b;}\n);\n\nexports.divide = makeNumericBinaryOperator(\n\tfunction(a,b) {return a / b;}\n);\n\nexports.remainder = makeNumericBinaryOperator(\n\tfunction(a,b) {return a % b;}\n);\n\nexports.max = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.max(a,b);}\n);\n\nexports.min = makeNumericBinaryOperator(\n\tfunction(a,b) {return Math.min(a,b);}\n);\n\nexports.fixed = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toFixed.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.precision = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toPrecision.call(a,Math.min(Math.max(b,1),100));}\n);\n\nexports.exponential = makeNumericBinaryOperator(\n\tfunction(a,b) {return Number.prototype.toExponential.call(a,Math.min(Math.max(b,0),100));}\n);\n\nexports.sum = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator + value},\n\t0 // Initial value\n);\n\nexports.product = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return accumulator * value},\n\t1 // Initial value\n);\n\nexports.maxall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.max(accumulator,value)},\n\t-Infinity // Initial value\n);\n\nexports.minall = makeNumericReducingOperator(\n\tfunction(accumulator,value) {return Math.min(accumulator,value)},\n\tInfinity // Initial value\n);\n\nfunction makeNumericBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [],\n\t\t\tnumOperand = $tw.utils.parseNumber(operator.operand);\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push($tw.utils.stringifyNumber(fnCalc($tw.utils.parseNumber(title),numOperand)));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeNumericReducingOperator(fnCalc,initialValue) {\n\tinitialValue = initialValue || 0;\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [$tw.utils.stringifyNumber(result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,$tw.utils.parseNumber(currentValue));\n\t\t},initialValue))];\n\t};\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/minlength.js": {
"title": "$:/core/modules/filters/minlength.js",
"text": "/*\\\ntitle: $:/core/modules/filters/minlength.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for filtering out titles that don't meet the minimum length in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.minlength = function(source,operator,options) {\n\tvar results = [],\n\t\tminLength = parseInt(operator.operand || \"\",10) || 0;\n\tsource(function(tiddler,title) {\n\t\tif(title.length >= minLength) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/modules.js": {
"title": "$:/core/modules/filters/modules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/modules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the modules of a given type in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.each($tw.modules.types[title],function(moduleInfo,moduleName) {\n\t\t\tresults.push(moduleName);\n\t\t});\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/moduletypes.js": {
"title": "$:/core/modules/filters/moduletypes.js",
"text": "/*\\\ntitle: $:/core/modules/filters/moduletypes.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the module types in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.moduletypes = function(source,operator,options) {\n\tvar results = [];\n\t$tw.utils.each($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/next.js": {
"title": "$:/core/modules/filters/next.js",
"text": "/*\\\ntitle: $:/core/modules/filters/next.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs next in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/plugintiddlers.js": {
"title": "$:/core/modules/filters/plugintiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/filters/plugintiddlers.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the titles of the shadow tiddlers within a plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.plugintiddlers = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar pluginInfo = options.wiki.getPluginInfo(title) || options.wiki.getTiddlerDataCached(title,{tiddlers:[]});\n\t\tif(pluginInfo && pluginInfo.tiddlers) {\n\t\t\t$tw.utils.each(pluginInfo.tiddlers,function(fields,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/prefix.js": {
"title": "$:/core/modules/filters/prefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/prefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title starts with a prefix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/previous.js": {
"title": "$:/core/modules/filters/previous.js",
"text": "/*\\\ntitle: $:/core/modules/filters/previous.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning the tiddler whose title occurs immediately prior in the list supplied in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\tsource(function(tiddler,title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch--;\n\t\tif(match >= 0) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/range.js": {
"title": "$:/core/modules/filters/range.js",
"text": "/*\\\ntitle: $:/core/modules/filters/range.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for generating a numeric range.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.range = function(source,operator,options) {\n\tvar results = [];\n\t// Split the operand into numbers delimited by these symbols\n\tvar parts = operator.operand.split(/[,:;]/g),\n\t\tbeg, end, inc, i, fixed = 0;\n\tfor (i=0; i<parts.length; i++) {\n\t\t// Validate real number\n\t\tif(!/^\\s*[+-]?((\\d+(\\.\\d*)?)|(\\.\\d+))\\s*$/.test(parts[i])) {\n\t\t\treturn [\"range: bad number \\\"\" + parts[i] + \"\\\"\"];\n\t\t}\n\t\t// Count digits; the most precise number determines decimal places in output.\n\t\tvar frac = /\\.\\d+/.exec(parts[i]);\n\t\tif(frac) {\n\t\t\tfixed = Math.max(fixed,frac[0].length-1);\n\t\t}\n\t\tparts[i] = parseFloat(parts[i]);\n\t}\n\tswitch(parts.length) {\n\t\tcase 1:\n\t\t\tend = parts[0];\n\t\t\tif (end >= 1) {\n\t\t\t\tbeg = 1;\n\t\t\t}\n\t\t\telse if (end <= -1) {\n\t\t\t\tbeg = -1;\n\t\t\t}\n\t\t\telse {\n\t\t\t\treturn [];\n\t\t\t}\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 2:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = 1;\n\t\t\tbreak;\n\t\tcase 3:\n\t\t\tbeg = parts[0];\n\t\t\tend = parts[1];\n\t\t\tinc = Math.abs(parts[2]);\n\t\t\tbreak;\n\t}\n\tif(inc === 0) {\n\t\treturn [\"range: increment 0 causes infinite loop\"];\n\t}\n\t// May need to count backwards\n\tvar direction = ((end < beg) ? -1 : 1);\n\tinc *= direction;\n\t// Estimate number of resulting elements\n\tif((end - beg) / inc > 10000) {\n\t\treturn [\"range: too many steps (over 10K)\"];\n\t}\n\t// Avoid rounding error on last step\n\tend += direction * 0.5 * Math.pow(0.1,fixed);\n\tvar safety = 10010;\n\t// Enumerate the range\n\tif (end<beg) {\n\t\tfor(i=beg; i>end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tfor(i=beg; i<end; i+=inc) {\n\t\t\tresults.push(i.toFixed(fixed));\n\t\t\tif(--safety<0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tif(safety<0) {\n\t\treturn [\"range: unexpectedly large output\"];\n\t}\n\t// Reverse?\n\tif(operator.prefix === \"!\") {\n\t\tresults.reverse();\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/regexp.js": {
"title": "$:/core/modules/filters/regexp.js",
"text": "/*\\\ntitle: $:/core/modules/filters/regexp.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for regexp matching\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.regexp = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || \"title\").toLowerCase(),\n\t\tregexpString, regexp, flags = \"\", match,\n\t\tgetFieldString = function(tiddler,title) {\n\t\t\tif(tiddler) {\n\t\t\t\treturn tiddler.getFieldString(fieldname);\n\t\t\t} else if(fieldname === \"title\") {\n\t\t\t\treturn title;\n\t\t\t} else {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t};\n\t// Process flags and construct regexp\n\tregexpString = operator.operand;\n\tmatch = /^\\(\\?([gim]+)\\)/.exec(regexpString);\n\tif(match) {\n\t\tflags = match[1];\n\t\tregexpString = regexpString.substr(match[0].length);\n\t} else {\n\t\tmatch = /\\(\\?([gim]+)\\)$/.exec(regexpString);\n\t\tif(match) {\n\t\t\tflags = match[1];\n\t\t\tregexpString = regexpString.substr(0,regexpString.length - match[0].length);\n\t\t}\n\t}\n\ttry {\n\t\tregexp = new RegExp(regexpString,flags);\n\t} catch(e) {\n\t\treturn [\"\" + e];\n\t}\n\t// Process the incoming tiddlers\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tvar text = getFieldString(tiddler,title);\n\t\t\tif(text !== null) {\n\t\t\t\tif(!!regexp.exec(text)) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removeprefix.js": {
"title": "$:/core/modules/filters/removeprefix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removeprefix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a prefix from each title in the list. Titles that do not start with the prefix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removeprefix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title.substr(0,operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/removesuffix.js": {
"title": "$:/core/modules/filters/removesuffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/removesuffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for removing a suffix from each title in the list. Titles that do not end with the suffix are removed.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.removesuffix = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tif(title && title.substr(-operator.operand.length) === operator.operand) {\n\t\t\tresults.push(title.substr(0,title.length - operator.operand.length));\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sameday.js": {
"title": "$:/core/modules/filters/sameday.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sameday.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that selects tiddlers with a modified date field on the same day as the provided value.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldName = operator.suffix || \"modified\",\n\t\ttargetDate = (new Date($tw.utils.parseDate(operator.operand))).setHours(0,0,0,0);\n\t// Function to convert a date/time to a date integer\n\tsource(function(tiddler,title) {\n\t\tif(tiddler) {\n\t\t\tif(tiddler.getFieldDay(fieldName) === targetDate) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/search.js": {
"title": "$:/core/modules/filters/search.js",
"text": "/*\\\ntitle: $:/core/modules/filters/search.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for searching for the text in the operand tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\tif(operator.suffixes) {\n\t\tvar hasFlag = function(flag) {\n\t\t\t\treturn (operator.suffixes[1] || []).indexOf(flag) !== -1;\n\t\t\t},\n\t\t\texcludeFields = false,\n\t\t\tfieldList = operator.suffixes[0] || [],\n\t\t\tfirstField = fieldList[0] || \"\", \n\t\t\tfirstChar = firstField.charAt(0),\n\t\t\tfields;\n\t\tif(firstChar === \"-\") {\n\t\t\tfields = [firstField.slice(1)].concat(fieldList.slice(1));\n\t\t\texcludeFields = true;\n\t\t} else if(fieldList[0] === \"*\"){\n\t\t\tfields = [];\n\t\t\texcludeFields = true;\n\t\t} else {\n\t\t\tfields = fieldList.slice(0);\n\t\t}\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert,\n\t\t\tfield: fields,\n\t\t\texcludeField: excludeFields,\n\t\t\tcaseSensitive: hasFlag(\"casesensitive\"),\n\t\t\tliteral: hasFlag(\"literal\"),\n\t\t\twhitespace: hasFlag(\"whitespace\"),\n\t\t\tanchored: hasFlag(\"anchored\"),\n\t\t\tregexp: hasFlag(\"regexp\"),\n\t\t\twords: hasFlag(\"words\")\n\t\t});\n\t} else {\n\t\treturn options.wiki.search(operator.operand,{\n\t\t\tsource: source,\n\t\t\tinvert: invert\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/shadowsource.js": {
"title": "$:/core/modules/filters/shadowsource.js",
"text": "/*\\\ntitle: $:/core/modules/filters/shadowsource.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the source plugins for shadow tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadowsource = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar source = options.wiki.getShadowSource(title);\n\t\tif(source) {\n\t\t\t$tw.utils.pushTop(results,source);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/sort.js": {
"title": "$:/core/modules/filters/sort.js",
"text": "/*\\\ntitle: $:/core/modules/filters/sort.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for sorting\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortan = function(source, operator, options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results, operator.operand || \"title\", operator.prefix === \"!\",false,false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand || \"title\",operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(title);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/splitbefore.js": {
"title": "$:/core/modules/filters/splitbefore.js",
"text": "/*\\\ntitle: $:/core/modules/filters/splitbefore.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator that splits each result on the first occurance of the specified separator and returns the unique values.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.splitbefore = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar parts = title.split(operator.operand);\n\t\tif(parts.length === 1) {\n\t\t\t$tw.utils.pushTop(results,parts[0]);\n\t\t} else {\n\t\t\t$tw.utils.pushTop(results,parts[0] + operator.operand);\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/storyviews.js": {
"title": "$:/core/modules/filters/storyviews.js",
"text": "/*\\\ntitle: $:/core/modules/filters/storyviews.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the story views in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.storyviews = function(source,operator,options) {\n\tvar results = [],\n\t\tstoryviews = {};\n\t$tw.modules.applyMethods(\"storyview\",storyviews);\n\t$tw.utils.each(storyviews,function(info,name) {\n\t\tresults.push(name);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/strings.js": {
"title": "$:/core/modules/filters/strings.js",
"text": "/*\\\ntitle: $:/core/modules/filters/strings.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operators for strings. Unary/binary operators work on each item in turn, and return a new item list.\n\nSum/product/maxall/minall operate on the entire list, returning a single item.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.length = makeStringBinaryOperator(\n\tfunction(a) {return [\"\" + (\"\" + a).length];}\n);\n\nexports.uppercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toUpperCase()];}\n);\n\nexports.lowercase = makeStringBinaryOperator(\n\tfunction(a) {return [(\"\" + a).toLowerCase()];}\n);\n\nexports.sentencecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toSentenceCase(a)];}\n);\n\nexports.titlecase = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.toTitleCase(a)];}\n);\n\nexports.trim = makeStringBinaryOperator(\n\tfunction(a) {return [$tw.utils.trim(a)];}\n);\n\nexports.split = makeStringBinaryOperator(\n\tfunction(a,b) {return (\"\" + a).split(b);}\n);\n\nexports.join = makeStringReducingOperator(\n\tfunction(accumulator,value,operand) {\n\t\tif(accumulator === null) {\n\t\t\treturn value;\n\t\t} else {\n\t\t\treturn accumulator + operand + value;\n\t\t}\n\t},null\n);\n\nfunction makeStringBinaryOperator(fnCalc) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tArray.prototype.push.apply(result,fnCalc(title,operator.operand || \"\"));\n\t\t});\n\t\treturn result;\n\t};\n}\n\nfunction makeStringReducingOperator(fnCalc,initialValue) {\n\treturn function(source,operator,options) {\n\t\tvar result = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tresult.push(title);\n\t\t});\n\t\treturn [result.reduce(function(accumulator,currentValue) {\n\t\t\treturn fnCalc(accumulator,currentValue,operator.operand || \"\");\n\t\t},initialValue) || \"\"];\n\t};\n}\n\nexports.splitregexp = function(source,operator,options) {\n\tvar result = [],\n\t\tsuffix = operator.suffix || \"\",\n\t\tflags = (suffix.indexOf(\"m\") !== -1 ? \"m\" : \"\") + (suffix.indexOf(\"i\") !== -1 ? \"i\" : \"\"),\n\t\tregExp;\n\ttry {\n\t\tregExp = new RegExp(operator.operand || \"\",flags);\t\t\n\t} catch(ex) {\n\t\treturn [\"RegExp error: \" + ex];\n\t}\n\tsource(function(tiddler,title) {\n\t\tArray.prototype.push.apply(result,title.split(regExp));\n\t});\t\t\n\treturn result;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subfilter.js": {
"title": "$:/core/modules/filters/subfilter.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subfilter.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning its operand evaluated as a filter\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subfilter = function(source,operator,options) {\n\tvar list = options.wiki.filterTiddlers(operator.operand,options.widget,source);\n\tif(operator.prefix === \"!\") {\n\t\tvar results = [];\n\t\tsource(function(tiddler,title) {\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t\treturn results;\n\t} else {\n\t\treturn list;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/subtiddlerfields.js": {
"title": "$:/core/modules/filters/subtiddlerfields.js",
"text": "/*\\\ntitle: $:/core/modules/filters/subtiddlerfields.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the fields on the selected subtiddlers of the plugin named in the operand\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.subtiddlerfields = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tvar subtiddler = options.wiki.getSubTiddler(operator.operand,title);\n\t\tif(subtiddler) {\n\t\t\tfor(var fieldName in subtiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/suffix.js": {
"title": "$:/core/modules/filters/suffix.js",
"text": "/*\\\ntitle: $:/core/modules/filters/suffix.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking if a title ends with a suffix\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.suffix = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(title.substr(-operator.operand.length) === operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tag.js": {
"title": "$:/core/modules/filters/tag.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tag.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for checking for the presence of a tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [],indexedResults;\n\tif((operator.suffix || \"\").toLowerCase() === \"strict\" && !operator.operand) {\n\t\t// New semantics:\n\t\t// Always return copy of input if operator.operand is missing\n\t\tsource(function(tiddler,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t} else {\n\t\t// Old semantics:\n\t\tvar tiddlers;\n\t\tif(operator.prefix === \"!\") {\n\t\t\t// Returns a copy of the input if operator.operand is missing\n\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\tsource(function(tiddler,title) {\n\t\t\t\tif(tiddlers.indexOf(title) === -1) {\n\t\t\t\t\tresults.push(title);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// Returns empty results if operator.operand is missing\n\t\t\tif(source.byTag) {\n\t\t\t\tindexedResults = source.byTag(operator.operand);\n\t\t\t\tif(indexedResults) {\n\t\t\t\t\treturn indexedResults;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\ttiddlers = options.wiki.getTiddlersWithTag(operator.operand);\n\t\t\t\tsource(function(tiddler,title) {\n\t\t\t\t\tif(tiddlers.indexOf(title) !== -1) {\n\t\t\t\t\t\tresults.push(title);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t\t\t}\n\t\t}\t\t\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tagging.js": {
"title": "$:/core/modules/filters/tagging.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tagging.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all tiddlers that are tagged with the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/tags.js": {
"title": "$:/core/modules/filters/tags.js",
"text": "/*\\\ntitle: $:/core/modules/filters/tags.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the tags of the selected tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar tags = {};\n\tsource(function(tiddler,title) {\n\t\tvar t, length;\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\tfor(t=0, length=tiddler.fields.tags.length; t<length; t++) {\n\t\t\t\ttags[tiddler.fields.tags[t]] = true;\n\t\t\t}\n\t\t}\n\t});\n\treturn Object.keys(tags);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/then.js": {
"title": "$:/core/modules/filters/then.js",
"text": "/*\\\ntitle: $:/core/modules/filters/then.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for replacing any titles with a constant\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.then = function(source,operator,options) {\n\tvar results = [];\n\tsource(function(tiddler,title) {\n\t\tresults.push(operator.operand);\n\t});\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/title.js": {
"title": "$:/core/modules/filters/title.js",
"text": "/*\\\ntitle: $:/core/modules/filters/title.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for comparing title fields for equality\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && tiddler.fields.title !== operator.operand) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tresults.push(operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/untagged.js": {
"title": "$:/core/modules/filters/untagged.js",
"text": "/*\\\ntitle: $:/core/modules/filters/untagged.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator returning all the selected tiddlers that are untagged\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.untagged = function(source,operator,options) {\n\tvar results = [];\n\tif(operator.prefix === \"!\") {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tsource(function(tiddler,title) {\n\t\t\tif(!tiddler || !tiddler.hasField(\"tags\") || ($tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length === 0)) {\n\t\t\t\t$tw.utils.pushTop(results,title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/variables.js": {
"title": "$:/core/modules/filters/variables.js",
"text": "/*\\\ntitle: $:/core/modules/filters/variables.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the active variables\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.variables = function(source,operator,options) {\n\tvar names = [];\n\tfor(var variable in options.widget.variables) {\n\t\tnames.push(variable);\n\t}\n\treturn names.sort();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/wikiparserrules.js": {
"title": "$:/core/modules/filters/wikiparserrules.js",
"text": "/*\\\ntitle: $:/core/modules/filters/wikiparserrules.js\ntype: application/javascript\nmodule-type: filteroperator\n\nFilter operator for returning the names of the wiki parser rules in this wiki\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.wikiparserrules = function(source,operator,options) {\n\tvar results = [],\n\t\toperand = operator.operand;\n\t$tw.utils.each($tw.modules.types.wikirule,function(mod) {\n\t\tvar exp = mod.exports;\n\t\tif(!operand || exp.types[operand]) {\n\t\t\tresults.push(exp.name);\n\t\t}\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters/x-listops.js": {
"title": "$:/core/modules/filters/x-listops.js",
"text": "/*\\\ntitle: $:/core/modules/filters/x-listops.js\ntype: application/javascript\nmodule-type: filteroperator\n\nExtended filter operators to manipulate the current list.\n\n\\*/\n(function () {\n\n /*jslint node: true, browser: true */\n /*global $tw: false */\n \"use strict\";\n\n /*\n Fetch titles from the current list\n */\n var prepare_results = function (source) {\n var results = [];\n source(function (tiddler, title) {\n results.push(title);\n });\n return results;\n };\n\n /*\n Moves a number of items from the tail of the current list before the item named in the operand\n */\n exports.putbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list after the item named in the operand\n */\n exports.putafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -1) :\n results.slice(0, index + 1).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Replaces the item named in the operand with a number of items from the tail of the current list\n */\n exports.replace = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1);\n return (index === -1) ?\n results.slice(0, -count) :\n results.slice(0, index).concat(results.slice(-count)).concat(results.slice(index + 1, -count));\n };\n\n /*\n Moves a number of items from the tail of the current list to the head of the list\n */\n exports.putfirst = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(-count).concat(results.slice(0, -count));\n };\n\n /*\n Moves a number of items from the head of the current list to the tail of the list\n */\n exports.putlast = function (source, operator) {\n var results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,1);\n return results.slice(count).concat(results.slice(0, count));\n };\n\n /*\n Moves the item named in the operand a number of places forward or backward in the list\n */\n exports.move = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand),\n count = $tw.utils.getInt(operator.suffix,1),\n marker = results.splice(index, 1),\n offset = (index + count) > 0 ? index + count : 0;\n return results.slice(0, offset).concat(marker).concat(results.slice(offset));\n };\n\n /*\n Returns the items from the current list that are after the item named in the operand\n */\n exports.allafter = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1) ? [] :\n (operator.suffix) ? results.slice(index) :\n results.slice(index + 1);\n };\n\n /*\n Returns the items from the current list that are before the item named in the operand\n */\n exports.allbefore = function (source, operator) {\n var results = prepare_results(source),\n index = results.indexOf(operator.operand);\n return (index === -1) ? [] :\n (operator.suffix) ? results.slice(0, index + 1) :\n results.slice(0, index);\n };\n\n /*\n Appends the items listed in the operand array to the tail of the current list\n */\n exports.append = function (source, operator) {\n var append = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || append.length;\n return (append.length === 0) ? results :\n (operator.prefix) ? results.concat(append.slice(-count)) :\n results.concat(append.slice(0, count));\n };\n\n /*\n Prepends the items listed in the operand array to the head of the current list\n */\n exports.prepend = function (source, operator) {\n var prepend = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = $tw.utils.getInt(operator.suffix,prepend.length);\n return (prepend.length === 0) ? results :\n (operator.prefix) ? prepend.slice(-count).concat(results) :\n prepend.slice(0, count).concat(results);\n };\n\n /*\n Returns all items from the current list except the items listed in the operand array\n */\n exports.remove = function (source, operator) {\n var array = $tw.utils.parseStringArray(operator.operand, \"true\"),\n results = prepare_results(source),\n count = parseInt(operator.suffix) || array.length,\n p,\n len,\n index;\n len = array.length - 1;\n for (p = 0; p < count; ++p) {\n if (operator.prefix) {\n index = results.indexOf(array[len - p]);\n } else {\n index = results.indexOf(array[p]);\n }\n if (index !== -1) {\n results.splice(index, 1);\n }\n }\n return results;\n };\n\n /*\n Returns all items from the current list sorted in the order of the items in the operand array\n */\n exports.sortby = function (source, operator) {\n var results = prepare_results(source);\n if (!results || results.length < 2) {\n return results;\n }\n var lookup = $tw.utils.parseStringArray(operator.operand, \"true\");\n results.sort(function (a, b) {\n return lookup.indexOf(a) - lookup.indexOf(b);\n });\n return results;\n };\n\n /*\n Removes all duplicate items from the current list\n */\n exports.unique = function (source, operator) {\n var results = prepare_results(source);\n var set = results.reduce(function (a, b) {\n if (a.indexOf(b) < 0) {\n a.push(b);\n }\n return a;\n }, []);\n return set;\n };\n})();\n",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"title": "$:/core/modules/filters.js",
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering methods to the $tw.Wiki object.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParses an operation (i.e. a run) within a filter string\n\toperators: Array of array of operator nodes into which results should be inserted\n\tfilterString: filter string\n\tp: start position within the string\nReturns the new start position, after the parsed operation\n*/\nfunction parseFilterOperation(operators,filterString,p) {\n\tvar nextBracketPos, operator;\n\t// Skip the starting square bracket\n\tif(filterString.charAt(p++) !== \"[\") {\n\t\tthrow \"Missing [ in filter expression\";\n\t}\n\t// Process each operator in turn\n\tdo {\n\t\toperator = {};\n\t\t// Check for an operator prefix\n\t\tif(filterString.charAt(p) === \"!\") {\n\t\t\toperator.prefix = filterString.charAt(p++);\n\t\t}\n\t\t// Get the operator name\n\t\tnextBracketPos = filterString.substring(p).search(/[\\[\\{<\\/]/);\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing [ in filter expression\";\n\t\t}\n\t\tnextBracketPos += p;\n\t\tvar bracket = filterString.charAt(nextBracketPos);\n\t\toperator.operator = filterString.substring(p,nextBracketPos);\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\t// The raw suffix for older filters\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\n\t\t\t// The processed suffix for newer filters\n\t\t\toperator.suffixes = [];\n\t\t\t$tw.utils.each(operator.suffix.split(\":\"),function(subsuffix) {\n\t\t\t\toperator.suffixes.push([]);\n\t\t\t\t$tw.utils.each(subsuffix.split(\",\"),function(entry) {\n\t\t\t\t\tentry = $tw.utils.trim(entry);\n\t\t\t\t\tif(entry) {\n\t\t\t\t\t\toperator.suffixes[operator.suffixes.length - 1].push(entry); \n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t});\n\t\t}\n\t\t// Empty operator means: title\n\t\telse if(operator.operator === \"\") {\n\t\t\toperator.operator = \"title\";\n\t\t}\n\n\t\tp = nextBracketPos + 1;\n\t\tswitch (bracket) {\n\t\t\tcase \"{\": // Curly brackets\n\t\t\t\toperator.indirect = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\"}\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"[\": // Square brackets\n\t\t\t\tnextBracketPos = filterString.indexOf(\"]\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"<\": // Angle brackets\n\t\t\t\toperator.variable = true;\n\t\t\t\tnextBracketPos = filterString.indexOf(\">\",p);\n\t\t\t\tbreak;\n\t\t\tcase \"/\": // regexp brackets\n\t\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.)*)\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\t\tif(rexMatch) {\n\t\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n// DEPRECATION WARNING\nconsole.log(\"WARNING: Filter\",operator.operator,\"has a deprecated regexp operand\",operator.regexp);\n\t\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\n\t\tif(nextBracketPos === -1) {\n\t\t\tthrow \"Missing closing bracket in filter expression\";\n\t\t}\n\t\tif(!operator.regexp) {\n\t\t\toperator.operand = filterString.substring(p,nextBracketPos);\n\t\t}\n\t\tp = nextBracketPos + 1;\n\n\t\t// Push this operator\n\t\toperators.push(operator);\n\t} while(filterString.charAt(p) !== \"]\");\n\t// Skip the ending square bracket\n\tif(filterString.charAt(p++) !== \"]\") {\n\t\tthrow \"Missing ] in filter expression\";\n\t}\n\t// Return the parsing position\n\treturn p;\n}\n\n/*\nParse a filter string\n*/\nexports.parseFilter = function(filterString) {\n\tfilterString = filterString || \"\";\n\tvar results = [], // Array of arrays of operator nodes {operator:,operand:}\n\t\tp = 0, // Current position in the filter string\n\t\tmatch;\n\tvar whitespaceRegExp = /(\\s+)/mg,\n\t\toperandRegExp = /((?:\\+|\\-|~|=)?)(?:(\\[)|(?:\"([^\"]*)\")|(?:'([^']*)')|([^\\s\\[\\]]+))/mg;\n\twhile(p < filterString.length) {\n\t\t// Skip any whitespace\n\t\twhitespaceRegExp.lastIndex = p;\n\t\tmatch = whitespaceRegExp.exec(filterString);\n\t\tif(match && match.index === p) {\n\t\t\tp = p + match[0].length;\n\t\t}\n\t\t// Match the start of the operation\n\t\tif(p < filterString.length) {\n\t\t\toperandRegExp.lastIndex = p;\n\t\t\tmatch = operandRegExp.exec(filterString);\n\t\t\tif(!match || match.index !== p) {\n\t\t\t\tthrow $tw.language.getString(\"Error/FilterSyntax\");\n\t\t\t}\n\t\t\tvar operation = {\n\t\t\t\tprefix: \"\",\n\t\t\t\toperators: []\n\t\t\t};\n\t\t\tif(match[1]) {\n\t\t\t\toperation.prefix = match[1];\n\t\t\t\tp++;\n\t\t\t}\n\t\t\tif(match[2]) { // Opening square bracket\n\t\t\t\tp = parseFilterOperation(operation.operators,filterString,p);\n\t\t\t} else {\n\t\t\t\tp = match.index + match[0].length;\n\t\t\t}\n\t\t\tif(match[3] || match[4] || match[5]) { // Double quoted string, single quoted string or unquoted title\n\t\t\t\toperation.operators.push(\n\t\t\t\t\t{operator: \"title\", operand: match[3] || match[4] || match[5]}\n\t\t\t\t);\n\t\t\t}\n\t\t\tresults.push(operation);\n\t\t}\n\t}\n\treturn results;\n};\n\nexports.getFilterOperators = function() {\n\tif(!this.filterOperators) {\n\t\t$tw.Wiki.prototype.filterOperators = {};\n\t\t$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,widget,source) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,source,widget);\n};\n\n/*\nCompile a filter into a function with the signature fn(source,widget) where:\nsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\nwidget: an optional widget node for retrieving the current tiddler etc.\n*/\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,widget) {\n\t\t\treturn [$tw.language.getString(\"Error/Filter\") + \": \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$tw.utils.each(filterParseTree,function(operation) {\n\t\t// Create a function for the chain of operators in the operation\n\t\tvar operationSubFunction = function(source,widget) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [],\n\t\t\t\tcurrTiddlerTitle = widget && widget.getVariable(\"currentTiddler\");\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operand = operator.operand,\n\t\t\t\t\toperatorFunction;\n\t\t\t\tif(!operator.operator) {\n\t\t\t\t\toperatorFunction = filterOperators.title;\n\t\t\t\t} else if(!filterOperators[operator.operator]) {\n\t\t\t\t\toperatorFunction = filterOperators.field;\n\t\t\t\t} else {\n\t\t\t\t\toperatorFunction = filterOperators[operator.operator];\n\t\t\t\t}\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tif(operator.variable) {\n\t\t\t\t\toperand = widget.getVariable(operator.operand,{defaultValue: \"\"});\n\t\t\t\t}\n\t\t\t\t// Invoke the appropriate filteroperator module\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tsuffixes: operator.suffixes,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\twidget: widget\n\t\t\t\t\t\t});\n\t\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\t\taccumulator = self.makeTiddlerIterator(results);\n\t\t\t\t} else {\n\t\t\t\t\taccumulator = results;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif($tw.utils.isArray(results)) {\n\t\t\t\treturn results;\n\t\t\t} else {\n\t\t\t\tvar resultArray = [];\n\t\t\t\tresults(function(tiddler,title) {\n\t\t\t\t\tresultArray.push(title);\n\t\t\t\t});\n\t\t\t\treturn resultArray;\n\t\t\t}\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"=\": // The results of the operation are pushed into the result without deduplication\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tArray.prototype.push.apply(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"-\": // The results of this operation are removed from the main result\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = self.makeTiddlerIterator(results);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t};\n\t\t\t\tcase \"~\": // This operation is unioned into the result only if the main result so far is empty\n\t\t\t\t\treturn function(results,source,widget) {\n\t\t\t\t\t\tif(results.length === 0) {\n\t\t\t\t\t\t\t// Main result so far is empty\n\t\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,widget));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t}\n\t\t})());\n\t});\n\t// Return a function that applies the operations to a source iterator of tiddler titles\n\treturn $tw.perf.measure(\"filter: \" + filterString,function filterFunction(source,widget) {\n\t\tif(!source) {\n\t\t\tsource = self.each;\n\t\t} else if(typeof source === \"object\") { // Array or hashmap\n\t\t\tsource = self.makeTiddlerIterator(source);\n\t\t}\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,widget);\n\t\t});\n\t\treturn results;\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/indexers/backlinks-indexer.js": {
"title": "$:/core/modules/indexers/backlinks-indexer.js",
"text": "/*\\\ntitle: $:/core/modules/indexers/backlinks-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers' backlinks\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\n\nfunction BacklinksIndexer(wiki) {\n\tthis.wiki = wiki;\n}\n\nBacklinksIndexer.prototype.init = function() {\n\tthis.index = null;\n}\n\nBacklinksIndexer.prototype.rebuild = function() {\n\tthis.index = null;\n}\n\nBacklinksIndexer.prototype._getLinks = function(tiddler) {\n\tvar parser = this.wiki.parseText(tiddler.fields.type, tiddler.fields.text, {});\n\tif(parser) {\n\t\treturn this.wiki.extractLinks(parser.tree);\n\t}\n\treturn [];\n}\n\nBacklinksIndexer.prototype.update = function(updateDescriptor) {\n\tif(!this.index) {\n\t\treturn;\n\t}\n\tvar newLinks = [],\n\t oldLinks = [],\n\t self = this;\n\tif(updateDescriptor.old.exists) {\n\t\toldLinks = this._getLinks(updateDescriptor.old.tiddler);\n\t}\n\tif(updateDescriptor.new.exists) {\n\t\tnewLinks = this._getLinks(updateDescriptor.new.tiddler);\n\t}\n\n\t$tw.utils.each(oldLinks,function(link) {\n\t\tif(self.index[link]) {\n\t\t\tdelete self.index[link][updateDescriptor.old.tiddler.fields.title];\n\t\t}\n\t});\n\t$tw.utils.each(newLinks,function(link) {\n\t\tif(!self.index[link]) {\n\t\t\tself.index[link] = Object.create(null);\n\t\t}\n\t\tself.index[link][updateDescriptor.new.tiddler.fields.title] = true;\n\t});\n}\n\nBacklinksIndexer.prototype.lookup = function(title) {\n\tif(!this.index) {\n\t\tthis.index = Object.create(null);\n\t\tvar self = this;\n\t\tthis.wiki.forEachTiddler(function(title,tiddler) {\n\t\t\tvar links = self._getLinks(tiddler);\n\t\t\t$tw.utils.each(links, function(link) {\n\t\t\t\tif(!self.index[link]) {\n\t\t\t\t\tself.index[link] = Object.create(null);\n\t\t\t\t}\n\t\t\t\tself.index[link][title] = true;\n\t\t\t});\n\t\t});\n\t}\n\tif(this.index[title]) {\n\t\treturn Object.keys(this.index[title]);\n\t} else {\n\t\treturn [];\n\t}\n}\n\nexports.BacklinksIndexer = BacklinksIndexer;\n\n})();\n",
"type": "application/javascript",
"module-type": "indexer"
},
"$:/core/modules/indexers/field-indexer.js": {
"title": "$:/core/modules/indexers/field-indexer.js",
"text": "/*\\\ntitle: $:/core/modules/indexers/field-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each field value\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nvar DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH = 128;\n\nfunction FieldIndexer(wiki) {\n\tthis.wiki = wiki;\n}\n\nFieldIndexer.prototype.init = function() {\n\tthis.index = null;\n\tthis.maxIndexedValueLength = DEFAULT_MAXIMUM_INDEXED_VALUE_LENGTH;\n\tthis.addIndexMethods();\n}\n\n// Provided for testing\nFieldIndexer.prototype.setMaxIndexedValueLength = function(length) {\n\tthis.index = null;\n\tthis.maxIndexedValueLength = length;\n};\n\nFieldIndexer.prototype.addIndexMethods = function() {\n\tvar self = this;\n\tthis.wiki.each.byField = function(name,value) {\n\t\tvar titles = self.wiki.allTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachShadow.byField = function(name,value) {\n\t\tvar titles = self.wiki.allShadowTitles(),\n\t\t\tlookup = self.lookup(name,value);\n\t\treturn lookup && lookup.filter(function(title) {\n\t\t\treturn titles.indexOf(title) !== -1;\n\t\t});\n\t};\n\tthis.wiki.eachTiddlerPlusShadows.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n\tthis.wiki.eachShadowPlusTiddlers.byField = function(name,value) {\n\t\tvar lookup = self.lookup(name,value);\n\t\treturn lookup ? lookup.slice(0) : null;\n\t};\n};\n\n/*\nTear down and then rebuild the index as if all tiddlers have changed\n*/\nFieldIndexer.prototype.rebuild = function() {\n\t// Invalidate the index so that it will be rebuilt when it is next used\n\tthis.index = null;\n};\n\n/*\nBuild the index for a particular field\n*/\nFieldIndexer.prototype.buildIndexForField = function(name) {\n\tvar self = this;\n\t// Hashmap by field name of hashmap by field value of array of tiddler titles\n\tthis.index = this.index || Object.create(null);\n\tthis.index[name] = Object.create(null);\n\tvar baseIndex = this.index[name];\n\t// Update the index for each tiddler\n\tthis.wiki.eachTiddlerPlusShadows(function(tiddler,title) {\n\t\tif(name in tiddler.fields) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t// Skip any values above the maximum length\n\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\tbaseIndex[value] = baseIndex[value] || [];\n\t\t\t\tbaseIndex[value].push(title);\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nUpdate the index in the light of a tiddler value changing; note that the title must be identical. (Renames are handled as a separate delete and create)\nupdateDescriptor: {old: {tiddler: <tiddler>, shadow: <boolean>, exists: <boolean>},new: {tiddler: <tiddler>, shadow: <boolean>, exists: <boolean>}}\n*/\nFieldIndexer.prototype.update = function(updateDescriptor) {\n\tvar self = this;\n\t// Don't do anything if the index hasn't been built yet\n\tif(this.index === null) {\n\t\treturn;\n\t}\n\t// Remove the old tiddler from the index\n\tif(updateDescriptor.old.tiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in updateDescriptor.old.tiddler.fields) {\n\t\t\t\tvar value = updateDescriptor.old.tiddler.getFieldString(name),\n\t\t\t\t\ttiddlerList = indexEntry[value];\n\t\t\t\tif(tiddlerList) {\n\t\t\t\t\tvar index = tiddlerList.indexOf(updateDescriptor.old.tiddler.fields.title);\n\t\t\t\t\tif(index !== -1) {\n\t\t\t\t\t\ttiddlerList.splice(index,1);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// Add the new tiddler to the index\n\tif(updateDescriptor[\"new\"].tiddler) {\n\t\t$tw.utils.each(this.index,function(indexEntry,name) {\n\t\t\tif(name in updateDescriptor[\"new\"].tiddler.fields) {\n\t\t\t\tvar value = updateDescriptor[\"new\"].tiddler.getFieldString(name);\n\t\t\t\tif(value.length < self.maxIndexedValueLength) {\n\t\t\t\t\tindexEntry[value] = indexEntry[value] || [];\n\t\t\t\t\tindexEntry[value].push(updateDescriptor[\"new\"].tiddler.fields.title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n// Lookup the given field returning a list of tiddler titles\nFieldIndexer.prototype.lookup = function(name,value) {\n\t// Fail the lookup if the value is too long\n\tif(value.length >= this.maxIndexedValueLength) {\n\t\treturn null;\n\t}\n\t// Update the index if it has yet to be built\n\tif(this.index === null || !this.index[name]) {\n\t\tthis.buildIndexForField(name);\n\t}\n\treturn this.index[name][value] || [];\n};\n\nexports.FieldIndexer = FieldIndexer;\n\n})();\n",
"type": "application/javascript",
"module-type": "indexer"
},
"$:/core/modules/indexers/tag-indexer.js": {
"title": "$:/core/modules/indexers/tag-indexer.js",
"text": "/*\\\ntitle: $:/core/modules/indexers/tag-indexer.js\ntype: application/javascript\nmodule-type: indexer\n\nIndexes the tiddlers with each tag\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global modules: false */\n\"use strict\";\n\nfunction TagIndexer(wiki) {\n\tthis.wiki = wiki;\n}\n\nTagIndexer.prototype.init = function() {\n\tthis.subIndexers = [\n\t\tnew TagSubIndexer(this,\"each\"),\n\t\tnew TagSubIndexer(this,\"eachShadow\"),\n\t\tnew TagSubIndexer(this,\"eachTiddlerPlusShadows\"),\n\t\tnew TagSubIndexer(this,\"eachShadowPlusTiddlers\")\n\t];\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.addIndexMethod();\n\t});\n};\n\nTagIndexer.prototype.rebuild = function() {\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.rebuild();\n\t});\n};\n\nTagIndexer.prototype.update = function(updateDescriptor) {\n\t$tw.utils.each(this.subIndexers,function(subIndexer) {\n\t\tsubIndexer.update(updateDescriptor);\n\t});\n};\n\nfunction TagSubIndexer(indexer,iteratorMethod) {\n\tthis.indexer = indexer;\n\tthis.iteratorMethod = iteratorMethod;\n\tthis.index = null; // Hashmap of tag title to {isSorted: bool, titles: [array]} or null if not yet initialised\n}\n\nTagSubIndexer.prototype.addIndexMethod = function() {\n\tvar self = this;\n\tthis.indexer.wiki[this.iteratorMethod].byTag = function(tag) {\n\t\treturn self.lookup(tag).slice(0);\n\t};\n};\n\nTagSubIndexer.prototype.rebuild = function() {\n\tvar self = this;\n\t// Hashmap by tag of array of {isSorted:, titles:[]}\n\tthis.index = Object.create(null);\n\t// Add all the tags\n\tthis.indexer.wiki[this.iteratorMethod](function(tiddler,title) {\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\tif(!self.index[tag]) {\n\t\t\t\tself.index[tag] = {isSorted: false, titles: [title]};\n\t\t\t} else {\n\t\t\t\tself.index[tag].titles.push(title);\n\t\t\t}\n\t\t});\t\t\n\t});\n};\n\nTagSubIndexer.prototype.update = function(updateDescriptor) {\n\tthis.index = null;\n};\n\nTagSubIndexer.prototype.lookup = function(tag) {\n\t// Update the index if it has yet to be built\n\tif(this.index === null) {\n\t\tthis.rebuild();\n\t}\n\tvar indexRecord = this.index[tag];\n\tif(indexRecord) {\n\t\tif(!indexRecord.isSorted) {\n\t\t\tif(this.indexer.wiki.sortByList) {\n\t\t\t\tindexRecord.titles = this.indexer.wiki.sortByList(indexRecord.titles,tag);\n\t\t\t}\t\t\t\n\t\t\tindexRecord.isSorted = true;\n\t\t}\n\t\treturn indexRecord.titles;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n\nexports.TagIndexer = TagIndexer;\n\n})();\n",
"type": "application/javascript",
"module-type": "indexer"
},
"$:/core/modules/info/platform.js": {
"title": "$:/core/modules/info/platform.js",
"text": "/*\\\ntitle: $:/core/modules/info/platform.js\ntype: application/javascript\nmodule-type: info\n\nInitialise basic platform $:/info/ tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.getInfoTiddlerFields = function() {\n\tvar mapBoolean = function(value) {return value ? \"yes\" : \"no\";},\n\t\tinfoTiddlerFields = [];\n\t// Basics\n\tinfoTiddlerFields.push({title: \"$:/info/browser\", text: mapBoolean(!!$tw.browser)});\n\tinfoTiddlerFields.push({title: \"$:/info/node\", text: mapBoolean(!!$tw.node)});\n\tif($tw.browser) {\n\t\t// Document location\n\t\tvar setLocationProperty = function(name,value) {\n\t\t\t\tinfoTiddlerFields.push({title: \"$:/info/url/\" + name, text: value});\t\t\t\n\t\t\t},\n\t\t\tlocation = document.location;\n\t\tsetLocationProperty(\"full\", (location.toString()).split(\"#\")[0]);\n\t\tsetLocationProperty(\"host\", location.host);\n\t\tsetLocationProperty(\"hostname\", location.hostname);\n\t\tsetLocationProperty(\"protocol\", location.protocol);\n\t\tsetLocationProperty(\"port\", location.port);\n\t\tsetLocationProperty(\"pathname\", location.pathname);\n\t\tsetLocationProperty(\"search\", location.search);\n\t\tsetLocationProperty(\"origin\", location.origin);\n\t\t// Screen size\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/width\", text: window.screen.width.toString()});\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/screen/height\", text: window.screen.height.toString()});\n\t\t// Language\n\t\tinfoTiddlerFields.push({title: \"$:/info/browser/language\", text: navigator.language || \"\"});\n\t}\n\treturn infoTiddlerFields;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "info"
},
"$:/core/modules/keyboard.js": {
"title": "$:/core/modules/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/keyboard.js\ntype: application/javascript\nmodule-type: global\n\nKeyboard handling utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar namedKeys = {\n\t\"cancel\": 3,\n\t\"help\": 6,\n\t\"backspace\": 8,\n\t\"tab\": 9,\n\t\"clear\": 12,\n\t\"return\": 13,\n\t\"enter\": 13,\n\t\"pause\": 19,\n\t\"escape\": 27,\n\t\"space\": 32,\n\t\"page_up\": 33,\n\t\"page_down\": 34,\n\t\"end\": 35,\n\t\"home\": 36,\n\t\"left\": 37,\n\t\"up\": 38,\n\t\"right\": 39,\n\t\"down\": 40,\n\t\"printscreen\": 44,\n\t\"insert\": 45,\n\t\"delete\": 46,\n\t\"0\": 48,\n\t\"1\": 49,\n\t\"2\": 50,\n\t\"3\": 51,\n\t\"4\": 52,\n\t\"5\": 53,\n\t\"6\": 54,\n\t\"7\": 55,\n\t\"8\": 56,\n\t\"9\": 57,\n\t\"firefoxsemicolon\": 59,\n\t\"firefoxequals\": 61,\n\t\"a\": 65,\n\t\"b\": 66,\n\t\"c\": 67,\n\t\"d\": 68,\n\t\"e\": 69,\n\t\"f\": 70,\n\t\"g\": 71,\n\t\"h\": 72,\n\t\"i\": 73,\n\t\"j\": 74,\n\t\"k\": 75,\n\t\"l\": 76,\n\t\"m\": 77,\n\t\"n\": 78,\n\t\"o\": 79,\n\t\"p\": 80,\n\t\"q\": 81,\n\t\"r\": 82,\n\t\"s\": 83,\n\t\"t\": 84,\n\t\"u\": 85,\n\t\"v\": 86,\n\t\"w\": 87,\n\t\"x\": 88,\n\t\"y\": 89,\n\t\"z\": 90,\n\t\"numpad0\": 96,\n\t\"numpad1\": 97,\n\t\"numpad2\": 98,\n\t\"numpad3\": 99,\n\t\"numpad4\": 100,\n\t\"numpad5\": 101,\n\t\"numpad6\": 102,\n\t\"numpad7\": 103,\n\t\"numpad8\": 104,\n\t\"numpad9\": 105,\n\t\"multiply\": 106,\n\t\"add\": 107,\n\t\"separator\": 108,\n\t\"subtract\": 109,\n\t\"decimal\": 110,\n\t\"divide\": 111,\n\t\"f1\": 112,\n\t\"f2\": 113,\n\t\"f3\": 114,\n\t\"f4\": 115,\n\t\"f5\": 116,\n\t\"f6\": 117,\n\t\"f7\": 118,\n\t\"f8\": 119,\n\t\"f9\": 120,\n\t\"f10\": 121,\n\t\"f11\": 122,\n\t\"f12\": 123,\n\t\"f13\": 124,\n\t\"f14\": 125,\n\t\"f15\": 126,\n\t\"f16\": 127,\n\t\"f17\": 128,\n\t\"f18\": 129,\n\t\"f19\": 130,\n\t\"f20\": 131,\n\t\"f21\": 132,\n\t\"f22\": 133,\n\t\"f23\": 134,\n\t\"f24\": 135,\n\t\"firefoxminus\": 173,\n\t\"semicolon\": 186,\n\t\"equals\": 187,\n\t\"comma\": 188,\n\t\"dash\": 189,\n\t\"period\": 190,\n\t\"slash\": 191,\n\t\"backquote\": 192,\n\t\"openbracket\": 219,\n\t\"backslash\": 220,\n\t\"closebracket\": 221,\n\t\"quote\": 222\n};\n\nfunction KeyboardManager(options) {\n\tvar self = this;\n\toptions = options || \"\";\n\t// Save the named key hashmap\n\tthis.namedKeys = namedKeys;\n\t// Create a reverse mapping of code to keyname\n\tthis.keyNames = [];\n\t$tw.utils.each(namedKeys,function(keyCode,name) {\n\t\tself.keyNames[keyCode] = name.substr(0,1).toUpperCase() + name.substr(1);\n\t});\n\t// Save the platform-specific name of the \"meta\" key\n\tthis.metaKeyName = $tw.platform.isMac ? \"cmd-\" : \"win-\";\n\tthis.shortcutKeysList = [], // Stores the shortcut-key descriptors\n\tthis.shortcutActionList = [], // Stores the corresponding action strings\n\tthis.shortcutParsedList = []; // Stores the parsed key descriptors\n\tthis.lookupNames = [\"shortcuts\"];\n\tthis.lookupNames.push($tw.platform.isMac ? \"shortcuts-mac\" : \"shortcuts-not-mac\")\n\tthis.lookupNames.push($tw.platform.isWindows ? \"shortcuts-windows\" : \"shortcuts-not-windows\");\n\tthis.lookupNames.push($tw.platform.isLinux ? \"shortcuts-linux\" : \"shortcuts-not-linux\");\n\tthis.updateShortcutLists(this.getShortcutTiddlerList());\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.handleShortcutChanges(changes);\n\t});\n}\n\n/*\nReturn an array of keycodes for the modifier keys ctrl, shift, alt, meta\n*/\nKeyboardManager.prototype.getModifierKeys = function() {\n\treturn [\n\t\t16, // Shift\n\t\t17, // Ctrl\n\t\t18, // Alt\n\t\t20, // CAPS LOCK\n\t\t91, // Meta (left)\n\t\t93, // Meta (right)\n\t\t224 // Meta (Firefox)\n\t]\n};\n\n/*\nParses a key descriptor into the structure:\n{\n\tkeyCode: numeric keycode\n\tshiftKey: boolean\n\taltKey: boolean\n\tctrlKey: boolean\n\tmetaKey: boolean\n}\nKey descriptors have the following format:\n\tctrl+enter\n\tctrl+shift+alt+A\n*/\nKeyboardManager.prototype.parseKeyDescriptor = function(keyDescriptor) {\n\tvar components = keyDescriptor.split(/\\+|\\-/),\n\t\tinfo = {\n\t\t\tkeyCode: 0,\n\t\t\tshiftKey: false,\n\t\t\taltKey: false,\n\t\t\tctrlKey: false,\n\t\t\tmetaKey: false\n\t\t};\n\tfor(var t=0; t<components.length; t++) {\n\t\tvar s = components[t].toLowerCase(),\n\t\t\tc = s.charCodeAt(0);\n\t\t// Look for modifier keys\n\t\tif(s === \"ctrl\") {\n\t\t\tinfo.ctrlKey = true;\n\t\t} else if(s === \"shift\") {\n\t\t\tinfo.shiftKey = true;\n\t\t} else if(s === \"alt\") {\n\t\t\tinfo.altKey = true;\n\t\t} else if(s === \"meta\" || s === \"cmd\" || s === \"win\") {\n\t\t\tinfo.metaKey = true;\n\t\t}\n\t\t// Replace named keys with their code\n\t\tif(this.namedKeys[s]) {\n\t\t\tinfo.keyCode = this.namedKeys[s];\n\t\t}\n\t}\n\tif(info.keyCode) {\n\t\treturn info;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nParse a list of key descriptors into an array of keyInfo objects. The key descriptors can be passed as an array of strings or a space separated string\n*/\nKeyboardManager.prototype.parseKeyDescriptors = function(keyDescriptors,options) {\n\tvar self = this;\n\toptions = options || {};\n\toptions.stack = options.stack || [];\n\tvar wiki = options.wiki || $tw.wiki;\n\tif(typeof keyDescriptors === \"string\" && keyDescriptors === \"\") {\n\t\treturn [];\n\t}\n\tif(!$tw.utils.isArray(keyDescriptors)) {\n\t\tkeyDescriptors = keyDescriptors.split(\" \");\n\t}\n\tvar result = [];\n\t$tw.utils.each(keyDescriptors,function(keyDescriptor) {\n\t\t// Look for a named shortcut\n\t\tif(keyDescriptor.substr(0,2) === \"((\" && keyDescriptor.substr(-2,2) === \"))\") {\n\t\t\tif(options.stack.indexOf(keyDescriptor) === -1) {\n\t\t\t\toptions.stack.push(keyDescriptor);\n\t\t\t\tvar name = keyDescriptor.substring(2,keyDescriptor.length - 2),\n\t\t\t\t\tlookupName = function(configName) {\n\t\t\t\t\t\tvar keyDescriptors = wiki.getTiddlerText(\"$:/config/\" + configName + \"/\" + name);\n\t\t\t\t\t\tif(keyDescriptors) {\n\t\t\t\t\t\t\tresult.push.apply(result,self.parseKeyDescriptors(keyDescriptors,options));\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t$tw.utils.each(self.lookupNames,function(platformDescriptor) {\n\t\t\t\t\tlookupName(platformDescriptor);\n\t\t\t\t});\n\t\t\t}\n\t\t} else {\n\t\t\tresult.push(self.parseKeyDescriptor(keyDescriptor));\n\t\t}\n\t});\n\treturn result;\n};\n\nKeyboardManager.prototype.getPrintableShortcuts = function(keyInfoArray) {\n\tvar self = this,\n\t\tresult = [];\n\t$tw.utils.each(keyInfoArray,function(keyInfo) {\n\t\tif(keyInfo) {\n\t\t\tresult.push((keyInfo.ctrlKey ? \"ctrl-\" : \"\") + \n\t\t\t\t (keyInfo.shiftKey ? \"shift-\" : \"\") + \n\t\t\t\t (keyInfo.altKey ? \"alt-\" : \"\") + \n\t\t\t\t (keyInfo.metaKey ? self.metaKeyName : \"\") + \n\t\t\t\t (self.keyNames[keyInfo.keyCode]));\n\t\t}\n\t});\n\treturn result;\n}\n\nKeyboardManager.prototype.checkKeyDescriptor = function(event,keyInfo) {\n\treturn keyInfo &&\n\t\t\tevent.keyCode === keyInfo.keyCode && \n\t\t\tevent.shiftKey === keyInfo.shiftKey && \n\t\t\tevent.altKey === keyInfo.altKey && \n\t\t\tevent.ctrlKey === keyInfo.ctrlKey && \n\t\t\tevent.metaKey === keyInfo.metaKey;\n};\n\nKeyboardManager.prototype.checkKeyDescriptors = function(event,keyInfoArray) {\n\tfor(var t=0; t<keyInfoArray.length; t++) {\n\t\tif(this.checkKeyDescriptor(event,keyInfoArray[t])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.getShortcutTiddlerList = function() {\n\treturn $tw.wiki.getTiddlersWithTag(\"$:/tags/KeyboardShortcut\");\n};\n\nKeyboardManager.prototype.updateShortcutLists = function(tiddlerList) {\n\tthis.shortcutTiddlers = tiddlerList;\n\tfor(var i=0; i<tiddlerList.length; i++) {\n\t\tvar title = tiddlerList[i],\n\t\t\ttiddlerFields = $tw.wiki.getTiddler(title).fields;\n\t\tthis.shortcutKeysList[i] = tiddlerFields.key !== undefined ? tiddlerFields.key : undefined;\n\t\tthis.shortcutActionList[i] = tiddlerFields.text;\n\t\tthis.shortcutParsedList[i] = this.shortcutKeysList[i] !== undefined ? this.parseKeyDescriptors(this.shortcutKeysList[i]) : undefined;\n\t}\n};\n\nKeyboardManager.prototype.handleKeydownEvent = function(event) {\n\tvar key, action;\n\tfor(var i=0; i<this.shortcutTiddlers.length; i++) {\n\t\tif(this.shortcutParsedList[i] !== undefined && this.checkKeyDescriptors(event,this.shortcutParsedList[i])) {\n\t\t\tkey = this.shortcutParsedList[i];\n\t\t\taction = this.shortcutActionList[i];\n\t\t}\n\t}\n\tif(key !== undefined) {\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\t$tw.rootWidget.invokeActionString(action,$tw.rootWidget);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\nKeyboardManager.prototype.detectNewShortcuts = function(changedTiddlers) {\n\tvar shortcutConfigTiddlers = [],\n\t\thandled = false;\n\t$tw.utils.each(this.lookupNames,function(platformDescriptor) {\n\t\tvar descriptorString = \"$:/config/\" + platformDescriptor + \"/\";\n\t\tObject.keys(changedTiddlers).forEach(function(configTiddler) {\n\t\t\tvar configString = configTiddler.substr(0, configTiddler.lastIndexOf(\"/\") + 1);\n\t\t\tif(configString === descriptorString) {\n\t\t\t\tshortcutConfigTiddlers.push(configTiddler);\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t});\n\t});\n\tif(handled) {\n\t\treturn $tw.utils.hopArray(changedTiddlers,shortcutConfigTiddlers);\n\t} else {\n\t\treturn false;\n\t}\n};\n\nKeyboardManager.prototype.handleShortcutChanges = function(changedTiddlers) {\n\tvar newList = this.getShortcutTiddlerList();\n\tvar hasChanged = $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers) ? true :\n\t\t($tw.utils.hopArray(changedTiddlers,newList) ? true :\n\t\t(this.detectNewShortcuts(changedTiddlers))\n\t);\n\t// Re-cache shortcuts if something changed\n\tif(hasChanged) {\n\t\tthis.updateShortcutLists(newList);\n\t}\n};\n\nexports.KeyboardManager = KeyboardManager;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/language.js": {
"title": "$:/core/modules/language.js",
"text": "/*\\\ntitle: $:/core/modules/language.js\ntype: application/javascript\nmodule-type: global\n\nThe $tw.Language() manages translateable strings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate an instance of the language manager. Options include:\nwiki: wiki from which to retrieve translation tiddlers\n*/\nfunction Language(options) {\n\toptions = options || \"\";\n\tthis.wiki = options.wiki || $tw.wiki;\n}\n\n/*\nReturn a wikified translateable string. The title is automatically prefixed with \"$:/language/\"\nOptions include:\nvariables: optional hashmap of variables to supply to the language wikification\n*/\nLanguage.prototype.getString = function(title,options) {\n\toptions = options || {};\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.renderTiddler(\"text/plain\",title,{variables: options.variables});\n};\n\n/*\nReturn a raw, unwikified translateable string. The title is automatically prefixed with \"$:/language/\"\n*/\nLanguage.prototype.getRawString = function(title) {\n\ttitle = \"$:/language/\" + title;\n\treturn this.wiki.getTiddlerText(title);\n};\n\nexports.Language = Language;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/macros/changecount.js": {
"title": "$:/core/modules/macros/changecount.js",
"text": "/*\\\ntitle: $:/core/modules/macros/changecount.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the changecount for the current tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/contrastcolour.js": {
"title": "$:/core/modules/macros/contrastcolour.js",
"text": "/*\\\ntitle: $:/core/modules/macros/contrastcolour.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to choose which of two colours has the highest contrast with a base colour\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"contrastcolour\";\n\nexports.params = [\n\t{name: \"target\"},\n\t{name: \"fallbackTarget\"},\n\t{name: \"colourA\"},\n\t{name: \"colourB\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(target,fallbackTarget,colourA,colourB) {\n\tvar rgbTarget = $tw.utils.parseCSSColor(target) || $tw.utils.parseCSSColor(fallbackTarget);\n\tif(!rgbTarget) {\n\t\treturn colourA;\n\t}\n\tvar rgbColourA = $tw.utils.parseCSSColor(colourA),\n\t\trgbColourB = $tw.utils.parseCSSColor(colourB);\n\tif(rgbColourA && !rgbColourB) {\n\t\treturn rgbColourA;\n\t}\n\tif(rgbColourB && !rgbColourA) {\n\t\treturn rgbColourB;\n\t}\n\tif(!rgbColourA && !rgbColourB) {\n\t\t// If neither colour is readable, return a crude inverse of the target\n\t\treturn [255 - rgbTarget[0],255 - rgbTarget[1],255 - rgbTarget[2],rgbTarget[3]];\n\t}\n\t// Colour brightness formula derived from http://www.w3.org/WAI/ER/WD-AERT/#color-contrast\n\tvar brightnessTarget = rgbTarget[0] * 0.299 + rgbTarget[1] * 0.587 + rgbTarget[2] * 0.114,\n\t\tbrightnessA = rgbColourA[0] * 0.299 + rgbColourA[1] * 0.587 + rgbColourA[2] * 0.114,\n\t\tbrightnessB = rgbColourB[0] * 0.299 + rgbColourB[1] * 0.587 + rgbColourB[2] * 0.114;\n\treturn Math.abs(brightnessTarget - brightnessA) > Math.abs(brightnessTarget - brightnessB) ? colourA : colourB;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/csvtiddlers.js": {
"title": "$:/core/modules/macros/csvtiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/csvtiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to CSV\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"csvtiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"format\"},\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,format) {\n\tvar self = this,\n\t\ttiddlers = this.wiki.filterTiddlers(filter),\n\t\ttiddler,\n\t\tfields = [],\n\t\tt,f;\n\t// Collect all the fields\n\tfor(t=0;t<tiddlers.length; t++) {\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\tfor(f in tiddler.fields) {\n\t\t\tif(fields.indexOf(f) === -1) {\n\t\t\t\tfields.push(f);\n\t\t\t}\n\t\t}\n\t}\n\t// Sort the fields and bring the standard ones to the front\n\tfields.sort();\n\t\"title text modified modifier created creator\".split(\" \").reverse().forEach(function(value,index) {\n\t\tvar p = fields.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tfields.splice(p,1);\n\t\t\tfields.unshift(value)\n\t\t}\n\t});\n\t// Output the column headings\n\tvar output = [], row = [];\n\tfields.forEach(function(value) {\n\t\trow.push(quoteAndEscape(value))\n\t});\n\toutput.push(row.join(\",\"));\n\t// Output each tiddler\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\trow = [];\n\t\ttiddler = this.wiki.getTiddler(tiddlers[t]);\n\t\t\tfor(f=0; f<fields.length; f++) {\n\t\t\t\trow.push(quoteAndEscape(tiddler ? tiddler.getFieldString(fields[f]) || \"\" : \"\"));\n\t\t\t}\n\t\toutput.push(row.join(\",\"));\n\t}\n\treturn output.join(\"\\n\");\n};\n\nfunction quoteAndEscape(value) {\n\treturn \"\\\"\" + value.replace(/\"/mg,\"\\\"\\\"\") + \"\\\"\";\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/displayshortcuts.js": {
"title": "$:/core/modules/macros/displayshortcuts.js",
"text": "/*\\\ntitle: $:/core/modules/macros/displayshortcuts.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to display a list of keyboard shortcuts in human readable form. Notably, it resolves named shortcuts like `((bold))` to the underlying keystrokes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"displayshortcuts\";\n\nexports.params = [\n\t{name: \"shortcuts\"},\n\t{name: \"prefix\"},\n\t{name: \"separator\"},\n\t{name: \"suffix\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(shortcuts,prefix,separator,suffix) {\n\tvar shortcutArray = $tw.keyboardManager.getPrintableShortcuts($tw.keyboardManager.parseKeyDescriptors(shortcuts,{\n\t\twiki: this.wiki\n\t}));\n\tif(shortcutArray.length > 0) {\n\t\tshortcutArray.sort(function(a,b) {\n\t\t return a.toLowerCase().localeCompare(b.toLowerCase());\n\t\t})\n\t\treturn prefix + shortcutArray.join(separator) + suffix;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddler.js": {
"title": "$:/core/modules/macros/jsontiddler.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddler.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output a single tiddler to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddler\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\ttitle = title || this.getVariable(\"currentTiddler\");\n\tvar tiddler = !!title && this.wiki.getTiddler(title),\n\t\tfields = new Object();\n\tif(tiddler) {\n\t\tfor(var field in tiddler.fields) {\n\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t}\n\t}\n\treturn JSON.stringify(fields,null,$tw.config.preferences.jsonSpaces);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/jsontiddlers.js": {
"title": "$:/core/modules/macros/jsontiddlers.js",
"text": "/*\\\ntitle: $:/core/modules/macros/jsontiddlers.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to output tiddlers matching a filter to JSON\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"jsontiddlers\";\n\nexports.params = [\n\t{name: \"filter\"},\n\t{name: \"spaces\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(filter,spaces) {\n\treturn this.wiki.getTiddlersAsJson(filter,$tw.utils.parseInt(spaces));\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"title": "$:/core/modules/macros/makedatauri.js",
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert a string of text to a data URI\n\n<<makedatauri text:\"Text to be converted\" type:\"text/vnd.tiddlywiki\">>\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"makedatauri\";\n\nexports.params = [\n\t{name: \"text\"},\n\t{name: \"type\"},\n\t{name: \"_canonical_uri\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type,_canonical_uri) {\n\treturn $tw.utils.makeDataUri(text,type,_canonical_uri);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/now.js": {
"title": "$:/core/modules/macros/now.js",
"text": "/*\\\ntitle: $:/core/modules/macros/now.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return a formatted version of the current time\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"now\";\n\nexports.params = [\n\t{name: \"format\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(format) {\n\treturn $tw.utils.formatDateString(new Date(),format || \"0hh:0mm, DDth MMM YYYY\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/qualify.js": {
"title": "$:/core/modules/macros/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/macros/qualify.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to qualify a state tiddler title according\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/resolvepath.js": {
"title": "$:/core/modules/macros/resolvepath.js",
"text": "/*\\\ntitle: $:/core/modules/macros/resolvepath.js\ntype: application/javascript\nmodule-type: macro\n\nResolves a relative path for an absolute rootpath.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"resolvepath\";\n\nexports.params = [\n\t{name: \"source\"},\n\t{name: \"root\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(source, root) {\n\treturn $tw.utils.resolvePath(source, root);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/unusedtitle.js": {
"title": "$:/core/modules/macros/unusedtitle.js",
"text": "/*\\\ntitle: $:/core/modules/macros/unusedtitle.js\ntype: application/javascript\nmodule-type: macro\nMacro to return a new title that is unused in the wiki. It can be given a name as a base.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"unusedtitle\";\n\nexports.params = [\n\t{name: \"baseName\"},\n\t{name: \"options\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(baseName, options) {\n\tif(!baseName) {\n\t\tbaseName = $tw.language.getString(\"DefaultNewTiddlerTitle\");\n\t}\n\treturn this.wiki.generateNewTitle(baseName, options);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/version.js": {
"title": "$:/core/modules/macros/version.js",
"text": "/*\\\ntitle: $:/core/modules/macros/version.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to return the TiddlyWiki core version number\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"version\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn $tw.version;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/parsers/audioparser.js": {
"title": "$:/core/modules/parsers/audioparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/audioparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe audio parser parses an audio tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar AudioParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"audio\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"},\n\t\t\t\tstyle: {type: \"string\", value: \"width: 100%; object-fit: contain\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"audio/ogg\"] = AudioParser;\nexports[\"audio/mpeg\"] = AudioParser;\nexports[\"audio/mp3\"] = AudioParser;\nexports[\"audio/mp4\"] = AudioParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/binaryparser.js": {
"title": "$:/core/modules/parsers/binaryparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/binaryparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe binary parser parses a binary tiddler into a warning message and download link\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\nvar EXPORT_BUTTON_IMAGE = \"$:/core/images/export-button\";\n\nvar BinaryParser = function(type,text,options) {\n\t// Transclude the binary data tiddler warning message\n\tvar warn = {\n\t\ttype: \"element\",\n\t\ttag: \"p\",\n\t\tchildren: [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t\t}\n\t\t}]\n\t};\n\t// Create download link based on binary tiddler title\n\tvar link = {\n\t\ttype: \"element\",\n\t\ttag: \"a\",\n\t\tattributes: {\n\t\t\ttitle: {type: \"indirect\", textReference: \"!!title\"},\n\t\t\tdownload: {type: \"indirect\", textReference: \"!!title\"}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: EXPORT_BUTTON_IMAGE}\n\t\t\t}\n\t\t}]\n\t};\n\t// Set the link href to external or internal data URI\n\tif(options._canonical_uri) {\n\t\tlink.attributes.href = {\n\t\t\ttype: \"string\", \n\t\t\tvalue: options._canonical_uri\n\t\t};\n\t} else if(text) {\n\t\tlink.attributes.href = {\n\t\t\ttype: \"string\", \n\t\t\tvalue: \"data:\" + type + \";base64,\" + text\n\t\t};\n\t}\n\t// Combine warning message and download link in a div\n\tvar element = {\n\t\ttype: \"element\",\n\t\ttag: \"div\",\n\t\tattributes: {\n\t\t\tclass: {type: \"string\", value: \"tc-binary-warning\"}\n\t\t},\n\t\tchildren: [warn, link]\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/octet-stream\"] = BinaryParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/csvparser.js": {
"title": "$:/core/modules/parsers/csvparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/csvparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe CSV text parser processes CSV files into a table wrapped in a scrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar CsvParser = function(type,text,options) {\n\t// Table framework\n\tthis.tree = [{\n\t\t\"type\": \"scrollable\", \"children\": [{\n\t\t\t\"type\": \"element\", \"tag\": \"table\", \"children\": [{\n\t\t\t\t\"type\": \"element\", \"tag\": \"tbody\", \"children\": []\n\t\t\t}], \"attributes\": {\n\t\t\t\t\"class\": {\"type\": \"string\", \"value\": \"tc-csv-table\"}\n\t\t\t}\n\t\t}]\n\t}];\n\t// Split the text into lines\n\tvar lines = text.split(/\\r?\\n/mg),\n\t\ttag = \"th\";\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar lineText = lines[line];\n\t\tif(lineText) {\n\t\t\tvar row = {\n\t\t\t\t\t\"type\": \"element\", \"tag\": \"tr\", \"children\": []\n\t\t\t\t};\n\t\t\tvar columns = lineText.split(\",\");\n\t\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\t\trow.children.push({\n\t\t\t\t\t\t\"type\": \"element\", \"tag\": tag, \"children\": [{\n\t\t\t\t\t\t\t\"type\": \"text\",\n\t\t\t\t\t\t\t\"text\": columns[column]\n\t\t\t\t\t\t}]\n\t\t\t\t\t});\n\t\t\t}\n\t\t\ttag = \"td\";\n\t\t\tthis.tree[0].children[0].children[0].children.push(row);\n\t\t}\n\t}\n};\n\nexports[\"text/csv\"] = CsvParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/htmlparser.js": {
"title": "$:/core/modules/parsers/htmlparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/htmlparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe HTML parser displays text as raw HTML\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tvar src;\n\tif(options._canonical_uri) {\n\t\tsrc = options._canonical_uri;\n\t} else if(text) {\n\t\tsrc = \"data:text/html;charset=utf-8,\" + encodeURIComponent(text);\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"iframe\",\n\t\tattributes: {\n\t\t\tsrc: {type: \"string\", value: src},\n\t\t\tsandbox: {type: \"string\", value: \"\"}\n\t\t}\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/imageparser.js": {
"title": "$:/core/modules/parsers/imageparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/imageparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe image parser parses an image into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"img\",\n\t\t\tattributes: {}\n\t\t};\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\tif(type === \"image/svg+xml\" || type === \".svg\") {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:image/svg+xml,\" + encodeURIComponent(text)};\n\t\t} else {\n\t\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t\t}\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"image/webp\"] = ImageParser;\nexports[\"image/heic\"] = ImageParser;\nexports[\"image/heif\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/utils/parseutils.js": {
"title": "$:/core/modules/utils/parseutils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parseutils.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions concerned with parsing text into tokens.\n\nMost functions have the following pattern:\n\n* The parameters are:\n** `source`: the source string being parsed\n** `pos`: the current parse position within the string\n** Any further parameters are used to identify the token that is being parsed\n* The return value is:\n** null if the token was not found at the specified position\n** an object representing the token with the following standard fields:\n*** `type`: string indicating the type of the token\n*** `start`: start position of the token in the source string\n*** `end`: end position of the token in the source string\n*** Any further fields required to describe the token\n\nThe exception is `skipWhiteSpace`, which just returns the position after the whitespace.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar p = pos,c;\n\twhile(true) {\n\t\tc = source.charAt(p);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tp++;\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tif(p === pos) {\n\t\treturn null;\n\t} else {\n\t\treturn {\n\t\t\ttype: \"whitespace\",\n\t\t\tstart: pos,\n\t\t\tend: p\n\t\t}\n\t}\n};\n\n/*\nConvenience wrapper for parseWhiteSpace. Returns the position after the whitespace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar c;\n\twhile(true) {\n\t\tc = source.charAt(pos);\n\t\tif((c === \" \") || (c === \"\\f\") || (c === \"\\n\") || (c === \"\\r\") || (c === \"\\t\") || (c === \"\\v\") || (c === \"\\u00a0\")) { // Ignores some obscure unicode spaces\n\t\t\tpos++;\n\t\t} else {\n\t\t\treturn pos;\n\t\t}\n\t}\n};\n\n/*\nLook for a given string token. Returns null if not found, otherwise returns {type: \"token\", value:, start:, end:,}\n*/\nexports.parseTokenString = function(source,pos,token) {\n\tvar match = source.indexOf(token,pos) === pos;\n\tif(match) {\n\t\treturn {\n\t\t\ttype: \"token\",\n\t\t\tvalue: token,\n\t\t\tstart: pos,\n\t\t\tend: pos + token.length\n\t\t};\n\t}\n\treturn null;\n};\n\n/*\nLook for a token matching a regex. Returns null if not found, otherwise returns {type: \"regexp\", match:, start:, end:,}\n*/\nexports.parseTokenRegExp = function(source,pos,reToken) {\n\tvar node = {\n\t\ttype: \"regexp\",\n\t\tstart: pos\n\t};\n\treToken.lastIndex = pos;\n\tnode.match = reToken.exec(source);\n\tif(node.match && node.match.index === pos) {\n\t\tnode.end = pos + node.match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a string literal. Returns null if not found, otherwise returns {type: \"string\", value:, start:, end:,}\n*/\nexports.parseStringLiteral = function(source,pos) {\n\tvar node = {\n\t\ttype: \"string\",\n\t\tstart: pos\n\t};\n\tvar reString = /(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\")|(?:'([^']*)')/g;\n\treString.lastIndex = pos;\n\tvar match = reString.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.value = match[1] !== undefined ? match[1] :(\n\t\t\tmatch[2] !== undefined ? match[2] : match[3] \n\t\t\t\t\t);\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLook for a macro invocation parameter. Returns null if not found, or {type: \"macro-parameter\", name:, value:, start:, end:}\n*/\nexports.parseMacroParameter = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macro-parameter\",\n\t\tstart: pos\n\t};\n\t// Define our regexp\n\tvar reMacroParameter = /(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\\s>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = $tw.utils.parseTokenRegExp(source,pos,reMacroParameter);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the parameter details\n\tnode.value = token.match[2] !== undefined ? token.match[2] : (\n\t\t\t\t\ttoken.match[3] !== undefined ? token.match[3] : (\n\t\t\t\t\t\ttoken.match[4] !== undefined ? token.match[4] : (\n\t\t\t\t\t\t\ttoken.match[5] !== undefined ? token.match[5] : (\n\t\t\t\t\t\t\t\ttoken.match[6] !== undefined ? token.match[6] : (\n\t\t\t\t\t\t\t\t\t\"\"\n\t\t\t\t\t\t\t\t)\n\t\t\t\t\t\t\t)\n\t\t\t\t\t\t)\n\t\t\t\t\t)\n\t\t\t\t);\n\tif(token.match[1]) {\n\t\tnode.name = token.match[1];\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for a macro invocation. Returns null if not found, or {type: \"macrocall\", name:, parameters:, start:, end:}\n*/\nexports.parseMacroInvocation = function(source,pos) {\n\tvar node = {\n\t\ttype: \"macrocall\",\n\t\tstart: pos,\n\t\tparams: []\n\t};\n\t// Define our regexps\n\tvar reMacroName = /([^\\s>\"'=]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"<<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the macro name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reMacroName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Process parameters\n\tvar parameter = $tw.utils.parseMacroParameter(source,pos);\n\twhile(parameter) {\n\t\tnode.params.push(parameter);\n\t\tpos = parameter.end;\n\t\t// Get the next parameter\n\t\tparameter = $tw.utils.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">>\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n/*\nLook for an HTML attribute definition. Returns null if not found, otherwise returns {type: \"attribute\", name:, valueType: \"string|indirect|macro\", value:, start:, end:,}\n*/\nexports.parseAttribute = function(source,pos) {\n\tvar node = {\n\t\tstart: pos\n\t};\n\t// Define our regexps\n\tvar reAttributeName = /([^\\/\\s>\"'=]+)/g,\n\t\treUnquotedAttribute = /([^\\/\\s<>\"'=]+)/g,\n\t\treFilteredValue = /\\{\\{\\{(.+?)\\}\\}\\}/g,\n\t\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = $tw.utils.parseTokenRegExp(source,pos,reAttributeName);\n\tif(!name) {\n\t\treturn null;\n\t}\n\tnode.name = name.match[1];\n\tpos = name.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = $tw.utils.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = $tw.utils.parseStringLiteral(source,pos);\n\t\tif(stringLiteral) {\n\t\t\tpos = stringLiteral.end;\n\t\t\tnode.type = \"string\";\n\t\t\tnode.value = stringLiteral.value;\n\t\t} else {\n\t\t\t// Look for a filtered value\n\t\t\tvar filteredValue = $tw.utils.parseTokenRegExp(source,pos,reFilteredValue);\n\t\t\tif(filteredValue) {\n\t\t\t\tpos = filteredValue.end;\n\t\t\t\tnode.type = \"filtered\";\n\t\t\t\tnode.filter = filteredValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for an indirect value\n\t\t\t\tvar indirectValue = $tw.utils.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\t\tif(indirectValue) {\n\t\t\t\t\tpos = indirectValue.end;\n\t\t\t\t\tnode.type = \"indirect\";\n\t\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a unquoted value\n\t\t\t\t\tvar unquotedValue = $tw.utils.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\t\tif(unquotedValue) {\n\t\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\t\tvar macroInvocation = $tw.utils.parseMacroInvocation(source,pos);\n\t\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\t\tnode.value = \"true\";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t} else {\n\t\tnode.type = \"string\";\n\t\tnode.value = \"true\";\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/parsers/pdfparser.js": {
"title": "$:/core/modules/parsers/pdfparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/pdfparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe PDF parser embeds a PDF viewer\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"embed\",\n\t\t\tattributes: {}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:application/pdf;base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"application/pdf\"] = ImageParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/textparser.js": {
"title": "$:/core/modules/parsers/textparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/textparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe plain text parser processes blocks of source text into a degenerate parse tree consisting of a single text node\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"codeblock\",\n\t\tattributes: {\n\t\t\tcode: {type: \"string\", value: text},\n\t\t\tlanguage: {type: \"string\", value: type}\n\t\t}\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/videoparser.js": {
"title": "$:/core/modules/parsers/videoparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/videoparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe video parser parses a video tiddler into an embeddable HTML element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar VideoParser = function(type,text,options) {\n\tvar element = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"video\",\n\t\t\tattributes: {\n\t\t\t\tcontrols: {type: \"string\", value: \"controls\"},\n\t\t\t\tstyle: {type: \"string\", value: \"width: 100%; object-fit: contain\"}\n\t\t\t}\n\t\t},\n\t\tsrc;\n\tif(options._canonical_uri) {\n\t\telement.attributes.src = {type: \"string\", value: options._canonical_uri};\n\t} else if(text) {\n\t\telement.attributes.src = {type: \"string\", value: \"data:\" + type + \";base64,\" + text};\n\t}\n\tthis.tree = [element];\n};\n\nexports[\"video/ogg\"] = VideoParser;\nexports[\"video/webm\"] = VideoParser;\nexports[\"video/mp4\"] = VideoParser;\nexports[\"video/quicktime\"] = VideoParser;\n\n})();\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/codeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for code blocks. For example:\n\n```\n\t```\n\tThis text will not be //wikified//\n\t```\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match and get language if defined\n\tthis.matchRegExp = /```([\\w-]*)\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\\r?\\n```$)/mg;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Return the $codeblock widget\n\treturn [{\n\t\t\ttype: \"codeblock\",\n\t\t\tattributes: {\n\t\t\t\t\tcode: {type: \"string\", value: text},\n\t\t\t\t\tlanguage: {type: \"string\", value: this.match[1]}\n\t\t\t}\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/codeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/codeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for code runs. For example:\n\n```\n\tThis is a `code run`.\n\tThis is another ``code run``\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/commentinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/commentinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML comments. For example:\n\n```\n<!-- This is a comment -->\n```\n\nNote that the syntax for comments is simplified to an opening \"<!--\" sequence and a closing \"-->\" sequence -- HTML itself implements a more complex format (see http://ostermiller.org/findhtmlcomment.html)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\tthis.matchRegExp = /<!--/mg;\n\tthis.endMatchRegExp = /-->/mg;\n};\n\nexports.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\tif(this.match) {\n\t\tthis.endMatchRegExp.lastIndex = startPos + this.match[0].length;\n\t\tthis.endMatch = this.endMatchRegExp.exec(this.parser.source);\n\t\tif(this.endMatch) {\n\t\t\treturn this.match.index;\n\t\t}\n\t}\n\treturn undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.endMatchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/dash.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/dash.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for dashes. For example:\n\n```\nThis is an en-dash: --\n\nThis is an em-dash: ---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/bold.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/bold.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - bold. For example:\n\n```\n\tThis is ''bold'' text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except bold \n\\rules only bold \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"bold\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/''/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strong\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/italic.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/italic.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - italic. For example:\n\n```\n\tThis is //italic// text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except italic\n\\rules only italic\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"italic\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\/\\//mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\/\\//mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"em\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/strikethrough.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - strikethrough. For example:\n\n```\n\tThis is ~~strikethrough~~ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except strikethrough \n\\rules only strikethrough \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"strikethrough\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/~~/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"strike\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/subscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - subscript. For example:\n\n```\n\tThis is ,,subscript,, text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except subscript \n\\rules only subscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"subscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /,,/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/,,/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sub\",\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/superscript.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - superscript. For example:\n\n```\n\tThis is ^^superscript^^ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except superscript \n\\rules only superscript \n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"superscript\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\^\\^/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/\\^\\^/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"sup\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis/underscore.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis - underscore. For example:\n\n```\n\tThis is __underscore__ text\n```\n\nThis wikiparser can be modified using the rules eg:\n\n```\n\\rules except underscore \n\\rules only underscore\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"underscore\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /__/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(/__/mg,{eatTerminator: true});\n\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"u\",\n\t\tchildren: tree\n\t}];\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/entity.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/entity.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for HTML entities. For example:\n\n```\n\tThis is a copyright symbol: ©\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/extlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/extlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\nAn external link: https://www.tiddlywiki.com/\n\nA suppressed external link: ~http://www.tiddlyspace.com/\n```\n\nExternal links can be suppressed by preceding them with `~`.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t},\n\t\tisBlock: true\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline filtered transclusion. For example:\n\n```\n{{{ [tag[docs]] }}}\n{{{ [tag[docs]] |tooltip}}}\n{{{ [tag[docs]] ||TemplateTitle}}}\n{{{ [tag[docs]] |tooltip||TemplateTitle}}}\n{{{ [tag[docs]] }}width:40;height:50;}.class.class\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"filteredtranscludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{\\{([^\\|]+?)(?:\\|([^\\|\\{\\}]+))?(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}([^\\}]*)\\}(?:\\.(\\S+))?/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar filter = this.match[1],\n\t\ttooltip = this.match[2],\n\t\ttemplate = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"list\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: filter}\n\t\t}\n\t};\n\tif(tooltip) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: tooltip};\n\t}\n\tif(template) {\n\t\tnode.attributes.template = {type: \"string\", value: template};\n\t}\n\tif(style) {\n\t\tnode.attributes.style = {type: \"string\", value: style};\n\t}\n\tif(classes) {\n\t\tnode.attributes.itemClass = {type: \"string\", value: classes.split(\".\").join(\" \")};\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for marking areas with hard line breaks. For example:\n\n```\n\"\"\"\nThis is some text\nThat is set like\nIt is a Poem\nWhen it is\nClearly\nNot\n\"\"\"\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [],\n\t\tmatch;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tmatch = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/heading.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/heading.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for headings\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + headingLevel, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/horizrule.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/horizrule.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for rules. For example:\n\n```\n---\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"horizrule\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{3,}\\r?(?:\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\treturn [{type: \"element\", tag: \"hr\"}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/html.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/html.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for HTML elements and widgets. For example:\n\n{{{\n<aside>\nThis is an HTML5 aside element\n</aside>\n\n<$slider target=\"MyTiddler\">\nThis is a widget invocation\n</$slider>\n\n}}}\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"html\";\nexports.types = {inline: true, block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextTag = this.findNextTag(this.parser.source,startPos,{\n\t\trequireLineBreak: this.is.block\n\t});\n\treturn this.nextTag ? this.nextTag.start : undefined;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Retrieve the most recent match so that recursive calls don't overwrite it\n\tvar tag = this.nextTag;\n\tthis.nextTag = null;\n\t// Advance the parser position to past the tag\n\tthis.parser.pos = tag.end;\n\t// Check for an immediately following double linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!$tw.utils.parseTokenRegExp(this.parser.source,this.parser.pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t// Set whether we're in block mode\n\ttag.isBlock = this.is.block || hasLineBreak;\n\t// Parse the body if we need to\n\tif(!tag.isSelfClosing && $tw.config.htmlVoidElements.indexOf(tag.tag) === -1) {\n\t\t\tvar reEndString = \"</\" + $tw.utils.escapeRegExp(tag.tag) + \">\",\n\t\t\t\treEnd = new RegExp(\"(\" + reEndString + \")\",\"mg\");\n\t\tif(hasLineBreak) {\n\t\t\ttag.children = this.parser.parseBlocks(reEndString);\n\t\t} else {\n\t\t\ttag.children = this.parser.parseInlineRun(reEnd);\n\t\t}\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar endMatch = reEnd.exec(this.parser.source);\n\t\tif(endMatch && endMatch.index === this.parser.pos) {\n\t\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t\t}\n\t}\n\t// Return the tag\n\treturn [tag];\n};\n\n/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"element\", name:, attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseTag = function(source,pos,options) {\n\toptions = options || {};\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Define our regexps\n\tvar reTagName = /([a-zA-Z0-9\\-\\$]+)/g;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tif(node.tag.slice(1).indexOf(\"$\") !== -1) {\n\t\treturn null;\n\t}\n\tif(node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t}\n\tpos = token.end;\n\t// Check that the tag is terminated by a space, / or >\n\tif(!$tw.utils.parseWhiteSpace(source,pos) && !(source.charAt(pos) === \"/\") && !(source.charAt(pos) === \">\") ) {\n\t\treturn null;\n\t}\n\t// Process attributes\n\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\twhile(attribute) {\n\t\tnode.attributes[attribute.name] = attribute;\n\t\tpos = attribute.end;\n\t\t// Get the next attribute\n\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = $tw.utils.parseTokenString(source,pos,\"/\");\n\tif(token) {\n\t\tpos = token.end;\n\t\tnode.isSelfClosing = true;\n\t}\n\t// Look for a greater than sign\n\ttoken = $tw.utils.parseTokenString(source,pos,\">\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Check for a required line break\n\tif(options.requireLineBreak) {\n\t\ttoken = $tw.utils.parseTokenRegExp(source,pos,/([^\\S\\n\\r]*\\r?\\n(?:[^\\S\\n\\r]*\\r?\\n|$))/g);\n\t\tif(!token) {\n\t\t\treturn null;\n\t\t}\n\t}\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\nexports.findNextTag = function(source,pos,options) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /<([a-zA-Z\\-\\$]+)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseTag(source,match.index,options);\n\t\t// Return success\n\t\tif(tag && this.isLegalTag(tag)) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\nexports.isLegalTag = function(tag) {\n\t// Widgets are always OK\n\tif(tag.type !== \"element\") {\n\t\treturn true;\n\t// If it's an HTML tag that starts with a dash then it's not legal\n\t} else if(tag.tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/image.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/image.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/image.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for embedding images. For example:\n\n```\n[img[https://tiddlywiki.com/fractalveg.jpg]]\n[img width=23 height=24 [https://tiddlywiki.com/fractalveg.jpg]]\n[img width={{!!width}} height={{!!height}} [https://tiddlywiki.com/fractalveg.jpg]]\n[img[Description of image|https://tiddlywiki.com/fractalveg.jpg]]\n[img[TiddlerTitle]]\n[img[Description of image|TiddlerTitle]]\n```\n\nGenerates the `<$image>` widget.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"image\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextImage = this.findNextImage(this.parser.source,startPos);\n\treturn this.nextImage ? this.nextImage.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextImage.end;\n\tvar node = {\n\t\ttype: \"image\",\n\t\tattributes: this.nextImage.attributes\n\t};\n\treturn [node];\n};\n\n/*\nFind the next image from the current position\n*/\nexports.findNextImage = function(source,pos) {\n\t// A regexp for finding candidate HTML tags\n\tvar reLookahead = /(\\[img)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a tag\n\t\tvar tag = this.parseImage(source,match.index);\n\t\t// Return success\n\t\tif(tag) {\n\t\t\treturn tag;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an image at the specified position. Returns null if not found, otherwise returns {type: \"image\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseImage = function(source,pos) {\n\tvar token,\n\t\tnode = {\n\t\t\ttype: \"image\",\n\t\t\tstart: pos,\n\t\t\tattributes: {}\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[img`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[img\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Process attributes\n\tif(source.charAt(pos) !== \"[\") {\n\t\tvar attribute = $tw.utils.parseAttribute(source,pos);\n\t\twhile(attribute) {\n\t\t\tnode.attributes[attribute.name] = attribute;\n\t\t\tpos = attribute.end;\n\t\t\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t\t\tif(source.charAt(pos) !== \"[\") {\n\t\t\t\t// Get the next attribute\n\t\t\t\tattribute = $tw.utils.parseAttribute(source,pos);\n\t\t\t} else {\n\t\t\t\tattribute = null;\n\t\t\t}\n\t\t}\n\t}\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[` after the attributes\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Get the source up to the terminating `]]`\n\ttoken = $tw.utils.parseTokenRegExp(source,pos,/(?:([^|\\]]*?)\\|)?([^\\]]+?)\\]\\]/g);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\tif(token.match[1]) {\n\t\tnode.attributes.tooltip = {type: \"string\", value: token.match[1].trim()};\n\t}\n\tnode.attributes.source = {type: \"string\", value: (token.match[2] || \"\").trim()};\n\t// Update the end position\n\tnode.end = pos;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/import.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/import.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/import.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for importing variable definitions\n\n```\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"import\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\import[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the filter terminated by a line break\n\tvar reMatch = /(.*)(\\r?\\n)|$/mg;\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\tthis.parser.pos = reMatch.lastIndex;\n\t// Parse tree nodes to return\n\treturn [{\n\t\ttype: \"importvariables\",\n\t\tattributes: {\n\t\t\tfilter: {type: \"string\", value: match[1]}\n\t\t},\n\t\tchildren: []\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/list.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/list.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for lists. For example:\n\n```\n* This is an unordered list\n* It has two items\n\n# This is a numbered list\n## With a subitem\n# And a third item\n\n; This is a term that is being defined\n: This is the definition of that term\n```\n\nNote that lists can be nested arbitrarily:\n\n```\n#** One\n#* Two\n#** Three\n#**** Four\n#**# Five\n#**## Six\n## Seven\n### Eight\n## Nine\n```\n\nA CSS class can be applied to a list item as follows:\n\n```\n* List item one\n*.active List item two has the class `active`\n* List item three\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"list\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /([\\*#;:>]+)/mg;\n};\n\nvar listTypes = {\n\t\"*\": {listTag: \"ul\", itemTag: \"li\"},\n\t\"#\": {listTag: \"ol\", itemTag: \"li\"},\n\t\";\": {listTag: \"dl\", itemTag: \"dt\"},\n\t\":\": {listTag: \"dl\", itemTag: \"dd\"},\n\t\">\": {listTag: \"blockquote\", itemTag: \"div\"}\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Array of parse tree nodes for the previous row of the list\n\tvar listStack = [];\n\t// Cycle through the items in the list\n\twhile(true) {\n\t\t// Match the list marker\n\t\tvar reMatch = /([\\*#;:>]+)/mg;\n\t\treMatch.lastIndex = this.parser.pos;\n\t\tvar match = reMatch.exec(this.parser.source);\n\t\tif(!match || match.index !== this.parser.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check whether the list type of the top level matches\n\t\tvar listInfo = listTypes[match[0].charAt(0)];\n\t\tif(listStack.length > 0 && listStack[0].tag !== listInfo.listTag) {\n\t\t\tbreak;\n\t\t}\n\t\t// Move past the list marker\n\t\tthis.parser.pos = match.index + match[0].length;\n\t\t// Walk through the list markers for the current row\n\t\tfor(var t=0; t<match[0].length; t++) {\n\t\t\tlistInfo = listTypes[match[0].charAt(t)];\n\t\t\t// Remove any stacked up element if we can't re-use it because the list type doesn't match\n\t\t\tif(listStack.length > t && listStack[t].tag !== listInfo.listTag) {\n\t\t\t\tlistStack.splice(t,listStack.length - t);\n\t\t\t}\n\t\t\t// Construct the list element or reuse the previous one at this level\n\t\t\tif(listStack.length <= t) {\n\t\t\t\tvar listElement = {type: \"element\", tag: listInfo.listTag, children: [\n\t\t\t\t\t{type: \"element\", tag: listInfo.itemTag, children: []}\n\t\t\t\t]};\n\t\t\t\t// Link this list element into the last child item of the parent list item\n\t\t\t\tif(t) {\n\t\t\t\t\tvar prevListItem = listStack[t-1].children[listStack[t-1].children.length-1];\n\t\t\t\t\tprevListItem.children.push(listElement);\n\t\t\t\t}\n\t\t\t\t// Save this element in the stack\n\t\t\t\tlistStack[t] = listElement;\n\t\t\t} else if(t === (match[0].length - 1)) {\n\t\t\t\tlistStack[t].children.push({type: \"element\", tag: listInfo.itemTag, children: []});\n\t\t\t}\n\t\t}\n\t\tif(listStack.length > match[0].length) {\n\t\t\tlistStack.splice(match[0].length,listStack.length - match[0].length);\n\t\t}\n\t\t// Process the body of the list item into the last list item\n\t\tvar lastListChildren = listStack[listStack.length-1].children,\n\t\t\tlastListItem = lastListChildren[lastListChildren.length-1],\n\t\t\tclasses = this.parser.parseClasses();\n\t\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\t\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t\tlastListItem.children.push.apply(lastListItem.children,tree);\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(lastListItem,classes.join(\" \"));\n\t\t}\n\t\t// Consume any whitespace following the list item\n\t\tthis.parser.skipWhitespace();\n\t}\n\t// Return the root element of the list\n\treturn [listStack[0]];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for block macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^>\\s]+)(?:\\s*)((?:[^>]|(?:>(?!>)))*?)>>(?:\\r?\\n|$)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params,\n\t\tisBlock: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrocallinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrocallinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki rule for macro calls\n\n```\n<<name value value2>>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]|| paramMatch[6]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/macrodef.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/macrodef.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for macro definitions\n\n```\n\\define name(param:defaultvalue,param2:defaultvalue)\ndefinition text, including $param$ markers\n\\end\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"macrodef\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\define\\s+([^(\\s]+)\\(\\s*([^)]*)\\)(\\s*\\r?\\n)?/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the macro name and parameters\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the parameters\n\tvar paramString = this.match[2],\n\t\tparams = [];\n\tif(paramString !== \"\") {\n\t\tvar reParam = /\\s*([A-Za-z0-9\\-_]+)(?:\\s*:\\s*(?:\"\"\"([\\s\\S]*?)\"\"\"|\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))?/mg,\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\twhile(paramMatch) {\n\t\t\t// Save the parameter details\n\t\t\tvar paramInfo = {name: paramMatch[1]},\n\t\t\t\tdefaultValue = paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5] || paramMatch[6];\n\t\t\tif(defaultValue) {\n\t\t\t\tparamInfo[\"default\"] = defaultValue;\n\t\t\t}\n\t\t\tparams.push(paramInfo);\n\t\t\t// Look for the next parameter\n\t\t\tparamMatch = reParam.exec(paramString);\n\t\t}\n\t}\n\t// Is this a multiline definition?\n\tvar reEnd;\n\tif(this.match[3]) {\n\t\t// If so, the end of the body is marked with \\end\n\t\treEnd = /(\\r?\\n\\\\end[^\\S\\n\\r]*(?:$|\\r?\\n))/mg;\n\t} else {\n\t\t// Otherwise, the end of the definition is marked by the end of the line\n\t\treEnd = /($|\\r?\\n)/mg;\n\t\t// Move past any whitespace\n\t\tthis.parser.pos = $tw.utils.skipWhiteSpace(this.parser.source,this.parser.pos);\n\t}\n\t// Find the end of the definition\n\treEnd.lastIndex = this.parser.pos;\n\tvar text,\n\t\tendMatch = reEnd.exec(this.parser.source);\n\tif(endMatch) {\n\t\ttext = this.parser.source.substring(this.parser.pos,endMatch.index);\n\t\tthis.parser.pos = endMatch.index + endMatch[0].length;\n\t} else {\n\t\t// We didn't find the end of the definition, so we'll make it blank\n\t\ttext = \"\";\n\t}\n\t// Save the macro definition\n\treturn [{\n\t\ttype: \"set\",\n\t\tattributes: {\n\t\t\tname: {type: \"string\", value: this.match[1]},\n\t\t\tvalue: {type: \"string\", value: text}\n\t\t},\n\t\tchildren: [],\n\t\tparams: params,\n\t\tisMacroDefinition: true\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettyextlink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettyextlink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettyextlink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for external links. For example:\n\n```\n[ext[https://tiddlywiki.com/fractalveg.jpg]]\n[ext[Tooltip|https://tiddlywiki.com/fractalveg.jpg]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettyextlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n};\n\nexports.findNextMatch = function(startPos) {\n\t// Find the next tag\n\tthis.nextLink = this.findNextLink(this.parser.source,startPos);\n\treturn this.nextLink ? this.nextLink.start : undefined;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.nextLink.end;\n\treturn [this.nextLink];\n};\n\n/*\nFind the next link from the current position\n*/\nexports.findNextLink = function(source,pos) {\n\t// A regexp for finding candidate links\n\tvar reLookahead = /(\\[ext\\[)/g;\n\t// Find the next candidate\n\treLookahead.lastIndex = pos;\n\tvar match = reLookahead.exec(source);\n\twhile(match) {\n\t\t// Try to parse the candidate as a link\n\t\tvar link = this.parseLink(source,match.index);\n\t\t// Return success\n\t\tif(link) {\n\t\t\treturn link;\n\t\t}\n\t\t// Look for the next match\n\t\treLookahead.lastIndex = match.index + 1;\n\t\tmatch = reLookahead.exec(source);\n\t}\n\t// Failed\n\treturn null;\n};\n\n/*\nLook for an link at the specified position. Returns null if not found, otherwise returns {type: \"element\", tag: \"a\", attributes: [], isSelfClosing:, start:, end:,}\n*/\nexports.parseLink = function(source,pos) {\n\tvar token,\n\t\ttextNode = {\n\t\t\ttype: \"text\"\n\t\t},\n\t\tnode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tstart: pos,\n\t\t\tattributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t},\n\t\t\tchildren: [textNode]\n\t\t};\n\t// Skip whitespace\n\tpos = $tw.utils.skipWhiteSpace(source,pos);\n\t// Look for the `[ext[`\n\ttoken = $tw.utils.parseTokenString(source,pos,\"[ext[\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Look ahead for the terminating `]]`\n\tvar closePos = source.indexOf(\"]]\",pos);\n\tif(closePos === -1) {\n\t\treturn null;\n\t}\n\t// Look for a `|` separating the tooltip\n\tvar splitPos = source.indexOf(\"|\",pos);\n\tif(splitPos === -1 || splitPos > closePos) {\n\t\tsplitPos = null;\n\t}\n\t// Pull out the tooltip and URL\n\tvar tooltip, URL;\n\tif(splitPos) {\n\t\tURL = source.substring(splitPos + 1,closePos).trim();\n\t\ttextNode.text = source.substring(pos,splitPos).trim();\n\t} else {\n\t\tURL = source.substring(pos,closePos).trim();\n\t\ttextNode.text = URL;\n\t}\n\tnode.attributes.href = {type: \"string\", value: URL};\n\tnode.attributes.target = {type: \"string\", value: \"_blank\"};\n\tnode.attributes.rel = {type: \"string\", value: \"noopener noreferrer\"};\n\t// Update the end position\n\tnode.end = closePos + 2;\n\treturn node;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/prettylink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/prettylink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for pretty links. For example:\n\n```\n[[Introduction]]\n\n[[Link description|TiddlerTitle]]\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif($tw.utils.isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"},\n\t\t\t\trel: {type: \"string\", value: \"noopener noreferrer\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: link}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/quoteblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/quoteblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for quote blocks. For example:\n\n```\n\t<<<.optionalClass(es) optional cited from\n\ta quote\n\t<<<\n\t\n\t<<<.optionalClass(es)\n\ta quote\n\t<<< optional cited from\n```\n\nQuotes can be quoted by putting more <s\n\n```\n\t<<<\n\tQuote Level 1\n\t\n\t<<<<\n\tQuoteLevel 2\n\t<<<<\n\t\n\t<<<\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tc-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tcite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/rules.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/rules.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for rules specifications\n\n```\n\\rules except ruleone ruletwo rulethree\n\\rules only ruleone ruletwo rulethree\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for assigning styles and classes to paragraphs and other blocks. For example:\n\n```\n@@.myClass\n@@background-color:red;\nThis paragraph will have the CSS class `myClass`.\n\n* The `<ul>` around this list will also have the class `myClass`\n* List item 2\n\n@@\n```\n\nNote that classes and styles can be mixed subject to the rule that styles must precede classes. For example\n\n```\n@@.myFirstClass.mySecondClass\n@@width:100px;.myThirdClass\nThis is a paragraph\n@@\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(?:\\.([^\\r\\n\\s]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEndString = \"^@@(?:\\\\r?\\\\n)?\";\n\tvar classes = [], styles = [];\n\tdo {\n\t\t// Get the class and style\n\t\tif(this.match[1]) {\n\t\t\tstyles.push(this.match[1]);\n\t\t}\n\t\tif(this.match[2]) {\n\t\t\tclasses.push(this.match[2].split(\".\").join(\" \"));\n\t\t}\n\t\t// Move past the match\n\t\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\t// Look for another line of classes and styles\n\t\tthis.match = this.matchRegExp.exec(this.parser.source);\n\t} while(this.match && this.match.index === this.parser.pos);\n\t// Parse the body\n\tvar tree = this.parser.parseBlocks(reEndString);\n\tfor(var t=0; t<tree.length; t++) {\n\t\tif(classes.length > 0) {\n\t\t\t$tw.utils.addClassToParseTreeNode(tree[t],classes.join(\" \"));\n\t\t}\n\t\tif(styles.length > 0) {\n\t\t\t$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/styleinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/styleinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for assigning styles and classes to inline runs. For example:\n\n```\n@@.myClass This is some text with a class@@\n@@background-color:red;This is some text with a background colour@@\n@@width:100px;.myClass This is some text with a class and a width@@\n```\n\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tc-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/syslink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/syslink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/syslink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for system tiddler links.\nCan be suppressed preceding them with `~`.\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"syslink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(\n\t\t\"~?\\\\$:\\\\/[\" +\n\t\t$tw.config.textPrimitives.anyLetter.substr(1,$tw.config.textPrimitives.anyLetter.length - 2) +\n\t\t\"\\/._-]+\",\n\t\t\"mg\"\n\t);\n};\n\nexports.parse = function() {\n\tvar match = this.match[0];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(match.substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: match.substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"link\",\n\t\t\tattributes: {\n\t\t\t\tto: {type: \"string\", value: match}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: match\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/table.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/table.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text block rule for tables.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"table\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\|(?:[^\\n]*)\\|(?:[fhck]?)\\r?(?:\\n|$)/mg;\n};\n\nvar processRow = function(prevColumns) {\n\tvar cellRegExp = /(?:\\|([^\\n\\|]*)\\|)|(\\|[fhck]?\\r?(?:\\n|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell,\n\t\tvAlign;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"valign\",vAlign);\n\t\t\t\tif(colSpanCount > 1) {\n\t\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"colspan\",colSpanCount);\n\t\t\t\t\tcolSpanCount = 1;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \">\") {\n\t\t\t// Colspan\n\t\t\tcolSpanCount++;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[1] === \"<\" && prevCell) {\n\t\t\tcolSpanCount = 1 + $tw.utils.getAttributeValueFromParseTreeNode(prevCell,\"colspan\",1);\n\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\tcolSpanCount = 1;\n\t\t\t// Move to just before the `|` terminating the cell\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t} else if(cellMatch[2]) {\n\t\t\t// End of row\n\t\t\tif(prevCell && colSpanCount > 1) {\n\t\t\t\tif(prevCell.attributes && prevCell.attributes && prevCell.attributes.colspan) {\n\t\t\t\t\t\tcolSpanCount += prevCell.attributes.colspan.value;\n\t\t\t\t} else {\n\t\t\t\t\tcolSpanCount -= 1;\n\t\t\t\t}\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false;\n\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"colspan\",colSpanCount);\n\t\t\t\tcolSpanCount = 1;\n\t\t\t}\n\t\t\t// Parse the cell\n\t\t\tcell.children = this.parser.parseInlineRun(cellTermRegExp,{eatTerminator: true});\n\t\t\t// Set the alignment for the cell\n\t\t\tif(vAlign) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"valign\",vAlign);\n\t\t\t}\n\t\t\tif(this.parser.source.substr(this.parser.pos - 2,1) === \" \") { // spaceRight\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",spaceLeft ? \"center\" : \"left\");\n\t\t\t} else if(spaceLeft) {\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(cell,\"align\",\"right\");\n\t\t\t}\n\t\t\t// Move back to the closing `|`\n\t\t\tthis.parser.pos--;\n\t\t}\n\t\tcol++;\n\t\tcellRegExp.lastIndex = this.parser.pos;\n\t\tcellMatch = cellRegExp.exec(this.parser.source);\n\t}\n\treturn tree;\n};\n\nexports.parse = function() {\n\tvar rowContainerTypes = {\"c\":\"caption\", \"h\":\"thead\", \"\":\"tbody\", \"f\":\"tfoot\"},\n\t\ttable = {type: \"element\", tag: \"table\", children: []},\n\t\trowRegExp = /^\\|([^\\n]*)\\|([fhck]?)\\r?(?:\\n|$)/mg,\n\t\trowTermRegExp = /(\\|(?:[fhck]?)\\r?(?:\\n|$))/mg,\n\t\tprevColumns = [],\n\t\tcurrRowType,\n\t\trowContainer,\n\t\trowCount = 0;\n\t// Match the row\n\trowRegExp.lastIndex = this.parser.pos;\n\tvar rowMatch = rowRegExp.exec(this.parser.source);\n\twhile(rowMatch && rowMatch.index === this.parser.pos) {\n\t\tvar rowType = rowMatch[2];\n\t\t// Check if it is a class assignment\n\t\tif(rowType === \"k\") {\n\t\t\t$tw.utils.addClassToParseTreeNode(table,rowMatch[1]);\n\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t} else {\n\t\t\t// Otherwise, create a new row if this one is of a different type\n\t\t\tif(rowType !== currRowType) {\n\t\t\t\trowContainer = {type: \"element\", tag: rowContainerTypes[rowType], children: []};\n\t\t\t\ttable.children.push(rowContainer);\n\t\t\t\tcurrRowType = rowType;\n\t\t\t}\n\t\t\t// Is this a caption row?\n\t\t\tif(currRowType === \"c\") {\n\t\t\t\t// If so, move past the opening `|` of the row\n\t\t\t\tthis.parser.pos++;\n\t\t\t\t// Move the caption to the first row if it isn't already\n\t\t\t\tif(table.children.length !== 1) {\n\t\t\t\t\ttable.children.pop(); // Take rowContainer out of the children array\n\t\t\t\t\ttable.children.splice(0,0,rowContainer); // Insert it at the bottom\t\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\t// Set the alignment - TODO: figure out why TW did this\n//\t\t\t\trowContainer.attributes.align = rowCount === 0 ? \"top\" : \"bottom\";\n\t\t\t\t// Parse the caption\n\t\t\t\trowContainer.children = this.parser.parseInlineRun(rowTermRegExp,{eatTerminator: true});\n\t\t\t} else {\n\t\t\t\t// Create the row\n\t\t\t\tvar theRow = {type: \"element\", tag: \"tr\", children: []};\n\t\t\t\t$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for block-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}(?:\\r?\\n|$)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tisBlock: true,\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/transcludeinline.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/transcludeinline.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for inline-level transclusion. For example:\n\n```\n{{MyTiddler}}\n{{MyTiddler||TemplateTitle}}\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"transcludeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\{\\{([^\\{\\}\\|]*)(?:\\|\\|([^\\|\\{\\}]+))?\\}\\}/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Get the match details\n\tvar template = $tw.utils.trim(this.match[2]),\n\t\ttextRef = $tw.utils.trim(this.match[1]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {}\n\t\t};\n\t// Prepare the tiddler widget\n\tvar tr, targetTitle, targetField, targetIndex, tiddlerNode;\n\tif(textRef) {\n\t\ttr = $tw.utils.parseTextReference(textRef);\n\t\ttargetTitle = tr.title;\n\t\ttargetField = tr.field;\n\t\ttargetIndex = tr.index;\n\t\ttiddlerNode = {\n\t\t\ttype: \"tiddler\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t\t},\n\t\t\tchildren: [transcludeNode]\n\t\t};\n\t}\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t\tif(textRef) {\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t} else {\n\t\tif(textRef) {\n\t\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\t\tif(targetField) {\n\t\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t\t}\n\t\t\tif(targetIndex) {\n\t\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t\t}\n\t\t\treturn [tiddlerNode];\n\t\t} else {\n\t\t\treturn [transcludeNode];\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/typedblock.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/typedblock.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text rule for typed blocks. For example:\n\n```\n$$$.js\nThis will be rendered as JavaScript\n$$$\n\n$$$.svg\n<svg xmlns=\"http://www.w3.org/2000/svg\" width=\"150\" height=\"100\">\n <circle cx=\"100\" cy=\"50\" r=\"40\" stroke=\"black\" stroke-width=\"2\" fill=\"red\" />\n</svg>\n$$$\n\n$$$text/vnd.tiddlywiki>text/html\nThis will be rendered as an //HTML representation// of WikiText\n$$$\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.name = \"typedblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\$\\$\\$([^ >\\r\\n]*)(?: *> *([^ \\r\\n]+))?\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /\\r?\\n\\$\\$\\$\\r?(?:\\n|$)/mg;\n\t// Save the type\n\tvar parseType = this.match[1],\n\t\trenderType = this.match[2];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Look for the end of the block\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the block\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\t// Parse the block according to the specified type\n\tvar parser = this.parser.wiki.parseText(parseType,text,{defaultType: \"text/plain\"});\n\t// If there's no render type, just return the parse tree\n\tif(!renderType) {\n\t\treturn parser.tree;\n\t} else {\n\t\t// Otherwise, render to the rendertype and return in a <PRE> tag\n\t\tvar widgetNode = this.parser.wiki.makeWidget(parser),\n\t\t\tcontainer = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\ttext = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/whitespace.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/whitespace.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/whitespace.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki pragma rule for whitespace specifications\n\n```\n\\whitespace trim\n\\whitespace notrim\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"whitespace\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\whitespace[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\tvar self = this;\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\t$tw.utils.each(tokens,function(token) {\n\t\tswitch(token) {\n\t\t\tcase \"trim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = true;\n\t\t\t\tbreak;\n\t\t\tcase \"notrim\":\n\t\t\t\tself.parser.configTrimWhiteSpace = false;\n\t\t\t\tbreak;\n\t\t}\n\t});\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/wikilink.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikilink.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for wiki links. For example:\n\n```\nAWikiLink\nAnotherLink\n~SuppressedLink\n```\n\nPrecede a camel case word with `~` to prevent it from being recognised as a link.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp($tw.config.textPrimitives.unWikiLink + \"?\" + $tw.config.textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === $tw.config.textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a blocked letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp($tw.config.textPrimitives.blockPrefixLetters,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"link\",\n\t\tattributes: {\n\t\t\tto: {type: \"string\", value: linkText}\n\t\t},\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: linkText\n\t\t}]\n\t}];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/wikiparser.js": {
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/wikiparser.js\ntype: application/javascript\nmodule-type: parser\n\nThe wiki text parser processes blocks of source text into a parse tree.\n\nThe parse tree is made up of nested arrays of these JavaScript objects:\n\n\t{type: \"element\", tag: <string>, attributes: {}, children: []} - an HTML element\n\t{type: \"text\", text: <string>} - a text node\n\t{type: \"entity\", value: <string>} - an entity\n\t{type: \"raw\", html: <string>} - raw HTML\n\nAttributes are stored as hashmaps of the following objects:\n\n\t{type: \"string\", value: <string>} - literal string\n\t{type: \"indirect\", textReference: <textReference>} - indirect through a text reference\n\t{type: \"macro\", macro: <TBD>} - indirect through a macro invocation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar WikiParser = function(type,text,options) {\n\tthis.wiki = options.wiki;\n\tvar self = this;\n\t// Check for an externally linked tiddler\n\tif($tw.browser && (text || \"\") === \"\" && options._canonical_uri) {\n\t\tthis.loadRemoteTiddler(options._canonical_uri);\n\t\ttext = $tw.language.getRawString(\"LazyLoadingWarning\");\n\t}\n\t// Initialise the classes if we don't have them already\n\tif(!this.pragmaRuleClasses) {\n\t\tWikiParser.prototype.pragmaRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"pragma\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.pragmaRuleClasses,\"$:/config/WikiParserRules/Pragmas/\");\n\t}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.blockRuleClasses,\"$:/config/WikiParserRules/Block/\");\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\n\t\tthis.setupRules(WikiParser.prototype.inlineRuleClasses,\"$:/config/WikiParserRules/Inline/\");\n\t}\n\t// Save the parse text\n\tthis.type = type || \"text/vnd.tiddlywiki\";\n\tthis.source = text || \"\";\n\tthis.sourceLength = this.source.length;\n\t// Flag for ignoring whitespace\n\tthis.configTrimWhiteSpace = false;\n\t// Set current parse position\n\tthis.pos = 0;\n\t// Instantiate the pragma parse rules\n\tthis.pragmaRules = this.instantiateRules(this.pragmaRuleClasses,\"pragma\",0);\n\t// Instantiate the parser block and inline rules\n\tthis.blockRules = this.instantiateRules(this.blockRuleClasses,\"block\",0);\n\tthis.inlineRules = this.instantiateRules(this.inlineRuleClasses,\"inline\",0);\n\t// Parse any pragmas\n\tthis.tree = [];\n\tvar topBranch = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\ttopBranch.push.apply(topBranch,this.parseInlineRun());\n\t} else {\n\t\ttopBranch.push.apply(topBranch,this.parseBlocks());\n\t}\n\t// Return the parse tree\n};\n\n/*\n*/\nWikiParser.prototype.loadRemoteTiddler = function(url) {\n\tvar self = this;\n\t$tw.utils.httpRequest({\n\t\turl: url,\n\t\ttype: \"GET\",\n\t\tcallback: function(err,data) {\n\t\t\tif(!err) {\n\t\t\t\tvar tiddlers = self.wiki.deserializeTiddlers(\".tid\",data,self.wiki.getCreationFields());\n\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\ttiddler[\"_canonical_uri\"] = url;\n\t\t\t\t});\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tself.wiki.addTiddlers(tiddlers);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\n*/\nWikiParser.prototype.setupRules = function(proto,configPrefix) {\n\tvar self = this;\n\tif(!$tw.safemode) {\n\t\t$tw.utils.each(proto,function(object,name) {\n\t\t\tif(self.wiki.getTiddlerText(configPrefix + name,\"enable\") !== \"enable\") {\n\t\t\t\tdelete proto[name];\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nInstantiate an array of parse rules\n*/\nWikiParser.prototype.instantiateRules = function(classes,type,startPos) {\n\tvar rulesInfo = [],\n\t\tself = this;\n\t$tw.utils.each(classes,function(RuleClass) {\n\t\t// Instantiate the rule\n\t\tvar rule = new RuleClass(self);\n\t\trule.is = {};\n\t\trule.is[type] = true;\n\t\trule.init(self);\n\t\tvar matchIndex = rule.findNextMatch(startPos);\n\t\tif(matchIndex !== undefined) {\n\t\t\trulesInfo.push({\n\t\t\t\trule: rule,\n\t\t\t\tmatchIndex: matchIndex\n\t\t\t});\n\t\t}\n\t});\n\treturn rulesInfo;\n};\n\n/*\nSkip any whitespace at the current position. Options are:\n\ttreatNewlinesAsNonWhitespace: true if newlines are NOT to be treated as whitespace\n*/\nWikiParser.prototype.skipWhitespace = function(options) {\n\toptions = options || {};\n\tvar whitespaceRegExp = options.treatNewlinesAsNonWhitespace ? /([^\\S\\n]+)/mg : /(\\s+)/mg;\n\twhitespaceRegExp.lastIndex = this.pos;\n\tvar whitespaceMatch = whitespaceRegExp.exec(this.source);\n\tif(whitespaceMatch && whitespaceMatch.index === this.pos) {\n\t\tthis.pos = whitespaceRegExp.lastIndex;\n\t}\n};\n\n/*\nGet the next match out of an array of parse rule instances\n*/\nWikiParser.prototype.findNextMatch = function(rules,startPos) {\n\t// Find the best matching rule by finding the closest match position\n\tvar matchingRule,\n\t\tmatchingRulePos = this.sourceLength;\n\t// Step through each rule\n\tfor(var t=0; t<rules.length; t++) {\n\t\tvar ruleInfo = rules[t];\n\t\t// Ask the rule to get the next match if we've moved past the current one\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex < startPos) {\n\t\t\truleInfo.matchIndex = ruleInfo.rule.findNextMatch(startPos);\n\t\t}\n\t\t// Adopt this match if it's closer than the current best match\n\t\tif(ruleInfo.matchIndex !== undefined && ruleInfo.matchIndex <= matchingRulePos) {\n\t\t\tmatchingRule = ruleInfo;\n\t\t\tmatchingRulePos = ruleInfo.matchIndex;\n\t\t}\n\t}\n\treturn matchingRule;\n};\n\n/*\nParse any pragmas at the beginning of a block of parse text\n*/\nWikiParser.prototype.parsePragmas = function() {\n\tvar currentTreeBranch = this.tree;\n\twhile(true) {\n\t\t// Skip whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check for the end of the text\n\t\tif(this.pos >= this.sourceLength) {\n\t\t\tbreak;\n\t\t}\n\t\t// Check if we've arrived at a pragma rule match\n\t\tvar nextMatch = this.findNextMatch(this.pragmaRules,this.pos);\n\t\t// If not, just exit\n\t\tif(!nextMatch || nextMatch.matchIndex !== this.pos) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the pragma rule\n\t\tvar subTree = nextMatch.rule.parse();\n\t\tif(subTree.length > 0) {\n\t\t\t// Quick hack; we only cope with a single parse tree node being returned, which is true at the moment\n\t\t\tcurrentTreeBranch.push.apply(currentTreeBranch,subTree);\n\t\t\tsubTree[0].children = [];\n\t\t\tcurrentTreeBranch = subTree[0].children;\n\t\t}\n\t}\n\treturn currentTreeBranch;\n};\n\n/*\nParse a block from the current position\n\tterminatorRegExpString: optional regular expression string that identifies the end of plain paragraphs. Must not include capturing parenthesis\n*/\nWikiParser.prototype.parseBlock = function(terminatorRegExpString) {\n\tvar terminatorRegExp = terminatorRegExpString ? new RegExp(\"(\" + terminatorRegExpString + \"|\\\\r?\\\\n\\\\r?\\\\n)\",\"mg\") : /(\\r?\\n\\r?\\n)/mg;\n\tthis.skipWhitespace();\n\tif(this.pos >= this.sourceLength) {\n\t\treturn [];\n\t}\n\t// Look for a block rule that applies at the current position\n\tvar nextMatch = this.findNextMatch(this.blockRules,this.pos);\n\tif(nextMatch && nextMatch.matchIndex === this.pos) {\n\t\treturn nextMatch.rule.parse();\n\t}\n\t// Treat it as a paragraph if we didn't find a block rule\n\treturn [{type: \"element\", tag: \"p\", children: this.parseInlineRun(terminatorRegExp)}];\n};\n\n/*\nParse a series of blocks of text until a terminating regexp is encountered or the end of the text\n\tterminatorRegExpString: terminating regular expression\n*/\nWikiParser.prototype.parseBlocks = function(terminatorRegExpString) {\n\tif(terminatorRegExpString) {\n\t\treturn this.parseBlocksTerminated(terminatorRegExpString);\n\t} else {\n\t\treturn this.parseBlocksUnterminated();\n\t}\n};\n\n/*\nParse a block from the current position to the end of the text\n*/\nWikiParser.prototype.parseBlocksUnterminated = function() {\n\tvar tree = [];\n\twhile(this.pos < this.sourceLength) {\n\t\ttree.push.apply(tree,this.parseBlock());\n\t}\n\treturn tree;\n};\n\n/*\nParse blocks of text until a terminating regexp is encountered\n*/\nWikiParser.prototype.parseBlocksTerminated = function(terminatorRegExpString) {\n\tvar terminatorRegExp = new RegExp(\"(\" + terminatorRegExpString + \")\",\"mg\"),\n\t\ttree = [];\n\t// Skip any whitespace\n\tthis.skipWhitespace();\n\t// Check if we've got the end marker\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar match = terminatorRegExp.exec(this.source);\n\t// Parse the text into blocks\n\twhile(this.pos < this.sourceLength && !(match && match.index === this.pos)) {\n\t\tvar blocks = this.parseBlock(terminatorRegExpString);\n\t\ttree.push.apply(tree,blocks);\n\t\t// Skip any whitespace\n\t\tthis.skipWhitespace();\n\t\t// Check if we've got the end marker\n\t\tterminatorRegExp.lastIndex = this.pos;\n\t\tmatch = terminatorRegExp.exec(this.source);\n\t}\n\tif(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t}\n\treturn tree;\n};\n\n/*\nParse a run of text at the current position\n\tterminatorRegExp: a regexp at which to stop the run\n\toptions: see below\nOptions available:\n\teatTerminator: move the parse position past any encountered terminator (default false)\n*/\nWikiParser.prototype.parseInlineRun = function(terminatorRegExp,options) {\n\tif(terminatorRegExp) {\n\t\treturn this.parseInlineRunTerminated(terminatorRegExp,options);\n\t} else {\n\t\treturn this.parseInlineRunUnterminated(options);\n\t}\n};\n\nWikiParser.prototype.parseInlineRunUnterminated = function(options) {\n\tvar tree = [];\n\t// Find the next occurrence of an inline rule\n\tvar nextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around the matches until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && nextMatch) {\n\t\t// Process the text preceding the run rule\n\t\tif(nextMatch.matchIndex > this.pos) {\n\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,nextMatch.matchIndex));\n\t\t\tthis.pos = nextMatch.matchIndex;\n\t\t}\n\t\t// Process the run rule\n\t\ttree.push.apply(tree,nextMatch.rule.parse());\n\t\t// Look for the next run rule\n\t\tnextMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\nWikiParser.prototype.parseInlineRunTerminated = function(terminatorRegExp,options) {\n\toptions = options || {};\n\tvar tree = [];\n\t// Find the next occurrence of the terminator\n\tterminatorRegExp.lastIndex = this.pos;\n\tvar terminatorMatch = terminatorRegExp.exec(this.source);\n\t// Find the next occurrence of a inlinerule\n\tvar inlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t// Loop around until we've reached the end of the text\n\twhile(this.pos < this.sourceLength && (terminatorMatch || inlineRuleMatch)) {\n\t\t// Return if we've found the terminator, and it precedes any inline rule match\n\t\tif(terminatorMatch) {\n\t\t\tif(!inlineRuleMatch || inlineRuleMatch.matchIndex >= terminatorMatch.index) {\n\t\t\t\tif(terminatorMatch.index > this.pos) {\n\t\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,terminatorMatch.index));\n\t\t\t\t}\n\t\t\t\tthis.pos = terminatorMatch.index;\n\t\t\t\tif(options.eatTerminator) {\n\t\t\t\t\tthis.pos += terminatorMatch[0].length;\n\t\t\t\t}\n\t\t\t\treturn tree;\n\t\t\t}\n\t\t}\n\t\t// Process any inline rule, along with the text preceding it\n\t\tif(inlineRuleMatch) {\n\t\t\t// Preceding text\n\t\t\tif(inlineRuleMatch.matchIndex > this.pos) {\n\t\t\t\tthis.pushTextWidget(tree,this.source.substring(this.pos,inlineRuleMatch.matchIndex));\n\t\t\t\tthis.pos = inlineRuleMatch.matchIndex;\n\t\t\t}\n\t\t\t// Process the inline rule\n\t\t\ttree.push.apply(tree,inlineRuleMatch.rule.parse());\n\t\t\t// Look for the next inline rule\n\t\t\tinlineRuleMatch = this.findNextMatch(this.inlineRules,this.pos);\n\t\t\t// Look for the next terminator match\n\t\t\tterminatorRegExp.lastIndex = this.pos;\n\t\t\tterminatorMatch = terminatorRegExp.exec(this.source);\n\t\t}\n\t}\n\t// Process the remaining text\n\tif(this.pos < this.sourceLength) {\n\t\tthis.pushTextWidget(tree,this.source.substr(this.pos));\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\n};\n\n/*\nPush a text widget onto an array, respecting the configTrimWhiteSpace setting\n*/\nWikiParser.prototype.pushTextWidget = function(array,text) {\n\tif(this.configTrimWhiteSpace) {\n\t\ttext = $tw.utils.trim(text);\n\t}\n\tif(text) {\n\t\tarray.push({type: \"text\", text: text});\t\t\n\t}\n};\n\n/*\nParse zero or more class specifiers `.classname`\n*/\nWikiParser.prototype.parseClasses = function() {\n\tvar classRegExp = /\\.([^\\s\\.]+)/mg,\n\t\tclassNames = [];\n\tclassRegExp.lastIndex = this.pos;\n\tvar match = classRegExp.exec(this.source);\n\twhile(match && match.index === this.pos) {\n\t\tthis.pos = match.index + match[0].length;\n\t\tclassNames.push(match[1]);\n\t\tmatch = classRegExp.exec(this.source);\n\t}\n\treturn classNames;\n};\n\n/*\nAmend the rules used by this instance of the parser\n\ttype: `only` keeps just the named rules, `except` keeps all but the named rules\n\tnames: array of rule names\n*/\nWikiParser.prototype.amendRules = function(type,names) {\n\tnames = names || [];\n\t// Define the filter function\n\tvar keepFilter;\n\tif(type === \"only\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) !== -1;\n\t\t};\n\t} else if(type === \"except\") {\n\t\tkeepFilter = function(name) {\n\t\t\treturn names.indexOf(name) === -1;\n\t\t};\n\t} else {\n\t\treturn;\n\t}\n\t// Define a function to process each of our rule arrays\n\tvar processRuleArray = function(ruleArray) {\n\t\tfor(var t=ruleArray.length-1; t>=0; t--) {\n\t\t\tif(!keepFilter(ruleArray[t].rule.name)) {\n\t\t\t\truleArray.splice(t,1);\n\t\t\t}\n\t\t}\n\t};\n\t// Process each rule array\n\tprocessRuleArray(this.pragmaRules);\n\tprocessRuleArray(this.blockRules);\n\tprocessRuleArray(this.inlineRules);\n};\n\nexports[\"text/vnd.tiddlywiki\"] = WikiParser;\n\n})();\n\n",
"type": "application/javascript",
"module-type": "parser"
},
"$:/core/modules/parsers/wikiparser/rules/wikirulebase.js": {
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/wikirulebase.js\ntype: application/javascript\nmodule-type: global\n\nBase class for wiki parser rules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/pluginswitcher.js": {
"title": "$:/core/modules/pluginswitcher.js",
"text": "/*\\\ntitle: $:/core/modules/pluginswitcher.js\ntype: application/javascript\nmodule-type: global\n\nManages switching plugins for themes and languages.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\noptions:\nwiki: wiki store to be used\npluginType: type of plugin to be switched\ncontrollerTitle: title of tiddler used to control switching of this resource\ndefaultPlugins: array of default plugins to be used if nominated plugin isn't found\nonSwitch: callback when plugin is switched (single parameter is array of plugin titles)\n*/\nfunction PluginSwitcher(options) {\n\tthis.wiki = options.wiki;\n\tthis.pluginType = options.pluginType;\n\tthis.controllerTitle = options.controllerTitle;\n\tthis.defaultPlugins = options.defaultPlugins || [];\n\tthis.onSwitch = options.onSwitch;\n\t// Switch to the current plugin\n\tthis.switchPlugins();\n\t// Listen for changes to the selected plugin\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,self.controllerTitle)) {\n\t\t\tself.switchPlugins();\n\t\t}\n\t});\n}\n\nPluginSwitcher.prototype.switchPlugins = function() {\n\t// Get the name of the current theme\n\tvar selectedPluginTitle = this.wiki.getTiddlerText(this.controllerTitle);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(selectedPluginTitle) && index < this.defaultPlugins.length) {\n\t\tselectedPluginTitle = this.defaultPlugins[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar plugins = [],\n\t\tself = this,\n\t\taccumulatePlugin = function(title) {\n\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\tif(tiddler && tiddler.isPlugin() && plugins.indexOf(title) === -1) {\n\t\t\t\tplugins.push(title);\n\t\t\t\tvar pluginInfo = JSON.parse(self.wiki.getTiddlerText(title)),\n\t\t\t\t\tdependents = $tw.utils.parseStringArray(tiddler.fields.dependents || \"\");\n\t\t\t\t$tw.utils.each(dependents,function(title) {\n\t\t\t\t\taccumulatePlugin(title);\n\t\t\t\t});\n\t\t\t}\n\t\t};\n\taccumulatePlugin(selectedPluginTitle);\n\t// Read the plugin info for the incoming plugins\n\tvar changes = $tw.wiki.readPluginInfo(plugins);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredTiddlers = $tw.wiki.unregisterPluginTiddlers(this.pluginType);\n\t// Register any new theme tiddlers\n\tvar registeredTiddlers = $tw.wiki.registerPluginTiddlers(this.pluginType,plugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Call the switch handler\n\tif(this.onSwitch) {\n\t\tthis.onSwitch(plugins);\n\t}\n};\n\nexports.PluginSwitcher = PluginSwitcher;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/saver-handler.js": {
"title": "$:/core/modules/saver-handler.js",
"text": "/*\\\ntitle: $:/core/modules/saver-handler.js\ntype: application/javascript\nmodule-type: global\n\nThe saver handler tracks changes to the store and handles saving the entire wiki via saver modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the saver handler with the following options:\nwiki: wiki to be synced\ndirtyTracking: true if dirty tracking should be performed\n*/\nfunction SaverHandler(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\tthis.dirtyTracking = options.dirtyTracking;\n\tthis.preloadDirty = options.preloadDirty || [];\n\tthis.pendingAutoSave = false;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"saver-handler\");\n\t// Initialise our savers\n\tif($tw.browser) {\n\t\tthis.initSavers();\n\t}\n\t// Only do dirty tracking if required\n\tif($tw.browser && this.dirtyTracking) {\n\t\t// Compile the dirty tiddler filter\n\t\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t\t// Count of changes that have not yet been saved\n\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(self.preloadDirty,function(title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t});\n\t\tthis.numChanges = filteredChanges.length;\n\t\t// Listen out for changes to tiddlers\n\t\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t// Filter the changes so that we only count changes to tiddlers that we care about\n\t\t\tvar filteredChanges = self.filterFn.call(self.wiki,function(iterator) {\n\t\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\t\tvar tiddler = self.wiki.getTiddler(title);\n\t\t\t\t\titerator(tiddler,title);\n\t\t\t\t});\n\t\t\t});\n\t\t\t// Adjust the number of changes\n\t\t\tself.numChanges += filteredChanges.length;\n\t\t\tself.updateDirtyStatus();\n\t\t\t// Do any autosave if one is pending and there's no more change events\n\t\t\tif(self.pendingAutoSave && self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tself.pendingAutoSave = false;\n\t\t\t}\n\t\t});\n\t\t// Listen for the autosave event\n\t\t$tw.rootWidget.addEventListener(\"tm-auto-save-wiki\",function(event) {\n\t\t\t// Do the autosave unless there are outstanding tiddler change events\n\t\t\tif(self.wiki.getSizeOfTiddlerEventQueue() === 0) {\n\t\t\t\t// Check if we're dirty\n\t\t\t\tif(self.numChanges > 0) {\n\t\t\t\t\tself.saveWiki({\n\t\t\t\t\t\tmethod: \"autosave\",\n\t\t\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Otherwise put ourselves in the \"pending autosave\" state and wait for the change event before we do the autosave\n\t\t\t\tself.pendingAutoSave = true;\n\t\t\t}\n\t\t});\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t}\n\t// Install the save action handlers\n\tif($tw.browser) {\n\t\t$tw.rootWidget.addEventListener(\"tm-save-wiki\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-download-file\",function(event) {\n\t\t\tself.saveWiki({\n\t\t\t\tmethod: \"download\",\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\",\n\t\t\t\tvariables: event.paramObject\n\t\t\t});\n\t\t});\n\t}\n}\n\nSaverHandler.prototype.titleSyncFilter = \"$:/config/SaverFilter\";\nSaverHandler.prototype.titleAutoSave = \"$:/config/AutoSave\";\nSaverHandler.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nSaverHandler.prototype.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self.wiki));\n\t\t}\n\t});\n\t// Sort the savers into priority order\n\tthis.savers.sort(function(a,b) {\n\t\tif(a.info.priority < b.info.priority) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(a.info.priority > b.info.priority) {\n\t\t\t\treturn +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\", \"autosave\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nSaverHandler.prototype.saveWiki = function(options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tmethod = options.method || \"save\";\n\t// Ignore autosave if disabled\n\tif(method === \"autosave\" && this.wiki.getTiddlerText(this.titleAutoSave,\"yes\") !== \"yes\") {\n\t\treturn false;\n\t}\n\tvar\tvariables = options.variables || {},\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\",\n\t\ttext = this.wiki.renderTiddler(downloadType,template,options),\n\t\tcallback = function(err) {\n\t\t\tif(err) {\n\t\t\t\talert($tw.language.getString(\"Error/WhileSaving\") + \":\\n\\n\" + err);\n\t\t\t} else {\n\t\t\t\t// Clear the task queue if we're saving (rather than downloading)\n\t\t\t\tif(method !== \"download\") {\n\t\t\t\t\tself.numChanges = 0;\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t}\n\t\t\t\t$tw.notifier.display(self.titleSavedNotification);\n\t\t\t\tif(options.callback) {\n\t\t\t\t\toptions.callback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t// Call the highest priority saver that supports this method\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver.info.capabilities.indexOf(method) !== -1 && saver.save(text,method,callback,{variables: {filename: variables.filename}})) {\n\t\t\tthis.logger.log(\"Saving wiki with method\",method,\"through saver\",saver.info.name);\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSaverHandler.prototype.isDirty = function() {\n\treturn this.numChanges > 0;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSaverHandler.prototype.updateDirtyStatus = function() {\n\tif($tw.browser) {\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",this.isDirty());\n\t}\n};\n\nexports.SaverHandler = SaverHandler;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/savers/andtidwiki.js": {
"title": "$:/core/modules/savers/andtidwiki.js",
"text": "/*\\\ntitle: $:/core/modules/savers/andtidwiki.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the AndTidWiki Android app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback,options) {\n\tvar filename = options && options.variables ? options.variables.filename : null;\n\tif (method === \"download\") {\n\t\t// Support download\n\t\tif (window.twi.saveDownload) {\n\t\t\ttry {\n\t\t\t\twindow.twi.saveDownload(text,filename);\n\t\t\t} catch(err) {\n\t\t\t\tif (err.message === \"Method not found\") {\n\t\t\t\t\twindow.twi.saveDownload(text);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tvar link = document.createElement(\"a\");\n\t\t\tlink.setAttribute(\"href\",\"data:text/plain,\" + encodeURIComponent(text));\n\t\t\tif (filename) {\n\t\t\t link.setAttribute(\"download\",filename);\n\t\t\t}\n\t\t\tdocument.body.appendChild(link);\n\t\t\tlink.click();\n\t\t\tdocument.body.removeChild(link);\n\t\t}\n\t} else if (window.twi.saveWiki) {\n\t\t// Direct save in Tiddloid\n\t\twindow.twi.saveWiki(text);\n\t} else {\n\t\t// Get the pathname of this document\n\t\tvar pathname = decodeURIComponent(document.location.toString().split(\"#\")[0]);\n\t\t// Strip the file://\n\t\tif(pathname.indexOf(\"file://\") === 0) {\n\t\t\tpathname = pathname.substr(7);\n\t\t}\n\t\t// Strip any query or location part\n\t\tvar p = pathname.indexOf(\"?\");\n\t\tif(p !== -1) {\n\t\t\tpathname = pathname.substr(0,p);\n\t\t}\n\t\tp = pathname.indexOf(\"#\");\n\t\tif(p !== -1) {\n\t\t\tpathname = pathname.substr(0,p);\n\t\t}\n\t\t// Save the file\n\t\twindow.twi.saveFile(pathname,text);\n\t}\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/beaker.js": {
"title": "$:/core/modules/savers/beaker.js",
"text": "/*\\\ntitle: $:/core/modules/savers/beaker.js\ntype: application/javascript\nmodule-type: saver\n\nSaves files using the Beaker browser's (https://beakerbrowser.com) Dat protocol (https://datproject.org/)\nCompatible with beaker >= V0.7.2\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet up the saver\n*/\nvar BeakerSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nBeakerSaver.prototype.save = function(text,method,callback) {\n\tvar dat = new DatArchive(\"\" + window.location),\n\t\tpathname = (\"\" + window.location.pathname).split(\"#\")[0];\n\tdat.stat(pathname).then(function(value) {\n\t\tif(value.isDirectory()) {\n\t\t\tpathname = pathname + \"/index.html\";\n\t\t}\n\t\tdat.writeFile(pathname,text,\"utf8\").then(function(value) {\n\t\t\tcallback(null);\n\t\t},function(reason) {\n\t\t\tcallback(\"Beaker Saver Write Error: \" + reason);\n\t\t});\n\t},function(reason) {\n\t\tcallback(\"Beaker Saver Stat Error: \" + reason);\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nBeakerSaver.prototype.info = {\n\tname: \"beaker\",\n\tpriority: 3000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.DatArchive && location.protocol===\"dat:\";\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new BeakerSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/download.js": {
"title": "$:/core/modules/savers/download.js",
"text": "/*\\\ntitle: $:/core/modules/savers/download.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback,options) {\n\toptions = options || {};\n\t// Get the current filename\n\tvar filename = options.variables.filename;\n\tif(!filename) {\n\t\tvar p = document.location.pathname.lastIndexOf(\"/\");\n\t\tif(p !== -1) {\n\t\t\t// We decode the pathname because document.location is URL encoded by the browser\n\t\t\tfilename = decodeURIComponent(document.location.pathname.substr(p+1));\n\t\t}\n\t}\n\tif(!filename) {\n\t\tfilename = \"tiddlywiki.html\";\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\nObject.defineProperty(DownloadSaver.prototype.info, \"capabilities\", {\n\tget: function() {\n\t\tvar capabilities = [\"save\", \"download\"];\n\t\tif(($tw.wiki.getTextReference(\"$:/config/DownloadSaver/AutoSave\") || \"\").toLowerCase() === \"yes\") {\n\t\t\tcapabilities.push(\"autosave\");\n\t\t}\n\t\treturn capabilities;\n\t}\n});\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/fsosaver.js": {
"title": "$:/core/modules/savers/fsosaver.js",
"text": "/*\\\ntitle: $:/core/modules/savers/fsosaver.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via MS FileSystemObject ActiveXObject\n\nNote: Since TiddlyWiki's markup contains the MOTW, the FileSystemObject normally won't be available. \nHowever, if the wiki is loaded as an .HTA file (Windows HTML Applications) then the FSO can be used.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else {\n\t\treturn false;\n\t}\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\tfile.Write(text);\n\tfile.Close();\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/gitea.js": {
"title": "$:/core/modules/savers/gitea.js",
"text": "/*\\\ntitle: $:/core/modules/savers/gitea.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the gitea\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GiteaSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGiteaSaver.prototype.save = function(text,method,callback) {\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/Gitea/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"Gitea\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/Gitea/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/Gitea/Path\",\"\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/Gitea/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/Gitea/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/Gitea/ServerURL\") || \"https://gitea\",\n\t\theaders = {\n\t\t\t\"Accept\": \"application/json\",\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Authorization\": \"Basic \" + window.btoa(username + \":\" + password)\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/repos/\" + repo + \"/contents\" + path;\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tdata: {\n\t\t\tref: branch\n\t\t},\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tvar use_put = true;\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\tif(sha === \"\"){\n\t\t\t\t\tuse_put = false;\n\t\t\t\t}\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\tmessage: $tw.language.getRawString(\"ControlPanel/Saving/GitService/CommitMessage\"),\n\t\t\t\tcontent: $tw.utils.base64Encode(text),\n\t\t\t\tsha: sha\n\t\t\t};\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: endpoint + \"/repos/\" + repo + \"/branches/\" + branch,\n\t\t\t\ttype: \"GET\",\n\t\t\t\theaders: headers,\n\t\t\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\t\t\tif(xhr.status === 404) {\n\t\t\t\t\t\tcallback(\"Please ensure the branch in the Gitea repo exists\");\n\t\t\t\t\t}else{\n\t\t\t\t\t\tdata[\"branch\"] = branch;\n\t\t\t\t\t\tself.upload(uri + filename, use_put?\"PUT\":\"POST\", headers, data, callback);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\nGiteaSaver.prototype.upload = function(uri,method,headers,data,callback) {\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: method,\n\t\theaders: headers,\n\t\tdata: JSON.stringify(data),\n\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\tcallback(null);\n\t\t}\n\t});\n};\n\n/*\nInformation about this saver\n*/\nGiteaSaver.prototype.info = {\n\tname: \"Gitea\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GiteaSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/github.js": {
"title": "$:/core/modules/savers/github.js",
"text": "/*\\\ntitle: $:/core/modules/savers/github.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the GitHub v3 REST API\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GitHubSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGitHubSaver.prototype.save = function(text,method,callback) {\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/GitHub/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"github\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/GitHub/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/GitHub/Path\",\"\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/GitHub/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/GitHub/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/GitHub/ServerURL\") || \"https://api.github.com\",\n\t\theaders = {\n\t\t\t\"Accept\": \"application/vnd.github.v3+json\",\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Authorization\": \"Basic \" + window.btoa(username + \":\" + password)\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/repos/\" + repo + \"/contents\" + path;\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tdata: {\n\t\t\tref: branch\n\t\t},\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\tmessage: $tw.language.getRawString(\"ControlPanel/Saving/GitService/CommitMessage\"),\n\t\t\t\tcontent: $tw.utils.base64Encode(text),\n\t\t\t\tbranch: branch,\n\t\t\t\tsha: sha\n\t\t\t};\n\t\t\t// Perform a PUT request to save the file\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: uri + filename,\n\t\t\t\ttype: \"PUT\",\n\t\t\t\theaders: headers,\n\t\t\t\tdata: JSON.stringify(data),\n\t\t\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\treturn callback(err);\n\t\t\t\t\t}\n\t\t\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\t\t\tcallback(null);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nGitHubSaver.prototype.info = {\n\tname: \"github\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GitHubSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/gitlab.js": {
"title": "$:/core/modules/savers/gitlab.js",
"text": "/*\\\ntitle: $:/core/modules/savers/gitlab.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by pushing a commit to the GitLab REST API\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: true */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar GitLabSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nGitLabSaver.prototype.save = function(text,method,callback) {\n\t/* See https://docs.gitlab.com/ee/api/repository_files.html */\n\tvar self = this,\n\t\tusername = this.wiki.getTiddlerText(\"$:/GitLab/Username\"),\n\t\tpassword = $tw.utils.getPassword(\"gitlab\"),\n\t\trepo = this.wiki.getTiddlerText(\"$:/GitLab/Repo\"),\n\t\tpath = this.wiki.getTiddlerText(\"$:/GitLab/Path\",\"\"),\n\t\tfilename = this.wiki.getTiddlerText(\"$:/GitLab/Filename\"),\n\t\tbranch = this.wiki.getTiddlerText(\"$:/GitLab/Branch\") || \"master\",\n\t\tendpoint = this.wiki.getTiddlerText(\"$:/GitLab/ServerURL\") || \"https://gitlab.com/api/v4\",\n\t\theaders = {\n\t\t\t\"Content-Type\": \"application/json;charset=UTF-8\",\n\t\t\t\"Private-Token\": password\n\t\t};\n\t// Bail if we don't have everything we need\n\tif(!username || !password || !repo || !path || !filename) {\n\t\treturn false;\n\t}\n\t// Make sure the path start and ends with a slash\n\tif(path.substring(0,1) !== \"/\") {\n\t\tpath = \"/\" + path;\n\t}\n\tif(path.substring(path.length - 1) !== \"/\") {\n\t\tpath = path + \"/\";\n\t}\n\t// Compose the base URI\n\tvar uri = endpoint + \"/projects/\" + encodeURIComponent(repo) + \"/repository/\";\n\t// Perform a get request to get the details (inc shas) of files in the same path as our file\n\t$tw.utils.httpRequest({\n\t\turl: uri + \"tree/?path=\" + encodeURIComponent(path.replace(/^\\/+|\\/$/g, '')) + \"&branch=\" + encodeURIComponent(branch.replace(/^\\/+|\\/$/g, '')),\n\t\ttype: \"GET\",\n\t\theaders: headers,\n\t\tcallback: function(err,getResponseDataJson,xhr) {\n\t\t\tvar getResponseData,sha = \"\";\n\t\t\tif(err && xhr.status !== 404) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tvar requestType = \"POST\";\n\t\t\tif(xhr.status !== 404) {\n\t\t\t\tgetResponseData = JSON.parse(getResponseDataJson);\n\t\t\t\t$tw.utils.each(getResponseData,function(details) {\n\t\t\t\t\tif(details.name === filename) {\n\t\t\t\t\t\trequestType = \"PUT\";\n\t\t\t\t\t\tsha = details.sha;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t}\n\t\t\tvar data = {\n\t\t\t\tcommit_message: $tw.language.getRawString(\"ControlPanel/Saving/GitService/CommitMessage\"),\n\t\t\t\tcontent: text,\n\t\t\t\tbranch: branch,\n\t\t\t\tsha: sha\n\t\t\t};\n\t\t\t// Perform a request to save the file\n\t\t\t$tw.utils.httpRequest({\n\t\t\t\turl: uri + \"files/\" + encodeURIComponent(path.replace(/^\\/+/, '') + filename),\n\t\t\t\ttype: requestType,\n\t\t\t\theaders: headers,\n\t\t\t\tdata: JSON.stringify(data),\n\t\t\t\tcallback: function(err,putResponseDataJson,xhr) {\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\treturn callback(err);\n\t\t\t\t\t}\n\t\t\t\t\tvar putResponseData = JSON.parse(putResponseDataJson);\n\t\t\t\t\tcallback(null);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nGitLabSaver.prototype.info = {\n\tname: \"gitlab\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new GitLabSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/manualdownload.js": {
"title": "$:/core/modules/savers/manualdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/manualdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via HTML5's download APIs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/language/Modals/Download\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar ManualDownloadSaver = function(wiki) {\n};\n\nManualDownloadSaver.prototype.save = function(text,method,callback) {\n\t$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/msdownload.js": {
"title": "$:/core/modules/savers/msdownload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/msdownload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via window.navigator.msSaveBlob()\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\t// Callback that we succeeded\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110,\n\tcapabilities: [\"save\", \"download\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/put.js": {
"title": "$:/core/modules/savers/put.js",
"text": "/*\\\ntitle: $:/core/modules/savers/put.js\ntype: application/javascript\nmodule-type: saver\n\nSaves wiki by performing a PUT request to the server\n\nWorks with any server which accepts a PUT request\nto the current URL, such as a WebDAV server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRetrieve ETag if available\n*/\nvar retrieveETag = function(self) {\n\tvar headers = {\n\t\tAccept: \"*/*;charset=UTF-8\"\n\t};\n\t$tw.utils.httpRequest({\n\t\turl: self.uri(),\n\t\ttype: \"HEAD\",\n\t\theaders: headers,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tvar etag = xhr.getResponseHeader(\"ETag\");\n\t\t\tif(!etag) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tself.etag = etag.replace(/^W\\//,\"\");\n\t\t}\n\t});\n};\n\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar PutSaver = function(wiki) {\n\tthis.wiki = wiki;\n\tvar self = this;\n\tvar uri = this.uri();\n\t// Async server probe. Until probe finishes, save will fail fast\n\t// See also https://github.com/Jermolene/TiddlyWiki5/issues/2276\n\t$tw.utils.httpRequest({\n\t\turl: uri,\n\t\ttype: \"OPTIONS\",\n\t\tcallback: function(err,data,xhr) {\n\t\t\t// Check DAV header http://www.webdav.org/specs/rfc2518.html#rfc.section.9.1\n\t\t\tif(!err) {\n\t\t\t\tself.serverAcceptsPuts = xhr.status === 200 && !!xhr.getResponseHeader(\"dav\");\n\t\t\t}\n\t\t}\n\t});\n\tretrieveETag(this);\n};\n\nPutSaver.prototype.uri = function() {\n\treturn document.location.toString().split(\"#\")[0];\n};\n\n// TODO: in case of edit conflict\n// Prompt: Do you want to save over this? Y/N\n// Merging would be ideal, and may be possible using future generic merge flow\nPutSaver.prototype.save = function(text,method,callback) {\n\tif(!this.serverAcceptsPuts) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tvar headers = {\n\t\t\"Content-Type\": \"text/html;charset=UTF-8\"\n\t};\n\tif(this.etag) {\n\t\theaders[\"If-Match\"] = this.etag;\n\t}\n\t$tw.utils.httpRequest({\n\t\turl: this.uri(),\n\t\ttype: \"PUT\",\n\t\theaders: headers,\n\t\tdata: text,\n\t\tcallback: function(err,data,xhr) {\n\t\t\tif(err) {\n\t\t\t\t// response is textual: \"XMLHttpRequest error code: 412\"\n\t\t\t\tvar status = Number(err.substring(err.indexOf(':') + 2, err.length))\n\t\t\t\tif(status === 412) { // edit conflict\n\t\t\t\t\tvar message = $tw.language.getString(\"Error/EditConflict\");\n\t\t\t\t\tcallback(message);\n\t\t\t\t} else {\n\t\t\t\t\tcallback(err); // fail\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tself.etag = xhr.getResponseHeader(\"ETag\");\n\t\t\t\tif(self.etag == null) {\n\t\t\t\t\tretrieveETag(self);\n\t\t\t\t}\n\t\t\t\tcallback(null); // success\n\t\t\t}\n\t\t}\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nPutSaver.prototype.info = {\n\tname: \"put\",\n\tpriority: 2000,\n\tcapabilities: [\"save\",\"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn /^https?:/.test(location.protocol);\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new PutSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyfox.js": {
"title": "$:/core/modules/savers/tiddlyfox.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyfox.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TiddlyFox file extension\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.toString().split(\"#\")[0];\n\t\t// Replace file://localhost/ with file:///\n\t\tif(pathname.indexOf(\"file://localhost/\") === 0) {\n\t\t\tpathname = \"file://\" + pathname.substr(16);\n\t\t}\n\t\t// Windows path file:///x:/blah/blah --> x:\\blah\\blah\n\t\tif(/^file\\:\\/\\/\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash and convert slashes to backslashes\n\t\t\tpathname = pathname.substr(8).replace(/\\//g,\"\\\\\");\n\t\t// Firefox Windows network path file://///server/share/blah/blah --> //server/share/blah/blah\n\t\t} else if(pathname.indexOf(\"file://///\") === 0) {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(10)).replace(/\\//g,\"\\\\\");\n\t\t// Mac/Unix local path file:///path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:///\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(7));\n\t\t// Mac/Unix local path file:/path/path --> /path/path\n\t\t} else if(pathname.indexOf(\"file:/\") === 0) {\n\t\t\tpathname = unescape(pathname.substr(5));\n\t\t// Otherwise Windows networth path file://server/share/path/path --> \\\\server\\share\\path\\path\n\t\t} else {\n\t\t\tpathname = \"\\\\\\\\\" + unescape(pathname.substr(7)).replace(new RegExp(\"/\",\"g\"),\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/tiddlyie.js": {
"title": "$:/core/modules/savers/tiddlyie.js",
"text": "/*\\\ntitle: $:/core/modules/savers/tiddlyie.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via Internet Explorer BHO extenion (TiddlyIE)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\t// Callback that we succeeded\n\t\tcallback(null);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500,\n\tcapabilities: [\"save\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/twedit.js": {
"title": "$:/core/modules/savers/twedit.js",
"text": "/*\\\ntitle: $:/core/modules/savers/twedit.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via the TWEdit iOS app\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TWEditSaver = function(wiki) {\n};\n\nTWEditSaver.prototype.save = function(text,method,callback) {\n\t// Bail if we're not running under TWEdit\n\tif(typeof DeviceInfo !== \"object\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.pathname);\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Remove the leading \"/Documents\" from path\n\tvar prefix = \"/Documents\";\n\tif(pathname.indexOf(prefix) === 0) {\n\t\tpathname = pathname.substr(prefix.length);\n\t}\n\t// Error handler\n\tvar errorHandler = function(event) {\n\t\t// Error\n\t\tcallback($tw.language.getString(\"Error/SavingToTWEdit\") + \": \" + event.target.error.code);\n\t};\n\t// Get the file system\n\twindow.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n\t\t// Now we've got the filesystem, get the fileEntry\n\t\tfileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n\t\t\t// Now we've got the fileEntry, create the writer\n\t\t\tfileEntry.createWriter(function(writer) {\n\t\t\t\twriter.onerror = errorHandler;\n\t\t\t\twriter.onwrite = function() {\n\t\t\t\t\tcallback(null);\n\t\t\t\t};\n\t\t\t\twriter.position = 0;\n\t\t\t\twriter.write(text);\n\t\t\t},errorHandler);\n\t\t}, errorHandler);\n\t}, errorHandler);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TWEditSaver(wiki);\n};\n\n/////////////////////////// Hack\n// HACK: This ensures that TWEdit recognises us as a TiddlyWiki document\nif($tw.browser) {\n\twindow.version = {title: \"TiddlyWiki\"};\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/savers/upload.js": {
"title": "$:/core/modules/savers/upload.js",
"text": "/*\\\ntitle: $:/core/modules/savers/upload.js\ntype: application/javascript\nmodule-type: saver\n\nHandles saving changes via upload to a server.\n\nDesigned to be compatible with BidiX's UploadPlugin at http://tiddlywiki.bidix.info/#UploadPlugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/UploadBackupDir\") || \".\",\n\t\tusername = this.wiki.getTextReference(\"$:/UploadName\"),\n\t\tpassword = $tw.utils.getPassword(\"upload\"),\n\t\tuploadDir = this.wiki.getTextReference(\"$:/UploadDir\") || \".\",\n\t\tuploadFilename = this.wiki.getTextReference(\"$:/UploadFilename\") || \"index.html\",\n\t\turl = this.wiki.getTextReference(\"$:/UploadURL\");\n\t// Bail out if we don't have the bits we need\n\tif(!username || username.toString().trim() === \"\" || !password || password.toString().trim() === \"\") {\n\t\treturn false;\n\t}\n\t// Construct the url if not provided\n\tif(!url) {\n\t\turl = \"http://\" + username + \".tiddlyspot.com/store.cgi\";\n\t}\n\t// Assemble the header\n\tvar boundary = \"---------------------------\" + \"AaB03x\";\t\n\tvar uploadFormName = \"UploadPlugin\";\n\tvar head = [];\n\thead.push(\"--\" + boundary + \"\\r\\nContent-disposition: form-data; name=\\\"UploadPlugin\\\"\\r\\n\");\n\thead.push(\"backupDir=\" + backupDir + \";user=\" + username + \";password=\" + password + \";uploaddir=\" + uploadDir + \";;\"); \n\thead.push(\"\\r\\n\" + \"--\" + boundary);\n\thead.push(\"Content-disposition: form-data; name=\\\"userfile\\\"; filename=\\\"\" + uploadFilename + \"\\\"\");\n\thead.push(\"Content-Type: text/html;charset=UTF-8\");\n\thead.push(\"Content-Length: \" + text.length + \"\\r\\n\");\n\thead.push(\"\");\n\t// Assemble the tail and the data itself\n\tvar tail = \"\\r\\n--\" + boundary + \"--\\r\\n\",\n\t\tdata = head.join(\"\\r\\n\") + text + tail;\n\t// Do the HTTP post\n\tvar http = new XMLHttpRequest();\n\thttp.open(\"POST\",url,true,username,password);\n\thttp.setRequestHeader(\"Content-Type\",\"multipart/form-data; charset=UTF-8; boundary=\" + boundary);\n\thttp.onreadystatechange = function() {\n\t\tif(http.readyState == 4 && http.status == 200) {\n\t\t\tif(http.responseText.substr(0,4) === \"0 - \") {\n\t\t\t\tcallback(null);\n\t\t\t} else {\n\t\t\t\tcallback(http.responseText);\n\t\t\t}\n\t\t}\n\t};\n\ttry {\n\t\thttp.send(data);\n\t} catch(ex) {\n\t\treturn callback($tw.language.getString(\"Error/Caption\") + \":\" + ex);\n\t}\n\t$tw.notifier.display(\"$:/language/Notifications/Save/Starting\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000,\n\tcapabilities: [\"save\", \"autosave\"]\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new UploadSaver(wiki);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/server/authenticators/basic.js": {
"title": "$:/core/modules/server/authenticators/basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/basic.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for WWW basic authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\");\n}\n\nfunction BasicAuthenticator(server) {\n\tthis.server = server;\n\tthis.credentialsData = [];\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nBasicAuthenticator.prototype.init = function() {\n\t// Read the credentials data\n\tthis.credentialsFilepath = this.server.get(\"credentials\");\n\tif(this.credentialsFilepath) {\n\t\tvar resolveCredentialsFilepath = path.resolve($tw.boot.wikiPath,this.credentialsFilepath);\n\t\tif(fs.existsSync(resolveCredentialsFilepath) && !fs.statSync(resolveCredentialsFilepath).isDirectory()) {\n\t\t\tvar credentialsText = fs.readFileSync(resolveCredentialsFilepath,\"utf8\"),\n\t\t\t\tcredentialsData = $tw.utils.parseCsvStringWithHeader(credentialsText);\n\t\t\tif(typeof credentialsData === \"string\") {\n\t\t\t\treturn \"Error: \" + credentialsData + \" reading credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t\t} else {\n\t\t\t\tthis.credentialsData = credentialsData;\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"Error: Unable to load user credentials from '\" + resolveCredentialsFilepath + \"'\";\n\t\t}\n\t}\n\t// Add the hardcoded username and password if specified\n\tif(this.server.get(\"username\") && this.server.get(\"password\")) {\n\t\tthis.credentialsData = this.credentialsData || [];\n\t\tthis.credentialsData.push({\n\t\t\tusername: this.server.get(\"username\"),\n\t\t\tpassword: this.server.get(\"password\")\n\t\t});\n\t}\n\treturn this.credentialsData.length > 0;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nBasicAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Extract the incoming username and password from the request\n\tvar header = request.headers.authorization || \"\";\n\tif(!header && state.allowAnon) {\n\t\t// If there's no header and anonymous access is allowed then we don't set authenticatedUsername\n\t\treturn true;\n\t}\n\tvar token = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tincomingUsername = parts[0],\n\t\tincomingPassword = parts[1];\n\t// Check that at least one of the credentials matches\n\tvar matchingCredentials = this.credentialsData.find(function(credential) {\n\t\treturn credential.username === incomingUsername && credential.password === incomingPassword;\n\t});\n\tif(matchingCredentials) {\n\t\t// If so, add the authenticated username to the request state\n\t\tstate.authenticatedUsername = incomingUsername;\n\t\treturn true;\n\t} else {\n\t\t// If not, return an authentication challenge\n\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\n\t\treturn false;\n\t}\n};\n\nexports.AuthenticatorClass = BasicAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/authenticators/header.js": {
"title": "$:/core/modules/server/authenticators/header.js",
"text": "/*\\\ntitle: $:/core/modules/server/authenticators/header.js\ntype: application/javascript\nmodule-type: authenticator\n\nAuthenticator for trusted header authentication\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction HeaderAuthenticator(server) {\n\tthis.server = server;\n\tthis.header = server.get(\"authenticated-user-header\");\n}\n\n/*\nReturns true if the authenticator is active, false if it is inactive, or a string if there is an error\n*/\nHeaderAuthenticator.prototype.init = function() {\n\treturn !!this.header;\n};\n\n/*\nReturns true if the request is authenticated and assigns the \"authenticatedUsername\" state variable.\nReturns false if the request couldn't be authenticated having sent an appropriate response to the browser\n*/\nHeaderAuthenticator.prototype.authenticateRequest = function(request,response,state) {\n\t// Otherwise, authenticate as the username in the specified header\n\tvar username = request.headers[this.header];\n\tif(!username && !state.allowAnon) {\n\t\tresponse.writeHead(401,\"Authorization header required to login to '\" + state.server.servername + \"'\");\n\t\tresponse.end();\n\t\treturn false;\n\t} else {\n\t\t// authenticatedUsername will be undefined for anonymous users\n\t\tstate.authenticatedUsername = username;\n\t\treturn true;\n\t}\n};\n\nexports.AuthenticatorClass = HeaderAuthenticator;\n\n})();\n",
"type": "application/javascript",
"module-type": "authenticator"
},
"$:/core/modules/server/routes/delete-tiddler.js": {
"title": "$:/core/modules/server/routes/delete-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/delete-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nDELETE /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"DELETE\";\n\nexports.path = /^\\/bags\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]);\n\tstate.wiki.deleteTiddler(title);\n\tresponse.writeHead(204, \"OK\", {\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-favicon.js": {
"title": "$:/core/modules/server/routes/get-favicon.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-favicon.js\ntype: application/javascript\nmodule-type: route\n\nGET /favicon.ico\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/favicon.ico$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\tresponse.end(buffer,\"base64\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-file.js": {
"title": "$:/core/modules/server/routes/get-file.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-file.js\ntype: application/javascript\nmodule-type: route\n\nGET /files/:filepath\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/files\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar path = require(\"path\"),\n\t\tfs = require(\"fs\"),\n\t\tutil = require(\"util\"),\n\t\tsuppliedFilename = decodeURIComponent(state.params[0]),\n\t\tfilename = path.resolve($tw.boot.wikiPath,\"files\",suppliedFilename),\n\t\textension = path.extname(filename);\n\tfs.readFile(filename,function(err,content) {\n\t\tvar status,content,type = \"text/plain\";\n\t\tif(err) {\n\t\t\tconsole.log(\"Error accessing file \" + filename + \": \" + err.toString());\n\t\t\tstatus = 404;\n\t\t\tcontent = \"File '\" + suppliedFilename + \"' not found\";\n\t\t} else {\n\t\t\tstatus = 200;\n\t\t\tcontent = content;\n\t\t\ttype = ($tw.config.fileExtensionInfo[extension] ? $tw.config.fileExtensionInfo[extension].type : \"application/octet-stream\");\n\t\t}\n\t\tresponse.writeHead(status,{\n\t\t\t\"Content-Type\": type\n\t\t});\n\t\tresponse.end(content);\n\t});\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-index.js": {
"title": "$:/core/modules/server/routes/get-index.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-index.js\ntype: application/javascript\nmodule-type: route\n\nGET /\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar zlib = require(\"zlib\");\n\nexports.method = \"GET\";\n\nexports.path = /^\\/$/;\n\nexports.handler = function(request,response,state) {\n\tvar acceptEncoding = request.headers[\"accept-encoding\"];\n\tif(!acceptEncoding) {\n\t\tacceptEncoding = \"\";\n\t}\n\tvar text = state.wiki.renderTiddler(state.server.get(\"root-render-type\"),state.server.get(\"root-tiddler\")),\n\t\tresponseHeaders = {\n\t\t\"Content-Type\": state.server.get(\"root-serve-type\")\n\t};\n\t/*\n\tIf the gzip=yes flag for `listen` is set, check if the user agent permits\n\tcompression. If so, compress our response. Note that we use the synchronous\n\tfunctions from zlib to stay in the imperative style. The current `Server`\n\tdoesn't depend on this, and we may just as well use the async versions.\n\t*/\n\tif(state.server.enableGzip) {\n\t\tif (/\\bdeflate\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders[\"Content-Encoding\"] = \"deflate\";\n\t\t\ttext = zlib.deflateSync(text);\n\t\t} else if (/\\bgzip\\b/.test(acceptEncoding)) {\n\t\t\tresponseHeaders[\"Content-Encoding\"] = \"gzip\";\n\t\t\ttext = zlib.gzipSync(text);\n\t\t}\n\t}\n\tresponse.writeHead(200,responseHeaders);\n\tresponse.end(text);\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-login-basic.js": {
"title": "$:/core/modules/server/routes/get-login-basic.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-login-basic.js\ntype: application/javascript\nmodule-type: route\n\nGET /login-basic -- force a Basic Authentication challenge\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/login-basic$/;\n\nexports.handler = function(request,response,state) {\n\tif(!state.authenticatedUsername) {\n\t\t// Challenge if there's no username\n\t\tresponse.writeHead(401,{\n\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to ' + state.server.servername + '\"'\n\t\t});\n\t\tresponse.end();\t\t\n\t} else {\n\t\t// Redirect to the root wiki if login worked\n\t\tresponse.writeHead(302,{\n\t\t\tLocation: \"/\"\n\t\t});\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-status.js": {
"title": "$:/core/modules/server/routes/get-status.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-status.js\ntype: application/javascript\nmodule-type: route\n\nGET /status\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/status$/;\n\nexports.handler = function(request,response,state) {\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar text = JSON.stringify({\n\t\tusername: state.authenticatedUsername || state.server.get(\"anon-username\") || \"\",\n\t\tanonymous: !state.authenticatedUsername,\n\t\tread_only: !state.server.isAuthorized(\"writers\",state.authenticatedUsername),\n\t\tspace: {\n\t\t\trecipe: \"default\"\n\t\t},\n\t\ttiddlywiki_version: $tw.version\n\t});\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler-html.js": {
"title": "$:/core/modules/server/routes/get-tiddler-html.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler-html.js\ntype: application/javascript\nmodule-type: route\n\nGET /:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/([^\\/]+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title);\n\tif(tiddler) {\n\t\tvar renderType = tiddler.getFieldString(\"_render_type\"),\n\t\t\trenderTemplate = tiddler.getFieldString(\"_render_template\");\n\t\t// Tiddler fields '_render_type' and '_render_template' overwrite\n\t\t// system wide settings for render type and template\n\t\tif(state.wiki.isSystemTiddler(title)) {\n\t\t\trenderType = renderType || state.server.get(\"system-tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"system-tiddler-render-template\");\n\t\t} else {\n\t\t\trenderType = renderType || state.server.get(\"tiddler-render-type\");\n\t\t\trenderTemplate = renderTemplate || state.server.get(\"tiddler-render-template\");\n\t\t}\n\t\tvar text = state.wiki.renderTiddler(renderType,renderTemplate,{parseAsInline: true, variables: {currentTiddler: title}});\n\t\t// Naughty not to set a content-type, but it's the easiest way to ensure the browser will see HTML pages as HTML, and accept plain text tiddlers as CSS or JS\n\t\tresponse.writeHead(200);\n\t\tresponse.end(text,\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddler.js": {
"title": "$:/core/modules/server/routes/get-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\t\ttiddler = state.wiki.getTiddler(title),\n\t\ttiddlerFields = {},\n\t\tknownFields = [\n\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t];\n\tif(tiddler) {\n\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\ttiddlerFields[name] = value;\n\t\t\t} else {\n\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t}\n\t\t});\n\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\ttiddlerFields.bag = \"default\";\n\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t} else {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t}\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/get-tiddlers-json.js": {
"title": "$:/core/modules/server/routes/get-tiddlers-json.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/get-tiddlers-json.js\ntype: application/javascript\nmodule-type: route\n\nGET /recipes/default/tiddlers/tiddlers.json?filter=<filter>\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DEFAULT_FILTER = \"[all[tiddlers]!is[system]sort[title]]\";\n\nexports.method = \"GET\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers.json$/;\n\nexports.handler = function(request,response,state) {\n\tvar filter = state.queryParameters.filter || DEFAULT_FILTER;\n\tif($tw.wiki.getTiddlerText(\"$:/config/Server/AllowAllExternalFilters\") !== \"yes\") {\n\t\tif($tw.wiki.getTiddlerText(\"$:/config/Server/ExternalFilters/\" + filter) !== \"yes\") {\n\t\t\tconsole.log(\"Blocked attempt to GET /recipes/default/tiddlers/tiddlers.json with filter: \" + filter);\n\t\t\tresponse.writeHead(403);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t}\n\tvar excludeFields = (state.queryParameters.exclude || \"text\").split(\",\"),\n\t\ttitles = state.wiki.filterTiddlers(filter);\n\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\tvar tiddlers = [];\n\t$tw.utils.each(titles,function(title) {\n\t\tvar tiddler = state.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar tiddlerFields = tiddler.getFieldStrings({exclude: excludeFields});\n\t\t\ttiddlerFields.revision = state.wiki.getChangeCount(title);\n\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\ttiddlers.push(tiddlerFields);\n\t\t}\n\t});\n\tvar text = JSON.stringify(tiddlers);\n\tresponse.end(text,\"utf8\");\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/routes/put-tiddler.js": {
"title": "$:/core/modules/server/routes/put-tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/server/routes/put-tiddler.js\ntype: application/javascript\nmodule-type: route\n\nPUT /recipes/default/tiddlers/:title\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.method = \"PUT\";\n\nexports.path = /^\\/recipes\\/default\\/tiddlers\\/(.+)$/;\n\nexports.handler = function(request,response,state) {\n\tvar title = decodeURIComponent(state.params[0]),\n\tfields = JSON.parse(state.data);\n\t// Pull up any subfields in the `fields` object\n\tif(fields.fields) {\n\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\tfields[name] = field;\n\t\t});\n\t\tdelete fields.fields;\n\t}\n\t// Remove any revision field\n\tif(fields.revision) {\n\t\tdelete fields.revision;\n\t}\n\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title},state.wiki.getModificationFields()));\n\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\tresponse.writeHead(204, \"OK\",{\n\t\tEtag: \"\\\"default/\" + encodeURIComponent(title) + \"/\" + changeCount + \":\\\"\",\n\t\t\"Content-Type\": \"text/plain\"\n\t});\n\tresponse.end();\n};\n\n}());\n",
"type": "application/javascript",
"module-type": "route"
},
"$:/core/modules/server/server.js": {
"title": "$:/core/modules/server/server.js",
"text": "/*\\\ntitle: $:/core/modules/server/server.js\ntype: application/javascript\nmodule-type: library\n\nServe tiddlers over http\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nif($tw.node) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\tquerystring = require(\"querystring\");\n}\n\n/*\nA simple HTTP server with regexp-based routes\noptions: variables - optional hashmap of variables to set (a misnomer - they are really constant parameters)\n\t\t routes - optional array of routes to use\n\t\t wiki - reference to wiki object\n*/\nfunction Server(options) {\n\tvar self = this;\n\tthis.routes = options.routes || [];\n\tthis.authenticators = options.authenticators || [];\n\tthis.wiki = options.wiki;\n\tthis.servername = $tw.utils.transliterateToSafeASCII(this.wiki.getTiddlerText(\"$:/SiteTitle\") || \"TiddlyWiki5\");\n\t// Initialise the variables\n\tthis.variables = $tw.utils.extend({},this.defaultVariables);\n\tif(options.variables) {\n\t\tfor(var variable in options.variables) {\n\t\t\tif(options.variables[variable]) {\n\t\t\t\tthis.variables[variable] = options.variables[variable];\n\t\t\t}\n\t\t}\t\t\n\t}\n\t$tw.utils.extend({},this.defaultVariables,options.variables);\n\t// Initialise CSRF\n\tthis.csrfDisable = this.get(\"csrf-disable\") === \"yes\";\n\t// Initialize Gzip compression\n\tthis.enableGzip = this.get(\"gzip\") === \"yes\";\n\t// Initialise authorization\n\tvar authorizedUserName = (this.get(\"username\") && this.get(\"password\")) ? this.get(\"username\") : \"(anon)\";\n\tthis.authorizationPrincipals = {\n\t\treaders: (this.get(\"readers\") || authorizedUserName).split(\",\").map($tw.utils.trim),\n\t\twriters: (this.get(\"writers\") || authorizedUserName).split(\",\").map($tw.utils.trim)\n\t}\n\t// Load and initialise authenticators\n\t$tw.modules.forEachModuleOfType(\"authenticator\", function(title,authenticatorDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addAuthenticator(authenticatorDefinition.AuthenticatorClass);\n\t});\n\t// Load route handlers\n\t$tw.modules.forEachModuleOfType(\"route\", function(title,routeDefinition) {\n\t\t// console.log(\"Loading server route \" + title);\n\t\tself.addRoute(routeDefinition);\n\t});\n\t// Initialise the http vs https\n\tthis.listenOptions = null;\n\tthis.protocol = \"http\";\n\tvar tlsKeyFilepath = this.get(\"tls-key\"),\n\t\ttlsCertFilepath = this.get(\"tls-cert\");\n\tif(tlsCertFilepath && tlsKeyFilepath) {\n\t\tthis.listenOptions = {\n\t\t\tkey: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsKeyFilepath),\"utf8\"),\n\t\t\tcert: fs.readFileSync(path.resolve($tw.boot.wikiPath,tlsCertFilepath),\"utf8\")\n\t\t};\n\t\tthis.protocol = \"https\";\n\t}\n\tthis.transport = require(this.protocol);\n}\n\nServer.prototype.defaultVariables = {\n\tport: \"8080\",\n\thost: \"127.0.0.1\",\n\t\"root-tiddler\": \"$:/core/save/all\",\n\t\"root-render-type\": \"text/plain\",\n\t\"root-serve-type\": \"text/html\",\n\t\"tiddler-render-type\": \"text/html\",\n\t\"tiddler-render-template\": \"$:/core/templates/server/static.tiddler.html\",\n\t\"system-tiddler-render-type\": \"text/plain\",\n\t\"system-tiddler-render-template\": \"$:/core/templates/wikified-tiddler\",\n\t\"debug-level\": \"none\",\n\t\"gzip\": \"no\"\n};\n\nServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nServer.prototype.addAuthenticator = function(AuthenticatorClass) {\n\t// Instantiate and initialise the authenticator\n\tvar authenticator = new AuthenticatorClass(this),\n\t\tresult = authenticator.init();\n\tif(typeof result === \"string\") {\n\t\t$tw.utils.error(\"Error: \" + result);\n\t} else if(result) {\n\t\t// Only use the authenticator if it initialised successfully\n\t\tthis.authenticators.push(authenticator);\n\t}\n};\n\nServer.prototype.findMatchingRoute = function(request,state) {\n\tvar pathprefix = this.get(\"path-prefix\") || \"\";\n\tfor(var t=0; t<this.routes.length; t++) {\n\t\tvar potentialRoute = this.routes[t],\n\t\t\tpathRegExp = potentialRoute.path,\n\t\t\tpathname = state.urlInfo.pathname,\n\t\t\tmatch;\n\t\tif(pathprefix) {\n\t\t\tif(pathname.substr(0,pathprefix.length) === pathprefix) {\n\t\t\t\tpathname = pathname.substr(pathprefix.length) || \"/\";\n\t\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t\t} else {\n\t\t\t\tmatch = false;\n\t\t\t}\n\t\t} else {\n\t\t\tmatch = potentialRoute.path.exec(pathname);\n\t\t}\n\t\tif(match && request.method === potentialRoute.method) {\n\t\t\tstate.params = [];\n\t\t\tfor(var p=1; p<match.length; p++) {\n\t\t\t\tstate.params.push(match[p]);\n\t\t\t}\n\t\t\treturn potentialRoute;\n\t\t}\n\t}\n\treturn null;\n};\n\nServer.prototype.methodMappings = {\n\t\"GET\": \"readers\",\n\t\"OPTIONS\": \"readers\",\n\t\"HEAD\": \"readers\",\n\t\"PUT\": \"writers\",\n\t\"POST\": \"writers\",\n\t\"DELETE\": \"writers\"\n};\n\n/*\nCheck whether a given user is authorized for the specified authorizationType (\"readers\" or \"writers\"). Pass null or undefined as the username to check for anonymous access\n*/\nServer.prototype.isAuthorized = function(authorizationType,username) {\n\tvar principals = this.authorizationPrincipals[authorizationType] || [];\n\treturn principals.indexOf(\"(anon)\") !== -1 || (username && (principals.indexOf(\"(authenticated)\") !== -1 || principals.indexOf(username) !== -1));\n}\n\nServer.prototype.requestHandler = function(request,response) {\n\t// Compose the state object\n\tvar self = this;\n\tvar state = {};\n\tstate.wiki = self.wiki;\n\tstate.server = self;\n\tstate.urlInfo = url.parse(request.url);\n\tstate.queryParameters = querystring.parse(state.urlInfo.query);\n\t// Get the principals authorized to access this resource\n\tvar authorizationType = this.methodMappings[request.method] || \"readers\";\n\t// Check for the CSRF header if this is a write\n\tif(!this.csrfDisable && authorizationType === \"writers\" && request.headers[\"x-requested-with\"] !== \"TiddlyWiki\") {\n\t\tresponse.writeHead(403,\"'X-Requested-With' header required to login to '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\t\t\n\t}\n\t// Check whether anonymous access is granted\n\tstate.allowAnon = this.isAuthorized(authorizationType,null);\n\t// Authenticate with the first active authenticator\n\tif(this.authenticators.length > 0) {\n\t\tif(!this.authenticators[0].authenticateRequest(request,response,state)) {\n\t\t\t// Bail if we failed (the authenticator will have sent the response)\n\t\t\treturn;\n\t\t}\t\t\n\t}\n\t// Authorize with the authenticated username\n\tif(!this.isAuthorized(authorizationType,state.authenticatedUsername)) {\n\t\tresponse.writeHead(401,\"'\" + state.authenticatedUsername + \"' is not authorized to access '\" + this.servername + \"'\");\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Find the route that matches this path\n\tvar route = self.findMatchingRoute(request,state);\n\t// Optionally output debug info\n\tif(self.get(\"debug-level\") !== \"none\") {\n\t\tconsole.log(\"Request path:\",JSON.stringify(state.urlInfo));\n\t\tconsole.log(\"Request headers:\",JSON.stringify(request.headers));\n\t\tconsole.log(\"authenticatedUsername:\",state.authenticatedUsername);\n\t}\n\t// Return a 404 if we didn't find a route\n\tif(!route) {\n\t\tresponse.writeHead(404);\n\t\tresponse.end();\n\t\treturn;\n\t}\n\t// Receive the request body if necessary and hand off to the route handler\n\tif(route.bodyFormat === \"stream\" || request.method === \"GET\" || request.method === \"HEAD\") {\n\t\t// Let the route handle the request stream itself\n\t\troute.handler(request,response,state);\n\t} else if(route.bodyFormat === \"string\" || !route.bodyFormat) {\n\t\t// Set the encoding for the incoming request\n\t\trequest.setEncoding(\"utf8\");\n\t\tvar data = \"\";\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata += chunk.toString();\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = data;\n\t\t\troute.handler(request,response,state);\n\t\t});\n\t} else if(route.bodyFormat === \"buffer\") {\n\t\tvar data = [];\n\t\trequest.on(\"data\",function(chunk) {\n\t\t\tdata.push(chunk);\n\t\t});\n\t\trequest.on(\"end\",function() {\n\t\t\tstate.data = Buffer.concat(data);\n\t\t\troute.handler(request,response,state);\n\t\t})\n\t} else {\n\t\tresponse.writeHead(400,\"Invalid bodyFormat \" + route.bodyFormat + \" in route \" + route.method + \" \" + route.path.source);\n\t\tresponse.end();\n\t}\n};\n\n/*\nListen for requests\nport: optional port number (falls back to value of \"port\" variable)\nhost: optional host address (falls back to value of \"host\" variable)\nprefix: optional prefix (falls back to value of \"path-prefix\" variable)\n*/\nServer.prototype.listen = function(port,host,prefix) {\n\tvar self = this;\n\t// Handle defaults for port and host\n\tport = port || this.get(\"port\");\n\thost = host || this.get(\"host\");\n\tprefix = prefix || this.get(\"path-prefix\") || \"\";\n\t// Check for the port being a string and look it up as an environment variable\n\tif(parseInt(port,10).toString() !== port) {\n\t\tport = process.env[port] || 8080;\n\t}\n\t// Warn if required plugins are missing\n\tif(!$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/tiddlyweb\") || !$tw.wiki.getTiddler(\"$:/plugins/tiddlywiki/filesystem\")) {\n\t\t$tw.utils.warning(\"Warning: Plugins required for client-server operation (\\\"tiddlywiki/filesystem\\\" and \\\"tiddlywiki/tiddlyweb\\\") are missing from tiddlywiki.info file\");\n\t}\n\t// Create the server\n\tvar server;\n\tif(this.listenOptions) {\n\t\tserver = this.transport.createServer(this.listenOptions,this.requestHandler.bind(this));\n\t} else {\n\t\tserver = this.transport.createServer(this.requestHandler.bind(this));\n\t}\n\t// Display the port number after we've started listening (the port number might have been specified as zero, in which case we will get an assigned port)\n\tserver.on(\"listening\",function() {\n\t\tvar address = server.address();\n\t\t$tw.utils.log(\"Serving on \" + self.protocol + \"://\" + address.address + \":\" + address.port + prefix,\"brown/orange\");\n\t\t$tw.utils.log(\"(press ctrl-C to exit)\",\"red\");\n\t});\n\t// Listen\n\treturn server.listen(port,host);\n};\n\nexports.Server = Server;\n\n})();\n",
"type": "application/javascript",
"module-type": "library"
},
"$:/core/modules/browser-messaging.js": {
"title": "$:/core/modules/browser-messaging.js",
"text": "/*\\\ntitle: $:/core/modules/browser-messaging.js\ntype: application/javascript\nmodule-type: startup\n\nBrowser message handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"browser-messaging\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*\nLoad a specified url as an iframe and call the callback when it is loaded. If the url is already loaded then the existing iframe instance is used\n*/\nfunction loadIFrame(url,callback) {\n\t// Check if iframe already exists\n\tvar iframeInfo = $tw.browserMessaging.iframeInfoMap[url];\n\tif(iframeInfo) {\n\t\t// We've already got the iframe\n\t\tcallback(null,iframeInfo);\n\t} else {\n\t\t// Create the iframe and save it in the list\n\t\tvar iframe = document.createElement(\"iframe\");\n\t\tiframeInfo = {\n\t\t\turl: url,\n\t\t\tstatus: \"loading\",\n\t\t\tdomNode: iframe\n\t\t};\n\t\t$tw.browserMessaging.iframeInfoMap[url] = iframeInfo;\n\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t// Add the iframe to the DOM and hide it\n\t\tiframe.style.display = \"none\";\n\t\tiframe.setAttribute(\"library\",\"true\");\n\t\tdocument.body.appendChild(iframe);\n\t\t// Set up onload\n\t\tiframe.onload = function() {\n\t\t\tiframeInfo.status = \"loaded\";\n\t\t\tsaveIFrameInfoTiddler(iframeInfo);\n\t\t\tcallback(null,iframeInfo);\n\t\t};\n\t\tiframe.onerror = function() {\n\t\t\tcallback(\"Cannot load iframe\");\n\t\t};\n\t\ttry {\n\t\t\tiframe.src = url;\n\t\t} catch(ex) {\n\t\t\tcallback(ex);\n\t\t}\n\t}\n}\n\n/*\nUnload library iframe for given url\n*/\nfunction unloadIFrame(url){\n\t$tw.utils.each(document.getElementsByTagName('iframe'), function(iframe) {\n\t\tif(iframe.getAttribute(\"library\") === \"true\" &&\n\t\t iframe.getAttribute(\"src\") === url) {\n\t\t\tiframe.parentNode.removeChild(iframe);\n\t\t}\n\t});\n}\n\nfunction saveIFrameInfoTiddler(iframeInfo) {\n\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),{\n\t\ttitle: \"$:/temp/ServerConnection/\" + iframeInfo.url,\n\t\ttext: iframeInfo.status,\n\t\ttags: [\"$:/tags/ServerConnection\"],\n\t\turl: iframeInfo.url\n\t},$tw.wiki.getModificationFields()));\n}\n\nexports.startup = function() {\n\t// Initialise the store of iframes we've created\n\t$tw.browserMessaging = {\n\t\tiframeInfoMap: {} // Hashmap by URL of {url:,status:\"loading/loaded\",domNode:}\n\t};\n\t// Listen for widget messages to control loading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\tif(url) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers.json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-info\",\n\t\t\t\t\t\t\tinfoTitlePrefix: paramObject.infoTitlePrefix || \"$:/temp/RemoteAssetInfo/\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for widget messages to control unloading the plugin library\n\t$tw.rootWidget.addEventListener(\"tm-unload-plugin-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url;\n\t\t$tw.browserMessaging.iframeInfoMap[url] = undefined;\n\t\tif(url) {\n\t\t\tunloadIFrame(url);\n\t\t\t$tw.utils.each(\n\t\t\t\t$tw.wiki.filterTiddlers(\"[[$:/temp/ServerConnection/\" + url + \"]] [prefix[$:/temp/RemoteAssetInfo/\" + url + \"/]]\"),\n\t\t\t\tfunction(title) {\n\t\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t\t}\n\t\t\t);\n\t\t}\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-load-plugin-from-library\",function(event) {\n\t\tvar paramObject = event.paramObject || {},\n\t\t\turl = paramObject.url,\n\t\t\ttitle = paramObject.title;\n\t\tif(url && title) {\n\t\t\tloadIFrame(url,function(err,iframeInfo) {\n\t\t\t\tif(err) {\n\t\t\t\t\talert($tw.language.getString(\"Error/LoadingPluginLibrary\") + \": \" + url);\n\t\t\t\t} else {\n\t\t\t\t\tiframeInfo.domNode.contentWindow.postMessage({\n\t\t\t\t\t\tverb: \"GET\",\n\t\t\t\t\t\turl: \"recipes/library/tiddlers/\" + encodeURIComponent(title) + \".json\",\n\t\t\t\t\t\tcookies: {\n\t\t\t\t\t\t\ttype: \"save-tiddler\",\n\t\t\t\t\t\t\turl: url\n\t\t\t\t\t\t}\n\t\t\t\t\t},\"*\");\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Listen for window messages from other windows\n\twindow.addEventListener(\"message\",function listener(event){\n\t\t// console.log(\"browser-messaging: \",document.location.toString())\n\t\t// console.log(\"browser-messaging: Received message from\",event.origin);\n\t\t// console.log(\"browser-messaging: Message content\",event.data);\n\t\tswitch(event.data.verb) {\n\t\t\tcase \"GET-RESPONSE\":\n\t\t\t\tif(event.data.status.charAt(0) === \"2\") {\n\t\t\t\t\tif(event.data.cookies) {\n\t\t\t\t\t\tif(event.data.cookies.type === \"save-info\") {\n\t\t\t\t\t\t\tvar tiddlers = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.utils.each(tiddlers,function(tiddler) {\n\t\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler($tw.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\t\t\t\t\ttitle: event.data.cookies.infoTitlePrefix + event.data.cookies.url + \"/\" + tiddler.title,\n\t\t\t\t\t\t\t\t\t\"original-title\": tiddler.title,\n\t\t\t\t\t\t\t\t\ttext: \"\",\n\t\t\t\t\t\t\t\t\ttype: \"text/vnd.tiddlywiki\",\n\t\t\t\t\t\t\t\t\t\"original-type\": tiddler.type,\n\t\t\t\t\t\t\t\t\t\"plugin-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-plugin-type\": tiddler[\"plugin-type\"],\n\t\t\t\t\t\t\t\t\t\"module-type\": undefined,\n\t\t\t\t\t\t\t\t\t\"original-module-type\": tiddler[\"module-type\"],\n\t\t\t\t\t\t\t\t\ttags: [\"$:/tags/RemoteAssetInfo\"],\n\t\t\t\t\t\t\t\t\t\"original-tags\": $tw.utils.stringifyList(tiddler.tags || []),\n\t\t\t\t\t\t\t\t\t\"server-url\": event.data.cookies.url\n\t\t\t\t\t\t\t\t},$tw.wiki.getModificationFields()));\n\t\t\t\t\t\t\t});\n\t\t\t\t\t\t} else if(event.data.cookies.type === \"save-tiddler\") {\n\t\t\t\t\t\t\tvar tiddler = JSON.parse(event.data.body);\n\t\t\t\t\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(tiddler));\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t}\n\t},false);\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/commands.js": {
"title": "$:/core/modules/startup/commands.js",
"text": "/*\\\ntitle: $:/core/modules/startup/commands.js\ntype: application/javascript\nmodule-type: startup\n\nCommand processing\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"commands\";\nexports.platforms = [\"node\"];\nexports.after = [\"story\"];\nexports.synchronous = false;\n\nexports.startup = function(callback) {\n\t// On the server, start a commander with the command line arguments\n\tvar commander = new $tw.Commander(\n\t\t$tw.boot.argv,\n\t\tfunction(err) {\n\t\t\tif(err) {\n\t\t\t\treturn $tw.utils.error(\"Error: \" + err);\n\t\t\t}\n\t\t\tcallback();\n\t\t},\n\t\t$tw.wiki,\n\t\t{output: process.stdout, error: process.stderr}\n\t);\n\tcommander.execute();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/CSSescape.js": {
"title": "$:/core/modules/startup/CSSescape.js",
"text": "/*\\\ntitle: $:/core/modules/startup/CSSescape.js\ntype: application/javascript\nmodule-type: startup\n\nPolyfill for CSS.escape()\n\n\\*/\n(function(root,factory){\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"css-escape\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n/*! https://mths.be/cssescape v1.5.1 by @mathias | MIT license */\n// https://github.com/umdjs/umd/blob/master/returnExports.js\nexports.startup = factory(root);\n}(typeof global != 'undefined' ? global : this, function(root) {\n\n\tif (root.CSS && root.CSS.escape) {\n\t\treturn;\n\t}\n\n\t// https://drafts.csswg.org/cssom/#serialize-an-identifier\n\tvar cssEscape = function(value) {\n\t\tif (arguments.length == 0) {\n\t\t\tthrow new TypeError('`CSS.escape` requires an argument.');\n\t\t}\n\t\tvar string = String(value);\n\t\tvar length = string.length;\n\t\tvar index = -1;\n\t\tvar codeUnit;\n\t\tvar result = '';\n\t\tvar firstCodeUnit = string.charCodeAt(0);\n\t\twhile (++index < length) {\n\t\t\tcodeUnit = string.charCodeAt(index);\n\t\t\t// Note: there’s no need to special-case astral symbols, surrogate\n\t\t\t// pairs, or lone surrogates.\n\n\t\t\t// If the character is NULL (U+0000), then the REPLACEMENT CHARACTER\n\t\t\t// (U+FFFD).\n\t\t\tif (codeUnit == 0x0000) {\n\t\t\t\tresult += '\\uFFFD';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is in the range [\\1-\\1F] (U+0001 to U+001F) or is\n\t\t\t\t// U+007F, […]\n\t\t\t\t(codeUnit >= 0x0001 && codeUnit <= 0x001F) || codeUnit == 0x007F ||\n\t\t\t\t// If the character is the first character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039), […]\n\t\t\t\t(index == 0 && codeUnit >= 0x0030 && codeUnit <= 0x0039) ||\n\t\t\t\t// If the character is the second character and is in the range [0-9]\n\t\t\t\t// (U+0030 to U+0039) and the first character is a `-` (U+002D), […]\n\t\t\t\t(\n\t\t\t\t\tindex == 1 &&\n\t\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 &&\n\t\t\t\t\tfirstCodeUnit == 0x002D\n\t\t\t\t)\n\t\t\t) {\n\t\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character-as-code-point\n\t\t\t\tresult += '\\\\' + codeUnit.toString(16) + ' ';\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tif (\n\t\t\t\t// If the character is the first character and is a `-` (U+002D), and\n\t\t\t\t// there is no second character, […]\n\t\t\t\tindex == 0 &&\n\t\t\t\tlength == 1 &&\n\t\t\t\tcodeUnit == 0x002D\n\t\t\t) {\n\t\t\t\tresult += '\\\\' + string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// If the character is not handled by one of the above rules and is\n\t\t\t// greater than or equal to U+0080, is `-` (U+002D) or `_` (U+005F), or\n\t\t\t// is in one of the ranges [0-9] (U+0030 to U+0039), [A-Z] (U+0041 to\n\t\t\t// U+005A), or [a-z] (U+0061 to U+007A), […]\n\t\t\tif (\n\t\t\t\tcodeUnit >= 0x0080 ||\n\t\t\t\tcodeUnit == 0x002D ||\n\t\t\t\tcodeUnit == 0x005F ||\n\t\t\t\tcodeUnit >= 0x0030 && codeUnit <= 0x0039 ||\n\t\t\t\tcodeUnit >= 0x0041 && codeUnit <= 0x005A ||\n\t\t\t\tcodeUnit >= 0x0061 && codeUnit <= 0x007A\n\t\t\t) {\n\t\t\t\t// the character itself\n\t\t\t\tresult += string.charAt(index);\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// Otherwise, the escaped character.\n\t\t\t// https://drafts.csswg.org/cssom/#escape-a-character\n\t\t\tresult += '\\\\' + string.charAt(index);\n\n\t\t}\n\t\treturn result;\n\t};\n\n\tif (!root.CSS) {\n\t\troot.CSS = {};\n\t}\n\n\troot.CSS.escape = cssEscape;\n\n}));\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/favicon.js": {
"title": "$:/core/modules/startup/favicon.js",
"text": "/*\\\ntitle: $:/core/modules/startup/favicon.js\ntype: application/javascript\nmodule-type: startup\n\nFavicon handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"favicon\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\t\t\n// Favicon tiddler\nvar FAVICON_TITLE = \"$:/favicon.ico\";\n\nexports.startup = function() {\n\t// Set up the favicon\n\tsetFavicon();\n\t// Reset the favicon when the tiddler changes\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,FAVICON_TITLE)) {\n\t\t\tsetFavicon();\n\t\t}\n\t});\n};\n\nfunction setFavicon() {\n\tvar tiddler = $tw.wiki.getTiddler(FAVICON_TITLE);\n\tif(tiddler) {\n\t\tvar faviconLink = document.getElementById(\"faviconLink\");\n\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/info.js": {
"title": "$:/core/modules/startup/info.js",
"text": "/*\\\ntitle: $:/core/modules/startup/info.js\ntype: application/javascript\nmodule-type: startup\n\nInitialise $:/info tiddlers via $:/temp/info-plugin pseudo-plugin\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"info\";\nexports.before = [\"startup\"];\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nvar TITLE_INFO_PLUGIN = \"$:/temp/info-plugin\";\n\nexports.startup = function() {\n\t// Collect up the info tiddlers\n\tvar infoTiddlerFields = {};\n\t// Give each info module a chance to fill in as many info tiddlers as they want\n\t$tw.modules.forEachModuleOfType(\"info\",function(title,moduleExports) {\n\t\tif(moduleExports && moduleExports.getInfoTiddlerFields) {\n\t\t\tvar tiddlerFieldsArray = moduleExports.getInfoTiddlerFields(infoTiddlerFields);\n\t\t\t$tw.utils.each(tiddlerFieldsArray,function(fields) {\n\t\t\t\tif(fields) {\n\t\t\t\t\tinfoTiddlerFields[fields.title] = fields;\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n\t// Bake the info tiddlers into a plugin. We use the non-standard plugin-type \"info\" because ordinary plugins are only registered asynchronously after being loaded dynamically\n\tvar fields = {\n\t\ttitle: TITLE_INFO_PLUGIN,\n\t\ttype: \"application/json\",\n\t\t\"plugin-type\": \"info\",\n\t\ttext: JSON.stringify({tiddlers: infoTiddlerFields},null,$tw.config.preferences.jsonSpaces)\n\t};\n\t$tw.wiki.addTiddler(new $tw.Tiddler(fields));\n\t$tw.wiki.readPluginInfo([TITLE_INFO_PLUGIN]);\n\t$tw.wiki.registerPluginTiddlers(\"info\");\n\t$tw.wiki.unpackPluginTiddlers();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/load-modules.js": {
"title": "$:/core/modules/startup/load-modules.js",
"text": "/*\\\ntitle: $:/core/modules/startup/load-modules.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"load-modules\";\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Load modules\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\tif($tw.node) {\n\t\t$tw.modules.applyMethods(\"utils-node\",$tw.utils);\n\t}\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\t$tw.Tiddler.fieldModules = $tw.modules.getModulesByTypeAsHashmap(\"tiddlerfield\");\n\t$tw.modules.applyMethods(\"tiddlermethod\",$tw.Tiddler.prototype);\n\t$tw.modules.applyMethods(\"wikimethod\",$tw.Wiki.prototype);\n\t$tw.wiki.addIndexersToWiki();\n\t$tw.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t$tw.wiki.initParsers();\n\t$tw.Commander.initCommands();\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/password.js": {
"title": "$:/core/modules/startup/password.js",
"text": "/*\\\ntitle: $:/core/modules/startup/password.js\ntype: application/javascript\nmodule-type: startup\n\nPassword handling\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"password\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t$tw.rootWidget.addEventListener(\"tm-set-password\",function(event) {\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: $tw.language.getString(\"Encryption/PromptSetPassword\"),\n\t\t\tnoUserName: true,\n\t\t\tsubmitText: $tw.language.getString(\"Encryption/SetPassword\"),\n\t\t\tcanCancel: true,\n\t\t\trepeatPassword: true,\n\t\t\tcallback: function(data) {\n\t\t\t\tif(data) {\n\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t}\n\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t}\n\t\t});\n\t});\n\t$tw.rootWidget.addEventListener(\"tm-clear-password\",function(event) {\n\t\tif($tw.browser) {\n\t\t\tif(!confirm($tw.language.getString(\"Encryption/ConfirmClearPassword\"))) {\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t$tw.crypto.setPassword(null);\n\t});\n\t// Ensure that $:/isEncrypted is maintained properly\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,\"$:/isEncrypted\")) {\n\t\t\t$tw.crypto.updateCryptoStateTiddler();\n\t\t}\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/plugins.js": {
"title": "$:/core/modules/startup/plugins.js",
"text": "/*\\\ntitle: $:/core/modules/startup/plugins.js\ntype: application/javascript\nmodule-type: startup\n\nStartup logic concerned with managing plugins\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"plugins\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\nvar TITLE_REQUIRE_RELOAD_DUE_TO_PLUGIN_CHANGE = \"$:/status/RequireReloadDueToPluginChange\";\n\nvar PREFIX_CONFIG_REGISTER_PLUGIN_TYPE = \"$:/config/RegisterPluginType/\";\n\nexports.startup = function() {\n\t$tw.wiki.addTiddler({title: TITLE_REQUIRE_RELOAD_DUE_TO_PLUGIN_CHANGE,text: \"no\"});\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tvar changesToProcess = [],\n\t\t\trequireReloadDueToPluginChange = false;\n\t\t$tw.utils.each(Object.keys(changes),function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\t\trequiresReload = $tw.wiki.doesPluginRequireReload(title);\n\t\t\tif(requiresReload) {\n\t\t\t\trequireReloadDueToPluginChange = true;\n\t\t\t} else if(tiddler) {\n\t\t\t\tvar pluginType = tiddler.fields[\"plugin-type\"];\n\t\t\t\tif($tw.wiki.getTiddlerText(PREFIX_CONFIG_REGISTER_PLUGIN_TYPE + (tiddler.fields[\"plugin-type\"] || \"\"),\"no\") === \"yes\") {\n\t\t\t\t\tchangesToProcess.push(title);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t\tif(requireReloadDueToPluginChange) {\n\t\t\t$tw.wiki.addTiddler({title: TITLE_REQUIRE_RELOAD_DUE_TO_PLUGIN_CHANGE,text: \"yes\"});\n\t\t}\n\t\t// Read or delete the plugin info of the changed tiddlers\n\t\tif(changesToProcess.length > 0) {\n\t\t\tvar changes = $tw.wiki.readPluginInfo(changesToProcess);\n\t\t\tif(changes.modifiedPlugins.length > 0 || changes.deletedPlugins.length > 0) {\n\t\t\t\t// (Re-)register any modified plugins\n\t\t\t\t$tw.wiki.registerPluginTiddlers(null,changes.modifiedPlugins);\n\t\t\t\t// Unregister any deleted plugins\n\t\t\t\t$tw.wiki.unregisterPluginTiddlers(null,changes.deletedPlugins);\n\t\t\t\t// Unpack the shadow tiddlers\n\t\t\t\t$tw.wiki.unpackPluginTiddlers();\n\t\t\t}\n\t\t}\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/render.js": {
"title": "$:/core/modules/startup/render.js",
"text": "/*\\\ntitle: $:/core/modules/startup/render.js\ntype: application/javascript\nmodule-type: startup\n\nTitle, stylesheet and page rendering\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"render\";\nexports.platforms = [\"browser\"];\nexports.after = [\"story\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar PAGE_TITLE_TITLE = \"$:/core/wiki/title\";\nvar PAGE_STYLESHEET_TITLE = \"$:/core/ui/PageStylesheet\";\nvar PAGE_TEMPLATE_TITLE = \"$:/core/ui/PageTemplate\";\n\n// Time (in ms) that we defer refreshing changes to draft tiddlers\nvar DRAFT_TIDDLER_TIMEOUT_TITLE = \"$:/config/Drafts/TypingTimeout\";\nvar THROTTLE_REFRESH_TIMEOUT = 400;\n\nexports.startup = function() {\n\t// Set up the title\n\t$tw.titleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TITLE_TITLE,{document: $tw.fakeDocument, parseAsInline: true});\n\t$tw.titleContainer = $tw.fakeDocument.createElement(\"div\");\n\t$tw.titleWidgetNode.render($tw.titleContainer,null);\n\tdocument.title = $tw.titleContainer.textContent;\n\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.titleWidgetNode.refresh(changes,$tw.titleContainer,null)) {\n\t\t\tdocument.title = $tw.titleContainer.textContent;\n\t\t}\n\t});\n\t// Set up the styles\n\t$tw.styleWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_STYLESHEET_TITLE,{document: $tw.fakeDocument});\n\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t$tw.styleElement = document.createElement(\"style\");\n\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"styleRefresh\",function(changes) {\n\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t}\n\t}));\n\t// Display the $:/core/ui/PageTemplate tiddler to kick off the display\n\t$tw.perf.report(\"mainRender\",function() {\n\t\t$tw.pageWidgetNode = $tw.wiki.makeTranscludeWidget(PAGE_TEMPLATE_TITLE,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tc-page-container-wrapper\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n \t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t})();\n\t// Remove any splash screen elements\n\tvar removeList = document.querySelectorAll(\".tc-remove-when-wiki-loaded\");\n\t$tw.utils.each(removeList,function(removeItem) {\n\t\tif(removeItem.parentNode) {\n\t\t\tremoveItem.parentNode.removeChild(removeItem);\n\t\t}\n\t});\n\t// Prepare refresh mechanism\n\tvar deferredChanges = Object.create(null),\n\t\ttimerId;\n\tfunction refresh() {\n\t\t// Process the refresh\n\t\t$tw.hooks.invokeHook(\"th-page-refreshing\");\n\t\t$tw.pageWidgetNode.refresh(deferredChanges);\n\t\tdeferredChanges = Object.create(null);\n\t\t$tw.hooks.invokeHook(\"th-page-refreshed\");\n\t}\n\t// Add the change event handler\n\t$tw.wiki.addEventListener(\"change\",$tw.perf.report(\"mainRefresh\",function(changes) {\n\t\t// Check if only tiddlers that are throttled have changed\n\t\tvar onlyThrottledTiddlersHaveChanged = true;\n\t\tfor(var title in changes) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(!tiddler || !(tiddler.hasField(\"draft.of\") || tiddler.hasField(\"throttle.refresh\"))) {\n\t\t\t\tonlyThrottledTiddlersHaveChanged = false;\n\t\t\t}\n\t\t}\n\t\t// Defer the change if only drafts have changed\n\t\tif(timerId) {\n\t\t\tclearTimeout(timerId);\n\t\t}\n\t\ttimerId = null;\n\t\tif(onlyThrottledTiddlersHaveChanged) {\n\t\t\tvar timeout = parseInt($tw.wiki.getTiddlerText(DRAFT_TIDDLER_TIMEOUT_TITLE,\"\"),10);\n\t\t\tif(isNaN(timeout)) {\n\t\t\t\ttimeout = THROTTLE_REFRESH_TIMEOUT;\n\t\t\t}\n\t\t\ttimerId = setTimeout(refresh,timeout);\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t} else {\n\t\t\t$tw.utils.extend(deferredChanges,changes);\n\t\t\trefresh();\n\t\t}\n\t}));\n\t// Fix up the link between the root widget and the page container\n\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/rootwidget.js": {
"title": "$:/core/modules/startup/rootwidget.js",
"text": "/*\\\ntitle: $:/core/modules/startup/rootwidget.js\ntype: application/javascript\nmodule-type: startup\n\nSetup the root widget and the core root widget handlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"rootwidget\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.before = [\"story\"];\nexports.synchronous = true;\n\nexports.startup = function() {\n\t// Install the modal message mechanism\n\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-modal\",function(event) {\n\t\t$tw.modal.display(event.param,{variables: event.paramObject, event: event});\n\t});\n\t// Install the notification mechanism\n\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t$tw.rootWidget.addEventListener(\"tm-notify\",function(event) {\n\t\t$tw.notifier.display(event.param,{variables: event.paramObject});\n\t});\n\t// Install the copy-to-clipboard mechanism\n\t$tw.rootWidget.addEventListener(\"tm-copy-to-clipboard\",function(event) {\n\t\t$tw.utils.copyToClipboard(event.param);\n\t});\n\t// Install the tm-focus-selector message\n\t$tw.rootWidget.addEventListener(\"tm-focus-selector\",function(event) {\n\t\tvar selector = event.param || \"\",\n\t\t\telement;\n\t\ttry {\n\t\t\telement = document.querySelector(selector);\n\t\t} catch(e) {\n\t\t\tconsole.log(\"Error in selector: \",selector)\n\t\t}\n\t\tif(element && element.focus) {\n\t\t\telement.focus(event.paramObject);\n\t\t}\n\t});\n\t// Install the scroller\n\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t$tw.rootWidget.addEventListener(\"tm-scroll\",function(event) {\n\t\t$tw.pageScroller.handleEvent(event);\n\t});\n\tvar fullscreen = $tw.utils.getFullScreenApis();\n\tif(fullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tm-full-screen\",function(event) {\n\t\t\tvar fullScreenDocument = event.event ? event.event.target.ownerDocument : document;\n\t\t\tif(event.param === \"enter\") {\n\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t} else if(event.param === \"exit\") {\n\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t} else {\n\t\t\t\tif(fullScreenDocument[fullscreen._fullscreenElement]) {\n\t\t\t\t\tfullScreenDocument[fullscreen._exitFullscreen]();\n\t\t\t\t} else {\n\t\t\t\t\tfullScreenDocument.documentElement[fullscreen._requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t\t\t\t}\t\t\t\t\n\t\t\t}\n\t\t});\n\t}\n\t// If we're being viewed on a data: URI then give instructions for how to save\n\tif(document.location.protocol === \"data:\") {\n\t\t$tw.rootWidget.dispatchEvent({\n\t\t\ttype: \"tm-modal\",\n\t\t\tparam: \"$:/language/Modals/SaveInstructions\"\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup.js": {
"title": "$:/core/modules/startup.js",
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nMiscellaneous startup logic for both the client and server.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"startup\";\nexports.after = [\"load-modules\"];\nexports.synchronous = true;\n\n// Set to `true` to enable performance instrumentation\nvar PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE = \"$:/config/Performance/Instrumentation\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f;\n\t// Minimal browser detection\n\tif($tw.browser) {\n\t\t$tw.browser.isIE = (/msie|trident/i.test(navigator.userAgent));\n\t\t$tw.browser.isFirefox = !!document.mozFullScreenEnabled;\n\t}\n\t// Platform detection\n\t$tw.platform = {};\n\tif($tw.browser) {\n\t\t$tw.platform.isMac = /Mac/.test(navigator.platform);\n\t\t$tw.platform.isWindows = /win/i.test(navigator.platform);\n\t\t$tw.platform.isLinux = /Linux/i.test(navigator.platform);\n\t} else {\n\t\tswitch(require(\"os\").platform()) {\n\t\t\tcase \"darwin\":\n\t\t\t\t$tw.platform.isMac = true;\n\t\t\t\tbreak;\n\t\t\tcase \"win32\":\n\t\t\t\t$tw.platform.isWindows = true;\n\t\t\t\tbreak;\n\t\t\tcase \"freebsd\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t\tcase \"linux\":\n\t\t\t\t$tw.platform.isLinux = true;\n\t\t\t\tbreak;\n\t\t}\n\t}\n\t// Initialise version\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t// Set up the performance framework\n\t$tw.perf = new $tw.Performance($tw.wiki.getTiddlerText(PERFORMANCE_INSTRUMENTATION_CONFIG_TITLE,\"no\") === \"yes\");\n\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\t$tw.rootWidget = new widget.widget({\n\t\ttype: \"widget\",\n\t\tchildren: []\n\t},{\n\t\twiki: $tw.wiki,\n\t\tdocument: $tw.browser ? document : $tw.fakeDocument\n\t});\n\t// Execute any startup actions\n\tvar executeStartupTiddlers = function(tag) {\n\t\t$tw.utils.each($tw.wiki.filterTiddlers(\"[all[shadows+tiddlers]tag[\" + tag + \"]!has[draft.of]]\"),function(title) {\n\t\t\t$tw.rootWidget.invokeActionString($tw.wiki.getTiddlerText(title),$tw.rootWidget);\n\t\t});\n\t};\n\texecuteStartupTiddlers(\"$:/tags/StartupAction\");\n\tif($tw.browser) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Browser\");\t\t\n\t}\n\tif($tw.node) {\n\t\texecuteStartupTiddlers(\"$:/tags/StartupAction/Node\");\t\t\n\t}\n\t// Kick off the language manager and switcher\n\t$tw.language = new $tw.Language();\n\t$tw.languageSwitcher = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"language\",\n\t\tcontrollerTitle: \"$:/language\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/languages/en-GB\"\n\t\t],\n\t\tonSwitch: function(plugins) {\n\t\t\tif($tw.browser) {\n\t\t\t\tvar pluginTiddler = $tw.wiki.getTiddler(plugins[0]);\n\t\t\t\tif(pluginTiddler) {\n\t\t\t\t\tdocument.documentElement.setAttribute(\"dir\",pluginTiddler.getFieldString(\"text-direction\") || \"auto\");\n\t\t\t\t} else {\n\t\t\t\t\tdocument.documentElement.removeAttribute(\"dir\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.PluginSwitcher({\n\t\twiki: $tw.wiki,\n\t\tpluginType: \"theme\",\n\t\tcontrollerTitle: \"$:/theme\",\n\t\tdefaultPlugins: [\n\t\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t\t]\n\t});\n\t// Kick off the keyboard manager\n\t$tw.keyboardManager = new $tw.KeyboardManager();\n\t// Listen for shortcuts\n\tif($tw.browser) {\n\t\t$tw.utils.addEventListeners(document,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t}]);\n\t}\n\t// Clear outstanding tiddler store change events to avoid an unnecessary refresh cycle at startup\n\t$tw.wiki.clearTiddlerEventQueue();\n\t// Find a working syncadaptor\n\t$tw.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!$tw.syncadaptor && module.adaptorClass) {\n\t\t\t$tw.syncadaptor = new module.adaptorClass({wiki: $tw.wiki});\n\t\t}\n\t});\n\t// Set up the syncer object if we've got a syncadaptor\n\tif($tw.syncadaptor) {\n\t\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki, syncadaptor: $tw.syncadaptor});\n\t}\n\t// Setup the saver handler\n\t$tw.saverHandler = new $tw.SaverHandler({\n\t\twiki: $tw.wiki,\n\t\tdirtyTracking: !$tw.syncadaptor,\n\t\tpreloadDirty: $tw.boot.preloadDirty || []\n\t});\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup();\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/story.js": {
"title": "$:/core/modules/startup/story.js",
"text": "/*\\\ntitle: $:/core/modules/startup/story.js\ntype: application/javascript\nmodule-type: startup\n\nLoad core modules\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"story\";\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Default story and history lists\nvar DEFAULT_STORY_TITLE = \"$:/StoryList\";\nvar DEFAULT_HISTORY_TITLE = \"$:/HistoryList\";\n\n// Default tiddlers\nvar DEFAULT_TIDDLERS_TITLE = \"$:/DefaultTiddlers\";\n\n// Config\nvar CONFIG_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/UpdateAddressBar\"; // Can be \"no\", \"permalink\", \"permaview\"\nvar CONFIG_UPDATE_HISTORY = \"$:/config/Navigation/UpdateHistory\"; // Can be \"yes\" or \"no\"\nvar CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD = \"$:/config/Navigation/Permalinkview/CopyToClipboard\"; // Can be \"yes\" (default) or \"no\"\nvar CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR = \"$:/config/Navigation/Permalinkview/UpdateAddressBar\"; // Can be \"yes\" (default) or \"no\"\n\n\n// Links to help, if there is no param\nvar HELP_OPEN_EXTERNAL_WINDOW = \"http://tiddlywiki.com/#WidgetMessage%3A%20tm-open-external-window\";\n\nexports.startup = function() {\n\t// Open startup tiddlers\n\topenStartupTiddlers({\n\t\tdisableHistory: $tw.boot.disableStartupNavigation\n\t});\n\tif($tw.browser) {\n\t\t// Set up location hash update\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,DEFAULT_STORY_TITLE) || $tw.utils.hop(changes,DEFAULT_HISTORY_TITLE)) {\n\t\t\t\tupdateLocationHash({\n\t\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_UPDATE_ADDRESS_BAR,\"permaview\").trim(),\n\t\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim()\n\t\t\t\t});\n\t\t\t}\n\t\t});\n\t\t// Listen for changes to the browser location hash\n\t\twindow.addEventListener(\"hashchange\",function() {\n\t\t\tvar hash = $tw.utils.getLocationHash();\n\t\t\tif(hash !== $tw.locationHash) {\n\t\t\t\t$tw.locationHash = hash;\n\t\t\t\topenStartupTiddlers({defaultToCurrentStory: true});\n\t\t\t}\n\t\t},false);\n\t\t// Listen for the tm-browser-refresh message\n\t\t$tw.rootWidget.addEventListener(\"tm-browser-refresh\",function(event) {\n\t\t\twindow.location.reload(true);\n\t\t});\n\t\t// Listen for tm-open-external-window message\n\t\t$tw.rootWidget.addEventListener(\"tm-open-external-window\",function(event) {\n\t\t\tvar paramObject = event.paramObject || {},\n\t\t\t\tstrUrl = event.param || HELP_OPEN_EXTERNAL_WINDOW,\n\t\t\t\tstrWindowName = paramObject.windowName,\n\t\t\t\tstrWindowFeatures = paramObject.windowFeatures;\n\t\t\twindow.open(strUrl, strWindowName, strWindowFeatures);\n\t\t});\n\t\t// Listen for the tm-print message\n\t\t$tw.rootWidget.addEventListener(\"tm-print\",function(event) {\n\t\t\t(event.event.view || window).print();\n\t\t});\n\t\t// Listen for the tm-home message\n\t\t$tw.rootWidget.addEventListener(\"tm-home\",function(event) {\n\t\t\twindow.location.hash = \"\";\n\t\t\tvar storyFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE),\n\t\t\t\tstoryList = $tw.wiki.filterTiddlers(storyFilter);\n\t\t\t//invoke any hooks that might change the default story list\n\t\t\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t\t\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t\t\tif(storyList[0]) {\n\t\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t\t}\n\t\t});\n\t\t// Listen for the tm-permalink message\n\t\t$tw.rootWidget.addEventListener(\"tm-permalink\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permalink\" : \"none\"\n\t\t\t});\n\t\t});\n\t\t// Listen for the tm-permaview message\n\t\t$tw.rootWidget.addEventListener(\"tm-permaview\",function(event) {\n\t\t\tupdateLocationHash({\n\t\t\t\tupdateAddressBar: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_UPDATE_ADDRESS_BAR,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\",\n\t\t\t\tupdateHistory: $tw.wiki.getTiddlerText(CONFIG_UPDATE_HISTORY,\"no\").trim(),\n\t\t\t\ttargetTiddler: event.param || event.tiddlerTitle,\n\t\t\t\tcopyToClipboard: $tw.wiki.getTiddlerText(CONFIG_PERMALINKVIEW_COPY_TO_CLIPBOARD,\"yes\").trim() === \"yes\" ? \"permaview\" : \"none\"\n\t\t\t});\t\t\t\t\n\t\t});\n\t}\n};\n\n/*\nProcess the location hash to open the specified tiddlers. Options:\ndisableHistory: if true $:/History is NOT updated\ndefaultToCurrentStory: If true, the current story is retained as the default, instead of opening the default tiddlers\n*/\nfunction openStartupTiddlers(options) {\n\toptions = options || {};\n\t// Work out the target tiddler and the story filter. \"null\" means \"unspecified\"\n\tvar target = null,\n\t\tstoryFilter = null;\n\tif($tw.locationHash.length > 1) {\n\t\tvar hash = $tw.locationHash.substr(1),\n\t\t\tsplit = hash.indexOf(\":\");\n\t\tif(split === -1) {\n\t\t\ttarget = decodeURIComponent(hash.trim());\n\t\t} else {\n\t\t\ttarget = decodeURIComponent(hash.substr(0,split).trim());\n\t\t\tstoryFilter = decodeURIComponent(hash.substr(split + 1).trim());\n\t\t}\n\t}\n\t// If the story wasn't specified use the current tiddlers or a blank story\n\tif(storyFilter === null) {\n\t\tif(options.defaultToCurrentStory) {\n\t\t\tvar currStoryList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE);\n\t\t\tstoryFilter = $tw.utils.stringifyList(currStoryList);\n\t\t} else {\n\t\t\tif(target && target !== \"\") {\n\t\t\t\tstoryFilter = \"\";\n\t\t\t} else {\n\t\t\t\tstoryFilter = $tw.wiki.getTiddlerText(DEFAULT_TIDDLERS_TITLE);\n\t\t\t}\n\t\t}\n\t}\n\t// Process the story filter to get the story list\n\tvar storyList = $tw.wiki.filterTiddlers(storyFilter);\n\t// Invoke any hooks that want to change the default story list\n\tstoryList = $tw.hooks.invokeHook(\"th-opening-default-tiddlers-list\",storyList);\n\t// If the target tiddler isn't included then splice it in at the top\n\tif(target && storyList.indexOf(target) === -1) {\n\t\tstoryList.unshift(target);\n\t}\n\t// Save the story list\n\t$tw.wiki.addTiddler({title: DEFAULT_STORY_TITLE, text: \"\", list: storyList},$tw.wiki.getModificationFields());\n\t// Update history\n\tif(!options.disableHistory) {\n\t\t// If a target tiddler was specified add it to the history stack\n\t\tif(target && target !== \"\") {\n\t\t\t// The target tiddler doesn't need double square brackets, but we'll silently remove them if they're present\n\t\t\tif(target.indexOf(\"[[\") === 0 && target.substr(-2) === \"]]\") {\n\t\t\t\ttarget = target.substr(2,target.length - 4);\n\t\t\t}\n\t\t\t$tw.wiki.addToHistory(target);\n\t\t} else if(storyList.length > 0) {\n\t\t\t$tw.wiki.addToHistory(storyList[0]);\n\t\t}\t\t\n\t}\n}\n\n/*\noptions: See below\noptions.updateAddressBar: \"permalink\", \"permaview\" or \"no\" (defaults to \"permaview\")\noptions.updateHistory: \"yes\" or \"no\" (defaults to \"no\")\noptions.copyToClipboard: \"permalink\", \"permaview\" or \"no\" (defaults to \"no\")\noptions.targetTiddler: optional title of target tiddler for permalink\n*/\nfunction updateLocationHash(options) {\n\t// Get the story and the history stack\n\tvar storyList = $tw.wiki.getTiddlerList(DEFAULT_STORY_TITLE),\n\t\thistoryList = $tw.wiki.getTiddlerData(DEFAULT_HISTORY_TITLE,[]),\n\t\ttargetTiddler = \"\";\n\tif(options.targetTiddler) {\n\t\ttargetTiddler = options.targetTiddler;\n\t} else {\n\t\t// The target tiddler is the one at the top of the stack\n\t\tif(historyList.length > 0) {\n\t\t\ttargetTiddler = historyList[historyList.length-1].title;\n\t\t}\n\t\t// Blank the target tiddler if it isn't present in the story\n\t\tif(storyList.indexOf(targetTiddler) === -1) {\n\t\t\ttargetTiddler = \"\";\n\t\t}\n\t}\n\t// Assemble the location hash\n\tswitch(options.updateAddressBar) {\n\t\tcase \"permalink\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler);\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.locationHash = \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList));\n\t\t\tbreak;\n\t}\n\t// Copy URL to the clipboard\n\tswitch(options.copyToClipboard) {\n\t\tcase \"permalink\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler));\n\t\t\tbreak;\n\t\tcase \"permaview\":\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getLocationPath() + \"#\" + encodeURIComponent(targetTiddler) + \":\" + encodeURIComponent($tw.utils.stringifyList(storyList)));\n\t\t\tbreak;\n\t}\n\t// Only change the location hash if we must, thus avoiding unnecessary onhashchange events\n\tif($tw.utils.getLocationHash() !== $tw.locationHash) {\n\t\tif(options.updateHistory === \"yes\") {\n\t\t\t// Assign the location hash so that history is updated\n\t\t\twindow.location.hash = $tw.locationHash;\n\t\t} else {\n\t\t\t// We use replace so that browser history isn't affected\n\t\t\twindow.location.replace(window.location.toString().split(\"#\")[0] + $tw.locationHash);\n\t\t}\n\t}\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/startup/windows.js": {
"title": "$:/core/modules/startup/windows.js",
"text": "/*\\\ntitle: $:/core/modules/startup/windows.js\ntype: application/javascript\nmodule-type: startup\n\nSetup root widget handlers for the messages concerned with opening external browser windows\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Export name and synchronous status\nexports.name = \"windows\";\nexports.platforms = [\"browser\"];\nexports.after = [\"startup\"];\nexports.synchronous = true;\n\n// Global to keep track of open windows (hashmap by title)\nvar windows = {};\n\nexports.startup = function() {\n\t// Handle open window message\n\t$tw.rootWidget.addEventListener(\"tm-open-window\",function(event) {\n\t\t// Get the parameters\n\t\tvar refreshHandler,\n\t\t\ttitle = event.param || event.tiddlerTitle,\n\t\t\tparamObject = event.paramObject || {},\n\t\t\twindowTitle = paramObject.windowTitle || title,\n\t\t\ttemplate = paramObject.template || \"$:/core/templates/single.tiddler.window\",\n\t\t\twidth = paramObject.width || \"700\",\n\t\t\theight = paramObject.height || \"600\",\n\t\t\tvariables = $tw.utils.extend({},paramObject,{currentTiddler: title});\n\t\t// Open the window\n\t\tvar srcWindow,\n\t\t srcDocument;\n\t\t// In case that popup blockers deny opening a new window\n\t\ttry {\n\t\t\tsrcWindow = window.open(\"\",\"external-\" + title,\"scrollbars,width=\" + width + \",height=\" + height),\n\t\t\tsrcDocument = srcWindow.document;\n\t\t}\n\t\tcatch(e) {\n\t\t\treturn;\n\t\t}\n\t\twindows[title] = srcWindow;\n\t\t// Check for reopening the same window\n\t\tif(srcWindow.haveInitialisedWindow) {\n\t\t\treturn;\n\t\t}\n\t\t// Initialise the document\n\t\tsrcDocument.write(\"<html><head></head><body class='tc-body tc-single-tiddler-window'></body></html>\");\n\t\tsrcDocument.close();\n\t\tsrcDocument.title = windowTitle;\n\t\tsrcWindow.addEventListener(\"beforeunload\",function(event) {\n\t\t\tdelete windows[title];\n\t\t\t$tw.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t},false);\n\t\t// Set up the styles\n\t\tvar styleWidgetNode = $tw.wiki.makeTranscludeWidget(\"$:/core/ui/PageStylesheet\",{\n\t\t\t\tdocument: $tw.fakeDocument,\n\t\t\t\tvariables: variables,\n\t\t\t\timportPageMacros: true}),\n\t\t\tstyleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\tstyleWidgetNode.render(styleContainer,null);\n\t\tvar styleElement = srcDocument.createElement(\"style\");\n\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\tsrcDocument.head.insertBefore(styleElement,srcDocument.head.firstChild);\n\t\t// Render the text of the tiddler\n\t\tvar parser = $tw.wiki.parseTiddler(template),\n\t\t\twidgetNode = $tw.wiki.makeWidget(parser,{document: srcDocument, parentWidget: $tw.rootWidget, variables: variables});\n\t\twidgetNode.render(srcDocument.body,srcDocument.body.firstChild);\n\t\t// Function to handle refreshes\n\t\trefreshHandler = function(changes) {\n\t\t\tif(styleWidgetNode.refresh(changes,styleContainer,null)) {\n\t\t\t\tstyleElement.innerHTML = styleContainer.textContent;\n\t\t\t}\n\t\t\twidgetNode.refresh(changes);\n\t\t};\n\t\t$tw.wiki.addEventListener(\"change\",refreshHandler);\n\t\t// Listen for keyboard shortcuts\n\t\t$tw.utils.addEventListeners(srcDocument,[{\n\t\t\tname: \"keydown\",\n\t\t\thandlerObject: $tw.keyboardManager,\n\t\t\thandlerMethod: \"handleKeydownEvent\"\n\t\t},{\n\t\t\tname: \"click\",\n\t\t\thandlerObject: $tw.popup,\n\t\t\thandlerMethod: \"handleEvent\"\n\t\t}]);\n\t\tsrcWindow.haveInitialisedWindow = true;\n\t});\n\t// Close open windows when unloading main window\n\t$tw.addUnloadTask(function() {\n\t\t$tw.utils.each(windows,function(win) {\n\t\t\twin.close();\n\t\t});\n\t});\n\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "startup"
},
"$:/core/modules/story.js": {
"title": "$:/core/modules/story.js",
"text": "/*\\\ntitle: $:/core/modules/story.js\ntype: application/javascript\nmodule-type: global\n\nLightweight object for managing interactions with the story and history lists.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nConstruct Story object with options:\nwiki: reference to wiki object to use to resolve tiddler titles\nstoryTitle: title of story list tiddler\nhistoryTitle: title of history list tiddler\n*/\nfunction Story(options) {\n\toptions = options || {};\n\tthis.wiki = options.wiki || $tw.wiki;\n\tthis.storyTitle = options.storyTitle || \"$:/StoryList\";\n\tthis.historyTitle = options.historyTitle || \"$:/HistoryList\";\n};\n\nStory.prototype.navigateTiddler = function(navigateTo,navigateFromTitle,navigateFromClientRect) {\n\tthis.addToStory(navigateTo,navigateFromTitle);\n\tthis.addToHistory(navigateTo,navigateFromClientRect);\n};\n\nStory.prototype.getStoryList = function() {\n\treturn this.wiki.getTiddlerList(this.storyTitle) || [];\n};\n\nStory.prototype.addToStory = function(navigateTo,navigateFromTitle,options) {\n\toptions = options || {};\n\tvar storyList = this.getStoryList();\n\t// See if the tiddler is already there\n\tvar slot = storyList.indexOf(navigateTo);\n\t// Quit if it already exists in the story river\n\tif(slot >= 0) {\n\t\treturn;\n\t}\n\t// First we try to find the position of the story element we navigated from\n\tvar fromIndex = storyList.indexOf(navigateFromTitle);\n\tif(fromIndex >= 0) {\n\t\t// The tiddler is added from inside the river\n\t\t// Determine where to insert the tiddler; Fallback is \"below\"\n\t\tswitch(options.openLinkFromInsideRiver) {\n\t\t\tcase \"top\":\n\t\t\t\tslot = 0;\n\t\t\t\tbreak;\n\t\t\tcase \"bottom\":\n\t\t\t\tslot = storyList.length;\n\t\t\t\tbreak;\n\t\t\tcase \"above\":\n\t\t\t\tslot = fromIndex;\n\t\t\t\tbreak;\n\t\t\tcase \"below\": // Intentional fall-through\n\t\t\tdefault:\n\t\t\t\tslot = fromIndex + 1;\n\t\t\t\tbreak;\n\t\t}\n\t} else {\n\t\t// The tiddler is opened from outside the river. Determine where to insert the tiddler; default is \"top\"\n\t\tif(options.openLinkFromOutsideRiver === \"bottom\") {\n\t\t\t// Insert at bottom\n\t\t\tslot = storyList.length;\n\t\t} else {\n\t\t\t// Insert at top\n\t\t\tslot = 0;\n\t\t}\n\t}\n\t// Add the tiddler\n\tstoryList.splice(slot,0,navigateTo);\n\t// Save the story\n\tthis.saveStoryList(storyList);\n};\n\nStory.prototype.saveStoryList = function(storyList) {\n\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\tthis.wiki.getCreationFields(),\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList},\n\t\tthis.wiki.getModificationFields()\n\t));\n};\n\nStory.prototype.addToHistory = function(navigateTo,navigateFromClientRect) {\n\tvar titles = $tw.utils.isArray(navigateTo) ? navigateTo : [navigateTo];\n\t// Add a new record to the top of the history stack\n\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t$tw.utils.each(titles,function(title) {\n\t\thistoryList.push({title: title, fromPageRect: navigateFromClientRect});\n\t});\n\tthis.wiki.setTiddlerData(this.historyTitle,historyList,{\"current-tiddler\": titles[titles.length-1]});\n};\n\nStory.prototype.storyCloseTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCloseAllTiddlers = function() {\n// TBD\n};\n\nStory.prototype.storyCloseOtherTiddlers = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyEditTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyDeleteTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storySaveTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyCancelTiddler = function(targetTitle) {\n// TBD\n};\n\nStory.prototype.storyNewTiddler = function(targetTitle) {\n// TBD\n};\n\nexports.Story = Story;\n\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/storyviews/classic.js": {
"title": "$:/core/modules/storyviews/classic.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/classic.js\ntype: application/javascript\nmodule-type: storyview\n\nViews the story as a linear sequence\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nClassicStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration()\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\tif(duration) {\n\t\t// Scroll the node into view\n\t\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\t\n\t} else {\n\t\ttargetElement.scrollIntoView();\n\t}\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Reset the margin once the transition is over\n\t\tsetTimeout(function() {\n\t\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t\t{transition: \"none\"},\n\t\t\t\t{marginBottom: \"\"}\n\t\t\t]);\n\t\t},duration);\n\t\t// Set up the initial position of the element\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t// Transition to the final position\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t]);\n\t}\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tif(duration) {\n\t\tvar targetElement = widget.findFirstDomNode(),\n\t\t\tremoveElement = function() {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t};\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(targetElement instanceof Element)) {\n\t\t\tremoveElement();\n\t\t\treturn;\n\t\t}\n\t\t// Get the current height of the tiddler\n\t\tvar currWidth = targetElement.offsetWidth,\n\t\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t\t// Remove the dom nodes of the widget at the end of the transition\n\t\tsetTimeout(removeElement,duration);\n\t\t// Animate the closure\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"translateX(0px)\"},\n\t\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t\t{opacity: \"1.0\"}\n\t\t]);\n\t\t$tw.utils.forceLayout(targetElement);\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"opacity \" + duration + \"ms \" + easing + \", \" +\n\t\t\t\t\t\t\"margin-bottom \" + duration + \"ms \" + easing},\n\t\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t\t{opacity: \"0.0\"}\n\t\t]);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/pop.js": {
"title": "$:/core/modules/storyviews/pop.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/pop.js\ntype: application/javascript\nmodule-type: storyview\n\nAnimates list insertions and removals\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar PopStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n};\n\nPopStoryView.prototype.navigateTo = function(historyInfo) {\n\tvar listElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tm-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t\t$tw.utils.setStyle(widget.document.body,[\n\t\t\t{\"overflow-x\": \"\"}\n\t\t]);\n\t},duration);\n\t// Prevent the page from overscrolling due to the zoom factor\n\t$tw.utils.setStyle(widget.document.body,[\n\t\t{\"overflow-x\": \"hidden\"}\n\t]);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(2)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nPopStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\tif(targetElement && targetElement.parentNode) {\n\t\t\t\twidget.removeChildDomNodes();\n\t\t\t}\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Remove the element at the end of the transition\n\tsetTimeout(removeElement,duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"scale(1)\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/storyviews/zoomin.js": {
"title": "$:/core/modules/storyviews/zoomin.js",
"text": "/*\\\ntitle: $:/core/modules/storyviews/zoomin.js\ntype: application/javascript\nmodule-type: storyview\n\nZooms between individual tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar easing = \"cubic-bezier(0.645, 0.045, 0.355, 1)\"; // From http://easings.net/#easeInOutCubic\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Get the index of the tiddler that is at the top of the history\n\tvar history = this.listWidget.wiki.getTiddlerDataCached(this.listWidget.historyTitle,[]),\n\t\ttargetTiddler;\n\tif(history.length > 0) {\n\t\ttargetTiddler = history[history.length-1].title;\n\t}\n\t// Make all the tiddlers position absolute, and hide all but the top (or first) one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\t\tif(!(domNode instanceof Element)) {\n\t\t\treturn;\n\t\t}\n\t\tif((targetTiddler && targetTiddler !== itemWidget.parseTreeNode.itemTitle) || (!targetTiddler && index)) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\t$tw.utils.addClass(domNode,\"tc-storyview-zoomin-tiddler\");\n\t});\n};\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"0 0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t// Get the position of the source node, or use the centre of the window as the source position\n\tvar sourceBounds = historyInfo.fromPageRect || {\n\t\t\tleft: window.innerWidth/2 - 2,\n\t\t\ttop: window.innerHeight/2 - 2,\n\t\t\twidth: window.innerWidth/8,\n\t\t\theight: window.innerHeight/8\n\t\t};\n\t// Try to find the title node in the target tiddler\n\tvar titleDomNode = findTitleDomNode(listItemWidget) || listItemWidget.findFirstDomNode(),\n\t\tzoomBounds = titleDomNode.getBoundingClientRect();\n\t// Compute the transform for the target tiddler to make the title lie over the source rectange\n\tvar targetBounds = targetElement.getBoundingClientRect(),\n\t\tscale = sourceBounds.width / zoomBounds.width,\n\t\tx = sourceBounds.left - targetBounds.left - (zoomBounds.left - targetBounds.left) * scale,\n\t\ty = sourceBounds.top - targetBounds.top - (zoomBounds.top - targetBounds.top) * scale;\n\t// Transform the target tiddler to its starting position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(targetElement);\n\t// Apply the ending transitions with a timeout to ensure that the previously applied transformations are applied first\n\tvar self = this,\n\t\tprevCurrentTiddler = this.currentTiddlerDomNode;\n\tthis.currentTiddlerDomNode = targetElement;\n\t// Transform the target tiddler to its natural size\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tscale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"tc-title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"tc-title\";\n\tvar domNode = widget.findFirstDomNode();\n\tif(domNode && domNode.querySelector) {\n\t\treturn domNode.querySelector(\".\" + targetClass);\n\t}\n\treturn null;\n}\n\nZoominListView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode();\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\treturn;\n\t}\n\t// Make the newly inserted node position absolute and hidden\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\tremoveElement = function() {\n\t\t\twidget.removeChildDomNodes();\n\t\t};\n\t// Abandon if the list entry isn't a DOM element (it might be a text node)\n\tif(!(targetElement instanceof Element)) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Abandon if hidden\n\tif(targetElement.style.display != \"block\" ) {\n\t\tremoveElement();\n\t\treturn;\n\t}\n\t// Set up the tiddler that is being closed\n\t$tw.utils.addClass(targetElement,\"tc-storyview-zoomin-tiddler\");\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"block\"},\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{transition: \"none\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\t// We'll move back to the previous or next element in the story\n\tvar toWidget = widget.previousSibling();\n\tif(!toWidget) {\n\t\ttoWidget = widget.nextSibling();\n\t}\n\tvar toWidgetDomNode = toWidget && toWidget.findFirstDomNode();\n\t// Set up the tiddler we're moving back in\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.addClass(toWidgetDomNode,\"tc-storyview-zoomin-tiddler\");\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{display: \"block\"},\n\t\t\t{transformOrigin: \"50% 50%\"},\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(10)\"},\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$tw.utils.forceLayout(this.listWidget.parentDomNode);\n\t// First, the tiddler we're closing\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transformOrigin: \"50% 50%\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(0.1)\"},\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms \" + easing + \", opacity \" + duration + \"ms \" + easing},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(removeElement,duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$tw.utils.setStyle(toWidgetDomNode,[\n\t\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t\t{opacity: \"1\"}\n\t\t]);\n\t}\n\treturn true; // Indicate that we'll delete the DOM node\n};\n\nexports.zoomin = ZoominListView;\n\n})();\n",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"title": "$:/core/modules/syncer.js",
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer tracks changes to the store and synchronises them to a remote data store represented as a \"sync adaptor\"\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDefaults\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleIsAnonymous = \"$:/status/IsAnonymous\";\nSyncer.prototype.titleIsReadOnly = \"$:/status/IsReadOnly\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\nSyncer.prototype.titleSyncFilter = \"$:/config/SyncFilter\";\nSyncer.prototype.titleSyncPollingInterval = \"$:/config/SyncPollingInterval\";\nSyncer.prototype.titleSyncDisableLazyLoading = \"$:/config/SyncDisableLazyLoading\";\nSyncer.prototype.titleSavedNotification = \"$:/language/Notifications/Save/Done\";\nSyncer.prototype.titleSyncThrottleInterval = \"$:/config/SyncThrottleInterval\";\nSyncer.prototype.taskTimerInterval = 1 * 1000; // Interval for sync timer\nSyncer.prototype.throttleInterval = 1 * 1000; // Defer saving tiddlers if they've changed in the last 1s...\nSyncer.prototype.errorRetryInterval = 5 * 1000; // Interval to retry after an error\nSyncer.prototype.fallbackInterval = 10 * 1000; // Unless the task is older than 10s\nSyncer.prototype.pollTimerInterval = 60 * 1000; // Interval for polling for changes from the adaptor\n\n/*\nInstantiate the syncer with the following options:\nsyncadaptor: reference to syncadaptor to be used\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\t// Save parameters\n\tthis.syncadaptor = options.syncadaptor;\n\tthis.disableUI = !!options.disableUI;\n\tthis.titleIsLoggedIn = options.titleIsLoggedIn || this.titleIsLoggedIn;\n\tthis.titleUserName = options.titleUserName || this.titleUserName;\n\tthis.titleSyncFilter = options.titleSyncFilter || this.titleSyncFilter;\n\tthis.titleSavedNotification = options.titleSavedNotification || this.titleSavedNotification;\n\tthis.taskTimerInterval = options.taskTimerInterval || this.taskTimerInterval;\n\tthis.throttleInterval = options.throttleInterval || parseInt(this.wiki.getTiddlerText(this.titleSyncThrottleInterval,\"\"),10) || this.throttleInterval;\n\tthis.errorRetryInterval = options.errorRetryInterval || this.errorRetryInterval;\n\tthis.fallbackInterval = options.fallbackInterval || this.fallbackInterval;\n\tthis.pollTimerInterval = options.pollTimerInterval || parseInt(this.wiki.getTiddlerText(this.titleSyncPollingInterval,\"\"),10) || this.pollTimerInterval;\n\tthis.logging = \"logging\" in options ? options.logging : true;\n\t// Make a logger\n\tthis.logger = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\"),{\n\t\tcolour: \"cyan\",\n\t\tenable: this.logging,\n\t\tsaveHistory: true\n\t});\n\t// Make another logger for connection errors\n\tthis.loggerConnection = new $tw.utils.Logger(\"syncer\" + ($tw.browser ? \"-browser\" : \"\") + ($tw.node ? \"-server\" : \"\") + (this.syncadaptor.name ? (\"-\" + this.syncadaptor.name) : \"\") + \"-connection\",{\n\t\tcolour: \"cyan\",\n\t\tenable: this.logging\n\t});\n\t// Ask the syncadaptor to use the main logger\n\tif(this.syncadaptor.setLoggerSaveBuffer) {\n\t\tthis.syncadaptor.setLoggerSaveBuffer(this.logger);\n\t}\n\t// Compile the dirty tiddler filter\n\tthis.filterFn = this.wiki.compileFilter(this.wiki.getTiddlerText(this.titleSyncFilter));\n\t// Record information for known tiddlers\n\tthis.readTiddlerInfo();\n\tthis.titlesToBeLoaded = {}; // Hashmap of titles of tiddlers that need loading from the server\n\tthis.titlesHaveBeenLazyLoaded = {}; // Hashmap of titles of tiddlers that have already been lazily loaded from the server\n\t// Timers\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Number of outstanding requests\n\tthis.numTasksInProgress = 0;\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\t// Filter the changes to just include ones that are being synced\n\t\tvar filteredChanges = self.getSyncedTiddlers(function(callback) {\n\t\t\t$tw.utils.each(changes,function(change,title) {\n\t\t\t\tvar tiddler = self.wiki.tiddlerExists(title) && self.wiki.getTiddler(title);\n\t\t\t\tcallback(tiddler,title);\n\t\t\t});\n\t\t});\n\t\tif(filteredChanges.length > 0) {\n\t\t\tself.processTaskQueue();\n\t\t} else {\n\t\t\t// Look for deletions of tiddlers we're already syncing\t\n\t\t\tvar outstandingDeletion = false\n\t\t\t$tw.utils.each(changes,function(change,title,object) {\n\t\t\t\tif(change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) {\n\t\t\t\t\toutstandingDeletion = true;\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(outstandingDeletion) {\n\t\t\t\tself.processTaskQueue();\n\t\t\t}\n\t\t}\n\t});\n\t// Browser event handlers\n\tif($tw.browser && !this.disableUI) {\n\t\t// Set up our beforeunload handler\n\t\t$tw.addUnloadTask(function(event) {\n\t\t\tvar confirmationMessage;\n\t\t\tif(self.isDirty()) {\n\t\t\t\tconfirmationMessage = $tw.language.getString(\"UnsavedChangesWarning\");\n\t\t\t\tevent.returnValue = confirmationMessage; // Gecko\n\t\t\t}\n\t\t\treturn confirmationMessage;\n\t\t});\n\t\t// Listen out for login/logout/refresh events in the browser\n\t\t$tw.rootWidget.addEventListener(\"tm-login\",function() {\n\t\t\tself.handleLoginEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-logout\",function() {\n\t\t\tself.handleLogoutEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-server-refresh\",function() {\n\t\t\tself.handleRefreshEvent();\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tm-copy-syncer-logs-to-clipboard\",function() {\n\t\t\t$tw.utils.copyToClipboard($tw.utils.getSystemInfo() + \"\\n\\nLog:\\n\" + self.logger.getBuffer());\n\t\t});\n\t}\n\t// Listen out for lazyLoad events\n\tif(!this.disableUI && $tw.wiki.getTiddlerText(this.titleSyncDisableLazyLoading) !== \"yes\") {\n\t\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\t\tself.handleLazyLoadEvent(title);\n\t\t});\t\t\n\t}\n\t// Get the login status\n\tthis.getStatus(function(err,isLoggedIn) {\n\t\t// Do a sync from the server\n\t\tself.syncFromServer();\n\t});\n}\n\n/*\nShow a generic network error alert\n*/\nSyncer.prototype.displayError = function(msg,err) {\n\tif(err === ($tw.language.getString(\"Error/XMLHttpRequest\") + \": 0\")) {\n\t\tthis.loggerConnection.alert($tw.language.getString(\"Error/NetworkErrorAlert\"));\n\t\tthis.logger.log(msg + \":\",err);\n\t} else {\n\t\tthis.logger.alert(msg + \":\",err);\n\t}\n};\n\n/*\nReturn an array of the tiddler titles that are subjected to syncing\n*/\nSyncer.prototype.getSyncedTiddlers = function(source) {\n\treturn this.filterFn.call(this.wiki,source);\n};\n\n/*\nReturn an array of the tiddler titles that are subjected to syncing\n*/\nSyncer.prototype.getTiddlerRevision = function(title) {\n\tif(this.syncadaptor && this.syncadaptor.getTiddlerRevision) {\n\t\treturn this.syncadaptor.getTiddlerRevision(title);\n\t} else {\n\t\treturn this.wiki.getTiddler(title).fields.revision;\t\n\t} \n};\n\n/*\nRead (or re-read) the latest tiddler info from the store\n*/\nSyncer.prototype.readTiddlerInfo = function() {\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\t// \"revision\" is the revision of the tiddler last seen on the server, and \"changecount\" is the corresponding local changecount\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tvar self = this,\n\t\ttiddlers = this.getSyncedTiddlers();\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.tiddlerExists(title) && self.wiki.getTiddler(title);\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: self.getTiddlerRevision(title),\n\t\t\tadaptorInfo: self.syncadaptor && self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t};\n\t});\n};\n\n/*\nChecks whether the wiki is dirty (ie the window shouldn't be closed)\n*/\nSyncer.prototype.isDirty = function() {\n\tthis.logger.log(\"Checking dirty status\");\n\t// Check tiddlers that are in the store and included in the filter function\n\tvar titles = this.getSyncedTiddlers();\n\tfor(var index=0; index<titles.length; index++) {\n\t\tvar title = titles[index],\n\t\t\ttiddlerInfo = this.tiddlerInfo[title];\n\t\tif(this.wiki.tiddlerExists(title)) {\n\t\t\tif(tiddlerInfo) {\n\t\t\t\t// If the tiddler is known on the server and has been modified locally then it needs to be saved to the server\n\t\t\t\tif($tw.wiki.getChangeCount(title) > tiddlerInfo.changeCount) {\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// If the tiddler isn't known on the server then it needs to be saved to the server\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t}\n\t// Check tiddlers that are known from the server but not currently in the store\n\ttitles = Object.keys(this.tiddlerInfo);\n\tfor(index=0; index<titles.length; index++) {\n\t\tif(!this.wiki.tiddlerExists(titles[index])) {\n\t\t\t// There must be a pending delete\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nUpdate the document body with the class \"tc-dirty\" if the wiki has unsaved/unsynced changes\n*/\nSyncer.prototype.updateDirtyStatus = function() {\n\tif($tw.browser && !this.disableUI) {\n\t\tvar dirty = this.isDirty();\n\t\t$tw.utils.toggleClass(document.body,\"tc-dirty\",dirty);\n\t\tif(!dirty) {\n\t\t\tthis.loggerConnection.clearAlerts();\n\t\t}\n\t}\n};\n\n/*\nSave an incoming tiddler in the store, and updates the associated tiddlerInfo\n*/\nSyncer.prototype.storeTiddler = function(tiddlerFields) {\n\t// Save the tiddler\n\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: this.getTiddlerRevision(tiddlerFields.title),\n\t\tadaptorInfo: this.syncadaptor.getTiddlerInfo(tiddler),\n\t\tchangeCount: this.wiki.getChangeCount(tiddlerFields.title)\n\t};\n};\n\nSyncer.prototype.getStatus = function(callback) {\n\tvar self = this;\n\t// Check if the adaptor supports getStatus()\n\tif(this.syncadaptor && this.syncadaptor.getStatus) {\n\t\t// Mark us as not logged in\n\t\tthis.wiki.addTiddler({title: this.titleIsLoggedIn,text: \"no\"});\n\t\t// Get login status\n\t\tthis.syncadaptor.getStatus(function(err,isLoggedIn,username,isReadOnly,isAnonymous) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\t// Set the various status tiddlers\n\t\t\t\tself.wiki.addTiddler({title: self.titleIsReadOnly,text: isReadOnly ? \"yes\" : \"no\"});\n\t\t\t\tself.wiki.addTiddler({title: self.titleIsAnonymous,text: isAnonymous ? \"yes\" : \"no\"});\n\t\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\t\tif(isLoggedIn) {\n\t\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username || \"\"});\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tif(callback) {\n\t\t\t\tcallback(err,isLoggedIn,username);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tcallback(null,true,\"UNAUTHENTICATED\");\n\t}\n};\n\n/*\nSynchronise from the server by reading the skinny tiddler list and queuing up loads for any tiddlers that we don't already have up to date\n*/\nSyncer.prototype.syncFromServer = function() {\n\tvar self = this,\n\t\tcancelNextSync = function() {\n\t\t\tif(self.pollTimerId) {\n\t\t\t\tclearTimeout(self.pollTimerId);\n\t\t\t\tself.pollTimerId = null;\n\t\t\t}\n\t\t},\n\t\ttriggerNextSync = function() {\n\t\t\tself.pollTimerId = setTimeout(function() {\n\t\t\t\tself.pollTimerId = null;\n\t\t\t\tself.syncFromServer.call(self);\n\t\t\t},self.pollTimerInterval);\n\t\t};\n\tif(this.syncadaptor && this.syncadaptor.getUpdatedTiddlers) {\n\t\tthis.logger.log(\"Retrieving updated tiddler list\");\n\t\tcancelNextSync();\n\t\tthis.syncadaptor.getUpdatedTiddlers(self,function(err,updates) {\n\t\t\ttriggerNextSync();\n\t\t\tif(err) {\n\t\t\t\tself.displayError($tw.language.getString(\"Error/RetrievingSkinny\"),err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tif(updates) {\n\t\t\t\t$tw.utils.each(updates.modifications,function(title) {\n\t\t\t\t\tself.titlesToBeLoaded[title] = true;\n\t\t\t\t});\n\t\t\t\t$tw.utils.each(updates.deletions,function(title) {\n\t\t\t\t\tdelete self.tiddlerInfo[title];\n\t\t\t\t\tself.logger.log(\"Deleting tiddler missing from server:\",title);\n\t\t\t\t\tself.wiki.deleteTiddler(title);\n\t\t\t\t});\n\t\t\t\tif(updates.modifications.length > 0 || updates.deletions.length > 0) {\n\t\t\t\t\tself.processTaskQueue();\n\t\t\t\t}\t\t\t\t\n\t\t\t}\n\t\t});\n\t} else if(this.syncadaptor && this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.logger.log(\"Retrieving skinny tiddler list\");\n\t\tcancelNextSync();\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\ttriggerNextSync();\n\t\t\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.displayError($tw.language.getString(\"Error/RetrievingSkinny\"),err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Keep track of which tiddlers we already know about have been reported this time\n\t\t\tvar previousTitles = Object.keys(self.tiddlerInfo);\n\t\t\t// Process each incoming tiddler\n\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t// Get the incoming tiddler fields, and the existing tiddler\n\t\t\t\tvar tiddlerFields = tiddlers[t],\n\t\t\t\t\tincomingRevision = tiddlerFields.revision + \"\",\n\t\t\t\t\ttiddler = self.wiki.tiddlerExists(tiddlerFields.title) && self.wiki.getTiddler(tiddlerFields.title),\n\t\t\t\t\ttiddlerInfo = self.tiddlerInfo[tiddlerFields.title],\n\t\t\t\t\tcurrRevision = tiddlerInfo ? tiddlerInfo.revision : null,\n\t\t\t\t\tindexInPreviousTitles = previousTitles.indexOf(tiddlerFields.title);\n\t\t\t\tif(indexInPreviousTitles !== -1) {\n\t\t\t\t\tpreviousTitles.splice(indexInPreviousTitles,1);\n\t\t\t\t}\n\t\t\t\t// Ignore the incoming tiddler if it's the same as the revision we've already got\n\t\t\t\tif(currRevision !== incomingRevision) {\n\t\t\t\t\t// Only load the skinny version if we don't already have a fat version of the tiddler\n\t\t\t\t\tif(!tiddler || tiddler.fields.text === undefined) {\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\tself.titlesToBeLoaded[tiddlerFields.title] = true;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Delete any tiddlers that were previously reported but missing this time\n\t\t\t$tw.utils.each(previousTitles,function(title) {\n\t\t\t\tdelete self.tiddlerInfo[title];\n\t\t\t\tself.logger.log(\"Deleting tiddler missing from server:\",title);\n\t\t\t\tself.wiki.deleteTiddler(title);\n\t\t\t});\n\t\t\tself.processTaskQueue();\n\t\t});\n\t}\n};\n\n/*\nForce load a tiddler from the server\n*/\nSyncer.prototype.enqueueLoadTiddler = function(title) {\n\tthis.titlesToBeLoaded[title] = true;\n\tthis.processTaskQueue();\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Ignore if the syncadaptor doesn't handle it\n\tif(!this.syncadaptor.supportsLazyLoading) {\n\t\treturn;\n\t}\n\t// Don't lazy load the same tiddler twice\n\tif(!this.titlesHaveBeenLazyLoaded[title]) {\n\t\t// Don't lazy load if the tiddler isn't included in the sync filter\n\t\tif(this.getSyncedTiddlers().indexOf(title) !== -1) {\n\t\t\t// Mark the tiddler as needing loading, and having already been lazily loaded\n\t\t\tthis.titlesToBeLoaded[title] = true;\n\t\t\tthis.titlesHaveBeenLazyLoaded[title] = true;\n\t\t}\n\t}\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!err && !isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: $tw.language.getString(\"LoginToTiddlySpace\"),\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tself.login(data.username,data.password,function(err,isLoggedIn) {\n\t\t\t\t\t\tself.syncFromServer();\n\t\t\t\t\t});\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nAttempt to login to TiddlyWeb.\n\tusername: username\n\tpassword: password\n\tcallback: invoked with arguments (err,isLoggedIn)\n*/\nSyncer.prototype.login = function(username,password,callback) {\n\tthis.logger.log(\"Attempting to login as\",username);\n\tvar self = this;\n\tif(this.syncadaptor.login) {\n\t\tthis.syncadaptor.login(username,password,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.getStatus(function(err,isLoggedIn,username) {\n\t\t\t\tif(callback) {\n\t\t\t\t\tcallback(err,isLoggedIn);\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t} else {\n\t\tcallback(null,true);\n\t}\n};\n\n/*\nAttempt to log out of TiddlyWeb\n*/\nSyncer.prototype.handleLogoutEvent = function() {\n\tthis.logger.log(\"Attempting to logout\");\n\tvar self = this;\n\tif(this.syncadaptor.logout) {\n\t\tthis.syncadaptor.logout(function(err) {\n\t\t\tif(err) {\n\t\t\t\tself.logger.alert(err);\n\t\t\t} else {\n\t\t\t\tself.getStatus();\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nImmediately refresh from the server\n*/\nSyncer.prototype.handleRefreshEvent = function() {\n\tthis.syncFromServer();\n};\n\n/*\nProcess the next task\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if the sync adaptor is fully initialised and we're not already performing\n\t// a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif((!this.syncadaptor.isReady || this.syncadaptor.isReady()) && this.numTasksInProgress === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(typeof task === \"object\" && task !== null) {\n\t\t\tthis.numTasksInProgress += 1;\n\t\t\ttask.run(function(err) {\n\t\t\t\tself.numTasksInProgress -= 1;\n\t\t\t\tif(err) {\n\t\t\t\t\tself.displayError(\"Sync error while processing \" + task.type + \" of '\" + task.title + \"'\",err);\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t\tself.triggerTimeout(self.errorRetryInterval);\n\t\t\t\t} else {\n\t\t\t\t\tself.updateDirtyStatus();\n\t\t\t\t\t// Process the next task\n\t\t\t\t\tself.processTaskQueue.call(self);\t\t\t\t\t\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\t// No task is ready so update the status\n\t\t\tthis.updateDirtyStatus();\n\t\t\t// And trigger a timeout if there is a pending task\n\t\t\tif(task === true) {\n\t\t\t\tthis.triggerTimeout();\t\t\t\t\n\t\t\t}\n\t\t}\n\t} else {\n\t\tthis.updateDirtyStatus();\t\t\n\t}\n};\n\nSyncer.prototype.triggerTimeout = function(interval) {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},interval || self.taskTimerInterval);\n\t}\n};\n\n/*\nChoose the next sync task. We prioritise saves, then deletes, then loads from the server\n\nReturns either a task object, null if there's no upcoming tasks, or the boolean true if there are pending tasks that aren't yet due\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar thresholdLastSaved = (new Date()) - this.throttleInterval,\n\t\thavePending = null;\n\t// First we look for tiddlers that have been modified locally and need saving back to the server\n\tvar titles = this.getSyncedTiddlers();\n\tfor(var index=0; index<titles.length; index++) {\n\t\tvar title = titles[index],\n\t\t\ttiddler = this.wiki.tiddlerExists(title) && this.wiki.getTiddler(title),\n\t\t\ttiddlerInfo = this.tiddlerInfo[title];\n\t\tif(tiddler) {\n\t\t\t// If the tiddler is not known on the server, or has been modified locally no more recently than the threshold then it needs to be saved to the server\n\t\t\tvar hasChanged = !tiddlerInfo || $tw.wiki.getChangeCount(title) > tiddlerInfo.changeCount,\n\t\t\t\tisReadyToSave = !tiddlerInfo || !tiddlerInfo.timestampLastSaved || tiddlerInfo.timestampLastSaved < thresholdLastSaved;\n\t\t\tif(hasChanged) {\n\t\t\t\tif(isReadyToSave) {\n\t\t\t\t\treturn new SaveTiddlerTask(this,title); \t\t\t\t\t\n\t\t\t\t} else {\n\t\t\t\t\thavePending = true;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\t// Second, we check tiddlers that are known from the server but not currently in the store, and so need deleting on the server\n\ttitles = Object.keys(this.tiddlerInfo);\n\tfor(index=0; index<titles.length; index++) {\n\t\ttitle = titles[index];\n\t\ttiddlerInfo = this.tiddlerInfo[title];\n\t\ttiddler = this.wiki.tiddlerExists(title) && this.wiki.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\treturn new DeleteTiddlerTask(this,title);\n\t\t}\n\t}\n\t// Check for tiddlers that need loading\n\ttitle = Object.keys(this.titlesToBeLoaded)[0];\n\tif(title) {\n\t\tdelete this.titlesToBeLoaded[title];\n\t\treturn new LoadTiddlerTask(this,title);\n\t}\n\t// No tasks are ready\n\treturn havePending;\n};\n\nfunction SaveTiddlerTask(syncer,title) {\n\tthis.syncer = syncer;\n\tthis.title = title;\n\tthis.type = \"save\";\n}\n\nSaveTiddlerTask.prototype.run = function(callback) {\n\tvar self = this,\n\t\tchangeCount = this.syncer.wiki.getChangeCount(this.title),\n\t\ttiddler = this.syncer.wiki.tiddlerExists(this.title) && this.syncer.wiki.getTiddler(this.title);\n\tthis.syncer.logger.log(\"Dispatching 'save' task:\",this.title);\n\tif(tiddler) {\n\t\tthis.syncer.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t// If there's an error, exit without changing any internal state\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Adjust the info stored about this tiddler\n\t\t\tself.syncer.tiddlerInfo[self.title] = {\n\t\t\t\tchangeCount: changeCount,\n\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\trevision: revision,\n\t\t\t\ttimestampLastSaved: new Date()\n\t\t\t};\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else {\n\t\tthis.syncer.logger.log(\" Not Dispatching 'save' task:\",this.title,\"tiddler does not exist\");\n\t\t$tw.utils.nextTick(callback(null));\n\t}\n};\n\nfunction DeleteTiddlerTask(syncer,title) {\n\tthis.syncer = syncer;\n\tthis.title = title;\n\tthis.type = \"delete\";\n}\n\nDeleteTiddlerTask.prototype.run = function(callback) {\n\tvar self = this;\n\tthis.syncer.logger.log(\"Dispatching 'delete' task:\",this.title);\n\tthis.syncer.syncadaptor.deleteTiddler(this.title,function(err) {\n\t\t// If there's an error, exit without changing any internal state\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\t// Remove the info stored about this tiddler\n\t\tdelete self.syncer.tiddlerInfo[self.title];\n\t\t// Invoke the callback\n\t\tcallback(null);\n\t},{\n\t\ttiddlerInfo: self.syncer.tiddlerInfo[this.title]\n\t});\n};\n\nfunction LoadTiddlerTask(syncer,title) {\n\tthis.syncer = syncer;\n\tthis.title = title;\n\tthis.type = \"load\";\n}\n\nLoadTiddlerTask.prototype.run = function(callback) {\n\tvar self = this;\n\tthis.syncer.logger.log(\"Dispatching 'load' task:\",this.title);\n\tthis.syncer.syncadaptor.loadTiddler(this.title,function(err,tiddlerFields) {\n\t\t// If there's an error, exit without changing any internal state\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\t// Update the info stored about this tiddler\n\t\tif(tiddlerFields) {\n\t\t\tself.syncer.storeTiddler(tiddlerFields);\n\t\t}\n\t\t// Invoke the callback\n\t\tcallback(null);\n\t});\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/tiddler.js": {
"title": "$:/core/modules/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/tiddler.js\ntype: application/javascript\nmodule-type: tiddlermethod\n\nExtension methods for the $tw.Tiddler object (constructor and methods required at boot time are in boot/boot.js)\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.hasTag = function(tag) {\n\treturn this.fields.tags && this.fields.tags.indexOf(tag) !== -1;\n};\n\nexports.isPlugin = function() {\n\treturn this.fields.type === \"application/json\" && this.hasField(\"plugin-type\");\n};\n\nexports.isDraft = function() {\n\treturn this.hasField(\"draft.of\");\n};\n\nexports.getFieldString = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn \"\";\n\t}\n\t// Parse the field with the associated module (if any)\n\tvar fieldModule = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet the value of a field as a list\n*/\nexports.getFieldList = function(field) {\n\tvar value = this.fields[field];\n\t// Check for a missing field\n\tif(value === undefined || value === null) {\n\t\treturn [];\n\t}\n\treturn $tw.utils.parseStringArray(value);\n};\n\n/*\nGet all the fields as a hashmap of strings. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStrings = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = {};\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields[field] = this.getFieldString(field);\n\t\t\t}\n\t\t}\n\t}\n\treturn fields;\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [],\n\t\tfields = Object.keys(this.fields).sort(),\n\t\tresult = [];\n\tfor(var t=0; t<fields.length; t++) {\n\t\tvar field = fields[t];\n\t\tif(exclude.indexOf(field) === -1) {\n\t\t\tresult.push(field + \": \" + this.getFieldString(field));\n\t\t}\n\t}\n\treturn result.join(\"\\n\");\n};\n\nexports.getFieldDay = function(field) {\n\tif(this.cache && this.cache.day && $tw.utils.hop(this.cache.day,field) ) {\n\t\treturn this.cache.day[field];\n\t}\n\tvar day = \"\";\n\tif(this.fields[field]) {\n\t\tday = (new Date($tw.utils.parseDate(this.fields[field]))).setHours(0,0,0,0);\n\t}\n\tthis.cache.day = this.cache.day || {};\n\tthis.cache.day[field] = day;\n\treturn day;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/core/modules/upgraders/plugins.js": {
"title": "$:/core/modules/upgraders/plugins.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/plugins.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that checks that plugins are newer than any already installed version\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar UPGRADE_LIBRARY_TITLE = \"$:/UpgradeLibrary\";\n\nvar BLOCKED_PLUGINS = {\n\t\"$:/themes/tiddlywiki/stickytitles\": {\n\t\tversions: [\"*\"]\n\t},\n\t\"$:/plugins/tiddlywiki/fullscreen\": {\n\t\tversions: [\"*\"]\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tupgradeLibrary,\n\t\tgetLibraryTiddler = function(title) {\n\t\t\tif(!upgradeLibrary) {\n\t\t\t\tupgradeLibrary = wiki.getTiddlerData(UPGRADE_LIBRARY_TITLE,{});\n\t\t\t\tupgradeLibrary.tiddlers = upgradeLibrary.tiddlers || {};\n\t\t\t}\n\t\t\treturn upgradeLibrary.tiddlers[title];\n\t\t};\n\n\t// Go through all the incoming tiddlers\n\t$tw.utils.each(titles,function(title) {\n\t\tvar incomingTiddler = tiddlers[title];\n\t\t// Check if we're dealing with a plugin\n\t\tif(incomingTiddler && incomingTiddler[\"plugin-type\"]) {\n\t\t\t// Check whether the plugin contains JS modules\n\t\t\tvar requiresReload = $tw.wiki.doesPluginInfoRequireReload(JSON.parse(incomingTiddler.text)) ? ($tw.wiki.getTiddlerText(\"$:/language/ControlPanel/Plugins/PluginWillRequireReload\") + \" \") : \"\";\n\t\t\tmessages[title] = requiresReload;\n\t\t\tif(incomingTiddler.version) {\n\t\t\t\t// Upgrade the incoming plugin if it is in the upgrade library\n\t\t\t\tvar libraryTiddler = getLibraryTiddler(title);\n\t\t\t\tif(libraryTiddler && libraryTiddler[\"plugin-type\"] && libraryTiddler.version) {\n\t\t\t\t\ttiddlers[title] = libraryTiddler;\n\t\t\t\t\tmessages[title] = requiresReload + $tw.language.getString(\"Import/Upgrader/Plugins/Upgraded\",{variables: {incoming: incomingTiddler.version, upgraded: libraryTiddler.version}});\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t\t// Suppress the incoming plugin if it is older than the currently installed one\n\t\t\t\tvar existingTiddler = wiki.getTiddler(title);\n\t\t\t\tif(existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t\t\t\t// Reject the incoming plugin by blanking all its fields\n\t\t\t\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,incomingTiddler.version)) {\n\t\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\t\tmessages[title] = requiresReload + $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Version\",{variables: {incoming: incomingTiddler.version, existing: existingTiddler.fields.version}});\n\t\t\t\t\t\treturn;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t// Check whether the plugin is on the blocked list\n\t\t\tvar blockInfo = BLOCKED_PLUGINS[title];\n\t\t\tif(blockInfo) {\n\t\t\t\tif(blockInfo.versions.indexOf(\"*\") !== -1 || (incomingTiddler.version && blockInfo.versions.indexOf(incomingTiddler.version) !== -1)) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/Plugins/Suppressed/Incompatible\");\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/system.js": {
"title": "$:/core/modules/upgraders/system.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/system.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that suppresses certain system tiddlers that shouldn't be imported\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar DONT_IMPORT_LIST = [\"$:/StoryList\",\"$:/HistoryList\"],\n\tDONT_IMPORT_PREFIX_LIST = [\"$:/temp/\",\"$:/state/\",\"$:/Import\"],\n\tWARN_IMPORT_PREFIX_LIST = [\"$:/core/modules/\"];\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {},\n\t\tshowAlert = false;\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tif(DONT_IMPORT_LIST.indexOf(title) !== -1) {\n\t\t\ttiddlers[title] = Object.create(null);\n\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Suppressed\");\n\t\t} else {\n\t\t\tfor(var t=0; t<DONT_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = DONT_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix) {\n\t\t\t\t\ttiddlers[title] = Object.create(null);\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/State/Suppressed\");\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor(var t=0; t<WARN_IMPORT_PREFIX_LIST.length; t++) {\n\t\t\t\tvar prefix = WARN_IMPORT_PREFIX_LIST[t];\n\t\t\t\tif(title.substr(0,prefix.length) === prefix && wiki.isShadowTiddler(title)) {\n\t\t\t\t\tshowAlert = true;\n\t\t\t\t\tmessages[title] = $tw.language.getString(\"Import/Upgrader/System/Warning\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\tif(showAlert) {\n\t\tvar logger = new $tw.utils.Logger(\"import\");\n\t\tlogger.alert($tw.language.getString(\"Import/Upgrader/System/Alert\"));\n\t}\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/upgraders/themetweaks.js": {
"title": "$:/core/modules/upgraders/themetweaks.js",
"text": "/*\\\ntitle: $:/core/modules/upgraders/themetweaks.js\ntype: application/javascript\nmodule-type: upgrader\n\nUpgrader module that handles the change in theme tweak storage introduced in 5.0.14-beta.\n\nPreviously, theme tweaks were stored in two data tiddlers:\n\n* $:/themes/tiddlywiki/vanilla/metrics\n* $:/themes/tiddlywiki/vanilla/settings\n\nNow, each tweak is stored in its own separate tiddler.\n\nThis upgrader copies any values from the old format to the new. The old data tiddlers are not deleted in case they have been used to store additional indexes.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar MAPPINGS = {\n\t\"$:/themes/tiddlywiki/vanilla/metrics\": {\n\t\t\"fontsize\": \"$:/themes/tiddlywiki/vanilla/metrics/fontsize\",\n\t\t\"lineheight\": \"$:/themes/tiddlywiki/vanilla/metrics/lineheight\",\n\t\t\"storyleft\": \"$:/themes/tiddlywiki/vanilla/metrics/storyleft\",\n\t\t\"storytop\": \"$:/themes/tiddlywiki/vanilla/metrics/storytop\",\n\t\t\"storyright\": \"$:/themes/tiddlywiki/vanilla/metrics/storyright\",\n\t\t\"storywidth\": \"$:/themes/tiddlywiki/vanilla/metrics/storywidth\",\n\t\t\"tiddlerwidth\": \"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"\n\t},\n\t\"$:/themes/tiddlywiki/vanilla/settings\": {\n\t\t\"fontfamily\": \"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"\n\t}\n};\n\nexports.upgrade = function(wiki,titles,tiddlers) {\n\tvar self = this,\n\t\tmessages = {};\n\t// Check for tiddlers on our list\n\t$tw.utils.each(titles,function(title) {\n\t\tvar mapping = MAPPINGS[title];\n\t\tif(mapping) {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlers[title]),\n\t\t\t\ttiddlerData = wiki.getTiddlerDataCached(tiddler,{});\n\t\t\tfor(var index in mapping) {\n\t\t\t\tvar mappedTitle = mapping[index];\n\t\t\t\tif(!tiddlers[mappedTitle] || tiddlers[mappedTitle].title !== mappedTitle) {\n\t\t\t\t\ttiddlers[mappedTitle] = {\n\t\t\t\t\t\ttitle: mappedTitle,\n\t\t\t\t\t\ttext: tiddlerData[index]\n\t\t\t\t\t};\n\t\t\t\t\tmessages[mappedTitle] = $tw.language.getString(\"Import/Upgrader/ThemeTweaks/Created\",{variables: {\n\t\t\t\t\t\tfrom: title + \"##\" + index\n\t\t\t\t\t}});\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n\treturn messages;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "upgrader"
},
"$:/core/modules/utils/base64-utf8/base64-utf8.module.js": {
"text": "(function(){// From https://gist.github.com/Nijikokun/5192472\n//\n// UTF8 Module\n//\n// Cleaner and modularized utf-8 encoding and decoding library for javascript.\n//\n// copyright: MIT\n// author: Nijiko Yonskai, @nijikokun, nijikokun@gmail.com\n!function(r,e,o,t){void 0!==o.module&&o.module.exports?o.module.exports=e.apply(o):void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"utf8\",[],e):o.utf8=e.apply(o)}(0,function(){return{encode:function(r){if(\"string\"!=typeof r)return r;r=r.replace(/\\r\\n/g,\"\\n\");for(var e,o=\"\",t=0;t<r.length;t++)(e=r.charCodeAt(t))<128?o+=String.fromCharCode(e):e>127&&e<2048?(o+=String.fromCharCode(e>>6|192),o+=String.fromCharCode(63&e|128)):(o+=String.fromCharCode(e>>12|224),o+=String.fromCharCode(e>>6&63|128),o+=String.fromCharCode(63&e|128));return o},decode:function(r){if(\"string\"!=typeof r)return r;for(var e=\"\",o=0,t=0;o<r.length;)(t=r.charCodeAt(o))<128?(e+=String.fromCharCode(t),o++):t>191&&t<224?(e+=String.fromCharCode((31&t)<<6|63&r.charCodeAt(o+1)),o+=2):(e+=String.fromCharCode((15&t)<<12|(63&r.charCodeAt(o+1))<<6|63&r.charCodeAt(o+2)),o+=3);return e}}},this),function(r,e,o,t){if(void 0!==o.module&&o.module.exports){if(t&&o.require)for(var n=0;n<t.length;n++)o[t[n]]=o.require(t[n]);o.module.exports=e.apply(o)}else void 0!==o.define&&\"function\"===o.define&&o.define.amd?define(\"base64\",t||[],e):o.base64=e.apply(o)}(0,function(r){var e=r||this.utf8,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";return{encode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=e.encode(r);for(var t,n,i,d,f,a,h,c=\"\",u=0;u<r.length;)d=(t=r.charCodeAt(u++))>>2,f=(3&t)<<4|(n=r.charCodeAt(u++))>>4,a=(15&n)<<2|(i=r.charCodeAt(u++))>>6,h=63&i,isNaN(n)?a=h=64:isNaN(i)&&(h=64),c+=o.charAt(d)+o.charAt(f)+o.charAt(a)+o.charAt(h);return c},decode:function(r){if(void 0===e)throw{error:\"MissingMethod\",message:\"UTF8 Module is missing.\"};if(\"string\"!=typeof r)return r;r=r.replace(/[^A-Za-z0-9\\+\\/\\=]/g,\"\");for(var t,n,i,d,f,a,h=\"\",c=0;c<r.length;)t=o.indexOf(r.charAt(c++))<<2|(d=o.indexOf(r.charAt(c++)))>>4,n=(15&d)<<4|(f=o.indexOf(r.charAt(c++)))>>2,i=(3&f)<<6|(a=o.indexOf(r.charAt(c++))),h+=String.fromCharCode(t),64!=f&&(h+=String.fromCharCode(n)),64!=a&&(h+=String.fromCharCode(i));return e.decode(h)}}},this,[\"utf8\"]);}).call(exports);",
"type": "application/javascript",
"title": "$:/core/modules/utils/base64-utf8/base64-utf8.module.js",
"module-type": "library"
},
"$:/core/modules/utils/crypto.js": {
"title": "$:/core/modules/utils/crypto.js",
"text": "/*\\\ntitle: $:/core/modules/utils/crypto.js\ntype: application/javascript\nmodule-type: utils\n\nUtility functions related to crypto.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nLook for an encrypted store area in the text of a TiddlyWiki file\n*/\nexports.extractEncryptedStoreArea = function(text) {\n\tvar encryptedStoreAreaStartMarker = \"<pre id=\\\"encryptedStoreArea\\\" type=\\\"text/plain\\\" style=\\\"display:none;\\\">\",\n\t\tencryptedStoreAreaStart = text.indexOf(encryptedStoreAreaStartMarker);\n\tif(encryptedStoreAreaStart !== -1) {\n\t\tvar encryptedStoreAreaEnd = text.indexOf(\"</pre>\",encryptedStoreAreaStart);\n\t\tif(encryptedStoreAreaEnd !== -1) {\n\t\t\treturn $tw.utils.htmlDecode(text.substring(encryptedStoreAreaStart + encryptedStoreAreaStartMarker.length,encryptedStoreAreaEnd-1));\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If the password is not provided then the password in the password store will be used\n*/\nexports.decryptStoreArea = function(encryptedStoreArea,password) {\n\tvar decryptedText = $tw.crypto.decrypt(encryptedStoreArea,password);\n\tif(decryptedText) {\n\t\tvar json = JSON.parse(decryptedText),\n\t\t\ttiddlers = [];\n\t\tfor(var title in json) {\n\t\t\tif(title !== \"$:/isEncrypted\") {\n\t\t\t\ttiddlers.push(json[title]);\n\t\t\t}\n\t\t}\n\t\treturn tiddlers;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n\n/*\nAttempt to extract the tiddlers from an encrypted store area using the current password. If that fails, the user is prompted for a password.\nencryptedStoreArea: text of the TiddlyWiki encrypted store area\ncallback: function(tiddlers) called with the array of decrypted tiddlers\n\nThe following configuration settings are supported:\n\n$tw.config.usePasswordVault: causes any password entered by the user to also be put into the system password vault\n*/\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback,options) {\n\t// Try to decrypt with the current password\n\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea);\n\tif(tiddlers) {\n\t\tcallback(tiddlers);\n\t} else {\n\t\t// Prompt for a new password and keep trying\n\t\t$tw.passwordPrompt.createPrompt({\n\t\t\tserviceName: \"Enter a password to decrypt the imported TiddlyWiki\",\n\t\t\tnoUserName: true,\n\t\t\tcanCancel: true,\n\t\t\tsubmitText: \"Decrypt\",\n\t\t\tcallback: function(data) {\n\t\t\t\t// Exit if the user cancelled\n\t\t\t\tif(!data) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t\t// Attempt to decrypt the tiddlers\n\t\t\t\tvar tiddlers = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tif($tw.config.usePasswordVault) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/csv.js": {
"title": "$:/core/modules/utils/csv.js",
"text": "/*\\\ntitle: $:/core/modules/utils/csv.js\ntype: application/javascript\nmodule-type: utils\n\nA barebones CSV parser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nParse a CSV string with a header row and return an array of hashmaps.\n*/\nexports.parseCsvStringWithHeader = function(text,options) {\n\toptions = options || {};\n\tvar separator = options.separator || \",\",\n\t\trows = text.split(/\\r?\\n/mg).map(function(row) {\n\t\t\treturn $tw.utils.trim(row);\n\t\t}).filter(function(row) {\n\t\t\treturn row !== \"\";\n\t\t});\n\tif(rows.length < 1) {\n\t\treturn \"Missing header row\";\n\t}\n\tvar headings = rows[0].split(separator),\n\t\tresults = [];\n\tfor(var row=1; row<rows.length; row++) {\n\t\tvar columns = rows[row].split(separator),\n\t\t\tcolumnResult = Object.create(null);\n\t\tif(columns.length !== headings.length) {\n\t\t\treturn \"Malformed CSV row '\" + rows[row] + \"'\";\n\t\t}\n\t\tfor(var column=0; column<columns.length; column++) {\n\t\t\tvar columnName = headings[column];\n\t\t\tcolumnResult[columnName] = $tw.utils.trim(columns[column] || \"\");\n\t\t}\n\t\tresults.push(columnResult);\t\t\t\n\t}\n\treturn results;\n}\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/diff-match-patch/diff_match_patch.js": {
"text": "(function(){function diff_match_patch(){this.Diff_Timeout=1;this.Diff_EditCost=4;this.Match_Threshold=.5;this.Match_Distance=1E3;this.Patch_DeleteThreshold=.5;this.Patch_Margin=4;this.Match_MaxBits=32}var DIFF_DELETE=-1,DIFF_INSERT=1,DIFF_EQUAL=0;\ndiff_match_patch.prototype.diff_main=function(a,b,c,d){\"undefined\"==typeof d&&(d=0>=this.Diff_Timeout?Number.MAX_VALUE:(new Date).getTime()+1E3*this.Diff_Timeout);if(null==a||null==b)throw Error(\"Null input. (diff_main)\");if(a==b)return a?[[DIFF_EQUAL,a]]:[];\"undefined\"==typeof c&&(c=!0);var e=c,f=this.diff_commonPrefix(a,b);c=a.substring(0,f);a=a.substring(f);b=b.substring(f);f=this.diff_commonSuffix(a,b);var g=a.substring(a.length-f);a=a.substring(0,a.length-f);b=b.substring(0,b.length-f);a=this.diff_compute_(a,\nb,e,d);c&&a.unshift([DIFF_EQUAL,c]);g&&a.push([DIFF_EQUAL,g]);this.diff_cleanupMerge(a);return a};\ndiff_match_patch.prototype.diff_compute_=function(a,b,c,d){if(!a)return[[DIFF_INSERT,b]];if(!b)return[[DIFF_DELETE,a]];var e=a.length>b.length?a:b,f=a.length>b.length?b:a,g=e.indexOf(f);return-1!=g?(c=[[DIFF_INSERT,e.substring(0,g)],[DIFF_EQUAL,f],[DIFF_INSERT,e.substring(g+f.length)]],a.length>b.length&&(c[0][0]=c[2][0]=DIFF_DELETE),c):1==f.length?[[DIFF_DELETE,a],[DIFF_INSERT,b]]:(e=this.diff_halfMatch_(a,b))?(b=e[1],f=e[3],a=e[4],e=this.diff_main(e[0],e[2],c,d),c=this.diff_main(b,f,c,d),e.concat([[DIFF_EQUAL,\na]],c)):c&&100<a.length&&100<b.length?this.diff_lineMode_(a,b,d):this.diff_bisect_(a,b,d)};\ndiff_match_patch.prototype.diff_lineMode_=function(a,b,c){var d=this.diff_linesToChars_(a,b);a=d.chars1;b=d.chars2;d=d.lineArray;a=this.diff_main(a,b,!1,c);this.diff_charsToLines_(a,d);this.diff_cleanupSemantic(a);a.push([DIFF_EQUAL,\"\"]);for(var e=d=b=0,f=\"\",g=\"\";b<a.length;){switch(a[b][0]){case DIFF_INSERT:e++;g+=a[b][1];break;case DIFF_DELETE:d++;f+=a[b][1];break;case DIFF_EQUAL:if(1<=d&&1<=e){a.splice(b-d-e,d+e);b=b-d-e;d=this.diff_main(f,g,!1,c);for(e=d.length-1;0<=e;e--)a.splice(b,0,d[e]);b+=\nd.length}d=e=0;g=f=\"\"}b++}a.pop();return a};\ndiff_match_patch.prototype.diff_bisect_=function(a,b,c){for(var d=a.length,e=b.length,f=Math.ceil((d+e)/2),g=2*f,h=Array(g),l=Array(g),k=0;k<g;k++)h[k]=-1,l[k]=-1;h[f+1]=0;l[f+1]=0;k=d-e;for(var m=0!=k%2,p=0,x=0,w=0,q=0,t=0;t<f&&!((new Date).getTime()>c);t++){for(var v=-t+p;v<=t-x;v+=2){var n=f+v;var r=v==-t||v!=t&&h[n-1]<h[n+1]?h[n+1]:h[n-1]+1;for(var y=r-v;r<d&&y<e&&a.charAt(r)==b.charAt(y);)r++,y++;h[n]=r;if(r>d)x+=2;else if(y>e)p+=2;else if(m&&(n=f+k-v,0<=n&&n<g&&-1!=l[n])){var u=d-l[n];if(r>=\nu)return this.diff_bisectSplit_(a,b,r,y,c)}}for(v=-t+w;v<=t-q;v+=2){n=f+v;u=v==-t||v!=t&&l[n-1]<l[n+1]?l[n+1]:l[n-1]+1;for(r=u-v;u<d&&r<e&&a.charAt(d-u-1)==b.charAt(e-r-1);)u++,r++;l[n]=u;if(u>d)q+=2;else if(r>e)w+=2;else if(!m&&(n=f+k-v,0<=n&&n<g&&-1!=h[n]&&(r=h[n],y=f+r-n,u=d-u,r>=u)))return this.diff_bisectSplit_(a,b,r,y,c)}}return[[DIFF_DELETE,a],[DIFF_INSERT,b]]};\ndiff_match_patch.prototype.diff_bisectSplit_=function(a,b,c,d,e){var f=a.substring(0,c),g=b.substring(0,d);a=a.substring(c);b=b.substring(d);f=this.diff_main(f,g,!1,e);e=this.diff_main(a,b,!1,e);return f.concat(e)};\ndiff_match_patch.prototype.diff_linesToChars_=function(a,b){function c(a){for(var b=\"\",c=0,f=-1,g=d.length;f<a.length-1;){f=a.indexOf(\"\\n\",c);-1==f&&(f=a.length-1);var h=a.substring(c,f+1);c=f+1;(e.hasOwnProperty?e.hasOwnProperty(h):void 0!==e[h])?b+=String.fromCharCode(e[h]):(b+=String.fromCharCode(g),e[h]=g,d[g++]=h)}return b}var d=[],e={};d[0]=\"\";var f=c(a),g=c(b);return{chars1:f,chars2:g,lineArray:d}};\ndiff_match_patch.prototype.diff_charsToLines_=function(a,b){for(var c=0;c<a.length;c++){for(var d=a[c][1],e=[],f=0;f<d.length;f++)e[f]=b[d.charCodeAt(f)];a[c][1]=e.join(\"\")}};diff_match_patch.prototype.diff_commonPrefix=function(a,b){if(!a||!b||a.charAt(0)!=b.charAt(0))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(f,e)==b.substring(f,e)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonSuffix=function(a,b){if(!a||!b||a.charAt(a.length-1)!=b.charAt(b.length-1))return 0;for(var c=0,d=Math.min(a.length,b.length),e=d,f=0;c<e;)a.substring(a.length-e,a.length-f)==b.substring(b.length-e,b.length-f)?f=c=e:d=e,e=Math.floor((d-c)/2+c);return e};\ndiff_match_patch.prototype.diff_commonOverlap_=function(a,b){var c=a.length,d=b.length;if(0==c||0==d)return 0;c>d?a=a.substring(c-d):c<d&&(b=b.substring(0,c));c=Math.min(c,d);if(a==b)return c;d=0;for(var e=1;;){var f=a.substring(c-e);f=b.indexOf(f);if(-1==f)return d;e+=f;if(0==f||a.substring(c-e)==b.substring(0,e))d=e,e++}};\ndiff_match_patch.prototype.diff_halfMatch_=function(a,b){function c(a,b,c){for(var d=a.substring(c,c+Math.floor(a.length/4)),e=-1,g=\"\",h,k,l,m;-1!=(e=b.indexOf(d,e+1));){var p=f.diff_commonPrefix(a.substring(c),b.substring(e)),u=f.diff_commonSuffix(a.substring(0,c),b.substring(0,e));g.length<u+p&&(g=b.substring(e-u,e)+b.substring(e,e+p),h=a.substring(0,c-u),k=a.substring(c+p),l=b.substring(0,e-u),m=b.substring(e+p))}return 2*g.length>=a.length?[h,k,l,m,g]:null}if(0>=this.Diff_Timeout)return null;\nvar d=a.length>b.length?a:b,e=a.length>b.length?b:a;if(4>d.length||2*e.length<d.length)return null;var f=this,g=c(d,e,Math.ceil(d.length/4));d=c(d,e,Math.ceil(d.length/2));if(g||d)g=d?g?g[4].length>d[4].length?g:d:d:g;else return null;if(a.length>b.length){d=g[0];e=g[1];var h=g[2];var l=g[3]}else h=g[0],l=g[1],d=g[2],e=g[3];return[d,e,h,l,g[4]]};\ndiff_match_patch.prototype.diff_cleanupSemantic=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=0,h=0,l=0,k=0;f<a.length;)a[f][0]==DIFF_EQUAL?(c[d++]=f,g=l,h=k,k=l=0,e=a[f][1]):(a[f][0]==DIFF_INSERT?l+=a[f][1].length:k+=a[f][1].length,e&&e.length<=Math.max(g,h)&&e.length<=Math.max(l,k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,d--,f=0<d?c[d-1]:-1,k=l=h=g=0,e=null,b=!0)),f++;b&&this.diff_cleanupMerge(a);this.diff_cleanupSemanticLossless(a);for(f=1;f<a.length;){if(a[f-1][0]==\nDIFF_DELETE&&a[f][0]==DIFF_INSERT){b=a[f-1][1];c=a[f][1];d=this.diff_commonOverlap_(b,c);e=this.diff_commonOverlap_(c,b);if(d>=e){if(d>=b.length/2||d>=c.length/2)a.splice(f,0,[DIFF_EQUAL,c.substring(0,d)]),a[f-1][1]=b.substring(0,b.length-d),a[f+1][1]=c.substring(d),f++}else if(e>=b.length/2||e>=c.length/2)a.splice(f,0,[DIFF_EQUAL,b.substring(0,e)]),a[f-1][0]=DIFF_INSERT,a[f-1][1]=c.substring(0,c.length-e),a[f+1][0]=DIFF_DELETE,a[f+1][1]=b.substring(e),f++;f++}f++}};\ndiff_match_patch.prototype.diff_cleanupSemanticLossless=function(a){function b(a,b){if(!a||!b)return 6;var c=a.charAt(a.length-1),d=b.charAt(0),e=c.match(diff_match_patch.nonAlphaNumericRegex_),f=d.match(diff_match_patch.nonAlphaNumericRegex_),g=e&&c.match(diff_match_patch.whitespaceRegex_),h=f&&d.match(diff_match_patch.whitespaceRegex_);c=g&&c.match(diff_match_patch.linebreakRegex_);d=h&&d.match(diff_match_patch.linebreakRegex_);var k=c&&a.match(diff_match_patch.blanklineEndRegex_),l=d&&b.match(diff_match_patch.blanklineStartRegex_);\nreturn k||l?5:c||d?4:e&&!g&&h?3:g||h?2:e||f?1:0}for(var c=1;c<a.length-1;){if(a[c-1][0]==DIFF_EQUAL&&a[c+1][0]==DIFF_EQUAL){var d=a[c-1][1],e=a[c][1],f=a[c+1][1],g=this.diff_commonSuffix(d,e);if(g){var h=e.substring(e.length-g);d=d.substring(0,d.length-g);e=h+e.substring(0,e.length-g);f=h+f}g=d;h=e;for(var l=f,k=b(d,e)+b(e,f);e.charAt(0)===f.charAt(0);){d+=e.charAt(0);e=e.substring(1)+f.charAt(0);f=f.substring(1);var m=b(d,e)+b(e,f);m>=k&&(k=m,g=d,h=e,l=f)}a[c-1][1]!=g&&(g?a[c-1][1]=g:(a.splice(c-\n1,1),c--),a[c][1]=h,l?a[c+1][1]=l:(a.splice(c+1,1),c--))}c++}};diff_match_patch.nonAlphaNumericRegex_=/[^a-zA-Z0-9]/;diff_match_patch.whitespaceRegex_=/\\s/;diff_match_patch.linebreakRegex_=/[\\r\\n]/;diff_match_patch.blanklineEndRegex_=/\\n\\r?\\n$/;diff_match_patch.blanklineStartRegex_=/^\\r?\\n\\r?\\n/;\ndiff_match_patch.prototype.diff_cleanupEfficiency=function(a){for(var b=!1,c=[],d=0,e=null,f=0,g=!1,h=!1,l=!1,k=!1;f<a.length;)a[f][0]==DIFF_EQUAL?(a[f][1].length<this.Diff_EditCost&&(l||k)?(c[d++]=f,g=l,h=k,e=a[f][1]):(d=0,e=null),l=k=!1):(a[f][0]==DIFF_DELETE?k=!0:l=!0,e&&(g&&h&&l&&k||e.length<this.Diff_EditCost/2&&3==g+h+l+k)&&(a.splice(c[d-1],0,[DIFF_DELETE,e]),a[c[d-1]+1][0]=DIFF_INSERT,d--,e=null,g&&h?(l=k=!0,d=0):(d--,f=0<d?c[d-1]:-1,l=k=!1),b=!0)),f++;b&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_cleanupMerge=function(a){a.push([DIFF_EQUAL,\"\"]);for(var b=0,c=0,d=0,e=\"\",f=\"\",g;b<a.length;)switch(a[b][0]){case DIFF_INSERT:d++;f+=a[b][1];b++;break;case DIFF_DELETE:c++;e+=a[b][1];b++;break;case DIFF_EQUAL:1<c+d?(0!==c&&0!==d&&(g=this.diff_commonPrefix(f,e),0!==g&&(0<b-c-d&&a[b-c-d-1][0]==DIFF_EQUAL?a[b-c-d-1][1]+=f.substring(0,g):(a.splice(0,0,[DIFF_EQUAL,f.substring(0,g)]),b++),f=f.substring(g),e=e.substring(g)),g=this.diff_commonSuffix(f,e),0!==g&&(a[b][1]=f.substring(f.length-\ng)+a[b][1],f=f.substring(0,f.length-g),e=e.substring(0,e.length-g))),0===c?a.splice(b-d,c+d,[DIFF_INSERT,f]):0===d?a.splice(b-c,c+d,[DIFF_DELETE,e]):a.splice(b-c-d,c+d,[DIFF_DELETE,e],[DIFF_INSERT,f]),b=b-c-d+(c?1:0)+(d?1:0)+1):0!==b&&a[b-1][0]==DIFF_EQUAL?(a[b-1][1]+=a[b][1],a.splice(b,1)):b++,c=d=0,f=e=\"\"}\"\"===a[a.length-1][1]&&a.pop();c=!1;for(b=1;b<a.length-1;)a[b-1][0]==DIFF_EQUAL&&a[b+1][0]==DIFF_EQUAL&&(a[b][1].substring(a[b][1].length-a[b-1][1].length)==a[b-1][1]?(a[b][1]=a[b-1][1]+a[b][1].substring(0,\na[b][1].length-a[b-1][1].length),a[b+1][1]=a[b-1][1]+a[b+1][1],a.splice(b-1,1),c=!0):a[b][1].substring(0,a[b+1][1].length)==a[b+1][1]&&(a[b-1][1]+=a[b+1][1],a[b][1]=a[b][1].substring(a[b+1][1].length)+a[b+1][1],a.splice(b+1,1),c=!0)),b++;c&&this.diff_cleanupMerge(a)};\ndiff_match_patch.prototype.diff_xIndex=function(a,b){var c=0,d=0,e=0,f=0,g;for(g=0;g<a.length;g++){a[g][0]!==DIFF_INSERT&&(c+=a[g][1].length);a[g][0]!==DIFF_DELETE&&(d+=a[g][1].length);if(c>b)break;e=c;f=d}return a.length!=g&&a[g][0]===DIFF_DELETE?f:f+(b-e)};\ndiff_match_patch.prototype.diff_prettyHtml=function(a){for(var b=[],c=/&/g,d=/</g,e=/>/g,f=/\\n/g,g=0;g<a.length;g++){var h=a[g][0],l=a[g][1].replace(c,\"&\").replace(d,\"<\").replace(e,\">\").replace(f,\"¶<br>\");switch(h){case DIFF_INSERT:b[g]='<ins style=\"background:#e6ffe6;\">'+l+\"</ins>\";break;case DIFF_DELETE:b[g]='<del style=\"background:#ffe6e6;\">'+l+\"</del>\";break;case DIFF_EQUAL:b[g]=\"<span>\"+l+\"</span>\"}}return b.join(\"\")};\ndiff_match_patch.prototype.diff_text1=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_INSERT&&(b[c]=a[c][1]);return b.join(\"\")};diff_match_patch.prototype.diff_text2=function(a){for(var b=[],c=0;c<a.length;c++)a[c][0]!==DIFF_DELETE&&(b[c]=a[c][1]);return b.join(\"\")};\ndiff_match_patch.prototype.diff_levenshtein=function(a){for(var b=0,c=0,d=0,e=0;e<a.length;e++){var f=a[e][1];switch(a[e][0]){case DIFF_INSERT:c+=f.length;break;case DIFF_DELETE:d+=f.length;break;case DIFF_EQUAL:b+=Math.max(c,d),d=c=0}}return b+=Math.max(c,d)};\ndiff_match_patch.prototype.diff_toDelta=function(a){for(var b=[],c=0;c<a.length;c++)switch(a[c][0]){case DIFF_INSERT:b[c]=\"+\"+encodeURI(a[c][1]);break;case DIFF_DELETE:b[c]=\"-\"+a[c][1].length;break;case DIFF_EQUAL:b[c]=\"=\"+a[c][1].length}return b.join(\"\\t\").replace(/%20/g,\" \")};\ndiff_match_patch.prototype.diff_fromDelta=function(a,b){for(var c=[],d=0,e=0,f=b.split(/\\t/g),g=0;g<f.length;g++){var h=f[g].substring(1);switch(f[g].charAt(0)){case \"+\":try{c[d++]=[DIFF_INSERT,decodeURI(h)]}catch(k){throw Error(\"Illegal escape in diff_fromDelta: \"+h);}break;case \"-\":case \"=\":var l=parseInt(h,10);if(isNaN(l)||0>l)throw Error(\"Invalid number in diff_fromDelta: \"+h);h=a.substring(e,e+=l);\"=\"==f[g].charAt(0)?c[d++]=[DIFF_EQUAL,h]:c[d++]=[DIFF_DELETE,h];break;default:if(f[g])throw Error(\"Invalid diff operation in diff_fromDelta: \"+\nf[g]);}}if(e!=a.length)throw Error(\"Delta length (\"+e+\") does not equal source text length (\"+a.length+\").\");return c};diff_match_patch.prototype.match_main=function(a,b,c){if(null==a||null==b||null==c)throw Error(\"Null input. (match_main)\");c=Math.max(0,Math.min(c,a.length));return a==b?0:a.length?a.substring(c,c+b.length)==b?c:this.match_bitap_(a,b,c):-1};\ndiff_match_patch.prototype.match_bitap_=function(a,b,c){function d(a,d){var e=a/b.length,g=Math.abs(c-d);return f.Match_Distance?e+g/f.Match_Distance:g?1:e}if(b.length>this.Match_MaxBits)throw Error(\"Pattern too long for this browser.\");var e=this.match_alphabet_(b),f=this,g=this.Match_Threshold,h=a.indexOf(b,c);-1!=h&&(g=Math.min(d(0,h),g),h=a.lastIndexOf(b,c+b.length),-1!=h&&(g=Math.min(d(0,h),g)));var l=1<<b.length-1;h=-1;for(var k,m,p=b.length+a.length,x,w=0;w<b.length;w++){k=0;for(m=p;k<m;)d(w,\nc+m)<=g?k=m:p=m,m=Math.floor((p-k)/2+k);p=m;k=Math.max(1,c-m+1);var q=Math.min(c+m,a.length)+b.length;m=Array(q+2);for(m[q+1]=(1<<w)-1;q>=k;q--){var t=e[a.charAt(q-1)];m[q]=0===w?(m[q+1]<<1|1)&t:(m[q+1]<<1|1)&t|(x[q+1]|x[q])<<1|1|x[q+1];if(m[q]&l&&(t=d(w,q-1),t<=g))if(g=t,h=q-1,h>c)k=Math.max(1,2*c-h);else break}if(d(w+1,c)>g)break;x=m}return h};\ndiff_match_patch.prototype.match_alphabet_=function(a){for(var b={},c=0;c<a.length;c++)b[a.charAt(c)]=0;for(c=0;c<a.length;c++)b[a.charAt(c)]|=1<<a.length-c-1;return b};\ndiff_match_patch.prototype.patch_addContext_=function(a,b){if(0!=b.length){for(var c=b.substring(a.start2,a.start2+a.length1),d=0;b.indexOf(c)!=b.lastIndexOf(c)&&c.length<this.Match_MaxBits-this.Patch_Margin-this.Patch_Margin;)d+=this.Patch_Margin,c=b.substring(a.start2-d,a.start2+a.length1+d);d+=this.Patch_Margin;(c=b.substring(a.start2-d,a.start2))&&a.diffs.unshift([DIFF_EQUAL,c]);(d=b.substring(a.start2+a.length1,a.start2+a.length1+d))&&a.diffs.push([DIFF_EQUAL,d]);a.start1-=c.length;a.start2-=\nc.length;a.length1+=c.length+d.length;a.length2+=c.length+d.length}};\ndiff_match_patch.prototype.patch_make=function(a,b,c){if(\"string\"==typeof a&&\"string\"==typeof b&&\"undefined\"==typeof c){var d=a;b=this.diff_main(d,b,!0);2<b.length&&(this.diff_cleanupSemantic(b),this.diff_cleanupEfficiency(b))}else if(a&&\"object\"==typeof a&&\"undefined\"==typeof b&&\"undefined\"==typeof c)b=a,d=this.diff_text1(b);else if(\"string\"==typeof a&&b&&\"object\"==typeof b&&\"undefined\"==typeof c)d=a;else if(\"string\"==typeof a&&\"string\"==typeof b&&c&&\"object\"==typeof c)d=a,b=c;else throw Error(\"Unknown call format to patch_make.\");\nif(0===b.length)return[];c=[];a=new diff_match_patch.patch_obj;for(var e=0,f=0,g=0,h=d,l=0;l<b.length;l++){var k=b[l][0],m=b[l][1];e||k===DIFF_EQUAL||(a.start1=f,a.start2=g);switch(k){case DIFF_INSERT:a.diffs[e++]=b[l];a.length2+=m.length;d=d.substring(0,g)+m+d.substring(g);break;case DIFF_DELETE:a.length1+=m.length;a.diffs[e++]=b[l];d=d.substring(0,g)+d.substring(g+m.length);break;case DIFF_EQUAL:m.length<=2*this.Patch_Margin&&e&&b.length!=l+1?(a.diffs[e++]=b[l],a.length1+=m.length,a.length2+=m.length):\nm.length>=2*this.Patch_Margin&&e&&(this.patch_addContext_(a,h),c.push(a),a=new diff_match_patch.patch_obj,e=0,h=d,f=g)}k!==DIFF_INSERT&&(f+=m.length);k!==DIFF_DELETE&&(g+=m.length)}e&&(this.patch_addContext_(a,h),c.push(a));return c};\ndiff_match_patch.prototype.patch_deepCopy=function(a){for(var b=[],c=0;c<a.length;c++){var d=a[c],e=new diff_match_patch.patch_obj;e.diffs=[];for(var f=0;f<d.diffs.length;f++)e.diffs[f]=d.diffs[f].slice();e.start1=d.start1;e.start2=d.start2;e.length1=d.length1;e.length2=d.length2;b[c]=e}return b};\ndiff_match_patch.prototype.patch_apply=function(a,b){if(0==a.length)return[b,[]];a=this.patch_deepCopy(a);var c=this.patch_addPadding(a);b=c+b+c;this.patch_splitMax(a);for(var d=0,e=[],f=0;f<a.length;f++){var g=a[f].start2+d,h=this.diff_text1(a[f].diffs),l=-1;if(h.length>this.Match_MaxBits){var k=this.match_main(b,h.substring(0,this.Match_MaxBits),g);-1!=k&&(l=this.match_main(b,h.substring(h.length-this.Match_MaxBits),g+h.length-this.Match_MaxBits),-1==l||k>=l)&&(k=-1)}else k=this.match_main(b,h,\ng);if(-1==k)e[f]=!1,d-=a[f].length2-a[f].length1;else if(e[f]=!0,d=k-g,g=-1==l?b.substring(k,k+h.length):b.substring(k,l+this.Match_MaxBits),h==g)b=b.substring(0,k)+this.diff_text2(a[f].diffs)+b.substring(k+h.length);else if(g=this.diff_main(h,g,!1),h.length>this.Match_MaxBits&&this.diff_levenshtein(g)/h.length>this.Patch_DeleteThreshold)e[f]=!1;else{this.diff_cleanupSemanticLossless(g);h=0;var m;for(l=0;l<a[f].diffs.length;l++){var p=a[f].diffs[l];p[0]!==DIFF_EQUAL&&(m=this.diff_xIndex(g,h));p[0]===\nDIFF_INSERT?b=b.substring(0,k+m)+p[1]+b.substring(k+m):p[0]===DIFF_DELETE&&(b=b.substring(0,k+m)+b.substring(k+this.diff_xIndex(g,h+p[1].length)));p[0]!==DIFF_DELETE&&(h+=p[1].length)}}}b=b.substring(c.length,b.length-c.length);return[b,e]};\ndiff_match_patch.prototype.patch_addPadding=function(a){for(var b=this.Patch_Margin,c=\"\",d=1;d<=b;d++)c+=String.fromCharCode(d);for(d=0;d<a.length;d++)a[d].start1+=b,a[d].start2+=b;d=a[0];var e=d.diffs;if(0==e.length||e[0][0]!=DIFF_EQUAL)e.unshift([DIFF_EQUAL,c]),d.start1-=b,d.start2-=b,d.length1+=b,d.length2+=b;else if(b>e[0][1].length){var f=b-e[0][1].length;e[0][1]=c.substring(e[0][1].length)+e[0][1];d.start1-=f;d.start2-=f;d.length1+=f;d.length2+=f}d=a[a.length-1];e=d.diffs;0==e.length||e[e.length-\n1][0]!=DIFF_EQUAL?(e.push([DIFF_EQUAL,c]),d.length1+=b,d.length2+=b):b>e[e.length-1][1].length&&(f=b-e[e.length-1][1].length,e[e.length-1][1]+=c.substring(0,f),d.length1+=f,d.length2+=f);return c};\ndiff_match_patch.prototype.patch_splitMax=function(a){for(var b=this.Match_MaxBits,c=0;c<a.length;c++)if(!(a[c].length1<=b)){var d=a[c];a.splice(c--,1);for(var e=d.start1,f=d.start2,g=\"\";0!==d.diffs.length;){var h=new diff_match_patch.patch_obj,l=!0;h.start1=e-g.length;h.start2=f-g.length;\"\"!==g&&(h.length1=h.length2=g.length,h.diffs.push([DIFF_EQUAL,g]));for(;0!==d.diffs.length&&h.length1<b-this.Patch_Margin;){g=d.diffs[0][0];var k=d.diffs[0][1];g===DIFF_INSERT?(h.length2+=k.length,f+=k.length,h.diffs.push(d.diffs.shift()),\nl=!1):g===DIFF_DELETE&&1==h.diffs.length&&h.diffs[0][0]==DIFF_EQUAL&&k.length>2*b?(h.length1+=k.length,e+=k.length,l=!1,h.diffs.push([g,k]),d.diffs.shift()):(k=k.substring(0,b-h.length1-this.Patch_Margin),h.length1+=k.length,e+=k.length,g===DIFF_EQUAL?(h.length2+=k.length,f+=k.length):l=!1,h.diffs.push([g,k]),k==d.diffs[0][1]?d.diffs.shift():d.diffs[0][1]=d.diffs[0][1].substring(k.length))}g=this.diff_text2(h.diffs);g=g.substring(g.length-this.Patch_Margin);k=this.diff_text1(d.diffs).substring(0,\nthis.Patch_Margin);\"\"!==k&&(h.length1+=k.length,h.length2+=k.length,0!==h.diffs.length&&h.diffs[h.diffs.length-1][0]===DIFF_EQUAL?h.diffs[h.diffs.length-1][1]+=k:h.diffs.push([DIFF_EQUAL,k]));l||a.splice(++c,0,h)}}};diff_match_patch.prototype.patch_toText=function(a){for(var b=[],c=0;c<a.length;c++)b[c]=a[c];return b.join(\"\")};\ndiff_match_patch.prototype.patch_fromText=function(a){var b=[];if(!a)return b;a=a.split(\"\\n\");for(var c=0,d=/^@@ -(\\d+),?(\\d*) \\+(\\d+),?(\\d*) @@$/;c<a.length;){var e=a[c].match(d);if(!e)throw Error(\"Invalid patch string: \"+a[c]);var f=new diff_match_patch.patch_obj;b.push(f);f.start1=parseInt(e[1],10);\"\"===e[2]?(f.start1--,f.length1=1):\"0\"==e[2]?f.length1=0:(f.start1--,f.length1=parseInt(e[2],10));f.start2=parseInt(e[3],10);\"\"===e[4]?(f.start2--,f.length2=1):\"0\"==e[4]?f.length2=0:(f.start2--,f.length2=\nparseInt(e[4],10));for(c++;c<a.length;){e=a[c].charAt(0);try{var g=decodeURI(a[c].substring(1))}catch(h){throw Error(\"Illegal escape in patch_fromText: \"+g);}if(\"-\"==e)f.diffs.push([DIFF_DELETE,g]);else if(\"+\"==e)f.diffs.push([DIFF_INSERT,g]);else if(\" \"==e)f.diffs.push([DIFF_EQUAL,g]);else if(\"@\"==e)break;else if(\"\"!==e)throw Error('Invalid patch mode \"'+e+'\" in: '+g);c++}}return b};diff_match_patch.patch_obj=function(){this.diffs=[];this.start2=this.start1=null;this.length2=this.length1=0};\ndiff_match_patch.patch_obj.prototype.toString=function(){for(var a=[\"@@ -\"+(0===this.length1?this.start1+\",0\":1==this.length1?this.start1+1:this.start1+1+\",\"+this.length1)+\" +\"+(0===this.length2?this.start2+\",0\":1==this.length2?this.start2+1:this.start2+1+\",\"+this.length2)+\" @@\\n\"],b,c=0;c<this.diffs.length;c++){switch(this.diffs[c][0]){case DIFF_INSERT:b=\"+\";break;case DIFF_DELETE:b=\"-\";break;case DIFF_EQUAL:b=\" \"}a[c+1]=b+encodeURI(this.diffs[c][1])+\"\\n\"}return a.join(\"\").replace(/%20/g,\" \")};\nthis.diff_match_patch=diff_match_patch;this.DIFF_DELETE=DIFF_DELETE;this.DIFF_INSERT=DIFF_INSERT;this.DIFF_EQUAL=DIFF_EQUAL;\n}).call(exports);",
"type": "application/javascript",
"title": "$:/core/modules/utils/diff-match-patch/diff_match_patch.js",
"module-type": "library"
},
"$:/core/modules/utils/dom/animations/slide.js": {
"title": "$:/core/modules/utils/dom/animations/slide.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animations/slide.js\ntype: application/javascript\nmodule-type: animation\n\nA simple slide animation that varies the height of the element\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction slideOpen(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration();\n\t// Get the current height of the domNode\n\tvar computedStyle = window.getComputedStyle(domNode),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrPaddingBottom = parseInt(computedStyle.paddingBottom,10),\n\t\tcurrPaddingTop = parseInt(computedStyle.paddingTop,10),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"none\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{marginTop: currMarginTop + \"px\"},\n\t\t{paddingBottom: currPaddingBottom + \"px\"},\n\t\t{paddingTop: currPaddingTop + \"px\"},\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n}\n\nfunction slideClosed(domNode,options) {\n\toptions = options || {};\n\tvar duration = options.duration || $tw.utils.getAnimationDuration(),\n\t\tcurrHeight = domNode.offsetHeight;\n\t// Clear the properties we've set when the animation is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(domNode,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"},\n\t\t\t{marginTop: \"\"},\n\t\t\t{paddingBottom: \"\"},\n\t\t\t{paddingTop: \"\"},\n\t\t\t{height: \"auto\"},\n\t\t\t{opacity: \"\"}\n\t\t]);\n\t\tif(options.callback) {\n\t\t\toptions.callback();\n\t\t}\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(domNode,[\n\t\t{height: currHeight + \"px\"},\n\t\t{opacity: \"1\"}\n\t]);\n\t$tw.utils.forceLayout(domNode);\n\t// Transition to the final position\n\t$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "animation"
},
"$:/core/modules/utils/dom/animator.js": {
"title": "$:/core/modules/utils/dom/animator.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/animator.js\ntype: application/javascript\nmodule-type: utils\n\nOrchestrates animations and transitions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Animator() {\n\t// Get the registered animation modules\n\tthis.animations = {};\n\t$tw.modules.applyMethods(\"animation\",this.animations);\n}\n\nAnimator.prototype.perform = function(type,domNode,options) {\n\toptions = options || {};\n\t// Find an animation that can handle this type\n\tvar chosenAnimation;\n\t$tw.utils.each(this.animations,function(animation,name) {\n\t\tif($tw.utils.hop(animation,type)) {\n\t\t\tchosenAnimation = animation[type];\n\t\t}\n\t});\n\tif(!chosenAnimation) {\n\t\tchosenAnimation = function(domNode,options) {\n\t\t\tif(options.callback) {\n\t\t\t\toptions.callback();\n\t\t\t}\n\t\t};\n\t}\n\t// Call the animation\n\tchosenAnimation(domNode,options);\n};\n\nexports.Animator = Animator;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/browser.js": {
"title": "$:/core/modules/utils/dom/browser.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/browser.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser feature detection\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nSet style properties of an element\n\telement: dom node\n\tstyles: ordered array of {name: value} pairs\n*/\nexports.setStyle = function(element,styles) {\n\tif(element.nodeType === 1) { // Element.ELEMENT_NODE\n\t\tfor(var t=0; t<styles.length; t++) {\n\t\t\tfor(var styleName in styles[t]) {\n\t\t\t\telement.style[$tw.utils.convertStyleNameToPropertyName(styleName)] = styles[t][styleName];\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nConverts a standard CSS property name into the local browser-specific equivalent. For example:\n\t\"background-color\" --> \"backgroundColor\"\n\t\"transition\" --> \"webkitTransition\"\n*/\n\nvar styleNameCache = {}; // We'll cache the style name conversions\n\nexports.convertStyleNameToPropertyName = function(styleName) {\n\t// Return from the cache if we can\n\tif(styleNameCache[styleName]) {\n\t\treturn styleNameCache[styleName];\n\t}\n\t// Convert it by first removing any hyphens\n\tvar propertyName = $tw.utils.unHyphenateCss(styleName);\n\t// Then check if it needs a prefix\n\tif($tw.browser && document.body.style[propertyName] === undefined) {\n\t\tvar prefixes = [\"O\",\"MS\",\"Moz\",\"webkit\"];\n\t\tfor(var t=0; t<prefixes.length; t++) {\n\t\t\tvar prefixedName = prefixes[t] + propertyName.substr(0,1).toUpperCase() + propertyName.substr(1);\n\t\t\tif(document.body.style[prefixedName] !== undefined) {\n\t\t\t\tpropertyName = prefixedName;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\t// Put it in the cache too\n\tstyleNameCache[styleName] = propertyName;\n\treturn propertyName;\n};\n\n/*\nConverts a JS format CSS property name back into the dashed form used in CSS declarations. For example:\n\t\"backgroundColor\" --> \"background-color\"\n\t\"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.convertPropertyNameToStyleName = function(propertyName) {\n\t// Rehyphenate the name\n\tvar styleName = $tw.utils.hyphenateCss(propertyName);\n\t// If there's a webkit prefix, add a dash (other browsers have uppercase prefixes, and so get the dash automatically)\n\tif(styleName.indexOf(\"webkit\") === 0) {\n\t\tstyleName = \"-\" + styleName;\n\t} else if(styleName.indexOf(\"-m-s\") === 0) {\n\t\tstyleName = \"-ms\" + styleName.substr(4);\n\t}\n\treturn styleName;\n};\n\n/*\nRound trip a stylename to a property name and back again. For example:\n\t\"transform\" --> \"webkitTransform\" --> \"-webkit-transform\"\n*/\nexports.roundTripPropertyName = function(propertyName) {\n\treturn $tw.utils.convertPropertyNameToStyleName($tw.utils.convertStyleNameToPropertyName(propertyName));\n};\n\n/*\nConverts a standard event name into the local browser specific equivalent. For example:\n\t\"animationEnd\" --> \"webkitAnimationEnd\"\n*/\n\nvar eventNameCache = {}; // We'll cache the conversions\n\nvar eventNameMappings = {\n\t\"transitionEnd\": {\n\t\tcorrespondingCssProperty: \"transition\",\n\t\tmappings: {\n\t\t\ttransition: \"transitionend\",\n\t\t\tOTransition: \"oTransitionEnd\",\n\t\t\tMSTransition: \"msTransitionEnd\",\n\t\t\tMozTransition: \"transitionend\",\n\t\t\twebkitTransition: \"webkitTransitionEnd\"\n\t\t}\n\t},\n\t\"animationEnd\": {\n\t\tcorrespondingCssProperty: \"animation\",\n\t\tmappings: {\n\t\t\tanimation: \"animationend\",\n\t\t\tOAnimation: \"oAnimationEnd\",\n\t\t\tMSAnimation: \"msAnimationEnd\",\n\t\t\tMozAnimation: \"animationend\",\n\t\t\twebkitAnimation: \"webkitAnimationEnd\"\n\t\t}\n\t}\n};\n\nexports.convertEventName = function(eventName) {\n\tif(eventNameCache[eventName]) {\n\t\treturn eventNameCache[eventName];\n\t}\n\tvar newEventName = eventName,\n\t\tmappings = eventNameMappings[eventName];\n\tif(mappings) {\n\t\tvar convertedProperty = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n/*\nReturn the names of the fullscreen APIs\n*/\nexports.getFullScreenApis = function() {\n\tvar d = document,\n\t\tdb = d.body,\n\t\tresult = {\n\t\t\"_requestFullscreen\": db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t\t\"_exitFullscreen\": d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t\t\"_fullscreenElement\": d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\",\n\t\t\"_fullscreenChange\": d.webkitFullscreenElement !== undefined ? \"webkitfullscreenchange\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozfullscreenchange\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"MSFullscreenChange\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenchange\" : \"\"\n\t};\n\tif(!result._requestFullscreen || !result._exitFullscreen || !result._fullscreenElement || !result._fullscreenChange) {\n\t\treturn null;\n\t} else {\n\t\treturn result;\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/csscolorparser.js": {
"title": "$:/core/modules/utils/dom/csscolorparser.js",
"text": "// (c) Dean McNamee <dean@gmail.com>, 2012.\n//\n// https://github.com/deanm/css-color-parser-js\n//\n// Permission is hereby granted, free of charge, to any person obtaining a copy\n// of this software and associated documentation files (the \"Software\"), to\n// deal in the Software without restriction, including without limitation the\n// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or\n// sell copies of the Software, and to permit persons to whom the Software is\n// furnished to do so, subject to the following conditions:\n//\n// The above copyright notice and this permission notice shall be included in\n// all copies or substantial portions of the Software.\n//\n// THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\n// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\n// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\n// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\n// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING\n// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS\n// IN THE SOFTWARE.\n\n// http://www.w3.org/TR/css3-color/\nvar kCSSColorTable = {\n \"transparent\": [0,0,0,0], \"aliceblue\": [240,248,255,1],\n \"antiquewhite\": [250,235,215,1], \"aqua\": [0,255,255,1],\n \"aquamarine\": [127,255,212,1], \"azure\": [240,255,255,1],\n \"beige\": [245,245,220,1], \"bisque\": [255,228,196,1],\n \"black\": [0,0,0,1], \"blanchedalmond\": [255,235,205,1],\n \"blue\": [0,0,255,1], \"blueviolet\": [138,43,226,1],\n \"brown\": [165,42,42,1], \"burlywood\": [222,184,135,1],\n \"cadetblue\": [95,158,160,1], \"chartreuse\": [127,255,0,1],\n \"chocolate\": [210,105,30,1], \"coral\": [255,127,80,1],\n \"cornflowerblue\": [100,149,237,1], \"cornsilk\": [255,248,220,1],\n \"crimson\": [220,20,60,1], \"cyan\": [0,255,255,1],\n \"darkblue\": [0,0,139,1], \"darkcyan\": [0,139,139,1],\n \"darkgoldenrod\": [184,134,11,1], \"darkgray\": [169,169,169,1],\n \"darkgreen\": [0,100,0,1], \"darkgrey\": [169,169,169,1],\n \"darkkhaki\": [189,183,107,1], \"darkmagenta\": [139,0,139,1],\n \"darkolivegreen\": [85,107,47,1], \"darkorange\": [255,140,0,1],\n \"darkorchid\": [153,50,204,1], \"darkred\": [139,0,0,1],\n \"darksalmon\": [233,150,122,1], \"darkseagreen\": [143,188,143,1],\n \"darkslateblue\": [72,61,139,1], \"darkslategray\": [47,79,79,1],\n \"darkslategrey\": [47,79,79,1], \"darkturquoise\": [0,206,209,1],\n \"darkviolet\": [148,0,211,1], \"deeppink\": [255,20,147,1],\n \"deepskyblue\": [0,191,255,1], \"dimgray\": [105,105,105,1],\n \"dimgrey\": [105,105,105,1], \"dodgerblue\": [30,144,255,1],\n \"firebrick\": [178,34,34,1], \"floralwhite\": [255,250,240,1],\n \"forestgreen\": [34,139,34,1], \"fuchsia\": [255,0,255,1],\n \"gainsboro\": [220,220,220,1], \"ghostwhite\": [248,248,255,1],\n \"gold\": [255,215,0,1], \"goldenrod\": [218,165,32,1],\n \"gray\": [128,128,128,1], \"green\": [0,128,0,1],\n \"greenyellow\": [173,255,47,1], \"grey\": [128,128,128,1],\n \"honeydew\": [240,255,240,1], \"hotpink\": [255,105,180,1],\n \"indianred\": [205,92,92,1], \"indigo\": [75,0,130,1],\n \"ivory\": [255,255,240,1], \"khaki\": [240,230,140,1],\n \"lavender\": [230,230,250,1], \"lavenderblush\": [255,240,245,1],\n \"lawngreen\": [124,252,0,1], \"lemonchiffon\": [255,250,205,1],\n \"lightblue\": [173,216,230,1], \"lightcoral\": [240,128,128,1],\n \"lightcyan\": [224,255,255,1], \"lightgoldenrodyellow\": [250,250,210,1],\n \"lightgray\": [211,211,211,1], \"lightgreen\": [144,238,144,1],\n \"lightgrey\": [211,211,211,1], \"lightpink\": [255,182,193,1],\n \"lightsalmon\": [255,160,122,1], \"lightseagreen\": [32,178,170,1],\n \"lightskyblue\": [135,206,250,1], \"lightslategray\": [119,136,153,1],\n \"lightslategrey\": [119,136,153,1], \"lightsteelblue\": [176,196,222,1],\n \"lightyellow\": [255,255,224,1], \"lime\": [0,255,0,1],\n \"limegreen\": [50,205,50,1], \"linen\": [250,240,230,1],\n \"magenta\": [255,0,255,1], \"maroon\": [128,0,0,1],\n \"mediumaquamarine\": [102,205,170,1], \"mediumblue\": [0,0,205,1],\n \"mediumorchid\": [186,85,211,1], \"mediumpurple\": [147,112,219,1],\n \"mediumseagreen\": [60,179,113,1], \"mediumslateblue\": [123,104,238,1],\n \"mediumspringgreen\": [0,250,154,1], \"mediumturquoise\": [72,209,204,1],\n \"mediumvioletred\": [199,21,133,1], \"midnightblue\": [25,25,112,1],\n \"mintcream\": [245,255,250,1], \"mistyrose\": [255,228,225,1],\n \"moccasin\": [255,228,181,1], \"navajowhite\": [255,222,173,1],\n \"navy\": [0,0,128,1], \"oldlace\": [253,245,230,1],\n \"olive\": [128,128,0,1], \"olivedrab\": [107,142,35,1],\n \"orange\": [255,165,0,1], \"orangered\": [255,69,0,1],\n \"orchid\": [218,112,214,1], \"palegoldenrod\": [238,232,170,1],\n \"palegreen\": [152,251,152,1], \"paleturquoise\": [175,238,238,1],\n \"palevioletred\": [219,112,147,1], \"papayawhip\": [255,239,213,1],\n \"peachpuff\": [255,218,185,1], \"peru\": [205,133,63,1],\n \"pink\": [255,192,203,1], \"plum\": [221,160,221,1],\n \"powderblue\": [176,224,230,1], \"purple\": [128,0,128,1],\n \"red\": [255,0,0,1], \"rosybrown\": [188,143,143,1],\n \"royalblue\": [65,105,225,1], \"saddlebrown\": [139,69,19,1],\n \"salmon\": [250,128,114,1], \"sandybrown\": [244,164,96,1],\n \"seagreen\": [46,139,87,1], \"seashell\": [255,245,238,1],\n \"sienna\": [160,82,45,1], \"silver\": [192,192,192,1],\n \"skyblue\": [135,206,235,1], \"slateblue\": [106,90,205,1],\n \"slategray\": [112,128,144,1], \"slategrey\": [112,128,144,1],\n \"snow\": [255,250,250,1], \"springgreen\": [0,255,127,1],\n \"steelblue\": [70,130,180,1], \"tan\": [210,180,140,1],\n \"teal\": [0,128,128,1], \"thistle\": [216,191,216,1],\n \"tomato\": [255,99,71,1], \"turquoise\": [64,224,208,1],\n \"violet\": [238,130,238,1], \"wheat\": [245,222,179,1],\n \"white\": [255,255,255,1], \"whitesmoke\": [245,245,245,1],\n \"yellow\": [255,255,0,1], \"yellowgreen\": [154,205,50,1]}\n\nfunction clamp_css_byte(i) { // Clamp to integer 0 .. 255.\n i = Math.round(i); // Seems to be what Chrome does (vs truncation).\n return i < 0 ? 0 : i > 255 ? 255 : i;\n}\n\nfunction clamp_css_float(f) { // Clamp to float 0.0 .. 1.0.\n return f < 0 ? 0 : f > 1 ? 1 : f;\n}\n\nfunction parse_css_int(str) { // int or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_byte(parseFloat(str) / 100 * 255);\n return clamp_css_byte(parseInt(str));\n}\n\nfunction parse_css_float(str) { // float or percentage.\n if (str[str.length - 1] === '%')\n return clamp_css_float(parseFloat(str) / 100);\n return clamp_css_float(parseFloat(str));\n}\n\nfunction css_hue_to_rgb(m1, m2, h) {\n if (h < 0) h += 1;\n else if (h > 1) h -= 1;\n\n if (h * 6 < 1) return m1 + (m2 - m1) * h * 6;\n if (h * 2 < 1) return m2;\n if (h * 3 < 2) return m1 + (m2 - m1) * (2/3 - h) * 6;\n return m1;\n}\n\nfunction parseCSSColor(css_str) {\n // Remove all whitespace, not compliant, but should just be more accepting.\n var str = css_str.replace(/ /g, '').toLowerCase();\n\n // Color keywords (and transparent) lookup.\n if (str in kCSSColorTable) return kCSSColorTable[str].slice(); // dup.\n\n // #abc and #abc123 syntax.\n if (str[0] === '#') {\n if (str.length === 4) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xfff)) return null; // Covers NaN.\n return [((iv & 0xf00) >> 4) | ((iv & 0xf00) >> 8),\n (iv & 0xf0) | ((iv & 0xf0) >> 4),\n (iv & 0xf) | ((iv & 0xf) << 4),\n 1];\n } else if (str.length === 7) {\n var iv = parseInt(str.substr(1), 16); // TODO(deanm): Stricter parsing.\n if (!(iv >= 0 && iv <= 0xffffff)) return null; // Covers NaN.\n return [(iv & 0xff0000) >> 16,\n (iv & 0xff00) >> 8,\n iv & 0xff,\n 1];\n }\n\n return null;\n }\n\n var op = str.indexOf('('), ep = str.indexOf(')');\n if (op !== -1 && ep + 1 === str.length) {\n var fname = str.substr(0, op);\n var params = str.substr(op+1, ep-(op+1)).split(',');\n var alpha = 1; // To allow case fallthrough.\n switch (fname) {\n case 'rgba':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'rgb':\n if (params.length !== 3) return null;\n return [parse_css_int(params[0]),\n parse_css_int(params[1]),\n parse_css_int(params[2]),\n alpha];\n case 'hsla':\n if (params.length !== 4) return null;\n alpha = parse_css_float(params.pop());\n // Fall through.\n case 'hsl':\n if (params.length !== 3) return null;\n var h = (((parseFloat(params[0]) % 360) + 360) % 360) / 360; // 0 .. 1\n // NOTE(deanm): According to the CSS spec s/l should only be\n // percentages, but we don't bother and let float or percentage.\n var s = parse_css_float(params[1]);\n var l = parse_css_float(params[2]);\n var m2 = l <= 0.5 ? l * (s + 1) : l + s - l * s;\n var m1 = l * 2 - m2;\n return [clamp_css_byte(css_hue_to_rgb(m1, m2, h+1/3) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h) * 255),\n clamp_css_byte(css_hue_to_rgb(m1, m2, h-1/3) * 255),\n alpha];\n default:\n return null;\n }\n }\n\n return null;\n}\n\ntry { exports.parseCSSColor = parseCSSColor } catch(e) { }\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom.js": {
"title": "$:/core/modules/utils/dom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static DOM-related utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nDetermines whether element 'a' contains element 'b'\nCode thanks to John Resig, http://ejohn.org/blog/comparing-document-position/\n*/\nexports.domContains = function(a,b) {\n\treturn a.contains ?\n\t\ta !== b && a.contains(b) :\n\t\t!!(a.compareDocumentPosition(b) & 16);\n};\n\nexports.removeChildren = function(node) {\n\twhile(node.hasChildNodes()) {\n\t\tnode.removeChild(node.firstChild);\n\t}\n};\n\nexports.hasClass = function(el,className) {\n\treturn el && el.className && el.className.toString().split(\" \").indexOf(className) !== -1;\n};\n\nexports.addClass = function(el,className) {\n\tvar c = el.className.split(\" \");\n\tif(c.indexOf(className) === -1) {\n\t\tc.push(className);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.removeClass = function(el,className) {\n\tvar c = el.className.split(\" \"),\n\t\tp = c.indexOf(className);\n\tif(p !== -1) {\n\t\tc.splice(p,1);\n\t\tel.className = c.join(\" \");\n\t}\n};\n\nexports.toggleClass = function(el,className,status) {\n\tif(status === undefined) {\n\t\tstatus = !exports.hasClass(el,className);\n\t}\n\tif(status) {\n\t\texports.addClass(el,className);\n\t} else {\n\t\texports.removeClass(el,className);\n\t}\n};\n\n/*\nGet the first parent element that has scrollbars or use the body as fallback.\n*/\nexports.getScrollContainer = function(el) {\n\tvar doc = el.ownerDocument;\n\twhile(el.parentNode) {\t\n\t\tel = el.parentNode;\n\t\tif(el.scrollTop) {\n\t\t\treturn el;\n\t\t}\n\t}\n\treturn doc.body;\n};\n\n/*\nGet the scroll position of the viewport\nReturns:\n\t{\n\t\tx: horizontal scroll position in pixels,\n\t\ty: vertical scroll position in pixels\n\t}\n*/\nexports.getScrollPosition = function(srcWindow) {\n\tvar scrollWindow = srcWindow || window;\n\tif(\"scrollX\" in scrollWindow) {\n\t\treturn {x: scrollWindow.scrollX, y: scrollWindow.scrollY};\n\t} else {\n\t\treturn {x: scrollWindow.document.documentElement.scrollLeft, y: scrollWindow.document.documentElement.scrollTop};\n\t}\n};\n\n/*\nAdjust the height of a textarea to fit its content, preserving scroll position, and return the height\n*/\nexports.resizeTextAreaToFit = function(domNode,minHeight) {\n\t// Get the scroll container and register the current scroll position\n\tvar container = $tw.utils.getScrollContainer(domNode),\n\t\tscrollTop = container.scrollTop;\n // Measure the specified minimum height\n\tdomNode.style.height = minHeight;\n\tvar measuredHeight = domNode.offsetHeight || parseInt(minHeight,10);\n\t// Set its height to auto so that it snaps to the correct height\n\tdomNode.style.height = \"auto\";\n\t// Calculate the revised height\n\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,measuredHeight);\n\t// Only try to change the height if it has changed\n\tif(newHeight !== domNode.offsetHeight) {\n\t\tdomNode.style.height = newHeight + \"px\";\n\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t$tw.utils.forceLayout(domNode);\n\t\t// Set the container to the position we registered at the beginning\n\t\tcontainer.scrollTop = scrollTop;\n\t}\n\treturn newHeight;\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(element.ownerDocument.defaultView),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\tvar done = false;\n\ttry {\n\t\twindow.localStorage.setItem(\"tw5-password-\" + name,password);\n\t\tdone = true;\n\t} catch(e) {\n\t}\n\tif(!done) {\n\t\t$tw.savedPasswords = $tw.savedPasswords || Object.create(null);\n\t\t$tw.savedPasswords[name] = password;\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\tvar value;\n\ttry {\n\t\tvalue = window.localStorage.getItem(\"tw5-password-\" + name);\n\t} catch(e) {\n\t}\n\tif(value !== undefined) {\n\t\treturn value;\n\t} else {\n\t\treturn ($tw.savedPasswords || Object.create(null))[name] || \"\";\n\t}\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($tw.browser.animationEnd,function handler(event) {\n\t\telement.removeEventListener($tw.browser.animationEnd,handler,false);\n\t\t$tw.utils.removeClass(element,\"pulse\");\n\t},false);\n\t// Apply the pulse class\n\t$tw.utils.removeClass(element,\"pulse\");\n\t$tw.utils.forceLayout(element);\n\t$tw.utils.addClass(element,\"pulse\");\n};\n\n/*\nAttach specified event handlers to a DOM node\ndomNode: where to attach the event handlers\nevents: array of event handlers to be added (see below)\nEach entry in the events array is an object with these properties:\nhandlerFunction: optional event handler function\nhandlerObject: optional event handler object\nhandlerMethod: optionally specifies object handler method name (defaults to `handleEvent`)\n*/\nexports.addEventListeners = function(domNode,events) {\n\t$tw.utils.each(events,function(eventInfo) {\n\t\tvar handler;\n\t\tif(eventInfo.handlerFunction) {\n\t\t\thandler = eventInfo.handlerFunction;\n\t\t} else if(eventInfo.handlerObject) {\n\t\t\tif(eventInfo.handlerMethod) {\n\t\t\t\thandler = function(event) {\n\t\t\t\t\teventInfo.handlerObject[eventInfo.handlerMethod].call(eventInfo.handlerObject,event);\n\t\t\t\t};\t\n\t\t\t} else {\n\t\t\t\thandler = eventInfo.handlerObject;\n\t\t\t}\n\t\t}\n\t\tdomNode.addEventListener(eventInfo.name,handler,false);\n\t});\n};\n\n/*\nGet the computed styles applied to an element as an array of strings of individual CSS properties\n*/\nexports.getComputedStyles = function(domNode) {\n\tvar textAreaStyles = window.getComputedStyle(domNode,null),\n\t\tstyleDefs = [],\n\t\tname;\n\tfor(var t=0; t<textAreaStyles.length; t++) {\n\t\tname = textAreaStyles[t];\n\t\tstyleDefs.push(name + \": \" + textAreaStyles.getPropertyValue(name) + \";\");\n\t}\n\treturn styleDefs;\n};\n\n/*\nApply a set of styles passed as an array of strings of individual CSS properties\n*/\nexports.setStyles = function(domNode,styleDefs) {\n\tdomNode.style.cssText = styleDefs.join(\"\");\n};\n\n/*\nCopy the computed styles from a source element to a destination element\n*/\nexports.copyStyles = function(srcDomNode,dstDomNode) {\n\t$tw.utils.setStyles(dstDomNode,$tw.utils.getComputedStyles(srcDomNode));\n};\n\n/*\nCopy plain text to the clipboard on browsers that support it\n*/\nexports.copyToClipboard = function(text,options) {\n\toptions = options || {};\n\tvar textArea = document.createElement(\"textarea\");\n\ttextArea.style.position = \"fixed\";\n\ttextArea.style.top = 0;\n\ttextArea.style.left = 0;\n\ttextArea.style.fontSize = \"12pt\";\n\ttextArea.style.width = \"2em\";\n\ttextArea.style.height = \"2em\";\n\ttextArea.style.padding = 0;\n\ttextArea.style.border = \"none\";\n\ttextArea.style.outline = \"none\";\n\ttextArea.style.boxShadow = \"none\";\n\ttextArea.style.background = \"transparent\";\n\ttextArea.value = text;\n\tdocument.body.appendChild(textArea);\n\ttextArea.select();\n\ttextArea.setSelectionRange(0,text.length);\n\tvar succeeded = false;\n\ttry {\n\t\tsucceeded = document.execCommand(\"copy\");\n\t} catch (err) {\n\t}\n\tif(!options.doNotNotify) {\n\t\t$tw.notifier.display(succeeded ? \"$:/language/Notifications/CopiedToClipboard/Succeeded\" : \"$:/language/Notifications/CopiedToClipboard/Failed\");\n\t}\n\tdocument.body.removeChild(textArea);\n};\n\nexports.getLocationPath = function() {\n\treturn window.location.toString().split(\"#\")[0];\n};\n\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/dragndrop.js": {
"title": "$:/core/modules/utils/dom/dragndrop.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/dragndrop.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser data transfer utilities, used with the clipboard and drag and drop\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nOptions:\n\ndomNode: dom node to make draggable\ndragImageType: \"pill\" or \"dom\"\ndragTiddlerFn: optional function to retrieve the title of tiddler to drag\ndragFilterFn: optional function to retreive the filter defining a list of tiddlers to drag\nwidget: widget to use as the contect for the filter\n*/\nexports.makeDraggable = function(options) {\n\tvar dragImageType = options.dragImageType || \"dom\",\n\t\tdragImage,\n\t\tdomNode = options.domNode;\n\t// Make the dom node draggable (not necessary for anchor tags)\n\tif((domNode.tagName || \"\").toLowerCase() !== \"a\") {\n\t\tdomNode.setAttribute(\"draggable\",\"true\");\t\t\n\t}\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragstart\", handlerFunction: function(event) {\n\t\t\tif(event.dataTransfer === undefined) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\t// Collect the tiddlers being dragged\n\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \tstartActions = options.startActions;\n\t\t\tif(dragFilter) {\n\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t}\n\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t// Check that we've something to drag\n\t\t\tif(titles.length > 0 && event.target === domNode) {\n\t\t\t\t// Mark the drag in progress\n\t\t\t\t$tw.dragInProgress = domNode;\n\t\t\t\t// Set the dragging class on the element being dragged\n\t\t\t\t$tw.utils.addClass(event.target,\"tc-dragging\");\n\t\t\t\t// Invoke drag-start actions if given\n\t\t\t\tif(startActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(startActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Create the drag image elements\n\t\t\t\tdragImage = options.widget.document.createElement(\"div\");\n\t\t\t\tdragImage.className = \"tc-tiddler-dragger\";\n\t\t\t\tvar inner = options.widget.document.createElement(\"div\");\n\t\t\t\tinner.className = \"tc-tiddler-dragger-inner\";\n\t\t\t\tinner.appendChild(options.widget.document.createTextNode(\n\t\t\t\t\ttitles.length === 1 ? \n\t\t\t\t\t\ttitles[0] :\n\t\t\t\t\t\ttitles.length + \" tiddlers\"\n\t\t\t\t));\n\t\t\t\tdragImage.appendChild(inner);\n\t\t\t\toptions.widget.document.body.appendChild(dragImage);\n\t\t\t\t// Set the data transfer properties\n\t\t\t\tvar dataTransfer = event.dataTransfer;\n\t\t\t\t// Set up the image\n\t\t\t\tdataTransfer.effectAllowed = \"all\";\n\t\t\t\tif(dataTransfer.setDragImage) {\n\t\t\t\t\tif(dragImageType === \"pill\") {\n\t\t\t\t\t\tdataTransfer.setDragImage(dragImage.firstChild,-16,-16);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvar r = domNode.getBoundingClientRect();\n\t\t\t\t\t\tdataTransfer.setDragImage(domNode,event.clientX-r.left,event.clientY-r.top);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Set up the data transfer\n\t\t\t\tif(dataTransfer.clearData) {\n\t\t\t\t\tdataTransfer.clearData();\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\tvar jsonData = [];\n\t\t\t\tif(titles.length > 1) {\n\t\t\t\t\ttitles.forEach(function(title) {\n\t\t\t\t\t\tjsonData.push(options.widget.wiki.getTiddlerAsJson(title));\n\t\t\t\t\t});\n\t\t\t\t\tjsonData = \"[\" + jsonData.join(\",\") + \"]\";\n\t\t\t\t} else {\n\t\t\t\t\tjsonData = options.widget.wiki.getTiddlerAsJson(titles[0]);\n\t\t\t\t}\n\t\t\t\t// IE doesn't like these content types\n\t\t\t\tif(!$tw.browser.isIE) {\n\t\t\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\t\t\tdataTransfer.setData(\"text/plain\",titleString);\n\t\t\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\t}\n\t\t\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURIComponent(jsonData));\n\t\t\t\tdataTransfer.setData(\"Text\",titleString);\n\t\t\t\tevent.stopPropagation();\n\t\t\t}\n\t\t\treturn false;\n\t\t}},\n\t\t{name: \"dragend\", handlerFunction: function(event) {\n\t\t\tif(event.target === domNode) {\n\t\t\t\t// Collect the tiddlers being dragged\n\t\t\t\tvar dragTiddler = options.dragTiddlerFn && options.dragTiddlerFn(),\n\t\t\t\t\tdragFilter = options.dragFilterFn && options.dragFilterFn(),\n\t\t\t\t\ttitles = dragTiddler ? [dragTiddler] : [],\n\t\t\t \t\tendActions = options.endActions;\n\t\t\t\tif(dragFilter) {\n\t\t\t\t\ttitles.push.apply(titles,options.widget.wiki.filterTiddlers(dragFilter,options.widget));\n\t\t\t\t}\n\t\t\t\tvar titleString = $tw.utils.stringifyList(titles);\n\t\t\t\t$tw.dragInProgress = null;\n\t\t\t\t// Invoke drag-end actions if given\n\t\t\t\tif(endActions !== undefined) {\n\t\t\t\t\toptions.widget.invokeActionString(endActions,options.widget,event,{actionTiddler: titleString});\n\t\t\t\t}\n\t\t\t\t// Remove the dragging class on the element being dragged\n\t\t\t\t$tw.utils.removeClass(event.target,\"tc-dragging\");\n\t\t\t\t// Delete the drag image element\n\t\t\t\tif(dragImage) {\n\t\t\t\t\tdragImage.parentNode.removeChild(dragImage);\n\t\t\t\t\tdragImage = null;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t}}\n\t]);\n};\n\nexports.importDataTransfer = function(dataTransfer,fallbackTitle,callback) {\n\t// Try each provided data type in turn\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Available data types:\");\n\t\tfor(var type=0; type<dataTransfer.types.length; type++) {\n\t\t\tconsole.log(\"type\",dataTransfer.types[type],dataTransfer.getData(dataTransfer.types[type]))\n\t\t}\n\t}\n\tfor(var t=0; t<importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = importDataTypes[t];\n\t\t\t\tvar data = dataTransfer.getData(dataType.type);\n\t\t\t// Import the tiddlers in the data\n\t\t\tif(data !== \"\" && data !== null) {\n\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\tconsole.log(\"Importing data type '\" + dataType.type + \"', data: '\" + data + \"'\")\n\t\t\t\t}\n\t\t\t\tvar tiddlerFields = dataType.toTiddlerFieldsArray(data,fallbackTitle);\n\t\t\t\tcallback(tiddlerFields);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t}\n};\n\nvar importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn parseJSONTiddlers(data,fallbackTitle);\n\t}},\n\t{type: \"URL\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURIComponent(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn parseJSONTiddlers(match[1],fallbackTitle);\n\t\t} else {\n\t\t\treturn [{title: fallbackTitle, text: data}]; // As URL string\n\t\t}\n\t}},\n\t{type: \"text/html\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/plain\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"Text\", IECompatible: true, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, toTiddlerFieldsArray: function(data,fallbackTitle) {\n\t\treturn [{title: fallbackTitle, text: data}];\n\t}}\n];\n\nfunction parseJSONTiddlers(json,fallbackTitle) {\n\tvar data = JSON.parse(json);\n\tif(!$tw.utils.isArray(data)) {\n\t\tdata = [data];\n\t}\n\tdata.forEach(function(fields) {\n\t\tfields.title = fields.title || fallbackTitle;\n\t});\n\treturn data;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/http.js": {
"title": "$:/core/modules/utils/dom/http.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/http.js\ntype: application/javascript\nmodule-type: utils\n\nBrowser HTTP support\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\theaders: hashmap of headers to send\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data,xhr)\n\treturnProp: string name of the property to return as first argument of callback\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\turl = options.url,\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\treturnProp = options.returnProp || \"responseText\",\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tif(type === \"GET\" || type === \"HEAD\") {\n\t\t\t\turl += \"?\" + results.join(\"&\");\n\t\t\t} else {\n\t\t\t\tdata = results.join(\"&\");\n\t\t\t}\n\t\t}\n\t}\n\t// Set up the state change handler\n\trequest.onreadystatechange = function() {\n\t\tif(this.readyState === 4) {\n\t\t\tif(this.status === 200 || this.status === 201 || this.status === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this[returnProp],this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback($tw.language.getString(\"Error/XMLHttpRequest\") + \": \" + this.status,null,this);\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,url,true);\n\tif(headers) {\n\t\t$tw.utils.each(headers,function(header,headerTitle,object) {\n\t\t\trequest.setRequestHeader(headerTitle,header);\n\t\t});\n\t}\n\tif(data && !$tw.utils.hop(headers,\"Content-type\")) {\n\t\trequest.setRequestHeader(\"Content-type\",\"application/x-www-form-urlencoded; charset=UTF-8\");\n\t}\n\tif(!$tw.utils.hop(headers,\"X-Requested-With\")) {\n\t\trequest.setRequestHeader(\"X-Requested-With\",\"TiddlyWiki\");\n\t}\n\ttry {\n\t\trequest.send(data);\n\t} catch(e) {\n\t\toptions.callback(e,null,this);\n\t}\n\treturn request;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/keyboard.js": {
"title": "$:/core/modules/utils/dom/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/keyboard.js\ntype: application/javascript\nmodule-type: utils\n\nKeyboard utilities; now deprecated. Instead, use $tw.keyboardManager\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n[\"parseKeyDescriptor\",\"checkKeyDescriptor\"].forEach(function(method) {\n\texports[method] = function() {\n\t\tif($tw.keyboardManager) {\n\t\t\treturn $tw.keyboardManager[method].apply($tw.keyboardManager,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\treturn null\n\t\t}\n\t};\n});\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/modal.js": {
"title": "$:/core/modules/utils/dom/modal.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/modal.js\ntype: application/javascript\nmodule-type: utils\n\nModal message mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Modal = function(wiki) {\n\tthis.wiki = wiki;\n\tthis.modalCount = 0;\n};\n\n/*\nDisplay a modal dialogue\n\ttitle: Title of tiddler to display\n\toptions: see below\nOptions include:\n\tdownloadLink: Text of a big download link to include\n*/\nModal.prototype.display = function(title,options) {\n\toptions = options || {};\n\tthis.srcDocument = options.variables && (options.variables.rootwindow === \"true\" ||\n\t\t\t\toptions.variables.rootwindow === \"yes\") ? document :\n\t\t\t\t(options.event.event && options.event.event.target ? options.event.event.target.ownerDocument : document);\n\tthis.srcWindow = this.srcDocument.defaultView;\n\tvar self = this,\n\t\trefreshHandler,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Create the wrapper divs\n\tvar wrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalBackdrop = this.srcDocument.createElement(\"div\"),\n\t\tmodalWrapper = this.srcDocument.createElement(\"div\"),\n\t\tmodalHeader = this.srcDocument.createElement(\"div\"),\n\t\theaderTitle = this.srcDocument.createElement(\"h3\"),\n\t\tmodalBody = this.srcDocument.createElement(\"div\"),\n\t\tmodalLink = this.srcDocument.createElement(\"a\"),\n\t\tmodalFooter = this.srcDocument.createElement(\"div\"),\n\t\tmodalFooterHelp = this.srcDocument.createElement(\"span\"),\n\t\tmodalFooterButtons = this.srcDocument.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"tc-modal-wrapper\");\n\tif(tiddler.fields && tiddler.fields.class) {\n\t\t$tw.utils.addClass(wrapper,tiddler.fields.class);\n\t}\n\t$tw.utils.addClass(modalBackdrop,\"tc-modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"tc-modal\");\n\t$tw.utils.addClass(modalHeader,\"tc-modal-header\");\n\t$tw.utils.addClass(modalBody,\"tc-modal-body\");\n\t$tw.utils.addClass(modalFooter,\"tc-modal-footer\");\n\t// Join them together\n\twrapper.appendChild(modalBackdrop);\n\twrapper.appendChild(modalWrapper);\n\tmodalHeader.appendChild(headerTitle);\n\tmodalWrapper.appendChild(modalHeader);\n\tmodalWrapper.appendChild(modalBody);\n\tmodalFooter.appendChild(modalFooterHelp);\n\tmodalFooter.appendChild(modalFooterButtons);\n\tmodalWrapper.appendChild(modalFooter);\n\t// Render the title of the message\n\tvar headerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"subtitle\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\tattributes: {\n\t\t\t\ttext: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title\n\t\t}}}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\theaderWidgetNode.render(headerTitle,null);\n\t// Render the body of the message\n\tvar bodyWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tbodyWidgetNode.render(modalBody,null);\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink;\n\t\tmodalLink.appendChild(this.srcDocument.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler.fields && tiddler.fields.help) {\n\t\tvar link = this.srcDocument.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.setAttribute(\"rel\",\"noopener noreferrer\");\n\t\tlink.appendChild(this.srcDocument.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerWidgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tfield: \"footer\",\n\t\tmode: \"inline\",\n\t\tchildren: [{\n\t\t\ttype: \"button\",\n\t\t\tattributes: {\n\t\t\t\tmessage: {\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: \"tm-close-tiddler\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\tattributes: {\n\t\t\t\t\ttext: {\n\t\t\t\t\t\ttype: \"string\",\n\t\t\t\t\t\tvalue: $tw.language.getString(\"Buttons/Close/Caption\")\n\t\t\t}}}\n\t\t]}],\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: this.srcDocument,\n\t\tvariables: variables,\n\t\timportPageMacros: true\n\t});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\t// Set up the refresh handler\n\trefreshHandler = function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Remove our refresh handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$tw.utils.forceLayout(modalBackdrop);\n\t\t$tw.utils.forceLayout(modalWrapper);\n\t\t$tw.utils.setStyle(modalBackdrop,[\n\t\t\t{opacity: \"0\"}\n\t\t]);\n\t\t$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + self.srcWindow.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\tself.srcWindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tself.srcDocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tm-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tm-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-this.srcWindow.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tthis.srcDocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-out\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Force layout\n\t$tw.utils.forceLayout(modalBackdrop);\n\t$tw.utils.forceLayout(modalWrapper);\n\t// Set final animated styles\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0.7\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tvar windowContainer = $tw.pageContainer ? ($tw.pageContainer === this.srcDocument.body.firstChild ? $tw.pageContainer : this.srcDocument.body.firstChild) : null;\n\tif(windowContainer) {\n\t\t$tw.utils.toggleClass(windowContainer,\"tc-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/notifier.js": {
"title": "$:/core/modules/utils/dom/notifier.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/notifier.js\ntype: application/javascript\nmodule-type: utils\n\nNotifier mechanism\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar Notifier = function(wiki) {\n\tthis.wiki = wiki;\n};\n\n/*\nDisplay a notification\n\ttitle: Title of tiddler containing the notification text\n\toptions: see below\nOptions include:\n*/\nNotifier.prototype.display = function(title,options) {\n\toptions = options || {};\n\t// Create the wrapper divs\n\tvar self = this,\n\t\tnotification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\trefreshHandler;\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tc-notification\");\n\t// Create the variables\n\tvar variables = $tw.utils.extend({currentTiddler: title},options.variables);\n\t// Render the body of the notification\n\tvar widgetNode = this.wiki.makeTranscludeWidget(title,{\n\t\tparentWidget: $tw.rootWidget,\n\t\tdocument: document,\n\t\tvariables: variables,\n\t\timportPageMacros: true});\n\twidgetNode.render(notification,null);\n\trefreshHandler = function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t};\n\tthis.wiki.addEventListener(\"change\",refreshHandler);\n\t// Set the initial styles for the notification\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"0\"},\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"},\n\t\t{transition: \"opacity \" + duration + \"ms ease-out, \" + $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out\"}\n\t]);\n\t// Add the notification to the DOM\n\tdocument.body.appendChild(notification);\n\t// Force layout\n\t$tw.utils.forceLayout(notification);\n\t// Set final animated styles\n\t$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Remove our change event handler\n\t\tself.wiki.removeEventListener(\"change\",refreshHandler);\n\t\t// Force layout and animate the notification away\n\t\t$tw.utils.forceLayout(notification);\n\t\t$tw.utils.setStyle(notification,[\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transform: \"translateX(\" + (notification.offsetWidth) + \"px)\"}\n\t\t]);\n\t\t// Remove the modal message from the DOM once the transition ends\n\t\tsetTimeout(function() {\n\t\t\tif(notification.parentNode) {\n\t\t\t\tdocument.body.removeChild(notification);\n\t\t\t}\n\t\t},duration);\n\t},$tw.config.preferences.notificationDuration);\n};\n\nexports.Notifier = Notifier;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/popup.js": {
"title": "$:/core/modules/utils/dom/popup.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/popup.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Popup object prototype that manages popups in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.documentElement;\n\tthis.popups = []; // Array of {title:,wiki:,domNode:} objects\n};\n\n/*\nTrigger a popup open or closed. Parameters are in a hashmap:\n\ttitle: title of the tiddler where the popup details are stored\n\tdomNode: dom node to which the popup will be positioned (one of domNode or domNodeRect is required)\n\tdomNodeRect: rectangle to which the popup will be positioned\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false (instead of toggling it)\n\tfloating: if true, skips registering the popup, meaning that it will need manually clearing\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Check if this popup is already active\n\tvar index = this.findPopup(options.title);\n\t// Compute the new state\n\tvar state = index === -1;\n\tif(options.force !== undefined) {\n\t\tstate = options.force;\n\t}\n\t// Show or cancel the popup according to the new state\n\tif(state) {\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel(index);\n\t}\n};\n\nPopup.prototype.findPopup = function(title) {\n\tvar index = -1;\n\tfor(var t=0; t<this.popups.length; t++) {\n\t\tif(this.popups[t].title === title) {\n\t\t\tindex = t;\n\t\t}\n\t}\n\treturn index;\n};\n\nPopup.prototype.handleEvent = function(event) {\n\tif(event.type === \"click\") {\n\t\t// Find out what was clicked on\n\t\tvar info = this.popupInfo(event.target),\n\t\t\tcancelLevel = info.popupLevel - 1;\n\t\t// Don't remove the level that was clicked on if we clicked on a handle\n\t\tif(info.isHandle) {\n\t\t\tcancelLevel++;\n\t\t}\n\t\t// Cancel\n\t\tthis.cancel(cancelLevel);\n\t}\n};\n\n/*\nFind the popup level containing a DOM node. Returns:\npopupLevel: count of the number of nested popups containing the specified element\nisHandle: true if the specified element is within a popup handle\n*/\nPopup.prototype.popupInfo = function(domNode) {\n\tvar isHandle = false,\n\t\tpopupCount = 0,\n\t\tnode = domNode;\n\t// First check ancestors to see if we're within a popup handle\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup-handle\")) {\n\t\t\tisHandle = true;\n\t\t\tpopupCount++;\n\t\t}\n\t\tif($tw.utils.hasClass(node,\"tc-popup-keep\")) {\n\t\t\tisHandle = true;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\t// Then count the number of ancestor popups\n\tnode = domNode;\n\twhile(node) {\n\t\tif($tw.utils.hasClass(node,\"tc-popup\")) {\n\t\t\tpopupCount++;\n\t\t}\n\t\tnode = node.parentNode;\n\t}\n\tvar info = {\n\t\tpopupLevel: popupCount,\n\t\tisHandle: isHandle\n\t};\n\treturn info;\n};\n\n/*\nDisplay a popup by adding it to the stack\n*/\nPopup.prototype.show = function(options) {\n\t// Find out what was clicked on\n\tvar info = this.popupInfo(options.domNode);\n\t// Cancel any higher level popups\n\tthis.cancel(info.popupLevel);\n\n\t// Store the popup details if not already there\n\tif(!options.floating && this.findPopup(options.title) === -1) {\n\t\tthis.popups.push({\n\t\t\ttitle: options.title,\n\t\t\twiki: options.wiki,\n\t\t\tdomNode: options.domNode,\n\t\t\tnoStateReference: options.noStateReference\n\t\t});\n\t}\n\t// Set the state tiddler\n\tvar rect;\n\tif(options.domNodeRect) {\n\t\trect = options.domNodeRect;\n\t} else {\n\t\trect = {\n\t\t\tleft: options.domNode.offsetLeft,\n\t\t\ttop: options.domNode.offsetTop,\n\t\t\twidth: options.domNode.offsetWidth,\n\t\t\theight: options.domNode.offsetHeight\n\t\t};\n\t}\n\tvar popupRect = \"(\" + rect.left + \",\" + rect.top + \",\" + \n\t\t\t\trect.width + \",\" + rect.height + \")\";\n\tif(options.noStateReference) {\n\t\toptions.wiki.setText(options.title,\"text\",undefined,popupRect);\n\t} else {\n\t\toptions.wiki.setTextReference(options.title,popupRect);\n\t}\n\t// Add the click handler if we have any popups\n\tif(this.popups.length > 0) {\n\t\tthis.rootElement.addEventListener(\"click\",this,true);\t\t\n\t}\n};\n\n/*\nCancel all popups at or above a specified level or DOM node\nlevel: popup level to cancel (0 cancels all popups)\n*/\nPopup.prototype.cancel = function(level) {\n\tvar numPopups = this.popups.length;\n\tlevel = Math.max(0,Math.min(level,numPopups));\n\tfor(var t=level; t<numPopups; t++) {\n\t\tvar popup = this.popups.pop();\n\t\tif(popup.title) {\n\t\t\tif(popup.noStateReference) {\n\t\t\t\tpopup.wiki.deleteTiddler(popup.title);\n\t\t\t} else {\n\t\t\t\tpopup.wiki.deleteTiddler($tw.utils.parseTextReference(popup.title).title);\n \t\t}\n\t\t}\n\t}\n\tif(this.popups.length === 0) {\n\t\tthis.rootElement.removeEventListener(\"click\",this,false);\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/;\n\treturn popupLocationRegExp.test(text);\n};\n\nexports.Popup = Popup;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/dom/scroller.js": {
"title": "$:/core/modules/utils/dom/scroller.js",
"text": "/*\\\ntitle: $:/core/modules/utils/dom/scroller.js\ntype: application/javascript\nmodule-type: utils\n\nModule that creates a $tw.utils.Scroller object prototype that manages scrolling in the browser\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nEvent handler for when the `tm-scroll` event hits the document body\n*/\nvar PageScroller = function() {\n\tthis.idRequestFrame = null;\n\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\twindow.webkitRequestAnimationFrame ||\n\t\twindow.mozRequestAnimationFrame ||\n\t\tfunction(callback) {\n\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t};\n\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\twindow.webkitCancelAnimationFrame ||\n\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\twindow.mozCancelAnimationFrame ||\n\t\twindow.mozCancelRequestAnimationFrame ||\n\t\tfunction(id) {\n\t\t\twindow.clearTimeout(id);\n\t\t};\n};\n\nPageScroller.prototype.isScrolling = function() {\n\treturn this.idRequestFrame !== null;\n}\n\nPageScroller.prototype.cancelScroll = function(srcWindow) {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(srcWindow,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tm-scroll\") {\n\t\treturn this.scrollIntoView(event.target);\n\t}\n\treturn true;\n};\n\n/*\nHandle a scroll event hitting the page document\n*/\nPageScroller.prototype.scrollIntoView = function(element,callback) {\n\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t srcWindow = element ? element.ownerDocument.defaultView : window;\n\t// Now get ready to scroll the body\n\tthis.cancelScroll(srcWindow);\n\tthis.startTime = Date.now();\n\t// Get the height of any position:fixed toolbars\n\tvar toolbar = srcWindow.document.querySelector(\".tc-adjust-top-of-scroll\"),\n\t\toffset = 0;\n\tif(toolbar) {\n\t\toffset = toolbar.offsetHeight;\n\t}\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar getBounds = function() {\n\t\t\tvar clientBounds = typeof callback === 'function' ? callback() : element.getBoundingClientRect(),\n\t\t\t\tscrollPosition = $tw.utils.getScrollPosition(srcWindow);\n\t\t\treturn {\n\t\t\t\tleft: clientBounds.left + scrollPosition.x,\n\t\t\t\ttop: clientBounds.top + scrollPosition.y - offset,\n\t\t\t\twidth: clientBounds.width,\n\t\t\t\theight: clientBounds.height\n\t\t\t};\n\t\t},\n\t\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t\t// targetPos/targetSize - position and size of the target element\n\t\t// currentPos/currentSize - position and size of the current scroll viewport\n\t\t// returns: new position of the scroll viewport\n\t\tgetEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\tvar newPos = targetPos;\n\t\t\t// If we are scrolling within 50 pixels of the top/left then snap to zero\n\t\t\tif(newPos < 50) {\n\t\t\t\tnewPos = 0;\n\t\t\t}\n\t\t\treturn newPos;\n\t\t},\n\t\tdrawFrame = function drawFrame() {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll(srcWindow);\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tvar scrollPosition = $tw.utils.getScrollPosition(srcWindow),\n\t\t\t\tbounds = getBounds(),\n\t\t\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,srcWindow.innerWidth),\n\t\t\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,srcWindow.innerHeight);\n\t\t\tsrcWindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(srcWindow,drawFrame);\n\t\t\t}\n\t\t};\n\tdrawFrame();\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/edition-info.js": {
"title": "$:/core/modules/utils/edition-info.js",
"text": "/*\\\ntitle: $:/core/modules/utils/edition-info.js\ntype: application/javascript\nmodule-type: utils-node\n\nInformation about the available editions\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\nvar editionInfo;\n\nexports.getEditionInfo = function() {\n\tif(!editionInfo) {\n\t\t// Enumerate the edition paths\n\t\tvar editionPaths = $tw.getLibraryItemSearchPaths($tw.config.editionsPath,$tw.config.editionsEnvVar);\n\t\teditionInfo = {};\n\t\tfor(var editionIndex=0; editionIndex<editionPaths.length; editionIndex++) {\n\t\t\tvar editionPath = editionPaths[editionIndex];\n\t\t\t// Enumerate the folders\n\t\t\tvar entries = fs.readdirSync(editionPath);\n\t\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\t\tvar entry = entries[entryIndex];\n\t\t\t\t// Check if directories have a valid tiddlywiki.info\n\t\t\t\tif(!editionInfo[entry] && $tw.utils.isDirectory(path.resolve(editionPath,entry))) {\n\t\t\t\t\tvar info;\n\t\t\t\t\ttry {\n\t\t\t\t\t\tinfo = JSON.parse(fs.readFileSync(path.resolve(editionPath,entry,\"tiddlywiki.info\"),\"utf8\"));\n\t\t\t\t\t} catch(ex) {\n\t\t\t\t\t}\n\t\t\t\t\tif(info) {\n\t\t\t\t\t\teditionInfo[entry] = info;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\treturn editionInfo;\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/fakedom.js": {
"title": "$:/core/modules/utils/fakedom.js",
"text": "/*\\\ntitle: $:/core/modules/utils/fakedom.js\ntype: application/javascript\nmodule-type: global\n\nA barebones implementation of DOM interfaces needed by the rendering mechanism.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n};\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text + \"\";\n};\n\nObject.defineProperty(TW_TextNode.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 3;\n\t}\n});\n\nObject.defineProperty(TW_TextNode.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\treturn this.textContent.replace(/(\\r?\\n)/g,\"\");\n\t}\n});\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis._style = {};\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nObject.defineProperty(TW_Element.prototype, \"style\", {\n\tget: function() {\n\t\treturn this._style;\n\t},\n\tset: function(str) {\n\t\tvar self = this;\n\t\tstr = str || \"\";\n\t\t$tw.utils.each(str.split(\";\"),function(declaration) {\n\t\t\tvar parts = declaration.split(\":\"),\n\t\t\t\tname = $tw.utils.trim(parts[0]),\n\t\t\t\tvalue = $tw.utils.trim(parts[1]);\n\t\t\tif(name && value) {\n\t\t\t\tself._style[$tw.utils.convertStyleNameToPropertyName(name)] = value;\n\t\t\t}\n\t\t});\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"nodeType\", {\n\tget: function() {\n\t\treturn 1;\n\t}\n});\n\nTW_Element.prototype.getAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot getAttribute on a raw TW_Element\";\n\t}\n\treturn this.attributes[name];\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value + \"\";\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\tdelete this.attributes[name];\n\t}\n};\n\nTW_Element.prototype.appendChild = function(node) {\n\tthis.children.push(node);\n\tnode.parentNode = this;\n};\n\nTW_Element.prototype.insertBefore = function(node,nextSibling) {\n\tif(nextSibling) {\n\t\tvar p = this.children.indexOf(nextSibling);\n\t\tif(p !== -1) {\n\t\t\tthis.children.splice(p,0,node);\n\t\t\tnode.parentNode = this;\n\t\t} else {\n\t\t\tthis.appendChild(node);\n\t\t}\n\t} else {\n\t\tthis.appendChild(node);\n\t}\n};\n\nTW_Element.prototype.removeChild = function(node) {\n\tvar p = this.children.indexOf(node);\n\tif(p !== -1) {\n\t\tthis.children.splice(p,1);\n\t}\n};\n\nTW_Element.prototype.hasChildNodes = function() {\n\treturn !!this.children.length;\n};\n\nObject.defineProperty(TW_Element.prototype, \"childNodes\", {\n\tget: function() {\n\t\treturn this.children;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"firstChild\", {\n\tget: function() {\n\t\treturn this.children[0];\n\t}\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"tagName\", {\n\tget: function() {\n\t\treturn this.tag || \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes[\"class\"] = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"value\", {\n\tget: function() {\n\t\treturn this.attributes.value || \"\";\n\t},\n\tset: function(value) {\n\t\tthis.attributes.value = value + \"\";\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n\tget: function() {\n\t\tvar output = [],attr,a,v;\n\t\toutput.push(\"<\",this.tag);\n\t\tif(this.attributes) {\n\t\t\tattr = [];\n\t\t\tfor(a in this.attributes) {\n\t\t\t\tattr.push(a);\n\t\t\t}\n\t\t\tattr.sort();\n\t\t\tfor(a=0; a<attr.length; a++) {\n\t\t\t\tv = this.attributes[attr[a]];\n\t\t\t\tif(v !== undefined) {\n\t\t\t\t\toutput.push(\" \",attr[a],\"=\\\"\",$tw.utils.htmlEncode(v),\"\\\"\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif(this._style) {\n\t\t\tvar style = [];\n\t\t\tfor(var s in this._style) {\n\t\t\t\tstyle.push($tw.utils.convertPropertyNameToStyleName(s) + \":\" + this._style[s] + \";\");\n\t\t\t}\n\t\t\tif(style.length > 0) {\n\t\t\t\toutput.push(\" style=\\\"\",style.join(\"\"),\"\\\"\");\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($tw.config.htmlVoidElements.indexOf(this.tag) === -1) {\n\t\t\toutput.push(this.innerHTML);\n\t\t\toutput.push(\"</\",this.tag,\">\");\n\t\t}\n\t\treturn output.join(\"\");\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"innerHTML\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn this.rawHTML;\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tif(node instanceof TW_Element) {\n\t\t\t\t\tb.push(node.outerHTML);\n\t\t\t\t} else if(node instanceof TW_TextNode) {\n\t\t\t\t\tb.push($tw.utils.htmlEncode(node.textContent));\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.isRaw = true;\n\t\tthis.rawHTML = value;\n\t\tthis.rawTextContent = null;\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textInnerHTML\", {\n\tset: function(value) {\n\t\tif(this.isRaw) {\n\t\t\tthis.rawTextContent = value;\n\t\t} else {\n\t\t\tthrow \"Cannot set textInnerHTML of a non-raw TW_Element\";\n\t\t}\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tif(this.rawTextContent === null) {\n\t\t\t\treturn \"\";\n\t\t\t} else {\n\t\t\t\treturn this.rawTextContent;\n\t\t\t}\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t},\n\tset: function(value) {\n\t\tthis.children = [new TW_TextNode(value)];\n\t}\n});\n\nObject.defineProperty(TW_Element.prototype, \"formattedTextContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\treturn \"\";\n\t\t} else {\n\t\t\tvar b = [],\n\t\t\t\tisBlock = $tw.config.htmlBlockElements.indexOf(this.tag) !== -1;\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\tif(this.tag === \"li\") {\n\t\t\t\tb.push(\"* \");\n\t\t\t}\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.formattedTextContent);\n\t\t\t});\n\t\t\tif(isBlock) {\n\t\t\t\tb.push(\"\\n\");\n\t\t\t}\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n\tcompatMode: \"CSS1Compat\", // For KaTeX to know that we're not a browser in quirks mode\n\tisTiddlyWikiFakeDom: true\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/filesystem.js": {
"title": "$:/core/modules/utils/filesystem.js",
"text": "/*\\\ntitle: $:/core/modules/utils/filesystem.js\ntype: application/javascript\nmodule-type: utils-node\n\nFile system utilities\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar fs = require(\"fs\"),\n\tpath = require(\"path\");\n\n/*\nRecursively (and synchronously) copy a directory and all its content\n*/\nexports.copyDirectory = function(srcPath,dstPath) {\n\t// Remove any trailing path separators\n\tsrcPath = $tw.utils.removeTrailingSeparator(srcPath);\n\tdstPath = $tw.utils.removeTrailingSeparator(dstPath);\n\t// Create the destination directory\n\tvar err = $tw.utils.createDirectory(dstPath);\n\tif(err) {\n\t\treturn err;\n\t}\n\t// Function to copy a folder full of files\n\tvar copy = function(srcPath,dstPath) {\n\t\tvar srcStats = fs.lstatSync(srcPath),\n\t\t\tdstExists = fs.existsSync(dstPath);\n\t\tif(srcStats.isFile()) {\n\t\t\t$tw.utils.copyFile(srcPath,dstPath);\n\t\t} else if(srcStats.isDirectory()) {\n\t\t\tvar items = fs.readdirSync(srcPath);\n\t\t\tfor(var t=0; t<items.length; t++) {\n\t\t\t\tvar item = items[t],\n\t\t\t\t\terr = copy(srcPath + path.sep + item,dstPath + path.sep + item);\n\t\t\t\tif(err) {\n\t\t\t\t\treturn err;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\tcopy(srcPath,dstPath);\n\treturn null;\n};\n\n/*\nCopy a file\n*/\nvar FILE_BUFFER_LENGTH = 64 * 1024,\n\tfileBuffer;\n\nexports.copyFile = function(srcPath,dstPath) {\n\t// Create buffer if required\n\tif(!fileBuffer) {\n\t\tfileBuffer = Buffer.alloc(FILE_BUFFER_LENGTH);\n\t}\n\t// Create any directories in the destination\n\t$tw.utils.createDirectory(path.dirname(dstPath));\n\t// Copy the file\n\tvar srcFile = fs.openSync(srcPath,\"r\"),\n\t\tdstFile = fs.openSync(dstPath,\"w\"),\n\t\tbytesRead = 1,\n\t\tpos = 0;\n\twhile (bytesRead > 0) {\n\t\tbytesRead = fs.readSync(srcFile,fileBuffer,0,FILE_BUFFER_LENGTH,pos);\n\t\tfs.writeSync(dstFile,fileBuffer,0,bytesRead);\n\t\tpos += bytesRead;\n\t}\n\tfs.closeSync(srcFile);\n\tfs.closeSync(dstFile);\n\treturn null;\n};\n\n/*\nRemove trailing path separator\n*/\nexports.removeTrailingSeparator = function(dirPath) {\n\tvar len = dirPath.length;\n\tif(dirPath.charAt(len-1) === path.sep) {\n\t\tdirPath = dirPath.substr(0,len-1);\n\t}\n\treturn dirPath;\n};\n\n/*\nRecursively create a directory\n*/\nexports.createDirectory = function(dirPath) {\n\tif(dirPath.substr(dirPath.length-1,1) !== path.sep) {\n\t\tdirPath = dirPath + path.sep;\n\t}\n\tvar pos = 1;\n\tpos = dirPath.indexOf(path.sep,pos);\n\twhile(pos !== -1) {\n\t\tvar subDirPath = dirPath.substr(0,pos);\n\t\tif(!$tw.utils.isDirectory(subDirPath)) {\n\t\t\ttry {\n\t\t\t\tfs.mkdirSync(subDirPath);\n\t\t\t} catch(e) {\n\t\t\t\treturn \"Error creating directory '\" + subDirPath + \"'\";\n\t\t\t}\n\t\t}\n\t\tpos = dirPath.indexOf(path.sep,pos + 1);\n\t}\n\treturn null;\n};\n\n/*\nRecursively create directories needed to contain a specified file\n*/\nexports.createFileDirectories = function(filePath) {\n\treturn $tw.utils.createDirectory(path.dirname(filePath));\n};\n\n/*\nRecursively delete a directory\n*/\nexports.deleteDirectory = function(dirPath) {\n\tif(fs.existsSync(dirPath)) {\n\t\tvar entries = fs.readdirSync(dirPath);\n\t\tfor(var entryIndex=0; entryIndex<entries.length; entryIndex++) {\n\t\t\tvar currPath = dirPath + path.sep + entries[entryIndex];\n\t\t\tif(fs.lstatSync(currPath).isDirectory()) {\n\t\t\t\t$tw.utils.deleteDirectory(currPath);\n\t\t\t} else {\n\t\t\t\tfs.unlinkSync(currPath);\n\t\t\t}\n\t\t}\n\tfs.rmdirSync(dirPath);\n\t}\n\treturn null;\n};\n\n/*\nCheck if a path identifies a directory\n*/\nexports.isDirectory = function(dirPath) {\n\treturn fs.existsSync(dirPath) && fs.statSync(dirPath).isDirectory();\n};\n\n/*\nCheck if a path identifies a directory that is empty\n*/\nexports.isDirectoryEmpty = function(dirPath) {\n\tif(!$tw.utils.isDirectory(dirPath)) {\n\t\treturn false;\n\t}\n\tvar files = fs.readdirSync(dirPath),\n\t\tempty = true;\n\t$tw.utils.each(files,function(file,index) {\n\t\tif(file.charAt(0) !== \".\") {\n\t\t\tempty = false;\n\t\t}\n\t});\n\treturn empty;\n};\n\n/*\nRecursively delete a tree of empty directories\n*/\nexports.deleteEmptyDirs = function(dirpath,callback) {\n\tvar self = this;\n\tfs.readdir(dirpath,function(err,files) {\n\t\tif(err) {\n\t\t\treturn callback(err);\n\t\t}\n\t\tif(files.length > 0) {\n\t\t\treturn callback(null);\n\t\t}\n\t\tfs.rmdir(dirpath,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tself.deleteEmptyDirs(path.dirname(dirpath),callback);\n\t\t});\n\t});\n};\n\n/*\nCreate a fileInfo object for saving a tiddler:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\nOptions include:\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFileInfo = function(tiddler,options) {\n\tvar fileInfo = {};\n\t// Check if the tiddler has any unsafe fields that can't be expressed in a .tid or .meta file: containing control characters, or leading/trailing whitespace\n\tvar hasUnsafeFields = false;\n\t$tw.utils.each(tiddler.getFieldStrings(),function(value,fieldName) {\n\t\tif(fieldName !== \"text\") {\n\t\t\thasUnsafeFields = hasUnsafeFields || /[\\x00-\\x1F]/mg.test(value);\n\t\t\thasUnsafeFields = hasUnsafeFields || ($tw.utils.trim(value) !== value);\n\t\t}\n\t});\n\t// Check for field values \n\tif(hasUnsafeFields) {\n\t\t// Save as a JSON file\n\t\tfileInfo.type = \"application/json\";\n\t\tfileInfo.hasMetaFile = false;\n\t} else {\n\t\t// Save as a .tid or a text/binary file plus a .meta file\n\t\tvar tiddlerType = tiddler.fields.type || \"text/vnd.tiddlywiki\";\n\t\tif(tiddlerType === \"text/vnd.tiddlywiki\") {\n\t\t\t// Save as a .tid file\n\t\t\tfileInfo.type = \"application/x-tiddler\";\n\t\t\tfileInfo.hasMetaFile = false;\n\t\t} else {\n\t\t\t// Save as a text/binary file and a .meta file\n\t\t\tfileInfo.type = tiddlerType;\n\t\t\tfileInfo.hasMetaFile = true;\n\t\t}\n\t}\n\t// Take the file extension from the tiddler content type\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[fileInfo.type] || {extension: \"\"};\n\t// Generate the filepath\n\tfileInfo.filepath = $tw.utils.generateTiddlerFilepath(tiddler.fields.title,{\n\t\textension: contentTypeInfo.extension,\n\t\tdirectory: options.directory,\n\t\tpathFilters: options.pathFilters,\n\t\twiki: options.wiki\n\t});\n\treturn fileInfo;\n};\n\n/*\nGenerate the filepath for saving a tiddler\nOptions include:\n\textension: file extension to be added the finished filepath\n\tdirectory: absolute path of root directory to which we are saving\n\tpathFilters: optional array of filters to be used to generate the base path\n\twiki: optional wiki for evaluating the pathFilters\n*/\nexports.generateTiddlerFilepath = function(title,options) {\n\tvar self = this,\n\t\tdirectory = options.directory || \"\",\n\t\textension = options.extension || \"\",\n\t\tfilepath;\n\t// Check if any of the pathFilters applies\n\tif(options.pathFilters && options.wiki) {\n\t\t$tw.utils.each(options.pathFilters,function(filter) {\n\t\t\tif(!filepath) {\n\t\t\t\tvar source = options.wiki.makeTiddlerIterator([title]),\n\t\t\t\t\tresult = options.wiki.filterTiddlers(filter,null,source);\n\t\t\t\tif(result.length > 0) {\n\t\t\t\t\tfilepath = result[0];\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n\t// If not, generate a base pathname\n\tif(!filepath) {\n\t\tfilepath = title;\n\t\t// If the filepath already ends in the extension then remove it\n\t\tif(filepath.substring(filepath.length - extension.length) === extension) {\n\t\t\tfilepath = filepath.substring(0,filepath.length - extension.length);\n\t\t}\n\t\t// Remove any forward or backward slashes so we don't create directories\n\t\tfilepath = filepath.replace(/\\/|\\\\/g,\"_\");\n\t}\n\t// Don't let the filename start with a dot because such files are invisible on *nix\n\tfilepath = filepath.replace(/^\\./g,\"_\");\n\t// Remove any characters that can't be used in cross-platform filenames\n\tfilepath = $tw.utils.transliterate(filepath.replace(/<|>|\\:|\\\"|\\||\\?|\\*|\\^/g,\"_\"));\n\t// Truncate the filename if it is too long\n\tif(filepath.length > 200) {\n\t\tfilepath = filepath.substr(0,200);\n\t}\n\t// If the resulting filename is blank (eg because the title is just punctuation characters)\n\tif(!filepath) {\n\t\t// ...then just use the character codes of the title\n\t\tfilepath = \"\";\t\n\t\t$tw.utils.each(title.split(\"\"),function(char) {\n\t\t\tif(filepath) {\n\t\t\t\tfilepath += \"-\";\n\t\t\t}\n\t\t\tfilepath += char.charCodeAt(0).toString();\n\t\t});\n\t}\n\t// Add a uniquifier if the file already exists\n\tvar fullPath,\n\t\tcount = 0;\n\tdo {\n\t\tfullPath = path.resolve(directory,filepath + (count ? \"_\" + count : \"\") + extension);\n\t\tcount++;\n\t} while(fs.existsSync(fullPath));\n\t// Return the full path to the file\n\treturn fullPath;\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFile = function(tiddler,fileInfo,callback) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFile(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\tfs.writeFile(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\",callback);\n\t\t});\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFile(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\",callback);\n\t\t} else {\n\t\t\tfs.writeFile(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\",callback);\n\t\t}\n\t}\n};\n\n/*\nSave a tiddler to a file described by the fileInfo:\n\tfilepath: the absolute path to the file containing the tiddler\n\ttype: the type of the tiddler file (NOT the type of the tiddler)\n\thasMetaFile: true if the file also has a companion .meta file\n*/\nexports.saveTiddlerToFileSync = function(tiddler,fileInfo) {\n\t$tw.utils.createDirectory(path.dirname(fileInfo.filepath));\n\tif(fileInfo.hasMetaFile) {\n\t\t// Save the tiddler as a separate body and meta file\n\t\tvar typeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/plain\"] || {encoding: \"utf8\"};\n\t\tfs.writeFileSync(fileInfo.filepath,tiddler.fields.text,typeInfo.encoding);\n\t\tfs.writeFileSync(fileInfo.filepath + \".meta\",tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}),\"utf8\");\n\t} else {\n\t\t// Save the tiddler as a self contained templated file\n\t\tif(fileInfo.type === \"application/x-tiddler\") {\n\t\t\tfs.writeFileSync(fileInfo.filepath,tiddler.getFieldStringBlock({exclude: [\"text\",\"bag\"]}) + (!!tiddler.fields.text ? \"\\n\\n\" + tiddler.fields.text : \"\"),\"utf8\");\n\t\t} else {\n\t\t\tfs.writeFileSync(fileInfo.filepath,JSON.stringify([tiddler.getFieldStrings({exclude: [\"bag\"]})],null,$tw.config.preferences.jsonSpaces),\"utf8\");\n\t\t}\n\t}\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils-node"
},
"$:/core/modules/utils/logger.js": {
"title": "$:/core/modules/utils/logger.js",
"text": "/*\\\ntitle: $:/core/modules/utils/logger.js\ntype: application/javascript\nmodule-type: utils\n\nA basic logging implementation\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar ALERT_TAG = \"$:/tags/Alert\";\n\n/*\nMake a new logger\n*/\nfunction Logger(componentName,options) {\n\toptions = options || {};\n\tthis.componentName = componentName || \"\";\n\tthis.colour = options.colour || \"white\";\n\tthis.enable = \"enable\" in options ? options.enable : true;\n\tthis.save = \"save\" in options ? options.save : true;\n\tthis.saveLimit = options.saveLimit || 100 * 1024;\n\tthis.saveBufferLogger = this;\n\tthis.buffer = \"\";\n\tthis.alertCount = 0;\n}\n\nLogger.prototype.setSaveBuffer = function(logger) {\n\tthis.saveBufferLogger = logger;\n};\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tvar self = this;\n\tif(this.enable) {\n\t\tif(this.saveBufferLogger.save) {\n\t\t\tthis.saveBufferLogger.buffer += $tw.utils.formatDateString(new Date(),\"YYYY MM DD 0hh:0mm:0ss.0XXX\") + \":\";\n\t\t\t$tw.utils.each(Array.prototype.slice.call(arguments,0),function(arg,index) {\n\t\t\t\tself.saveBufferLogger.buffer += \" \" + arg;\n\t\t\t});\n\t\t\tthis.saveBufferLogger.buffer += \"\\n\";\n\t\t\tthis.saveBufferLogger.buffer = this.saveBufferLogger.buffer.slice(-this.saveBufferLogger.saveLimit);\t\t\t\n\t\t}\n\t\tif(console !== undefined && console.log !== undefined) {\n\t\t\treturn Function.apply.call(console.log, console, [$tw.utils.terminalColour(this.colour),this.componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)).concat($tw.utils.terminalColour()));\n\t\t}\n\t} \n};\n\n/*\nRead the message buffer\n*/\nLogger.prototype.getBuffer = function() {\n\treturn this.saveBufferLogger.buffer;\n};\n\n/*\nLog a structure as a table\n*/\nLogger.prototype.table = function(value) {\n\t(console.table || console.log)(value);\n};\n\n/*\nAlert a message\n*/\nLogger.prototype.alert = function(/* args */) {\n\tif(this.enable) {\n\t\t// Prepare the text of the alert\n\t\tvar text = Array.prototype.join.call(arguments,\" \");\n\t\t// Create alert tiddlers in the browser\n\t\tif($tw.browser) {\n\t\t\t// Check if there is an existing alert with the same text and the same component\n\t\t\tvar existingAlerts = $tw.wiki.getTiddlersWithTag(ALERT_TAG),\n\t\t\t\talertFields,\n\t\t\t\texistingCount,\n\t\t\t\tself = this;\n\t\t\t$tw.utils.each(existingAlerts,function(title) {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\t\tif(tiddler.fields.text === text && tiddler.fields.component === self.componentName && tiddler.fields.modified && (!alertFields || tiddler.fields.modified < alertFields.modified)) {\n\t\t\t\t\t\talertFields = $tw.utils.extend({},tiddler.fields);\n\t\t\t\t}\n\t\t\t});\n\t\t\tif(alertFields) {\n\t\t\t\texistingCount = alertFields.count || 1;\n\t\t\t} else {\n\t\t\t\talertFields = {\n\t\t\t\t\ttitle: $tw.wiki.generateNewTitle(\"$:/temp/alerts/alert\",{prefix: \"\"}),\n\t\t\t\t\ttext: text,\n\t\t\t\t\ttags: [ALERT_TAG],\n\t\t\t\t\tcomponent: this.componentName\n\t\t\t\t};\n\t\t\t\texistingCount = 0;\n\t\t\t\tthis.alertCount += 1;\n\t\t\t}\n\t\t\talertFields.modified = new Date();\n\t\t\tif(++existingCount > 1) {\n\t\t\t\talertFields.count = existingCount;\n\t\t\t} else {\n\t\t\t\talertFields.count = undefined;\n\t\t\t}\n\t\t\t$tw.wiki.addTiddler(new $tw.Tiddler(alertFields));\n\t\t\t// Log the alert as well\n\t\t\tthis.log.apply(this,Array.prototype.slice.call(arguments,0));\n\t\t} else {\n\t\t\t// Print an orange message to the console if not in the browser\n\t\t\tconsole.error(\"\\x1b[1;33m\" + text + \"\\x1b[0m\");\n\t\t}\t\t\n\t}\n};\n\n/*\nClear outstanding alerts\n*/\nLogger.prototype.clearAlerts = function() {\n\tvar self = this;\n\tif($tw.browser && this.alertCount > 0) {\n\t\t$tw.utils.each($tw.wiki.getTiddlersWithTag(ALERT_TAG),function(title) {\n\t\t\tvar tiddler = $tw.wiki.getTiddler(title);\n\t\t\tif(tiddler.fields.component === self.componentName) {\n\t\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t\t}\n\t\t});\n\t\tthis.alertCount = 0;\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/parsetree.js": {
"title": "$:/core/modules/utils/parsetree.js",
"text": "/*\\\ntitle: $:/core/modules/utils/parsetree.js\ntype: application/javascript\nmodule-type: utils\n\nParse tree utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[name] = {type: \"string\", value: value};\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tnode.attributes = node.attributes || {};\n\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\tif(node.attributes[\"class\"].type === \"string\") {\n\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t}\n\t\tif(classString !== \"\") {\n\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t}\n\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes.style = node.attributes.style || {type: \"string\", value: \"\"};\n\t\tif(node.attributes.style.type === \"string\") {\n\t\t\tnode.attributes.style.value += name + \":\" + value + \";\";\n\t\t}\n};\n\nexports.findParseTreeNode = function(nodeArray,search) {\n\tfor(var t=0; t<nodeArray.length; t++) {\n\t\tif(nodeArray[t].type === search.type && nodeArray[t].tag === search.tag) {\n\t\t\treturn nodeArray[t];\n\t\t}\n\t}\n\treturn undefined;\n};\n\n/*\nHelper to get the text of a parse tree node or array of nodes\n*/\nexports.getParseTreeText = function getParseTreeText(tree) {\n\tvar output = [];\n\tif($tw.utils.isArray(tree)) {\n\t\t$tw.utils.each(tree,function(node) {\n\t\t\toutput.push(getParseTreeText(node));\n\t\t});\n\t} else {\n\t\tif(tree.type === \"text\") {\n\t\t\toutput.push(tree.text);\n\t\t}\n\t\tif(tree.children) {\n\t\t\treturn getParseTreeText(tree.children);\n\t\t}\n\t}\n\treturn output.join(\"\");\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/performance.js": {
"title": "$:/core/modules/utils/performance.js",
"text": "/*\\\ntitle: $:/core/modules/utils/performance.js\ntype: application/javascript\nmodule-type: global\n\nPerformance measurement.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nfunction Performance(enabled) {\n\tthis.enabled = !!enabled;\n\tthis.measures = {}; // Hashmap by measurement name of {time:, invocations:}\n\tthis.logger = new $tw.utils.Logger(\"performance\");\n\tthis.showGreeting();\n}\n\nPerformance.prototype.showGreeting = function() {\n\tif($tw.browser) {\n\t\tthis.logger.log(\"Execute $tw.perf.log(); to see filter execution timings\");\t\t\n\t}\n};\n\n/*\nWrap performance reporting around a top level function\n*/\nPerformance.prototype.report = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tself.logger.log(name + \": \" + $tw.utils.timer(startTime).toFixed(2) + \"ms\");\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nPerformance.prototype.log = function() {\n\tvar self = this,\n\t\ttotalTime = 0,\n\t\torderedMeasures = Object.keys(this.measures).sort(function(a,b) {\n\t\t\tif(self.measures[a].time > self.measures[b].time) {\n\t\t\t\treturn -1;\n\t\t\t} else if (self.measures[a].time < self.measures[b].time) {\n\t\t\t\treturn + 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t});\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\ttotalTime += self.measures[name].time;\n\t});\n\tvar results = []\n\t$tw.utils.each(orderedMeasures,function(name) {\n\t\tvar measure = self.measures[name];\n\t\tresults.push({name: name,invocations: measure.invocations, avgTime: measure.time / measure.invocations, totalTime: measure.time, percentTime: (measure.time / totalTime) * 100})\n\t});\n\tself.logger.table(results);\n};\n\n/*\nWrap performance measurements around a subfunction\n*/\nPerformance.prototype.measure = function(name,fn) {\n\tvar self = this;\n\tif(this.enabled) {\n\t\treturn function() {\n\t\t\tvar startTime = $tw.utils.timer(),\n\t\t\t\tresult = fn.apply(this,arguments);\n\t\t\tif(!(name in self.measures)) {\n\t\t\t\tself.measures[name] = {time: 0, invocations: 0};\n\t\t\t}\n\t\t\tself.measures[name].time += $tw.utils.timer(startTime);\n\t\t\tself.measures[name].invocations++;\n\t\t\treturn result;\n\t\t};\n\t} else {\n\t\treturn fn;\n\t}\n};\n\nexports.Performance = Performance;\n\n})();\n",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/utils/pluginmaker.js": {
"title": "$:/core/modules/utils/pluginmaker.js",
"text": "/*\\\ntitle: $:/core/modules/utils/pluginmaker.js\ntype: application/javascript\nmodule-type: utils\n\nA quick and dirty way to pack up plugins within the browser.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRepack a plugin, and then delete any non-shadow payload tiddlers\n*/\nexports.repackPlugin = function(title,additionalTiddlers,excludeTiddlers) {\n\tadditionalTiddlers = additionalTiddlers || [];\n\texcludeTiddlers = excludeTiddlers || [];\n\t// Get the plugin tiddler\n\tvar pluginTiddler = $tw.wiki.getTiddler(title);\n\tif(!pluginTiddler) {\n\t\tthrow \"No such tiddler as \" + title;\n\t}\n\t// Extract the JSON\n\tvar jsonPluginTiddler;\n\ttry {\n\t\tjsonPluginTiddler = JSON.parse(pluginTiddler.fields.text);\n\t} catch(e) {\n\t\tthrow \"Cannot parse plugin tiddler \" + title + \"\\n\" + $tw.language.getString(\"Error/Caption\") + \": \" + e;\n\t}\n\t// Get the list of tiddlers\n\tvar tiddlers = Object.keys(jsonPluginTiddler.tiddlers);\n\t// Add the additional tiddlers\n\t$tw.utils.pushTop(tiddlers,additionalTiddlers);\n\t// Remove any excluded tiddlers\n\tfor(var t=tiddlers.length-1; t>=0; t--) {\n\t\tif(excludeTiddlers.indexOf(tiddlers[t]) !== -1) {\n\t\t\ttiddlers.splice(t,1);\n\t\t}\n\t}\n\t// Pack up the tiddlers into a block of JSON\n\tvar plugins = {};\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = $tw.wiki.getTiddler(title),\n\t\t\tfields = {};\n\t\t$tw.utils.each(tiddler.fields,function (value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\tplugins[title] = fields;\n\t});\n\t// Retrieve and bump the version number\n\tvar pluginVersion = $tw.utils.parseVersion(pluginTiddler.getFieldString(\"version\") || \"0.0.0\") || {\n\t\t\tmajor: \"0\",\n\t\t\tminor: \"0\",\n\t\t\tpatch: \"0\"\n\t\t};\n\tpluginVersion.patch++;\n\tvar version = pluginVersion.major + \".\" + pluginVersion.minor + \".\" + pluginVersion.patch;\n\tif(pluginVersion.prerelease) {\n\t\tversion += \"-\" + pluginVersion.prerelease;\n\t}\n\tif(pluginVersion.build) {\n\t\tversion += \"+\" + pluginVersion.build;\n\t}\n\t// Save the tiddler\n\t$tw.wiki.addTiddler(new $tw.Tiddler(pluginTiddler,{text: JSON.stringify({tiddlers: plugins},null,4), version: version}));\n\t// Delete any non-shadow constituent tiddlers\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tif($tw.wiki.tiddlerExists(title)) {\n\t\t\t$tw.wiki.deleteTiddler(title);\n\t\t}\n\t});\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t// Return a heartwarming confirmation\n\treturn \"Plugin \" + title + \" successfully saved\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/transliterate.js": {
"title": "$:/core/modules/utils/transliterate.js",
"text": "/*\\\ntitle: $:/core/modules/utils/transliterate.js\ntype: application/javascript\nmodule-type: utils\n\nTransliteration static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nTransliterate string to ASCII\n\n(Some pairs taken from http://semplicewebsites.com/removing-accents-javascript)\n*/\nexports.transliterationPairs = 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:\"o\",\n\t\"ṓ\":\"o\",\n\t\"ṑ\":\"o\",\n\t\"ǫ\":\"o\",\n\t\"ǭ\":\"o\",\n\t\"ø\":\"o\",\n\t\"ǿ\":\"o\",\n\t\"õ\":\"o\",\n\t\"ṍ\":\"o\",\n\t\"ṏ\":\"o\",\n\t\"ȭ\":\"o\",\n\t\"ƣ\":\"oi\",\n\t\"ꝏ\":\"oo\",\n\t\"ɛ\":\"e\",\n\t\"ᶓ\":\"e\",\n\t\"ɔ\":\"o\",\n\t\"ᶗ\":\"o\",\n\t\"ȣ\":\"ou\",\n\t\"ṕ\":\"p\",\n\t\"ṗ\":\"p\",\n\t\"ꝓ\":\"p\",\n\t\"ƥ\":\"p\",\n\t\"ᵱ\":\"p\",\n\t\"ᶈ\":\"p\",\n\t\"ꝕ\":\"p\",\n\t\"ᵽ\":\"p\",\n\t\"ꝑ\":\"p\",\n\t\"ꝙ\":\"q\",\n\t\"ʠ\":\"q\",\n\t\"ɋ\":\"q\",\n\t\"ꝗ\":\"q\",\n\t\"ŕ\":\"r\",\n\t\"ř\":\"r\",\n\t\"ŗ\":\"r\",\n\t\"ṙ\":\"r\",\n\t\"ṛ\":\"r\",\n\t\"ṝ\":\"r\",\n\t\"ȑ\":\"r\",\n\t\"ɾ\":\"r\",\n\t\"ᵳ\":\"r\",\n\t\"ȓ\":\"r\",\n\t\"ṟ\":\"r\",\n\t\"ɼ\":\"r\",\n\t\"ᵲ\":\"r\",\n\t\"ᶉ\":\"r\",\n\t\"ɍ\":\"r\",\n\t\"ɽ\":\"r\",\n\t\"ↄ\":\"c\",\n\t\"ꜿ\":\"c\",\n\t\"ɘ\":\"e\",\n\t\"ɿ\":\"r\",\n\t\"ś\":\"s\",\n\t\"ṥ\":\"s\",\n\t\"š\":\"s\",\n\t\"ṧ\":\"s\",\n\t\"ş\":\"s\",\n\t\"ŝ\":\"s\",\n\t\"ș\":\"s\",\n\t\"ṡ\":\"s\",\n\t\"ṣ\":\"s\",\n\t\"ṩ\":\"s\",\n\t\"ʂ\":\"s\",\n\t\"ᵴ\":\"s\",\n\t\"ᶊ\":\"s\",\n\t\"ȿ\":\"s\",\n\t\"ɡ\":\"g\",\n\t\"ᴑ\":\"o\",\n\t\"ᴓ\":\"o\",\n\t\"ᴝ\":\"u\",\n\t\"ť\":\"t\",\n\t\"ţ\":\"t\",\n\t\"ṱ\":\"t\",\n\t\"ț\":\"t\",\n\t\"ȶ\":\"t\",\n\t\"ẗ\":\"t\",\n\t\"ⱦ\":\"t\",\n\t\"ṫ\":\"t\",\n\t\"ṭ\":\"t\",\n\t\"ƭ\":\"t\",\n\t\"ṯ\":\"t\",\n\t\"ᵵ\":\"t\",\n\t\"ƫ\":\"t\",\n\t\"ʈ\":\"t\",\n\t\"ŧ\":\"t\",\n\t\"ᵺ\":\"th\",\n\t\"ɐ\":\"a\",\n\t\"ᴂ\":\"ae\",\n\t\"ǝ\":\"e\",\n\t\"ᵷ\":\"g\",\n\t\"ɥ\":\"h\",\n\t\"ʮ\":\"h\",\n\t\"ʯ\":\"h\",\n\t\"ᴉ\":\"i\",\n\t\"ʞ\":\"k\",\n\t\"ꞁ\":\"l\",\n\t\"ɯ\":\"m\",\n\t\"ɰ\":\"m\",\n\t\"ᴔ\":\"oe\",\n\t\"ɹ\":\"r\",\n\t\"ɻ\":\"r\",\n\t\"ɺ\":\"r\",\n\t\"ⱹ\":\"r\",\n\t\"ʇ\":\"t\",\n\t\"ʌ\":\"v\",\n\t\"ʍ\":\"w\",\n\t\"ʎ\":\"y\",\n\t\"ꜩ\":\"tz\",\n\t\"ú\":\"u\",\n\t\"ŭ\":\"u\",\n\t\"ǔ\":\"u\",\n\t\"û\":\"u\",\n\t\"ṷ\":\"u\",\n\t\"ü\":\"u\",\n\t\"ǘ\":\"u\",\n\t\"ǚ\":\"u\",\n\t\"ǜ\":\"u\",\n\t\"ǖ\":\"u\",\n\t\"ṳ\":\"u\",\n\t\"ụ\":\"u\",\n\t\"ű\":\"u\",\n\t\"ȕ\":\"u\",\n\t\"ù\":\"u\",\n\t\"ủ\":\"u\",\n\t\"ư\":\"u\",\n\t\"ứ\":\"u\",\n\t\"ự\":\"u\",\n\t\"ừ\":\"u\",\n\t\"ử\":\"u\",\n\t\"ữ\":\"u\",\n\t\"ȗ\":\"u\",\n\t\"ū\":\"u\",\n\t\"ṻ\":\"u\",\n\t\"ų\":\"u\",\n\t\"ᶙ\":\"u\",\n\t\"ů\":\"u\",\n\t\"ũ\":\"u\",\n\t\"ṹ\":\"u\",\n\t\"ṵ\":\"u\",\n\t\"ᵫ\":\"ue\",\n\t\"ꝸ\":\"um\",\n\t\"ⱴ\":\"v\",\n\t\"ꝟ\":\"v\",\n\t\"ṿ\":\"v\",\n\t\"ʋ\":\"v\",\n\t\"ᶌ\":\"v\",\n\t\"ⱱ\":\"v\",\n\t\"ṽ\":\"v\",\n\t\"ꝡ\":\"vy\",\n\t\"ẃ\":\"w\",\n\t\"ŵ\":\"w\",\n\t\"ẅ\":\"w\",\n\t\"ẇ\":\"w\",\n\t\"ẉ\":\"w\",\n\t\"ẁ\":\"w\",\n\t\"ⱳ\":\"w\",\n\t\"ẘ\":\"w\",\n\t\"ẍ\":\"x\",\n\t\"ẋ\":\"x\",\n\t\"ᶍ\":\"x\",\n\t\"ý\":\"y\",\n\t\"ŷ\":\"y\",\n\t\"ÿ\":\"y\",\n\t\"ẏ\":\"y\",\n\t\"ỵ\":\"y\",\n\t\"ỳ\":\"y\",\n\t\"ƴ\":\"y\",\n\t\"ỷ\":\"y\",\n\t\"ỿ\":\"y\",\n\t\"ȳ\":\"y\",\n\t\"ẙ\":\"y\",\n\t\"ɏ\":\"y\",\n\t\"ỹ\":\"y\",\n\t\"ź\":\"z\",\n\t\"ž\":\"z\",\n\t\"ẑ\":\"z\",\n\t\"ʑ\":\"z\",\n\t\"ⱬ\":\"z\",\n\t\"ż\":\"z\",\n\t\"ẓ\":\"z\",\n\t\"ȥ\":\"z\",\n\t\"ẕ\":\"z\",\n\t\"ᵶ\":\"z\",\n\t\"ᶎ\":\"z\",\n\t\"ʐ\":\"z\",\n\t\"ƶ\":\"z\",\n\t\"ɀ\":\"z\",\n\t\"ff\":\"ff\",\n\t\"ffi\":\"ffi\",\n\t\"ffl\":\"ffl\",\n\t\"fi\":\"fi\",\n\t\"fl\":\"fl\",\n\t\"ij\":\"ij\",\n\t\"œ\":\"oe\",\n\t\"st\":\"st\",\n\t\"ₐ\":\"a\",\n\t\"ₑ\":\"e\",\n\t\"ᵢ\":\"i\",\n\t\"ⱼ\":\"j\",\n\t\"ₒ\":\"o\",\n\t\"ᵣ\":\"r\",\n\t\"ᵤ\":\"u\",\n\t\"ᵥ\":\"v\",\n\t\"ₓ\":\"x\",\n\t\"Ё\":\"YO\",\n\t\"Й\":\"I\",\n\t\"Ц\":\"TS\",\n\t\"У\":\"U\",\n\t\"К\":\"K\",\n\t\"Е\":\"E\",\n\t\"Н\":\"N\",\n\t\"Г\":\"G\",\n\t\"Ш\":\"SH\",\n\t\"Щ\":\"SCH\",\n\t\"З\":\"Z\",\n\t\"Х\":\"H\",\n\t\"Ъ\":\"'\",\n\t\"ё\":\"yo\",\n\t\"й\":\"i\",\n\t\"ц\":\"ts\",\n\t\"у\":\"u\",\n\t\"к\":\"k\",\n\t\"е\":\"e\",\n\t\"н\":\"n\",\n\t\"г\":\"g\",\n\t\"ш\":\"sh\",\n\t\"щ\":\"sch\",\n\t\"з\":\"z\",\n\t\"х\":\"h\",\n\t\"ъ\":\"'\",\n\t\"Ф\":\"F\",\n\t\"Ы\":\"I\",\n\t\"В\":\"V\",\n\t\"А\":\"a\",\n\t\"П\":\"P\",\n\t\"Р\":\"R\",\n\t\"О\":\"O\",\n\t\"Л\":\"L\",\n\t\"Д\":\"D\",\n\t\"Ж\":\"ZH\",\n\t\"Э\":\"E\",\n\t\"ф\":\"f\",\n\t\"ы\":\"i\",\n\t\"в\":\"v\",\n\t\"а\":\"a\",\n\t\"п\":\"p\",\n\t\"р\":\"r\",\n\t\"о\":\"o\",\n\t\"л\":\"l\",\n\t\"д\":\"d\",\n\t\"ж\":\"zh\",\n\t\"э\":\"e\",\n\t\"Я\":\"Ya\",\n\t\"Ч\":\"CH\",\n\t\"С\":\"S\",\n\t\"М\":\"M\",\n\t\"И\":\"I\",\n\t\"Т\":\"T\",\n\t\"Ь\":\"'\",\n\t\"Б\":\"B\",\n\t\"Ю\":\"YU\",\n\t\"я\":\"ya\",\n\t\"ч\":\"ch\",\n\t\"с\":\"s\",\n\t\"м\":\"m\",\n\t\"и\":\"i\",\n\t\"т\":\"t\",\n\t\"ь\":\"'\",\n\t\"б\":\"b\",\n\t\"ю\":\"yu\"\n};\n\nexports.transliterate = function(str) {\n\treturn str.replace(/[^A-Za-z0-9\\[\\] ]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || ch\n\t});\n};\n\nexports.transliterateToSafeASCII = function(str) {\n\treturn str.replace(/[^\\x00-\\x7F]/g,function(ch) {\n\t\treturn exports.transliterationPairs[ch] || \"\"\n\t});\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/utils/utils.js": {
"title": "$:/core/modules/utils/utils.js",
"text": "/*\\\ntitle: $:/core/modules/utils/utils.js\ntype: application/javascript\nmodule-type: utils\n\nVarious static utility functions.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar base64utf8 = require(\"$:/core/modules/utils/base64-utf8/base64-utf8.module.js\");\n\n/*\nDisplay a message, in colour if we're on a terminal\n*/\nexports.log = function(text,colour) {\n\tconsole.log($tw.node ? exports.terminalColour(colour) + text + exports.terminalColour() : text);\n};\n\nexports.terminalColour = function(colour) {\n\tif(!$tw.browser && $tw.node && process.stdout.isTTY) {\n\t\tif(colour) {\n\t\t\tvar code = exports.terminalColourLookup[colour];\n\t\t\tif(code) {\n\t\t\t\treturn \"\\x1b[\" + code + \"m\";\n\t\t\t}\n\t\t} else {\n\t\t\treturn \"\\x1b[0m\"; // Cancel colour\n\t\t}\n\t}\n\treturn \"\";\n};\n\nexports.terminalColourLookup = {\n\t\"black\": \"0;30\",\n\t\"red\": \"0;31\",\n\t\"green\": \"0;32\",\n\t\"brown/orange\": \"0;33\",\n\t\"blue\": \"0;34\",\n\t\"purple\": \"0;35\",\n\t\"cyan\": \"0;36\",\n\t\"light gray\": \"0;37\"\n};\n\n/*\nDisplay a warning, in colour if we're on a terminal\n*/\nexports.warning = function(text) {\n\texports.log(text,\"brown/orange\");\n};\n\n/*\nReturn the integer represented by the str (string).\nReturn the dflt (default) parameter if str is not a base-10 number.\n*/\nexports.getInt = function(str,deflt) {\n\tvar i = parseInt(str,10);\n\treturn isNaN(i) ? deflt : i;\n}\n\n/*\nRepeatedly replaces a substring within a string. Like String.prototype.replace, but without any of the default special handling of $ sequences in the replace string\n*/\nexports.replaceString = function(text,search,replace) {\n\treturn text.replace(search,function() {\n\t\treturn replace;\n\t});\n};\n\n/*\nRepeats a string\n*/\nexports.repeat = function(str,count) {\n\tvar result = \"\";\n\tfor(var t=0;t<count;t++) {\n\t\tresult += str;\n\t}\n\treturn result;\n};\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nConvert a string to sentence case (ie capitalise first letter)\n*/\nexports.toSentenceCase = function(str) {\n\treturn (str || \"\").replace(/^\\S/, function(c) {return c.toUpperCase();});\n}\n\n/*\nConvert a string to title case (ie capitalise each initial letter)\n*/\nexports.toTitleCase = function(str) {\n\treturn (str || \"\").replace(/(^|\\s)\\S/g, function(c) {return c.toUpperCase();});\n}\n\t\n/*\nFind the line break preceding a given position in a string\nReturns position immediately after that line break, or the start of the string\n*/\nexports.findPrecedingLineBreak = function(text,pos) {\n\tvar result = text.lastIndexOf(\"\\n\",pos - 1);\n\tif(result === -1) {\n\t\tresult = 0;\n\t} else {\n\t\tresult++;\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nFind the line break following a given position in a string\n*/\nexports.findFollowingLineBreak = function(text,pos) {\n\t// Cut to just past the following line break, or to the end of the text\n\tvar result = text.indexOf(\"\\n\",pos);\n\tif(result === -1) {\n\t\tresult = text.length;\n\t} else {\n\t\tif(text.charAt(result) === \"\\r\") {\n\t\t\tresult++;\n\t\t}\n\t}\n\treturn result;\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\treturn Object.keys(object || {}).length;\n};\n\n/*\nDetermine whether an array-item is an object-property\n*/\nexports.hopArray = function(object,array) {\n\tfor(var i=0; i<array.length; i++) {\n\t\tif($tw.utils.hop(object,array[i])) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nRemove entries from an array\n\tarray: array to modify\n\tvalue: a single value to remove, or an array of values to remove\n*/\nexports.removeArrayEntries = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\tfor(t=0; t<value.length; t++) {\n\t\t\tp = array.indexOf(value[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tarray.splice(p,1);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tp = array.indexOf(value);\n\t\tif(p !== -1) {\n\t\t\tarray.splice(p,1);\n\t\t}\n\t}\n};\n\n/*\nCheck whether any members of a hashmap are present in another hashmap\n*/\nexports.checkDependencies = function(dependencies,changes) {\n\tvar hit = false;\n\t$tw.utils.each(changes,function(change,title) {\n\t\tif($tw.utils.hop(dependencies,title)) {\n\t\t\thit = true;\n\t\t}\n\t});\n\treturn hit;\n};\n\nexports.extend = function(object /* [, src] */) {\n\t$tw.utils.each(Array.prototype.slice.call(arguments, 1), function(source) {\n\t\tif(source) {\n\t\t\tfor(var property in source) {\n\t\t\t\tobject[property] = source[property];\n\t\t\t}\n\t\t}\n\t});\n\treturn object;\n};\n\nexports.deepCopy = function(object) {\n\tvar result,t;\n\tif($tw.utils.isArray(object)) {\n\t\t// Copy arrays\n\t\tresult = object.slice(0);\n\t} else if(typeof object === \"object\") {\n\t\tresult = {};\n\t\tfor(t in object) {\n\t\t\tif(object[t] !== undefined) {\n\t\t\t\tresult[t] = $tw.utils.deepCopy(object[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tresult = object;\n\t}\n\treturn result;\n};\n\nexports.extendDeepCopy = function(object,extendedProperties) {\n\tvar result = $tw.utils.deepCopy(object),t;\n\tfor(t in extendedProperties) {\n\t\tif(extendedProperties[t] !== undefined) {\n\t\t\tresult[t] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.deepFreeze = function deepFreeze(object) {\n\tvar property, key;\n\tif(object) {\n\t\tObject.freeze(object);\n\t\tfor(key in object) {\n\t\t\tproperty = object[key];\n\t\t\tif($tw.utils.hop(object,key) && (typeof property === \"object\") && !Object.isFrozen(property)) {\n\t\t\t\tdeepFreeze(property);\n\t\t\t}\n\t\t}\n\t}\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function(date,template) {\n\tvar result = \"\",\n\t\tt = template,\n\t\tmatches = [\n\t\t\t[/^0hh12/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getHours12(date));\n\t\t\t}],\n\t\t\t[/^wYYYY/, function() {\n\t\t\t\treturn $tw.utils.getYearForWeekNo(date);\n\t\t\t}],\n\t\t\t[/^hh12/, function() {\n\t\t\t\treturn $tw.utils.getHours12(date);\n\t\t\t}],\n\t\t\t[/^DDth/, function() {\n\t\t\t\treturn date.getDate() + $tw.utils.getDaySuffix(date);\n\t\t\t}],\n\t\t\t[/^YYYY/, function() {\n\t\t\t\treturn date.getFullYear();\n\t\t\t}],\n\t\t\t[/^0hh/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getHours());\n\t\t\t}],\n\t\t\t[/^0mm/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMinutes());\n\t\t\t}],\n\t\t\t[/^0ss/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getSeconds());\n\t\t\t}],\n\t\t\t[/^0XXX/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMilliseconds(),3);\n\t\t\t}],\n\t\t\t[/^0DD/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getDate());\n\t\t\t}],\n\t\t\t[/^0MM/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getMonth()+1);\n\t\t\t}],\n\t\t\t[/^0WW/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getWeek(date));\n\t\t\t}],\n\t\t\t[/^ddd/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^mmm/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Short/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^DDD/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Day/\" + date.getDay());\n\t\t\t}],\n\t\t\t[/^MMM/, function() {\n\t\t\t\treturn $tw.language.getString(\"Date/Long/Month/\" + (date.getMonth() + 1));\n\t\t\t}],\n\t\t\t[/^TZD/, function() {\n\t\t\t\tvar tz = date.getTimezoneOffset(),\n\t\t\t\tatz = Math.abs(tz);\n\t\t\t\treturn (tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60);\n\t\t\t}],\n\t\t\t[/^wYY/, function() {\n\t\t\t\treturn $tw.utils.pad($tw.utils.getYearForWeekNo(date) - 2000);\n\t\t\t}],\n\t\t\t[/^[ap]m/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toLowerCase();\n\t\t\t}],\n\t\t\t[/^hh/, function() {\n\t\t\t\treturn date.getHours();\n\t\t\t}],\n\t\t\t[/^mm/, function() {\n\t\t\t\treturn date.getMinutes();\n\t\t\t}],\n\t\t\t[/^ss/, function() {\n\t\t\t\treturn date.getSeconds();\n\t\t\t}],\n\t\t\t[/^XXX/, function() {\n\t\t\t\treturn date.getMilliseconds();\n\t\t\t}],\n\t\t\t[/^[AP]M/, function() {\n\t\t\t\treturn $tw.utils.getAmPm(date).toUpperCase();\n\t\t\t}],\n\t\t\t[/^DD/, function() {\n\t\t\t\treturn date.getDate();\n\t\t\t}],\n\t\t\t[/^MM/, function() {\n\t\t\t\treturn date.getMonth() + 1;\n\t\t\t}],\n\t\t\t[/^WW/, function() {\n\t\t\t\treturn $tw.utils.getWeek(date);\n\t\t\t}],\n\t\t\t[/^YY/, function() {\n\t\t\t\treturn $tw.utils.pad(date.getFullYear() - 2000);\n\t\t\t}]\n\t\t];\n\t// If the user wants everything in UTC, shift the datestamp\n\t// Optimize for format string that essentially means\n\t// 'return raw UTC (tiddlywiki style) date string.'\n\tif(t.indexOf(\"[UTC]\") == 0 ) {\n\t\tif(t == \"[UTC]YYYY0MM0DD0hh0mm0ssXXX\")\n\t\t\treturn $tw.utils.stringifyDate(new Date());\n\t\tvar offset = date.getTimezoneOffset() ; // in minutes\n\t\tdate = new Date(date.getTime()+offset*60*1000) ;\n\t\tt = t.substr(5) ;\n\t}\n\twhile(t.length){\n\t\tvar matchString = \"\";\n\t\t$tw.utils.each(matches, function(m) {\n\t\t\tvar match = m[0].exec(t);\n\t\t\tif(match) {\n\t\t\t\tmatchString = m[1].call();\n\t\t\t\tt = t.substr(match[0].length);\n\t\t\t\treturn false;\n\t\t\t}\n\t\t});\n\t\tif(matchString) {\n\t\t\tresult += matchString;\n\t\t} else {\n\t\t\tresult += t.charAt(0);\n\t\t\tt = t.substr(1);\n\t\t}\n\t}\n\tresult = result.replace(/\\\\(.)/g,\"$1\");\n\treturn result;\n};\n\nexports.getAmPm = function(date) {\n\treturn $tw.language.getString(\"Date/Period/\" + (date.getHours() >= 12 ? \"pm\" : \"am\"));\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.language.getString(\"Date/DaySuffix/\" + date.getDate());\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar x = new Date(dt.getFullYear(),0,1);\n\tvar n = Math.floor((dt.getTime() - x.getTime()) / 86400000);\n\treturn Math.floor(n / 7) + 1;\n};\n\nexports.getYearForWeekNo = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) {\n\t\td = 7; // JavaScript Sun=0, ISO Sun=7\n\t}\n\tdt.setTime(dt.getTime() + (4 - d) * 86400000);// shift day to Thurs of same week\n\treturn dt.getFullYear();\n};\n\nexports.getHours12 = function(date) {\n\tvar h = date.getHours();\n\treturn h > 12 ? h-12 : ( h > 0 ? h : 12 );\n};\n\n/*\nConvert a date delta in milliseconds into a string representation of \"23 seconds ago\", \"27 minutes ago\" etc.\n\tdelta: delta in milliseconds\nReturns an object with these members:\n\tdescription: string describing the delta period\n\tupdatePeriod: time in millisecond until the string will be inaccurate\n*/\nexports.getRelativeDate = function(delta) {\n\tvar futurep = false;\n\tif(delta < 0) {\n\t\tdelta = -1 * delta;\n\t\tfuturep = true;\n\t}\n\tvar units = [\n\t\t{name: \"Years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"Months\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"Days\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"Hours\", duration: 60 * 60 * 1000},\n\t\t{name: \"Minutes\", duration: 60 * 1000},\n\t\t{name: \"Seconds\", duration: 1000}\n\t];\n\tfor(var t=0; t<units.length; t++) {\n\t\tvar result = Math.floor(delta / units[t].duration);\n\t\tif(result >= 2) {\n\t\t\treturn {\n\t\t\t\tdelta: delta,\n\t\t\t\tdescription: $tw.language.getString(\n\t\t\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/\" + units[t].name,\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{period: result.toString()}\n\t\t\t\t\t}\n\t\t\t\t),\n\t\t\t\tupdatePeriod: units[t].duration\n\t\t\t};\n\t\t}\n\t}\n\treturn {\n\t\tdelta: delta,\n\t\tdescription: $tw.language.getString(\n\t\t\t\"RelativeDate/\" + (futurep ? \"Future\" : \"Past\") + \"/Second\",\n\t\t\t{variables:\n\t\t\t\t{period: \"1\"}\n\t\t\t}\n\t\t),\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\", \" to \""\"\nexports.htmlEncode = function(s) {\n\tif(s) {\n\t\treturn s.toString().replace(/&/mg,\"&\").replace(/</mg,\"<\").replace(/>/mg,\">\").replace(/\\\"/mg,\""\");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n// Converts all HTML entities to their character equivalents\nexports.entityDecode = function(s) {\n\tvar converter = String.fromCodePoint || String.fromCharCode,\n\t\te = s.substr(1,s.length-2), // Strip the & and the ;\n\t\tc;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\tc = parseInt(e.substr(2),16);\n\t\t} else {\n\t\t\tc = parseInt(e.substr(1),10);\n\t\t}\n\t\tif(isNaN(c)) {\n\t\t\treturn s;\n\t\t} else {\n\t\t\treturn converter(c);\n\t\t}\n\t} else {\n\t\tc = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn converter(c);\n\t\t} else {\n\t\t\treturn s; // Couldn't convert it as an entity, just return it raw\n\t\t}\n\t}\n};\n\nexports.unescapeLineBreaks = function(s) {\n\treturn s.replace(/\\\\n/mg,\"\\n\").replace(/\\\\b/mg,\" \").replace(/\\\\s/mg,\"\\\\\").replace(/\\r/mg,\"\");\n};\n\n/*\n * Returns an escape sequence for given character. Uses \\x for characters <=\n * 0xFF to save space, \\u for the rest.\n *\n * The code needs to be in sync with th code template in the compilation\n * function for \"action\" nodes.\n */\n// Copied from peg.js, thanks to David Majda\nexports.escape = function(ch) {\n\tvar charCode = ch.charCodeAt(0);\n\tif(charCode <= 0xFF) {\n\t\treturn '\\\\x' + $tw.utils.pad(charCode.toString(16).toUpperCase());\n\t} else {\n\t\treturn '\\\\u' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape all non-ASCII characters.\n\t*/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n// Turns a string into a legal JSON string\n// Derived from peg.js, thanks to David Majda\nexports.jsonStringify = function(s) {\n\t// See http://www.json.org/\n\treturn (s || \"\")\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/\\x08/g, '\\\\b') // backspace\n\t\t.replace(/\\x0c/g, '\\\\f') // formfeed\n\t\t.replace(/\\t/g, '\\\\t') // tab\n\t\t.replace(/[\\x00-\\x1f\\x80-\\uFFFF]/g,function(s) {\n\t\t\treturn '\\\\u' + $tw.utils.pad(s.charCodeAt(0).toString(16).toUpperCase(),4);\n\t\t}); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\n// Checks whether a link target is external, i.e. not a tiddler title\nexports.isLinkExternal = function(to) {\n\tvar externalRegExp = /^(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s<>{}\\[\\]`|\"\\\\^]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof process === \"undefined\") {\n\t\t// Apparently it would be faster to use postMessage - http://dbaron.org/log/20100309-faster-timeouts\n\t\twindow.setTimeout(fn,4);\n\t} else {\n\t\tprocess.nextTick(fn);\n\t}\n};\n\n/*\nConvert a hyphenated CSS property name into a camel case one\n*/\nexports.unHyphenateCss = function(propName) {\n\treturn propName.replace(/-([a-z])/gi, function(match0,match1) {\n\t\treturn match1.toUpperCase();\n\t});\n};\n\n/*\nConvert a camelcase CSS property name into a dashed one (\"backgroundColor\" --> \"background-color\")\n*/\nexports.hyphenateCss = function(propName) {\n\treturn propName.replace(/([A-Z])/g, function(match0,match1) {\n\t\treturn \"-\" + match1.toLowerCase();\n\t});\n};\n\n/*\nParse a text reference of one of these forms:\n* title\n* !!field\n* title!!field\n* title##index\n* etc\nReturns an object with the following fields, all optional:\n* title: tiddler title\n* field: tiddler field name\n* index: JSON property index\n*/\nexports.parseTextReference = function(textRef) {\n\t// Separate out the title, field name and/or JSON indices\n\tvar reTextRef = /(?:(.*?)!!(.+))|(?:(.*?)##(.+))|(.*)/mg,\n\t\tmatch = reTextRef.exec(textRef),\n\t\tresult = {};\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\tif(match[1]) {\n\t\t\tresult.title = match[1];\n\t\t}\n\t\tif(match[2]) {\n\t\t\tresult.field = match[2];\n\t\t}\n\t\tif(match[3]) {\n\t\t\tresult.title = match[3];\n\t\t}\n\t\tif(match[4]) {\n\t\t\tresult.index = match[4];\n\t\t}\n\t\tif(match[5]) {\n\t\t\tresult.title = match[5];\n\t\t}\n\t} else {\n\t\t// If we couldn't parse it\n\t\tresult.title = textRef\n\t}\n\treturn result;\n};\n\n/*\nChecks whether a string is a valid fieldname\n*/\nexports.isValidFieldName = function(name) {\n\tif(!name || typeof name !== \"string\") {\n\t\treturn false;\n\t}\n\tname = name.toLowerCase().trim();\n\tvar fieldValidatorRegEx = /^[a-z0-9\\-\\._]+$/mg;\n\treturn fieldValidatorRegEx.test(name);\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tif($tw.packageInfo) {\n\t\treturn $tw.packageInfo.version;\n\t} else {\n\t\tvar metatags = document.getElementsByTagName(\"meta\");\n\t\tfor(var t=0; t<metatags.length; t++) {\n\t\t\tvar m = metatags[t];\n\t\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\t\treturn m.content;\n\t\t\t}\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10) || 0;\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\treturn base64utf8.base64.decode.call(base64utf8,string64);\n};\n\n/*\nEncode a string to base64\n*/\nexports.base64Encode = function(string64) {\n\treturn base64utf8.base64.encode.call(base64utf8,string64);\n};\n\n/*\nConvert a hashmap into a tiddler dictionary format sequence of name:value pairs\n*/\nexports.makeTiddlerDictionary = function(data) {\n\tvar output = [];\n\tfor(var name in data) {\n\t\toutput.push(name + \": \" + data[name]);\n\t}\n\treturn output.join(\"\\n\");\n};\n\n/*\nHigh resolution microsecond timer for profiling\n*/\nexports.timer = function(base) {\n\tvar m;\n\tif($tw.node) {\n\t\tvar r = process.hrtime();\n\t\tm = r[0] * 1e3 + (r[1] / 1e6);\n\t} else if(window.performance) {\n\t\tm = performance.now();\n\t} else {\n\t\tm = Date.now();\n\t}\n\tif(typeof base !== \"undefined\") {\n\t\tm = m - base;\n\t}\n\treturn m;\n};\n\n/*\nConvert text and content type to a data URI\n*/\nexports.makeDataUri = function(text,type,_canonical_uri) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tif(_canonical_uri) {\n\t\tparts.push(_canonical_uri);\n\t} else {\n\t\tparts.push(\"data:\");\n\t\tparts.push(type);\n\t\tparts.push(isBase64 ? \";base64\" : \"\");\n\t\tparts.push(\",\");\n\t\tparts.push(isBase64 ? text : encodeURIComponent(text));\t\t\n\t}\n\treturn parts.join(\"\");\n};\n\n/*\nUseful for finding out the fully escaped CSS selector equivalent to a given tag. For example:\n\n$tw.utils.tagToCssSelector(\"$:/tags/Stylesheet\") --> tc-tagged-\\%24\\%3A\\%2Ftags\\%2FStylesheet\n*/\nexports.tagToCssSelector = function(tagName) {\n\treturn \"tc-tagged-\" + encodeURIComponent(tagName).replace(/[!\"#$%&'()*+,\\-./:;<=>?@[\\\\\\]^`{\\|}~,]/mg,function(c) {\n\t\treturn \"\\\\\" + c;\n\t});\n};\n\n/*\nIE does not have sign function\n*/\nexports.sign = Math.sign || function(x) {\n\tx = +x; // convert to a number\n\tif (x === 0 || isNaN(x)) {\n\t\treturn x;\n\t}\n\treturn x > 0 ? 1 : -1;\n};\n\n/*\nIE does not have an endsWith function\n*/\nexports.strEndsWith = function(str,ending,position) {\n\tif(str.endsWith) {\n\t\treturn str.endsWith(ending,position);\n\t} else {\n\t\tif (typeof position !== 'number' || !isFinite(position) || Math.floor(position) !== position || position > str.length) {\n\t\t\tposition = str.length;\n\t\t}\n\t\tposition -= ending.length;\n\t\tvar lastIndex = str.indexOf(ending, position);\n\t\treturn lastIndex !== -1 && lastIndex === position;\n\t}\n};\n\n/*\nReturn system information useful for debugging\n*/\nexports.getSystemInfo = function(str,ending,position) {\n\tvar results = [],\n\t\tsave = function(desc,value) {\n\t\t\tresults.push(desc + \": \" + value);\n\t\t};\n\tif($tw.browser) {\n\t\tsave(\"User Agent\",navigator.userAgent);\n\t\tsave(\"Online Status\",window.navigator.onLine);\n\t}\n\tif($tw.node) {\n\t\tsave(\"Node Version\",process.version);\n\t}\n\treturn results.join(\"\\n\");\n};\n\nexports.parseNumber = function(str) {\n\treturn parseFloat(str) || 0;\n};\n\nexports.parseInt = function(str) {\n\treturn parseInt(str,10) || 0;\n};\n\nexports.stringifyNumber = function(num) {\n\treturn num + \"\";\n};\n\n})();\n",
"type": "application/javascript",
"module-type": "utils"
},
"$:/core/modules/widgets/action-createtiddler.js": {
"title": "$:/core/modules/widgets/action-createtiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-createtiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to create a new tiddler with a unique name and specified fields.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw:false, require:false, exports:false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CreateTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCreateTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCreateTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nCreateTiddlerWidget.prototype.execute = function() {\n\tthis.actionBaseTitle = this.getAttribute(\"$basetitle\");\n\tthis.hasBase = !!this.actionBaseTitle;\n\tthis.actionSaveTitle = this.getAttribute(\"$savetitle\");\n\tthis.actionSaveDraftTitle = this.getAttribute(\"$savedrafttitle\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n\t//Following params are new since 5.1.22\n\tthis.actionTemplate = this.getAttribute(\"$template\");\n\tthis.useTemplate = !!this.actionTemplate;\n\tthis.actionOverwrite = this.getAttribute(\"$overwrite\",\"no\");\n\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nCreateTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nCreateTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar title = this.wiki.getTiddlerText(\"$:/language/DefaultNewTiddlerTitle\"), // Get the initial new-tiddler title\n\t\tfields = {},\n\t\tcreationFields,\n\t\tmodificationFields;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tfields[name] = attribute;\n\t\t}\n\t});\n\tif(this.actionTimestamp) {\n\t\tcreationFields = this.wiki.getCreationFields();\n\t\tmodificationFields = this.wiki.getModificationFields();\n\t}\n\tif(this.hasBase && this.actionOverwrite === \"no\") {\n\t\ttitle = this.wiki.generateNewTitle(this.actionBaseTitle);\n\t} else if (this.hasBase && this.actionOverwrite === \"yes\") {\n\t\ttitle = this.actionBaseTitle\n\t}\n\t// NO $basetitle BUT $template parameter is available\n\t// the title MUST be unique, otherwise the template would be overwritten\n\tif (!this.hasBase && this.useTemplate) {\n\t\ttitle = this.wiki.generateNewTitle(this.actionTemplate);\n\t} else if (!this.hasBase && !this.useTemplate) {\n\t\t// If NO $basetitle AND NO $template use initial title\n\t\t// DON'T overwrite any stuff\n\t\ttitle = this.wiki.generateNewTitle(title);\n\t}\n\tvar templateTiddler = this.wiki.getTiddler(this.actionTemplate) || {};\n\tvar tiddler = this.wiki.addTiddler(new $tw.Tiddler(templateTiddler.fields,creationFields,fields,modificationFields,{title: title}));\n\tif(this.actionSaveTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveTitle,title,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.actionSaveDraftTitle) {\n\t\tthis.wiki.setTextReference(this.actionSaveDraftTitle,this.wiki.generateDraftTitle(title),this.getVariable(\"currentTiddler\"));\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-createtiddler\"] = CreateTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletefield.js": {
"title": "$:/core/modules/widgets/action-deletefield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletefield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete fields of a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\ttiddler = this.wiki.getTiddler(self.actionTiddler),\n\t\tremoveFields = {},\n\t\thasChanged = false;\n\tif(this.actionField && tiddler) {\n\t\tremoveFields[this.actionField] = undefined;\n\t\tif(this.actionField in tiddler.fields) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(tiddler) {\n\t\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\t\tif(name.charAt(0) !== \"$\" && name !== \"title\") {\n\t\t\t\tremoveFields[name] = undefined;\n\t\t\t\thasChanged = true;\n\t\t\t}\n\t\t});\n\t\tif(hasChanged) {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,removeFields,this.wiki.getModificationFields()));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletefield\"] = DeleteFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-deletetiddler.js": {
"title": "$:/core/modules/widgets/action-deletetiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-deletetiddler.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to delete a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DeleteTiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDeleteTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDeleteTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nDeleteTiddlerWidget.prototype.execute = function() {\n\tthis.actionFilter = this.getAttribute(\"$filter\");\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nDeleteTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$filter\"] || changedAttributes[\"$tiddler\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nDeleteTiddlerWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar tiddlers = [];\n\tif(this.actionFilter) {\n\t\ttiddlers = this.wiki.filterTiddlers(this.actionFilter,this);\n\t}\n\tif(this.actionTiddler) {\n\t\ttiddlers.push(this.actionTiddler);\n\t}\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.wiki.deleteTiddler(tiddlers[t]);\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-deletetiddler\"] = DeleteTiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-listops.js": {
"title": "$:/core/modules/widgets/action-listops.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-listops.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to apply list operations to any tiddler field (defaults to the 'list' field of the current tiddler)\n\n\\*/\n(function() {\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\nvar ActionListopsWidget = function(parseTreeNode, options) {\n\tthis.initialise(parseTreeNode, options);\n};\n/**\n * Inherit from the base widget class\n */\nActionListopsWidget.prototype = new Widget();\n/**\n * Render this widget into the DOM\n */\nActionListopsWidget.prototype.render = function(parent, nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n/**\n * Compute the internal state of the widget\n */\nActionListopsWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.target = this.getAttribute(\"$tiddler\", this.getVariable(\n\t\t\"currentTiddler\"));\n\tthis.filter = this.getAttribute(\"$filter\");\n\tthis.subfilter = this.getAttribute(\"$subfilter\");\n\tthis.listField = this.getAttribute(\"$field\", \"list\");\n\tthis.listIndex = this.getAttribute(\"$index\");\n\tthis.filtertags = this.getAttribute(\"$tags\");\n};\n/**\n * \tRefresh the widget by ensuring our attributes are up to date\n */\nActionListopsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.$tiddler || changedAttributes.$filter ||\n\t\tchangedAttributes.$subfilter || changedAttributes.$field ||\n\t\tchangedAttributes.$index || changedAttributes.$tags) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n/**\n * \tInvoke the action associated with this widget\n */\nActionListopsWidget.prototype.invokeAction = function(triggeringWidget,\n\tevent) {\n\t//Apply the specified filters to the lists\n\tvar field = this.listField,\n\t\tindex,\n\t\ttype = \"!!\",\n\t\tlist = this.listField;\n\tif(this.listIndex) {\n\t\tfield = undefined;\n\t\tindex = this.listIndex;\n\t\ttype = \"##\";\n\t\tlist = this.listIndex;\n\t}\n\tif(this.filter) {\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(this.filter, this)));\n\t}\n\tif(this.subfilter) {\n\t\tvar subfilter = \"[list[\" + this.target + type + list + \"]] \" + this.subfilter;\n\t\tthis.wiki.setText(this.target, field, index, $tw.utils.stringifyList(\n\t\t\tthis.wiki\n\t\t\t.filterTiddlers(subfilter, this)));\n\t}\n\tif(this.filtertags) {\n\t\tvar tiddler = this.wiki.getTiddler(this.target),\n\t\t\toldtags = tiddler ? (tiddler.fields.tags || []).slice(0) : [],\n\t\t\ttagfilter = \"[list[\" + this.target + \"!!tags]] \" + this.filtertags,\n\t\t\tnewtags = this.wiki.filterTiddlers(tagfilter,this);\n\t\tif($tw.utils.stringifyList(oldtags.sort()) !== $tw.utils.stringifyList(newtags.sort())) {\n\t\t\tthis.wiki.setText(this.target,\"tags\",undefined,$tw.utils.stringifyList(newtags));\t\t\t\n\t\t}\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-listops\"] = ActionListopsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-navigate.js": {
"title": "$:/core/modules/widgets/action-navigate.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-navigate.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to navigate to a tiddler\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigateWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigateWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigateWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigateWidget.prototype.execute = function() {\n\tthis.actionTo = this.getAttribute(\"$to\");\n\tthis.actionScroll = this.getAttribute(\"$scroll\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nNavigateWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$to\"] || changedAttributes[\"$scroll\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nNavigateWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tevent = event || {};\n\tvar bounds = triggeringWidget && triggeringWidget.getBoundingClientRect && triggeringWidget.getBoundingClientRect(),\n\t\tsuppressNavigation = event.metaKey || event.ctrlKey || (event.button === 1);\n\tif(this.actionScroll === \"yes\") {\n\t\tsuppressNavigation = false;\n\t} else if(this.actionScroll === \"no\") {\n\t\tsuppressNavigation = true;\n\t}\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.actionTo === undefined ? this.getVariable(\"currentTiddler\") : this.actionTo,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: triggeringWidget,\n\t\tnavigateFromClientRect: bounds && { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: suppressNavigation\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-navigate\"] = NavigateWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-popup.js": {
"title": "$:/core/modules/widgets/action-popup.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-popup.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to trigger a popup.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ActionPopupWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nActionPopupWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nActionPopupWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nActionPopupWidget.prototype.execute = function() {\n\tthis.actionState = this.getAttribute(\"$state\");\n\tthis.actionCoords = this.getAttribute(\"$coords\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nActionPopupWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$state\"] || changedAttributes[\"$coords\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nActionPopupWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Trigger the popup\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(this.actionCoords);\n\tif(match) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: null,\n\t\t\tdomNodeRect: {\n\t\t\t\tleft: parseFloat(match[1]),\n\t\t\t\ttop: parseFloat(match[2]),\n\t\t\t\twidth: parseFloat(match[3]),\n\t\t\t\theight: parseFloat(match[4])\n\t\t\t},\n\t\t\ttitle: this.actionState,\n\t\t\twiki: this.wiki\n\t\t});\n\t}\n\treturn true; // Action was invoked\n};\n\nexports[\"action-popup\"] = ActionPopupWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-sendmessage.js": {
"title": "$:/core/modules/widgets/action-sendmessage.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-sendmessage.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to send a message\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SendMessageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSendMessageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSendMessageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSendMessageWidget.prototype.execute = function() {\n\tthis.actionMessage = this.getAttribute(\"$message\");\n\tthis.actionParam = this.getAttribute(\"$param\");\n\tthis.actionName = this.getAttribute(\"$name\");\n\tthis.actionValue = this.getAttribute(\"$value\",\"\");\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSendMessageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSendMessageWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\t// Get the string parameter\n\tvar param = this.actionParam;\n\t// Assemble the attributes as a hashmap\n\tvar paramObject = Object.create(null);\n\tvar count = 0;\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparamObject[name] = attribute;\n\t\t\tcount++;\n\t\t}\n\t});\n\t// Add name/value pair if present\n\tif(this.actionName) {\n\t\tparamObject[this.actionName] = this.actionValue;\n\t}\n\t// Dispatch the message\n\tthis.dispatchEvent({\n\t\ttype: this.actionMessage,\n\t\tparam: param,\n\t\tparamObject: paramObject,\n\t\ttiddlerTitle: this.getVariable(\"currentTiddler\"),\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tevent: event\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-sendmessage\"] = SendMessageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/action-setfield.js": {
"title": "$:/core/modules/widgets/action-setfield.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/action-setfield.js\ntype: application/javascript\nmodule-type: widget\n\nAction widget to set a single field or index on a tiddler.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetFieldWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetFieldWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetFieldWidget.prototype.render = function(parent,nextSibling) {\n\tthis.computeAttributes();\n\tthis.execute();\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetFieldWidget.prototype.execute = function() {\n\tthis.actionTiddler = this.getAttribute(\"$tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.actionField = this.getAttribute(\"$field\");\n\tthis.actionIndex = this.getAttribute(\"$index\");\n\tthis.actionValue = this.getAttribute(\"$value\");\n\tthis.actionTimestamp = this.getAttribute(\"$timestamp\",\"yes\") === \"yes\";\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nSetFieldWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"$tiddler\"] || changedAttributes[\"$field\"] || changedAttributes[\"$index\"] || changedAttributes[\"$value\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nInvoke the action associated with this widget\n*/\nSetFieldWidget.prototype.invokeAction = function(triggeringWidget,event) {\n\tvar self = this,\n\t\toptions = {};\n\toptions.suppressTimestamp = !this.actionTimestamp;\n\tif((typeof this.actionField == \"string\") || (typeof this.actionIndex == \"string\") || (typeof this.actionValue == \"string\")) {\n\t\tthis.wiki.setText(this.actionTiddler,this.actionField,this.actionIndex,this.actionValue,options);\n\t}\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tself.wiki.setText(self.actionTiddler,name,undefined,attribute,options);\n\t\t}\n\t});\n\treturn true; // Action was invoked\n};\n\nexports[\"action-setfield\"] = SetFieldWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/browse.js": {
"title": "$:/core/modules/widgets/browse.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/browse.js\ntype: application/javascript\nmodule-type: widget\n\nBrowse widget for browsing for files to import\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar BrowseWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nBrowseWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nBrowseWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"file\");\n\tif(this.browseMultiple) {\n\t\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\t// Nw.js supports \"nwsaveas\" to force a \"save as\" dialogue that allows a new or existing file to be selected\n\tif(this.nwsaveas) {\n\t\tdomNode.setAttribute(\"nwsaveas\",this.nwsaveas);\n\t}\n\t// Nw.js supports \"webkitdirectory\" and \"nwdirectory\" to allow a directory to be selected\n\tif(this.webkitdirectory) {\n\t\tdomNode.setAttribute(\"webkitdirectory\",this.webkitdirectory);\n\t}\n\tif(this.nwdirectory) {\n\t\tdomNode.setAttribute(\"nwdirectory\",this.nwdirectory);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tif(self.message) {\n\t\t\tself.dispatchEvent({type: self.message, param: self.param, files: event.target.files});\n\t\t} else {\n\t\t\tself.wiki.readFiles(event.target.files,{\n\t\t\t\tcallback: function(tiddlerFieldsArray) {\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t\t\t},\n\t\t\t\tdeserializer: self.deserializer\n\t\t\t});\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nBrowseWidget.prototype.execute = function() {\n\tthis.browseMultiple = this.getAttribute(\"multiple\");\n\tthis.deserializer = this.getAttribute(\"deserializer\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.nwsaveas = this.getAttribute(\"nwsaveas\");\n\tthis.webkitdirectory = this.getAttribute(\"webkitdirectory\");\n\tthis.nwdirectory = this.getAttribute(\"nwdirectory\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nBrowseWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.browse = BrowseWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/button.js": {
"title": "$:/core/modules/widgets/button.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/button.js\ntype: application/javascript\nmodule-type: widget\n\nButton widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ButtonWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nButtonWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nButtonWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar tag = \"button\";\n\tif(this.buttonTag && $tw.config.htmlUnsafeElements.indexOf(this.buttonTag) === -1) {\n\t\ttag = this.buttonTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [],\n\t\tisPoppedUp = (this.popup || this.popupTitle) && this.isPoppedUp();\n\tif(this.selectedClass) {\n\t\tif((this.set || this.setTitle) && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(isPoppedUp) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tif(isPoppedUp) {\n\t\t$tw.utils.pushTop(classes,\"tc-popup-handle\");\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign other attributes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tif(this.tooltip) {\n\t\tdomNode.setAttribute(\"title\",this.tooltip);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\t\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.invokeActions(self,event)) {\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.to) {\n\t\t\tself.navigateTo(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup || self.popupTitle) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set || self.setTitle) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.actions) {\n\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t}\n\t\tif(handled) {\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t}\n\t\treturn handled;\n\t},false);\n\t// Make it draggable if required\n\tif(this.dragTiddler || this.dragFilter) {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.dragTiddler;},\n\t\t\tdragFilterFn: function() {return self.dragFilter;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nWe don't allow actions to propagate because we trigger actions ourselves\n*/\nButtonWidget.prototype.allowActionPropagation = function() {\n\treturn false;\n};\n\nButtonWidget.prototype.getBoundingClientRect = function() {\n\treturn this.domNodes[0].getBoundingClientRect();\n};\n\nButtonWidget.prototype.isSelected = function() {\n return this.setTitle ? (this.setField ? this.wiki.getTiddler(this.setTitle).getFieldString(this.setField) === this.setTo :\n\t\t(this.setIndex ? this.wiki.extractTiddlerDataItem(this.setTitle,this.setIndex) === this.setTo :\n\t\t\tthis.wiki.getTiddlerText(this.setTitle))) || this.defaultSetValue || this.getVariable(\"currentTiddler\") :\n\t\tthis.wiki.getTextReference(this.set,this.defaultSetValue,this.getVariable(\"currentTiddler\")) === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.popupTitle ? this.wiki.getTiddler(this.popupTitle) : this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.navigateTo = function(event) {\n\tvar bounds = this.getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tevent: event\n\t});\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\"), event: event});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\tif(this.popupTitle) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popupTitle,\n\t\t\twiki: this.wiki,\n\t\t\tnoStateReference: true\n\t\t});\n\t} else {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.popup,\n\t\t\twiki: this.wiki\n\t\t});\n\t}\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tif(this.setTitle) {\n\t\tthis.setField ? this.wiki.setText(this.setTitle,this.setField,undefined,this.setTo) :\n\t\t\t\t(this.setIndex ? this.wiki.setText(this.setTitle,undefined,this.setIndex,this.setTo) :\n\t\t\t\tthis.wiki.setText(this.setTitle,\"text\",undefined,this.setTo));\n\t} else {\n\t\tthis.wiki.setTextReference(this.set,this.setTo,this.getVariable(\"currentTiddler\"));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\");\n\tthis.to = this.getAttribute(\"to\");\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\",\"\");\n\tthis.buttonTag = this.getAttribute(\"tag\");\n\tthis.dragTiddler = this.getAttribute(\"dragTiddler\");\n\tthis.dragFilter = this.getAttribute(\"dragFilter\");\n\tthis.setTitle = this.getAttribute(\"setTitle\");\n\tthis.setField = this.getAttribute(\"setField\");\n\tthis.setIndex = this.getAttribute(\"setIndex\");\n\tthis.popupTitle = this.getAttribute(\"popupTitle\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.actions || changedAttributes.to || changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || changedAttributes.dragFilter || changedAttributes.dragTiddler || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup]) || (this.popupTitle && changedTiddlers[this.popupTitle]) || changedAttributes.setTitle || changedAttributes.setField || changedAttributes.setIndex || changedAttributes.popupTitle) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/checkbox.js": {
"title": "$:/core/modules/widgets/checkbox.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/checkbox.js\ntype: application/javascript\nmodule-type: widget\n\nCheckbox widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CheckboxWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCheckboxWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCheckboxWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.checkboxClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"checkbox\");\n\tif(this.getValue()) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nCheckboxWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler) {\n\t\tif(this.checkboxTag) {\n\t\t\tif(this.checkboxInvertTag) {\n\t\t\t\treturn !tiddler.hasTag(this.checkboxTag);\n\t\t\t} else {\n\t\t\t\treturn tiddler.hasTag(this.checkboxTag);\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tvar value;\n\t\t\tif($tw.utils.hop(tiddler.fields,this.checkboxField)) {\n\t\t\t\tvalue = tiddler.fields[this.checkboxField] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.checkboxDefault || \"\";\n\t\t\t}\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\tif(this.checkboxIndex) {\n\t\t\tvar value = this.wiki.extractTiddlerDataItem(tiddler,this.checkboxIndex,this.checkboxDefault || \"\");\n\t\t\tif(value === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(value === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.checkboxTag) {\n\t\t\treturn false;\n\t\t}\n\t\tif(this.checkboxField) {\n\t\t\tif(this.checkboxDefault === this.checkboxChecked) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\tif(this.checkboxDefault === this.checkboxUnchecked) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle),\n\t\tfallbackFields = {text: \"\"},\n\t\tnewFields = {title: this.checkboxTitle},\n\t\thasChanged = false,\n\t\ttagCheck = false,\n\t\thasTag = tiddler && tiddler.hasTag(this.checkboxTag),\n\t\tvalue = checked ? this.checkboxChecked : this.checkboxUnchecked;\n\tif(this.checkboxTag && this.checkboxInvertTag === \"yes\") {\n\t\ttagCheck = hasTag === checked;\n\t} else {\n\t\ttagCheck = hasTag !== checked;\n\t}\n\t// Set the tag if specified\n\tif(this.checkboxTag && (!tiddler || tagCheck)) {\n\t\tnewFields.tags = tiddler ? (tiddler.fields.tags || []).slice(0) : [];\n\t\tvar pos = newFields.tags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewFields.tags.splice(pos,1);\n\t\t}\n\t\tif(this.checkboxInvertTag === \"yes\" && !checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t} else if(this.checkboxInvertTag !== \"yes\" && checked) {\n\t\t\tnewFields.tags.push(this.checkboxTag);\n\t\t}\n\t\thasChanged = true;\n\t}\n\t// Set the field if specified\n\tif(this.checkboxField) {\n\t\tif(!tiddler || tiddler.fields[this.checkboxField] !== value) {\n\t\t\tnewFields[this.checkboxField] = value;\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\t// Set the index if specified\n\tif(this.checkboxIndex) {\n\t\tvar indexValue = this.wiki.extractTiddlerDataItem(this.checkboxTitle,this.checkboxIndex);\n\t\tif(!tiddler || indexValue !== value) {\n\t\t\thasChanged = true;\n\t\t}\n\t}\n\tif(hasChanged) {\n\t\tif(this.checkboxIndex) {\n\t\t\tthis.wiki.setText(this.checkboxTitle,\"\",this.checkboxIndex,value);\n\t\t} else {\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),fallbackFields,tiddler,newFields,this.wiki.getModificationFields()));\n\t\t}\n\t}\n\t// Trigger actions\n\tif(this.checkboxActions) {\n\t\tthis.invokeActionString(this.checkboxActions,this,event);\n\t}\n\tif(this.checkboxCheckActions && checked) {\n\t\tthis.invokeActionString(this.checkboxCheckActions,this,event);\n\t}\n\tif(this.checkboxUncheckActions && !checked) {\n\t\tthis.invokeActionString(this.checkboxUncheckActions,this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxActions = this.getAttribute(\"actions\");\n\tthis.checkboxCheckActions = this.getAttribute(\"checkactions\");\n\tthis.checkboxUncheckActions = this.getAttribute(\"uncheckactions\");\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\tthis.checkboxField = this.getAttribute(\"field\");\n\tthis.checkboxIndex = this.getAttribute(\"index\");\n\tthis.checkboxChecked = this.getAttribute(\"checked\");\n\tthis.checkboxUnchecked = this.getAttribute(\"unchecked\");\n\tthis.checkboxDefault = this.getAttribute(\"default\");\n\tthis.checkboxClass = this.getAttribute(\"class\",\"\");\n\tthis.checkboxInvertTag = this.getAttribute(\"invertTag\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes.invertTag || changedAttributes.field || changedAttributes.index || changedAttributes.checked || changedAttributes.unchecked || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/codeblock.js": {
"title": "$:/core/modules/widgets/codeblock.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/codeblock.js\ntype: application/javascript\nmodule-type: widget\n\nCode block node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CodeBlockWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCodeBlockWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCodeBlockWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar codeNode = this.document.createElement(\"code\"),\n\t\tdomNode = this.document.createElement(\"pre\");\n\tcodeNode.appendChild(this.document.createTextNode(this.getAttribute(\"code\")));\n\tdomNode.appendChild(codeNode);\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCodeBlockWidget.prototype.execute = function() {\n\tthis.language = this.getAttribute(\"language\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/count.js": {
"title": "$:/core/modules/widgets/count.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/count.js\ntype: application/javascript\nmodule-type: widget\n\nCount widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar CountWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nCountWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nCountWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.currentCount);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nCountWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Execute the filter\n\tif(this.filter) {\n\t\tthis.currentCount = this.wiki.filterTiddlers(this.filter,this).length;\n\t} else {\n\t\tthis.currentCount = \"0\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCountWidget.prototype.refresh = function(changedTiddlers) {\n\t// Re-execute the filter to get the count\n\tthis.computeAttributes();\n\tvar oldCount = this.currentCount;\n\tthis.execute();\n\tif(this.currentCount !== oldCount) {\n\t\t// Regenerate and rerender the widget and replace the existing DOM node\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n\n};\n\nexports.count = CountWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/diff-text.js": {
"title": "$:/core/modules/widgets/diff-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/diff-text.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display a diff between two texts\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget,\n\tdmp = require(\"$:/core/modules/utils/diff-match-patch/diff_match_patch.js\");\n\nvar DiffTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDiffTextWidget.prototype = new Widget();\n\nDiffTextWidget.prototype.invisibleCharacters = {\n\t\"\\n\": \"↩︎\\n\",\n\t\"\\r\": \"⇠\",\n\t\"\\t\": \"⇥\\t\"\n};\n\n/*\nRender this widget into the DOM\n*/\nDiffTextWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create the diff\n\tvar dmpObject = new dmp.diff_match_patch(),\n\t\tdiffs = dmpObject.diff_main(this.getAttribute(\"source\"),this.getAttribute(\"dest\"));\n\t// Apply required cleanup\n\tswitch(this.getAttribute(\"cleanup\",\"semantic\")) {\n\t\tcase \"none\":\n\t\t\t// No cleanup\n\t\t\tbreak;\n\t\tcase \"efficiency\":\n\t\t\tdmpObject.diff_cleanupEfficiency(diffs);\n\t\t\tbreak;\n\t\tdefault: // case \"semantic\"\n\t\t\tdmpObject.diff_cleanupSemantic(diffs);\n\t\t\tbreak;\n\t}\n\t// Create the elements\n\tvar domContainer = this.document.createElement(\"div\"), \n\t\tdomDiff = this.createDiffDom(diffs);\n\tparent.insertBefore(domContainer,nextSibling);\n\t// Set variables\n\tthis.setVariable(\"diff-count\",diffs.reduce(function(acc,diff) {\n\t\tif(diff[0] !== dmp.DIFF_EQUAL) {\n\t\t\tacc++;\n\t\t}\n\t\treturn acc;\n\t},0).toString());\n\t// Render child widgets\n\tthis.renderChildren(domContainer,null);\n\t// Render the diff\n\tdomContainer.appendChild(domDiff);\n\t// Save our container\n\tthis.domNodes.push(domContainer);\n};\n\n/*\nCreate DOM elements representing a list of diffs\n*/\nDiffTextWidget.prototype.createDiffDom = function(diffs) {\n\tvar self = this;\n\t// Create the element and assign the attributes\n\tvar domPre = this.document.createElement(\"pre\"),\n\t\tdomCode = this.document.createElement(\"code\");\n\t$tw.utils.each(diffs,function(diff) {\n\t\tvar tag = diff[0] === dmp.DIFF_INSERT ? \"ins\" : (diff[0] === dmp.DIFF_DELETE ? \"del\" : \"span\"),\n\t\t\tclassName = diff[0] === dmp.DIFF_INSERT ? \"tc-diff-insert\" : (diff[0] === dmp.DIFF_DELETE ? \"tc-diff-delete\" : \"tc-diff-equal\"),\n\t\t\tdom = self.document.createElement(tag),\n\t\t\ttext = diff[1],\n\t\t\tcurrPos = 0,\n\t\t\tre = /([\\x00-\\x1F])/mg,\n\t\t\tmatch = re.exec(text),\n\t\t\tspan,\n\t\t\tprintable;\n\t\tdom.className = className;\n\t\twhile(match) {\n\t\t\tif(currPos < match.index) {\n\t\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos,match.index)));\n\t\t\t}\n\t\t\tspan = self.document.createElement(\"span\");\n\t\t\tspan.className = \"tc-diff-invisible\";\n\t\t\tprintable = self.invisibleCharacters[match[0]] || (\"[0x\" + match[0].charCodeAt(0).toString(16) + \"]\");\n\t\t\tspan.appendChild(self.document.createTextNode(printable));\n\t\t\tdom.appendChild(span);\n\t\t\tcurrPos = match.index + match[0].length;\n\t\t\tmatch = re.exec(text);\n\t\t}\n\t\tif(currPos < text.length) {\n\t\t\tdom.appendChild(self.document.createTextNode(text.slice(currPos)));\n\t\t}\n\t\tdomCode.appendChild(dom);\n\t});\n\tdomPre.appendChild(domCode);\n\treturn domPre;\n};\n\n/*\nCompute the internal state of the widget\n*/\nDiffTextWidget.prototype.execute = function() {\n\t// Make child widgets\n\tvar parseTreeNodes;\n\tif(this.parseTreeNode && this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\tparseTreeNodes = this.parseTreeNode.children;\n\t} else {\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: \"$:/language/Diffs/CountMessage\"}\n\t\t\t}\n\t\t}];\n\t}\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDiffTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.dest || changedAttributes.cleanup) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports[\"diff-text\"] = DiffTextWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/draggable.js": {
"title": "$:/core/modules/widgets/draggable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/draggable.js\ntype: application/javascript\nmodule-type: widget\n\nDraggable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DraggableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDraggableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDraggableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Sanitise the specified tag\n\tvar tag = this.draggableTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"div\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [\"tc-draggable\"];\n\tif(this.draggableClasses) {\n\t\tclasses.push(this.draggableClasses);\n\t}\n\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t// Add event handlers\n\t$tw.utils.makeDraggable({\n\t\tdomNode: domNode,\n\t\tdragTiddlerFn: function() {return self.getAttribute(\"tiddler\");},\n\t\tdragFilterFn: function() {return self.getAttribute(\"filter\");},\n\t\tstartActions: self.startActions,\n\t\tendActions: self.endActions,\n\t\twidget: this\n\t});\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nDraggableWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.draggableTag = this.getAttribute(\"tag\",\"div\");\n\tthis.draggableClasses = this.getAttribute(\"class\");\n\tthis.startActions = this.getAttribute(\"startactions\");\n\tthis.endActions = this.getAttribute(\"endactions\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDraggableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tag || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.draggable = DraggableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/droppable.js": {
"title": "$:/core/modules/widgets/droppable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/droppable.js\ntype: application/javascript\nmodule-type: widget\n\nDroppable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DroppableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDroppableWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDroppableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.droppableTag && $tw.config.htmlUnsafeElements.indexOf(this.droppableTag) === -1) {\n\t\ttag = this.droppableTag;\n\t}\n\t// Create element and assign classes\n\tvar domNode = this.document.createElement(tag),\n\t\tclasses = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-droppable\");\n\tdomNode.className = classes.join(\" \");\n\t// Add event handlers\n\tif(this.droppableEnable) {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"}\n\t\t]);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDroppableWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDroppableWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally. The hacky second condition is to resolve a problem with Firefox whereby there is an erroneous dragenter event if the node being dragged is within the dropzone\n\tif(this.currentlyEntered.length === 0 || (this.currentlyEntered.length === 1 && this.currentlyEntered[0] === $tw.dragInProgress)) {\n\t\tthis.currentlyEntered = [];\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDroppableWidget.prototype.handleDragEnterEvent = function(event) {\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\t// Set the drop effect\n\tevent.dataTransfer.dropEffect = this.droppableEffect;\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n\treturn false;\n};\n\nDroppableWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this;\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\tvar dataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Try to import the various data types we understand\n\t$tw.utils.importDataTransfer(dataTransfer,null,function(fieldsArray) {\n\t\tfieldsArray.forEach(function(fields) {\n\t\t\tself.performActions(fields.title || fields.text,event);\n\t\t});\n\t});\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n\treturn false;\n};\n\nDroppableWidget.prototype.performActions = function(title,event) {\n\tif(this.droppableActions) {\n\t\tvar modifierKey = event.ctrlKey && ! event.shiftKey ? \"ctrl\" : event.shiftKey && !event.ctrlKey ? \"shift\" : \n\t\t\t\tevent.ctrlKey && event.shiftKey ? \"ctrl-shift\" : \"normal\" ;\n\t\tthis.invokeActionString(this.droppableActions,this,event,{actionTiddler: title, modifier: modifierKey});\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDroppableWidget.prototype.execute = function() {\n\tthis.droppableActions = this.getAttribute(\"actions\");\n\tthis.droppableEffect = this.getAttribute(\"effect\",\"copy\");\n\tthis.droppableTag = this.getAttribute(\"tag\");\n\tthis.droppableClass = this.getAttribute(\"class\");\n\tthis.droppableEnable = (this.getAttribute(\"enable\") || \"yes\") === \"yes\";\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDroppableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"] || changedAttributes.tag || changedAttributes.enable) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.droppable = DroppableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/dropzone.js": {
"title": "$:/core/modules/widgets/dropzone.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/dropzone.js\ntype: application/javascript\nmodule-type: widget\n\nDropzone widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar DropZoneWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nDropZoneWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nDropZoneWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\tvar domNode = this.document.createElement(\"div\");\n\tdomNode.className = this.dropzoneClass || \"tc-dropzone\";\n\t// Add event handlers\n\tif(this.dropzoneEnable) {\n\t\t$tw.utils.addEventListeners(domNode,[\n\t\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"},\n\t\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t\t]);\t\t\n\t}\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n\t// Stack of outstanding enter/leave events\n\tthis.currentlyEntered = [];\n};\n\nDropZoneWidget.prototype.enterDrag = function(event) {\n\tif(this.currentlyEntered.indexOf(event.target) === -1) {\n\t\tthis.currentlyEntered.push(event.target);\n\t}\n\t// If we're entering for the first time we need to apply highlighting\n\t$tw.utils.addClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.leaveDrag = function(event) {\n\tvar pos = this.currentlyEntered.indexOf(event.target);\n\tif(pos !== -1) {\n\t\tthis.currentlyEntered.splice(pos,1);\n\t}\n\t// Remove highlighting if we're leaving externally\n\tif(this.currentlyEntered.length === 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tthis.enterDrag(event);\n\t// Tell the browser that we're ready to handle the drop\n\tevent.preventDefault();\n\t// Tell the browser not to ripple the drag up to any parent drop handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handleDragOverEvent = function(event) {\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\t// Tell the browser that we're still interested in the drop\n\tevent.preventDefault();\n\tevent.dataTransfer.dropEffect = \"copy\"; // Explicitly show this is a copy\n};\n\nDropZoneWidget.prototype.handleDragLeaveEvent = function(event) {\n\tthis.leaveDrag(event);\n};\n\nDropZoneWidget.prototype.handleDragEndEvent = function(event) {\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\tthis.leaveDrag(event);\n\t// Check for being over a TEXTAREA or INPUT\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) !== -1) {\n\t\treturn false;\n\t}\n\t// Check for this window being the source of the drag\n\tif($tw.dragInProgress) {\n\t\treturn false;\n\t}\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tc-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = 0;\n\tif(dataTransfer.files) {\n\t\tnumFiles = this.wiki.readFiles(dataTransfer.files,{\n\t\t\tcallback: readFileCallback,\n\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t});\n\t}\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\t$tw.utils.importDataTransfer(dataTransfer,this.wiki.generateNewTitle(\"Untitled\"),readFileCallback);\n\t}\n\t// Tell the browser that we handled the drop\n\tevent.preventDefault();\n\t// Stop the drop ripple up to any parent handlers\n\tevent.stopPropagation();\n};\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\n\tvar self = this,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t\t};\n\t// Let the browser handle it if we're in a textarea or input box\n\tif([\"TEXTAREA\",\"INPUT\"].indexOf(event.target.tagName) == -1 && !event.target.isContentEditable) {\n\t\tvar self = this,\n\t\t\titems = event.clipboardData.items;\n\t\t// Enumerate the clipboard items\n\t\tfor(var t = 0; t<items.length; t++) {\n\t\t\tvar item = items[t];\n\t\t\tif(item.kind === \"file\") {\n\t\t\t\t// Import any files\n\t\t\t\tthis.wiki.readFile(item.getAsFile(),{\n\t\t\t\t\tcallback: readFileCallback,\n\t\t\t\t\tdeserializer: this.dropzoneDeserializer\n\t\t\t\t});\n\t\t\t} else if(item.kind === \"string\") {\n\t\t\t\t// Create tiddlers from string items\n\t\t\t\tvar type = item.type;\n\t\t\t\titem.getAsString(function(str) {\n\t\t\t\t\tvar tiddlerFields = {\n\t\t\t\t\t\ttitle: self.wiki.generateNewTitle(\"Untitled\"),\n\t\t\t\t\t\ttext: str,\n\t\t\t\t\t\ttype: type\n\t\t\t\t\t};\n\t\t\t\t\tif($tw.log.IMPORT) {\n\t\t\t\t\t\tconsole.log(\"Importing string '\" + str + \"', type: '\" + type + \"'\");\n\t\t\t\t\t}\n\t\t\t\t\tself.dispatchEvent({type: \"tm-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\t});\n\t\t\t}\n\t\t}\n\t\t// Tell the browser that we've handled the paste\n\t\tevent.stopPropagation();\n\t\tevent.preventDefault();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nDropZoneWidget.prototype.execute = function() {\n\tthis.dropzoneClass = this.getAttribute(\"class\");\n\tthis.dropzoneDeserializer = this.getAttribute(\"deserializer\");\n\tthis.dropzoneEnable = (this.getAttribute(\"enable\") || \"yes\") === \"yes\";\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nDropZoneWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.enable) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-binary.js": {
"title": "$:/core/modules/widgets/edit-binary.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-binary.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-binary widget; placeholder for editing binary tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar BINARY_WARNING_MESSAGE = \"$:/core/ui/BinaryWarning\";\nvar EXPORT_BUTTON_IMAGE = \"$:/core/images/export-button\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBinaryWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBinaryWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBinaryWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBinaryWidget.prototype.execute = function() {\n\t// Get our parameters\n\tvar editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tvar tiddler = this.wiki.getTiddler(editTitle);\n\tvar type = tiddler.fields.type;\n\tvar text = tiddler.fields.text;\n\t// Transclude the binary data tiddler warning message\n\tvar warn = {\n\t\ttype: \"element\",\n\t\ttag: \"p\",\n\t\tchildren: [{\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: BINARY_WARNING_MESSAGE}\n\t\t\t}\n\t\t}]\n\t};\n\t// Create download link based on draft tiddler title\n\tvar link = {\n\t\ttype: \"element\",\n\t\ttag: \"a\",\n\t\tattributes: {\n\t\t\ttitle: {type: \"indirect\", textReference: \"!!draft.title\"},\n\t\t\tdownload: {type: \"indirect\", textReference: \"!!draft.title\"}\n\t\t},\n\t\tchildren: [{\n\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {type: \"string\", value: EXPORT_BUTTON_IMAGE}\n\t\t\t}\n\t\t}]\n\t};\n\t// Set the link href to internal data URI (no external)\n\tif(text) {\n\t\tlink.attributes.href = {\n\t\t\ttype: \"string\", \n\t\t\tvalue: \"data:\" + type + \";base64,\" + text\n\t\t};\n\t}\n\t// Combine warning message and download link in a div\n\tvar element = {\n\t\ttype: \"element\",\n\t\ttag: \"div\",\n\t\tattributes: {\n\t\t\tclass: {type: \"string\", value: \"tc-binary-warning\"}\n\t\t},\n\t\tchildren: [warn, link]\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets([element]);\n};\n\n/*\nRefresh by refreshing our child widget\n*/\nEditBinaryWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"edit-binary\"] = EditBinaryWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-bitmap.js": {
"title": "$:/core/modules/widgets/edit-bitmap.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-bitmap.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-bitmap widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 600,\n\tDEFAULT_IMAGE_HEIGHT = 370,\n\tDEFAULT_IMAGE_TYPE = \"image/png\";\n\n// Configuration tiddlers\nvar LINE_WIDTH_TITLE = \"$:/config/BitmapEditor/LineWidth\",\n\tLINE_COLOUR_TITLE = \"$:/config/BitmapEditor/Colour\",\n\tLINE_OPACITY_TITLE = \"$:/config/BitmapEditor/Opacity\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\n\t// Initialise the editor operations if they've not been done already\n\tif(!this.editorOperations) {\n\t\tEditBitmapWidget.prototype.editorOperations = {};\n\t\t$tw.modules.applyMethods(\"bitmapeditoroperation\",this.editorOperations);\n\t}\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditBitmapWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditBitmapWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create the wrapper for the toolbar and render its content\n\tthis.toolbarNode = this.document.createElement(\"div\");\n\tthis.toolbarNode.className = \"tc-editor-toolbar\";\n\tparent.insertBefore(this.toolbarNode,nextSibling);\n\tthis.domNodes.push(this.toolbarNode);\n\t// Create the on-screen canvas\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tc-edit-bitmapeditor\",\n\t\teventListeners: [{\n\t\t\tname: \"touchstart\", handlerObject: this, handlerMethod: \"handleTouchStartEvent\"\n\t\t},{\n\t\t\tname: \"touchmove\", handlerObject: this, handlerMethod: \"handleTouchMoveEvent\"\n\t\t},{\n\t\t\tname: \"touchend\", handlerObject: this, handlerMethod: \"handleTouchEndEvent\"\n\t\t},{\n\t\t\tname: \"mousedown\", handlerObject: this, handlerMethod: \"handleMouseDownEvent\"\n\t\t},{\n\t\t\tname: \"mousemove\", handlerObject: this, handlerMethod: \"handleMouseMoveEvent\"\n\t\t},{\n\t\t\tname: \"mouseup\", handlerObject: this, handlerMethod: \"handleMouseUpEvent\"\n\t\t}]\n\t});\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Render toolbar child widgets\n\tthis.renderChildren(this.toolbarNode,null);\n\t// // Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode);\n\t// Load the image into the canvas\n\tif($tw.browser) {\n\t\tthis.loadCanvas();\n\t}\n\t// Add widget message listeners\n\tthis.addEventListeners([\n\t\t{type: \"tm-edit-bitmap-operation\", handler: \"handleEditBitmapOperationMessage\"}\n\t]);\n};\n\n/*\nHandle an edit bitmap operation message from the toolbar\n*/\nEditBitmapWidget.prototype.handleEditBitmapOperationMessage = function(event) {\n\t// Invoke the handler\n\tvar handler = this.editorOperations[event.param];\n\tif(handler) {\n\t\thandler.call(this,event);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditBitmapWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nJust refresh the toolbar\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nSet the bitmap size variables and refresh the toolbar\n*/\nEditBitmapWidget.prototype.refreshToolbar = function() {\n\t// Set the width and height variables\n\tthis.setVariable(\"tv-bitmap-editor-width\",this.canvasDomNode.width + \"px\");\n\tthis.setVariable(\"tv-bitmap-editor-height\",this.canvasDomNode.height + \"px\");\n\t// Refresh each of our child widgets\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.refreshSelf();\n\t});\n};\n\nEditBitmapWidget.prototype.loadCanvas = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle),\n\t\tcurrImage = new Image();\n\t// Set up event handlers for loading the image\n\tvar self = this;\n\tcurrImage.onload = function() {\n\t\t// Copy the image to the on-screen canvas\n\t\tself.initCanvas(self.canvasDomNode,currImage.width,currImage.height,currImage);\n\t\t// And also copy the current bitmap to the off-screen canvas\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,currImage.width,currImage.height,currImage);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\tcurrImage.onerror = function() {\n\t\t// Set the on-screen canvas size and clear it\n\t\tself.initCanvas(self.canvasDomNode,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the off-screen canvas size and clear it\n\t\tself.currCanvas = self.document.createElement(\"canvas\");\n\t\tself.initCanvas(self.currCanvas,DEFAULT_IMAGE_WIDTH,DEFAULT_IMAGE_HEIGHT);\n\t\t// Set the width and height input boxes\n\t\tself.refreshToolbar();\n\t};\n\t// Get the current bitmap into an image object\n\tif(tiddler && tiddler.fields.type && tiddler.fields.text) {\n\t\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\t\t\n\t} else {\n\t\tcurrImage.width = DEFAULT_IMAGE_WIDTH;\n\t\tcurrImage.height = DEFAULT_IMAGE_HEIGHT;\n\t\tcurrImage.onerror();\n\t}\n};\n\nEditBitmapWidget.prototype.initCanvas = function(canvas,width,height,image) {\n\tcanvas.width = width;\n\tcanvas.height = height;\n\tvar ctx = canvas.getContext(\"2d\");\n\tif(image) {\n\t\tctx.drawImage(image,0,0);\n\t} else {\n\t\tctx.fillStyle = \"#fff\";\n\t\tctx.fillRect(0,0,canvas.width,canvas.height);\n\t}\n};\n\n/*\n** Change the size of the canvas, preserving the current image\n*/\nEditBitmapWidget.prototype.changeCanvasSize = function(newWidth,newHeight) {\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\");\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\n/*\n** Rotate the canvas left by 90 degrees\n*/\nEditBitmapWidget.prototype.rotateCanvasLeft = function() {\n\t// Get the current size of the image\n\tvar origWidth = this.currCanvas.width,\n\t\torigHeight = this.currCanvas.height;\n\t// Create and size a new canvas\n\tvar newCanvas = this.document.createElement(\"canvas\"),\n\t\tnewWidth = origHeight,\n\t\tnewHeight = origWidth;\n\tthis.initCanvas(newCanvas,newWidth,newHeight);\n\t// Copy the old image\n\tvar ctx = newCanvas.getContext(\"2d\");\n\tctx.save();\n\tctx.translate(newWidth / 2,newHeight / 2);\n\tctx.rotate(-Math.PI / 2);\n\tctx.drawImage(this.currCanvas,-origWidth / 2,-origHeight / 2);\n\tctx.restore();\n\t// Set the new canvas as the current one\n\tthis.currCanvas = newCanvas;\n\t// Set the size of the onscreen canvas\n\tthis.canvasDomNode.width = newWidth;\n\tthis.canvasDomNode.height = newHeight;\n\t// Paint the onscreen canvas with the offscreen canvas\n\tctx = this.canvasDomNode.getContext(\"2d\");\n\tctx.drawImage(this.currCanvas,0,0);\n};\n\nEditBitmapWidget.prototype.handleTouchStartEvent = function(event) {\n\tthis.brushDown = true;\n\tthis.strokeStart(event.touches[0].clientX,event.touches[0].clientY);\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.touches[0].clientX,event.touches[0].clientY);\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleTouchEndEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t}\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseDownEvent = function(event) {\n\tthis.strokeStart(event.clientX,event.clientY);\n\tthis.brushDown = true;\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nEditBitmapWidget.prototype.handleMouseMoveEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.strokeMove(event.clientX,event.clientY);\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.handleMouseUpEvent = function(event) {\n\tif(this.brushDown) {\n\t\tthis.brushDown = false;\n\t\tthis.strokeEnd();\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn false;\n\t}\n\treturn true;\n};\n\nEditBitmapWidget.prototype.adjustCoordinates = function(x,y) {\n\tvar canvasRect = this.canvasDomNode.getBoundingClientRect(),\n\t\tscale = this.canvasDomNode.width/canvasRect.width;\n\treturn {x: (x - canvasRect.left) * scale, y: (y - canvasRect.top) * scale};\n};\n\nEditBitmapWidget.prototype.strokeStart = function(x,y) {\n\t// Start off a new stroke\n\tthis.stroke = [this.adjustCoordinates(x,y)];\n};\n\nEditBitmapWidget.prototype.strokeMove = function(x,y) {\n\tvar ctx = this.canvasDomNode.getContext(\"2d\"),\n\t\tt;\n\t// Add the new position to the end of the stroke\n\tthis.stroke.push(this.adjustCoordinates(x,y));\n\t// Redraw the previous image\n\tctx.drawImage(this.currCanvas,0,0);\n\t// Render the stroke\n\tctx.globalAlpha = parseFloat(this.wiki.getTiddlerText(LINE_OPACITY_TITLE,\"1.0\"));\n\tctx.strokeStyle = this.wiki.getTiddlerText(LINE_COLOUR_TITLE,\"#ff0\");\n\tctx.lineWidth = parseFloat(this.wiki.getTiddlerText(LINE_WIDTH_TITLE,\"3\"));\n\tctx.lineCap = \"round\";\n\tctx.lineJoin = \"round\";\n\tctx.beginPath();\n\tctx.moveTo(this.stroke[0].x,this.stroke[0].y);\n\tfor(t=1; t<this.stroke.length-1; t++) {\n\t\tvar s1 = this.stroke[t],\n\t\t\ts2 = this.stroke[t-1],\n\t\t\ttx = (s1.x + s2.x)/2,\n\t\t\tty = (s1.y + s2.y)/2;\n\t\tctx.quadraticCurveTo(s2.x,s2.y,tx,ty);\n\t}\n\tctx.stroke();\n};\n\nEditBitmapWidget.prototype.strokeEnd = function() {\n\t// Copy the bitmap to the off-screen canvas\n\tvar ctx = this.currCanvas.getContext(\"2d\");\n\tctx.drawImage(this.canvasDomNode,0,0);\n\t// Save the image into the tiddler\n\tthis.saveChanges();\n};\n\nEditBitmapWidget.prototype.saveChanges = function() {\n\tvar tiddler = this.wiki.getTiddler(this.editTitle) || new $tw.Tiddler({title: this.editTitle,type: DEFAULT_IMAGE_TYPE});\n\t// data URIs look like \"data:<type>;base64,<text>\"\n\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type),\n\t\tposColon = dataURL.indexOf(\":\"),\n\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\tposComma = dataURL.indexOf(\",\"),\n\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\ttext = dataURL.substring(posComma+1);\n\tvar update = {type: type, text: text};\n\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getModificationFields(),tiddler,update,this.wiki.getCreationFields()));\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-shortcut.js": {
"title": "$:/core/modules/widgets/edit-shortcut.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-shortcut.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to display an editable keyboard shortcut\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditShortcutWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditShortcutWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditShortcutWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.inputNode = this.document.createElement(\"input\");\n\t// Assign classes\n\tif(this.shortcutClass) {\n\t\tthis.inputNode.className = this.shortcutClass;\t\t\n\t}\n\t// Assign other attributes\n\tif(this.shortcutStyle) {\n\t\tthis.inputNode.setAttribute(\"style\",this.shortcutStyle);\n\t}\n\tif(this.shortcutTooltip) {\n\t\tthis.inputNode.setAttribute(\"title\",this.shortcutTooltip);\n\t}\n\tif(this.shortcutPlaceholder) {\n\t\tthis.inputNode.setAttribute(\"placeholder\",this.shortcutPlaceholder);\n\t}\n\tif(this.shortcutAriaLabel) {\n\t\tthis.inputNode.setAttribute(\"aria-label\",this.shortcutAriaLabel);\n\t}\n\t// Assign the current shortcut\n\tthis.updateInputNode();\n\t// Add event handlers\n\t$tw.utils.addEventListeners(this.inputNode,[\n\t\t{name: \"keydown\", handlerObject: this, handlerMethod: \"handleKeydownEvent\"}\n\t]);\n\t// Link into the DOM\n\tparent.insertBefore(this.inputNode,nextSibling);\n\tthis.domNodes.push(this.inputNode);\n\t// Focus the input Node if focus === \"yes\" or focus === \"true\"\n\tif(this.shortcutFocus === \"yes\" || this.shortcutFocus === \"true\") {\n\t\tthis.focus();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditShortcutWidget.prototype.execute = function() {\n\tthis.shortcutTiddler = this.getAttribute(\"tiddler\");\n\tthis.shortcutField = this.getAttribute(\"field\");\n\tthis.shortcutIndex = this.getAttribute(\"index\");\n\tthis.shortcutPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.shortcutDefault = this.getAttribute(\"default\",\"\");\n\tthis.shortcutClass = this.getAttribute(\"class\");\n\tthis.shortcutStyle = this.getAttribute(\"style\");\n\tthis.shortcutTooltip = this.getAttribute(\"tooltip\");\n\tthis.shortcutAriaLabel = this.getAttribute(\"aria-label\");\n\tthis.shortcutFocus = this.getAttribute(\"focus\");\n};\n\n/*\nUpdate the value of the input node\n*/\nEditShortcutWidget.prototype.updateInputNode = function() {\n\tif(this.shortcutField) {\n\t\tvar tiddler = this.wiki.getTiddler(this.shortcutTiddler);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,this.shortcutField)) {\n\t\t\tthis.inputNode.value = tiddler.getFieldString(this.shortcutField);\n\t\t} else {\n\t\t\tthis.inputNode.value = this.shortcutDefault;\n\t\t}\n\t} else if(this.shortcutIndex) {\n\t\tthis.inputNode.value = this.wiki.extractTiddlerDataItem(this.shortcutTiddler,this.shortcutIndex,this.shortcutDefault);\n\t} else {\n\t\tthis.inputNode.value = this.wiki.getTiddlerText(this.shortcutTiddler,this.shortcutDefault);\n\t}\n};\n\n/*\nHandle a dom \"keydown\" event\n*/\nEditShortcutWidget.prototype.handleKeydownEvent = function(event) {\n\t// Ignore shift, ctrl, meta, alt\n\tif(event.keyCode && $tw.keyboardManager.getModifierKeys().indexOf(event.keyCode) === -1) {\n\t\t// Get the shortcut text representation\n\t\tvar value = $tw.keyboardManager.getPrintableShortcuts([{\n\t\t\tctrlKey: event.ctrlKey,\n\t\t\tshiftKey: event.shiftKey,\n\t\t\taltKey: event.altKey,\n\t\t\tmetaKey: event.metaKey,\n\t\t\tkeyCode: event.keyCode\n\t\t}]);\n\t\tif(value.length > 0) {\n\t\t\tthis.wiki.setText(this.shortcutTiddler,this.shortcutField,this.shortcutIndex,value[0]);\n\t\t}\n\t\t// Ignore the keydown if it was already handled\n\t\tevent.preventDefault();\n\t\tevent.stopPropagation();\n\t\treturn true;\t\t\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nfocus the input node\n*/\nEditShortcutWidget.prototype.focus = function() {\n\tif(this.inputNode.focus && this.inputNode.select) {\n\t\tthis.inputNode.focus();\n\t\tthis.inputNode.select();\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget needed re-rendering\n*/\nEditShortcutWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.placeholder || changedAttributes[\"default\"] || changedAttributes[\"class\"] || changedAttributes.style || changedAttributes.tooltip || changedAttributes[\"aria-label\"] || changedAttributes.focus) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.shortcutTiddler]) {\n\t\tthis.updateInputNode();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports[\"edit-shortcut\"] = EditShortcutWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit-text.js": {
"title": "$:/core/modules/widgets/edit-text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit-text.js\ntype: application/javascript\nmodule-type: widget\n\nEdit-text widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar editTextWidgetFactory = require(\"$:/core/modules/editor/factory.js\").editTextWidgetFactory,\n\tFramedEngine = require(\"$:/core/modules/editor/engines/framed.js\").FramedEngine,\n\tSimpleEngine = require(\"$:/core/modules/editor/engines/simple.js\").SimpleEngine;\n\nexports[\"edit-text\"] = editTextWidgetFactory(FramedEngine,SimpleEngine);\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/edit.js": {
"title": "$:/core/modules/widgets/edit.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/edit.js\ntype: application/javascript\nmodule-type: widget\n\nEdit widget is a meta-widget chooses the appropriate actual editting widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n// Mappings from content type to editor type are stored in tiddlers with this prefix\nvar EDITOR_MAPPING_PREFIX = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editTabIndex = this.getAttribute(\"tabindex\");\n\tthis.editFocus = this.getAttribute(\"focus\",\"\");\n\t// Choose the appropriate edit widget\n\tthis.editorType = this.getEditorType();\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + this.editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder},\n\t\t\t\"tabindex\": {type: \"string\", value: this.editTabIndex},\n\t\t\t\"focus\": {type: \"string\", value: this.editFocus}\n\t\t},\n\t\tchildren: this.parseTreeNode.children\n\t}]);\n};\n\nEditWidget.prototype.getEditorType = function() {\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type);\n\tif(!editorType) {\n\t\tvar typeInfo = $tw.config.contentTypeInfo[type];\n\t\tif(typeInfo && typeInfo.encoding === \"base64\") {\n\t\t\teditorType = \"binary\";\n\t\t} else {\n\t\t\teditorType = \"text\";\n\t\t}\n\t}\n\treturn editorType;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh if an attribute has changed, or the type associated with the target tiddler has changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.tabindex || (changedTiddlers[this.editTitle] && this.getEditorType() !== this.editorType)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/element.js": {
"title": "$:/core/modules/widgets/element.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/element.js\ntype: application/javascript\nmodule-type: widget\n\nElement widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ElementWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nElementWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nElementWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Neuter blacklisted elements\n\tvar tag = this.parseTreeNode.tag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"safe-\" + tag;\n\t}\n\t// Adjust headings by the current base level\n\tvar headingLevel = [\"h1\",\"h2\",\"h3\",\"h4\",\"h5\",\"h6\"].indexOf(tag);\n\tif(headingLevel !== -1) {\n\t\tvar baseLevel = parseInt(this.getVariable(\"tv-adjust-heading-level\",\"0\"),10) || 0;\n\t\theadingLevel = Math.min(Math.max(headingLevel + 1 + baseLevel,1),6);\n\t\ttag = \"h\" + headingLevel;\n\t}\n\t// Create the DOM node\n\tvar domNode = this.document.createElementNS(this.namespace,tag);\n\tthis.assignAttributes(domNode,{excludeEventAttributes: true});\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nElementWidget.prototype.execute = function() {\n\t// Select the namespace for the tag\n\tvar tagNamespaces = {\n\t\t\tsvg: \"http://www.w3.org/2000/svg\",\n\t\t\tmath: \"http://www.w3.org/1998/Math/MathML\",\n\t\t\tbody: \"http://www.w3.org/1999/xhtml\"\n\t\t};\n\tthis.namespace = tagNamespaces[this.parseTreeNode.tag];\n\tif(this.namespace) {\n\t\tthis.setVariable(\"namespace\",this.namespace);\n\t} else {\n\t\tthis.namespace = this.getVariable(\"namespace\",{defaultValue: \"http://www.w3.org/1999/xhtml\"});\n\t}\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nElementWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\thasChangedAttributes = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0],{excludeEventAttributes: true});\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/encrypt.js": {
"title": "$:/core/modules/widgets/encrypt.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/encrypt.js\ntype: application/javascript\nmodule-type: widget\n\nEncrypt widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EncryptWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEncryptWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEncryptWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.encryptedText);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEncryptWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.filter = this.getAttribute(\"filter\",\"[!is[system]]\");\n\t// Encrypt the filtered tiddlers\n\tvar tiddlers = this.wiki.filterTiddlers(this.filter),\n\t\tjson = {},\n\t\tself = this;\n\t$tw.utils.each(tiddlers,function(title) {\n\t\tvar tiddler = self.wiki.getTiddler(title),\n\t\t\tjsonTiddler = {};\n\t\tfor(var f in tiddler.fields) {\n\t\t\tjsonTiddler[f] = tiddler.getFieldString(f);\n\t\t}\n\t\tjson[title] = jsonTiddler;\n\t});\n\tthis.encryptedText = $tw.utils.htmlEncode($tw.crypto.encrypt(JSON.stringify(json)));\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEncryptWidget.prototype.refresh = function(changedTiddlers) {\n\t// We don't need to worry about refreshing because the encrypt widget isn't for interactive use\n\treturn false;\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/entity.js": {
"title": "$:/core/modules/widgets/entity.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/entity.js\ntype: application/javascript\nmodule-type: widget\n\nHTML entity widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EntityWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEntityWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEntityWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar entityString = this.getAttribute(\"entity\",this.parseTreeNode.entity || \"\"),\n\t\ttextNode = this.document.createTextNode($tw.utils.entityDecode(entityString));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.entity) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fieldmangler.js": {
"title": "$:/core/modules/widgets/fieldmangler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fieldmangler.js\ntype: application/javascript\nmodule-type: widget\n\nField mangler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldManglerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tm-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tm-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tm-add-tag\", handler: \"handleAddTagEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldManglerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldManglerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldManglerWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.mangleTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldManglerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nFieldManglerWidget.prototype.handleRemoveFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tdeletion = {};\n\tdeletion[event.param] = undefined;\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\taddition = this.wiki.getModificationFields(),\n\t\thadInvalidFieldName = false,\n\t\taddField = function(name,value) {\n\t\t\tvar trimmedName = name.toLowerCase().trim();\n\t\t\tif(!$tw.utils.isValidFieldName(trimmedName)) {\n\t\t\t\tif(!hadInvalidFieldName) {\n\t\t\t\t\talert($tw.language.getString(\n\t\t\t\t\t\t\"InvalidFieldName\",\n\t\t\t\t\t\t{variables:\n\t\t\t\t\t\t\t{fieldName: trimmedName}\n\t\t\t\t\t\t}\n\t\t\t\t\t));\n\t\t\t\t\thadInvalidFieldName = true;\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tif(!value && tiddler) {\n\t\t\t\t\tvalue = tiddler.fields[trimmedName];\n\t\t\t\t}\n\t\t\t\taddition[trimmedName] = value || \"\";\n\t\t\t}\n\t\t\treturn;\n\t\t};\n\taddition.title = this.mangleTitle;\n\tif(typeof event.param === \"string\") {\n\t\taddField(event.param,\"\");\n\t}\n\tif(typeof event.paramObject === \"object\") {\n\t\tfor(var name in event.paramObject) {\n\t\t\taddField(name,event.paramObject[name]);\n\t\t}\n\t}\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\tmodification.tags.splice(p,1);\n\t\t\tif(modification.tags.length === 0) {\n\t\t\t\tmodification.tags = undefined;\n\t\t\t}\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle),\n\t\tmodification = this.wiki.getModificationFields();\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar tag = event.param.trim();\n\t\tif(tag !== \"\") {\n\t\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t\t$tw.utils.pushTop(modification.tags,tag);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\t\t\t\n\t\t}\n\t} else if(typeof event.param === \"string\" && event.param.trim() !== \"\" && this.mangleTitle.trim() !== \"\") {\n\t\tvar tag = [];\n\t\ttag.push(event.param.trim());\n\t\tthis.wiki.addTiddler(new $tw.Tiddler({title: this.mangleTitle, tags: tag},modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/fields.js": {
"title": "$:/core/modules/widgets/fields.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/fields.js\ntype: application/javascript\nmodule-type: widget\n\nFields widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar FieldsWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nFieldsWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nFieldsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar textNode = this.document.createTextNode(this.text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nFieldsWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.template = this.getAttribute(\"template\");\n\tthis.sort = this.getAttribute(\"sort\",\"yes\") === \"yes\";\n\tthis.sortReverse = this.getAttribute(\"sortReverse\",\"no\") === \"yes\";\n\tthis.exclude = this.getAttribute(\"exclude\");\n\tthis.include = this.getAttribute(\"include\",null);\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\n\t// Get the inclusion and exclusion list\n\tvar excludeArr = (this.exclude) ? this.exclude.split(\" \") : [\"text\"];\n\t// Include takes precedence\n\tvar includeArr = (this.include) ? this.include.split(\" \") : null;\n\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tif (includeArr) { // Include takes precedence\n\t\t\tfor(var i=0; i<includeArr.length; i++) {\n\t\t\t\tif(tiddler.fields[includeArr[i]]) {\n\t\t\t\t\tfields.push(includeArr[i]);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\tif(excludeArr.indexOf(fieldName) === -1) {\n\t\t\t\t\tfields.push(fieldName);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif (this.sort) fields.sort();\n\t\tif (this.sortReverse) fields.reverse();\n\t\tfor(var f=0, fmax=fields.length; f<fmax; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tvar row = this.template,\n\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\tif(reMatch) {\n\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t}\n\t\t\t}\n\t\t\trow = $tw.utils.replaceString(row,\"$name$\",fieldName);\n\t\t\trow = $tw.utils.replaceString(row,\"$value$\",value);\n\t\t\trow = $tw.utils.replaceString(row,\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\ttext.push(row);\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif( changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude ||\n\t\tchangedAttributes.include || changedAttributes.sort || changedAttributes.sortReverse ||\n\t\tchangedTiddlers[this.tiddlerTitle] || changedAttributes.stripTitlePrefix) {\n\t\t\tthis.refreshSelf();\n\t\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/image.js": {
"title": "$:/core/modules/widgets/image.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/image.js\ntype: application/javascript\nmodule-type: widget\n\nThe image widget displays an image referenced with an external URI or with a local tiddler title.\n\n```\n<$image src=\"TiddlerTitle\" width=\"320\" height=\"400\" class=\"classnames\">\n```\n\nThe image source can be the title of an existing tiddler or the URL of an external image.\n\nExternal images always generate an HTML `<img>` tag.\n\nTiddlers that have a _canonical_uri field generate an HTML `<img>` tag with the src attribute containing the URI.\n\nTiddlers that contain image data generate an HTML `<img>` tag with the src attribute containing a base64 representation of the image.\n\nTiddlers that contain wikitext could be rendered to a DIV of the usual size of a tiddler, and then transformed to the size requested.\n\nThe width and height attributes are interpreted as a number of pixels, and do not need to include the \"px\" suffix.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImageWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImageWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImageWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create element\n\t// Determine what type of image it is\n\tvar tag = \"img\", src = \"\",\n\t\ttiddler = this.wiki.getTiddler(this.imageSource);\n\tif(!tiddler) {\n\t\t// The source isn't the title of a tiddler, so we'll assume it's a URL\n\t\tsrc = this.getVariable(\"tv-get-export-image-link\",{params: [{name: \"src\",value: this.imageSource}],defaultValue: this.imageSource});\n\t} else {\n\t\t// Check if it is an image tiddler\n\t\tif(this.wiki.isImageTiddler(this.imageSource)) {\n\t\t\tvar type = tiddler.fields.type,\n\t\t\t\ttext = tiddler.fields.text,\n\t\t\t\t_canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t// If the tiddler has body text then it doesn't need to be lazily loaded\n\t\t\tif(text) {\n\t\t\t\t// Render the appropriate element for the image type\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else if(_canonical_uri) {\n\t\t\t\tswitch(type) {\n\t\t\t\t\tcase \"application/pdf\":\n\t\t\t\t\t\ttag = \"embed\";\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tcase \"image/svg+xml\":\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t\tdefault:\n\t\t\t\t\t\tsrc = _canonical_uri;\n\t\t\t\t\t\tbreak;\n\t\t\t\t}\t\n\t\t\t} else {\n\t\t\t\t// Just trigger loading of the tiddler\n\t\t\t\tthis.wiki.getTiddlerText(this.imageSource);\n\t\t\t}\n\t\t}\n\t}\n\t// Create the element and assign the attributes\n\tvar domNode = this.document.createElement(tag);\n\tdomNode.setAttribute(\"src\",src);\n\tif(this.imageClass) {\n\t\tdomNode.setAttribute(\"class\",this.imageClass);\t\t\n\t}\n\tif(this.imageWidth) {\n\t\tdomNode.setAttribute(\"width\",this.imageWidth);\n\t}\n\tif(this.imageHeight) {\n\t\tdomNode.setAttribute(\"height\",this.imageHeight);\n\t}\n\tif(this.imageTooltip) {\n\t\tdomNode.setAttribute(\"title\",this.imageTooltip);\t\t\n\t}\n\tif(this.imageAlt) {\n\t\tdomNode.setAttribute(\"alt\",this.imageAlt);\t\t\n\t}\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImageWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.imageSource = this.getAttribute(\"source\");\n\tthis.imageWidth = this.getAttribute(\"width\");\n\tthis.imageHeight = this.getAttribute(\"height\");\n\tthis.imageClass = this.getAttribute(\"class\");\n\tthis.imageTooltip = this.getAttribute(\"tooltip\");\n\tthis.imageAlt = this.getAttribute(\"alt\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImageWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.source || changedAttributes.width || changedAttributes.height || changedAttributes[\"class\"] || changedAttributes.tooltip || changedTiddlers[this.imageSource]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\t\n\t}\n};\n\nexports.image = ImageWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/importvariables.js": {
"title": "$:/core/modules/widgets/importvariables.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/importvariables.js\ntype: application/javascript\nmodule-type: widget\n\nImport variable definitions from other tiddlers\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ImportVariablesWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nImportVariablesWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nImportVariablesWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nImportVariablesWidget.prototype.execute = function(tiddlerList) {\n\tvar widgetPointer = this;\n\t// Get our parameters\n\tthis.filter = this.getAttribute(\"filter\");\n\t// Compute the filter\n\tthis.tiddlerList = tiddlerList || this.wiki.filterTiddlers(this.filter,this);\n\t// Accumulate the <$set> widgets from each tiddler\n\t$tw.utils.each(this.tiddlerList,function(title) {\n\t\tvar parser = widgetPointer.wiki.parseTiddler(title);\n\t\tif(parser) {\n\t\t\tvar parseTreeNode = parser.tree[0];\n\t\t\twhile(parseTreeNode && parseTreeNode.type === \"set\") {\n\t\t\t\tvar node = {\n\t\t\t\t\ttype: \"set\",\n\t\t\t\t\tattributes: parseTreeNode.attributes,\n\t\t\t\t\tparams: parseTreeNode.params,\n\t\t\t\t\tisMacroDefinition: parseTreeNode.isMacroDefinition\n\t\t\t\t};\n\t\t\t\tif (parseTreeNode.isMacroDefinition) {\n\t\t\t\t\t// Macro definitions can be folded into\n\t\t\t\t\t// current widget instead of adding\n\t\t\t\t\t// another link to the chain.\n\t\t\t\t\tvar widget = widgetPointer.makeChildWidget(node);\n\t\t\t\t\twidget.computeAttributes();\n\t\t\t\t\twidget.execute();\n\t\t\t\t\t// We SHALLOW copy over all variables\n\t\t\t\t\t// in widget. We can't use\n\t\t\t\t\t// $tw.utils.assign, because that copies\n\t\t\t\t\t// up the prototype chain, which we\n\t\t\t\t\t// don't want.\n\t\t\t\t\t$tw.utils.each(Object.keys(widget.variables), function(key) {\n\t\t\t\t\t\twidgetPointer.variables[key] = widget.variables[key];\n\t\t\t\t\t});\n\t\t\t\t} else {\n\t\t\t\t\twidgetPointer.makeChildWidgets([node]);\n\t\t\t\t\twidgetPointer = widgetPointer.children[0];\n\t\t\t\t}\n\t\t\t\tparseTreeNode = parseTreeNode.children && parseTreeNode.children[0];\n\t\t\t}\n\t\t} \n\t});\n\n\tif (widgetPointer != this) {\n\t\twidgetPointer.parseTreeNode.children = this.parseTreeNode.children;\n\t} else {\n\t\twidgetPointer.makeChildWidgets();\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nImportVariablesWidget.prototype.refresh = function(changedTiddlers) {\n\t// Recompute our attributes and the filter list\n\tvar changedAttributes = this.computeAttributes(),\n\t\ttiddlerList = this.wiki.filterTiddlers(this.getAttribute(\"filter\"),this);\n\t// Refresh if the filter has changed, or the list of tiddlers has changed, or any of the tiddlers in the list has changed\n\tfunction haveListedTiddlersChanged() {\n\t\tvar changed = false;\n\t\ttiddlerList.forEach(function(title) {\n\t\t\tif(changedTiddlers[title]) {\n\t\t\t\tchanged = true;\n\t\t\t}\n\t\t});\n\t\treturn changed;\n\t}\n\tif(changedAttributes.filter || !$tw.utils.isArrayEqual(this.tiddlerList,tiddlerList) || haveListedTiddlersChanged()) {\n\t\t// Compute the filter\n\t\tthis.removeChildDomNodes();\n\t\tthis.execute(tiddlerList);\n\t\tthis.renderChildren(this.parentDomNode,this.findNextSiblingDomNode());\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.importvariables = ImportVariablesWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/keyboard.js": {
"title": "$:/core/modules/widgets/keyboard.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/keyboard.js\ntype: application/javascript\nmodule-type: widget\n\nKeyboard shortcut widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar KeyboardWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nKeyboardWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nKeyboardWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.tag && $tw.config.htmlUnsafeElements.indexOf(this.tag) === -1) {\n\t\ttag = this.tag;\n\t}\n\t// Create element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = (this[\"class\"] || \"\").split(\" \");\n\tclasses.push(\"tc-keyboard\");\n\tdomNode.className = classes.join(\" \");\n\t// Add a keyboard event handler\n\tdomNode.addEventListener(\"keydown\",function (event) {\n\t\tif($tw.keyboardManager.checkKeyDescriptors(event,self.keyInfoArray)) {\n\t\t\tself.invokeActions(self,event);\n\t\t\tif(self.actions) {\n\t\t\t\tself.invokeActionString(self.actions,self,event);\n\t\t\t}\n\t\t\tself.dispatchMessage(event);\n\t\t\tevent.preventDefault();\n\t\t\tevent.stopPropagation();\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nKeyboardWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\n/*\nCompute the internal state of the widget\n*/\nKeyboardWidget.prototype.execute = function() {\n\tvar self = this;\n\t// Get attributes\n\tthis.actions = this.getAttribute(\"actions\",\"\");\n\tthis.message = this.getAttribute(\"message\",\"\");\n\tthis.param = this.getAttribute(\"param\",\"\");\n\tthis.key = this.getAttribute(\"key\",\"\");\n\tthis.tag = this.getAttribute(\"tag\",\"\");\n\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tif(this.key.substr(0,2) === \"((\" && this.key.substr(-2,2) === \"))\") {\n\t\tthis.shortcutTiddlers = [];\n\t\tvar name = this.key.substring(2,this.key.length -2);\n\t\t$tw.utils.each($tw.keyboardManager.lookupNames,function(platformDescriptor) {\n\t\t\tself.shortcutTiddlers.push(\"$:/config/\" + platformDescriptor + \"/\" + name);\n\t\t});\n\t}\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nKeyboardWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.key || changedAttributes[\"class\"] || changedAttributes.tag) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\t// Update the keyInfoArray if one of its shortcut-config-tiddlers has changed\n\tif(this.shortcutTiddlers && $tw.utils.hopArray(changedTiddlers,this.shortcutTiddlers)) {\n\t\tthis.keyInfoArray = $tw.keyboardManager.parseKeyDescriptors(this.key);\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.keyboard = KeyboardWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/link.js": {
"title": "$:/core/modules/widgets/link.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/link.js\ntype: application/javascript\nmodule-type: widget\n\nLink widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the value of the tv-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tv-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? (wikiLinksMacro.trim() !== \"no\") : true,\n\t\tmissingLinksEnabled = !(this.hideMissingLinks && this.isMissing && !this.isShadow);\n\t// Render the link if required\n\tif(useWikiLinks && missingLinksEnabled) {\n\t\tthis.renderLink(parent,nextSibling);\n\t} else {\n\t\t// Just insert the link text\n\t\tvar domNode = this.document.createElement(\"span\");\n\t\tparent.insertBefore(domNode,nextSibling);\n\t\tthis.renderChildren(domNode,null);\n\t\tthis.domNodes.push(domNode);\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nLinkWidget.prototype.renderLink = function(parent,nextSibling) {\n\tvar self = this;\n\t// Sanitise the specified tag\n\tvar tag = this.linkTag;\n\tif($tw.config.htmlUnsafeElements.indexOf(tag) !== -1) {\n\t\ttag = \"a\";\n\t}\n\t// Create our element\n\tvar domNode = this.document.createElement(tag);\n\t// Assign classes\n\tvar classes = [];\n\tif(this.overrideClasses === undefined) {\n\t\tclasses.push(\"tc-tiddlylink\");\n\t\tif(this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-shadow\");\n\t\t}\n\t\tif(this.isMissing && !this.isShadow) {\n\t\t\tclasses.push(\"tc-tiddlylink-missing\");\n\t\t} else {\n\t\t\tif(!this.isMissing) {\n\t\t\t\tclasses.push(\"tc-tiddlylink-resolves\");\n\t\t\t}\n\t\t}\n\t\tif(this.linkClasses) {\n\t\t\tclasses.push(this.linkClasses);\t\t\t\n\t\t}\n\t} else if(this.overrideClasses !== \"\") {\n\t\tclasses.push(this.overrideClasses)\n\t}\n\tif(classes.length > 0) {\n\t\tdomNode.setAttribute(\"class\",classes.join(\" \"));\n\t}\n\t// Set an href\n\tvar wikilinkTransformFilter = this.getVariable(\"tv-filter-export-link\"),\n\t\twikiLinkText;\n\tif(wikilinkTransformFilter) {\n\t\t// Use the filter to construct the href\n\t\twikiLinkText = this.wiki.filterTiddlers(wikilinkTransformFilter,this,function(iterator) {\n\t\t\titerator(self.wiki.getTiddler(self.to),self.to)\n\t\t})[0];\n\t} else {\n\t\t// Expand the tv-wikilink-template variable to construct the href\n\t\tvar wikiLinkTemplateMacro = this.getVariable(\"tv-wikilink-template\"),\n\t\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\";\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkTemplate,\"$uri_encoded$\",encodeURIComponent(this.to));\n\t\twikiLinkText = $tw.utils.replaceString(wikiLinkText,\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\t}\n\t// Override with the value of tv-get-export-link if defined\n\twikiLinkText = this.getVariable(\"tv-get-export-link\",{params: [{name: \"to\",value: this.to}],defaultValue: wikiLinkText});\n\tif(tag === \"a\") {\n\t\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t}\n\t// Set the tabindex\n\tif(this.tabIndex) {\n\t\tdomNode.setAttribute(\"tabindex\",this.tabIndex);\n\t}\n\t// Set the tooltip\n\t// HACK: Performance issues with re-parsing the tooltip prevent us defaulting the tooltip to \"<$transclude field='tooltip'><$transclude field='title'/></$transclude>\"\n\tvar tooltipWikiText = this.tooltip || this.getVariable(\"tv-wikilink-tooltip\");\n\tif(tooltipWikiText) {\n\t\tvar tooltipText = this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",tooltipWikiText,{\n\t\t\t\tparseAsInline: true,\n\t\t\t\tvariables: {\n\t\t\t\t\tcurrentTiddler: this.to\n\t\t\t\t},\n\t\t\t\tparentWidget: this\n\t\t\t});\n\t\tdomNode.setAttribute(\"title\",tooltipText);\n\t}\n\tif(this[\"aria-label\"]) {\n\t\tdomNode.setAttribute(\"aria-label\",this[\"aria-label\"]);\n\t}\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t]);\n\t// Make the link draggable if required\n\tif(this.draggable === \"yes\") {\n\t\t$tw.utils.makeDraggable({\n\t\t\tdomNode: domNode,\n\t\t\tdragTiddlerFn: function() {return self.to;},\n\t\t\twidget: this\n\t\t});\n\t}\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function(event) {\n\t// Send the click on its way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tm-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t},\n\t\tnavigateSuppressNavigation: event.metaKey || event.ctrlKey || (event.button === 1),\n\t\tmetaKey: event.metaKey,\n\t\tctrlKey: event.ctrlKey,\n\t\taltKey: event.altKey,\n\t\tshiftKey: event.shiftKey\n\t});\n\tif(this.domNodes[0].hasAttribute(\"href\")) {\n\t\tevent.preventDefault();\n\t}\n\tevent.stopPropagation();\n\treturn false;\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Pick up our attributes\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\tthis.tooltip = this.getAttribute(\"tooltip\");\n\tthis[\"aria-label\"] = this.getAttribute(\"aria-label\");\n\tthis.linkClasses = this.getAttribute(\"class\");\n\tthis.overrideClasses = this.getAttribute(\"overrideClass\");\n\tthis.tabIndex = this.getAttribute(\"tabindex\");\n\tthis.draggable = this.getAttribute(\"draggable\",\"yes\");\n\tthis.linkTag = this.getAttribute(\"tag\",\"a\");\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\n\tthis.hideMissingLinks = (this.getVariable(\"tv-show-missing-links\") || \"yes\") === \"no\";\n\t// Make the child widgets\n\tvar templateTree;\n\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\ttemplateTree = this.parseTreeNode.children;\n\t} else {\n\t\t// Default template is a link to the title\n\t\ttemplateTree = [{type: \"text\", text: this.to}];\n\t}\n\tthis.makeChildWidgets(templateTree);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to] || changedAttributes[\"aria-label\"] || changedAttributes.tooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/linkcatcher.js": {
"title": "$:/core/modules/widgets/linkcatcher.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/linkcatcher.js\ntype: application/javascript\nmodule-type: widget\n\nLinkcatcher widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar LinkCatcherWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nLinkCatcherWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nLinkCatcherWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkCatcherWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.catchTo = this.getAttribute(\"to\");\n\tthis.catchMessage = this.getAttribute(\"message\");\n\tthis.catchSet = this.getAttribute(\"set\");\n\tthis.catchSetTo = this.getAttribute(\"setTo\");\n\tthis.catchActions = this.getAttribute(\"actions\");\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n\t// When executing actions we avoid trapping navigate events, so that we don't trigger ourselves recursively\n\tthis.executingActions = false;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nLinkCatcherWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedAttributes.message || changedAttributes.set || changedAttributes.setTo) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\n/*\nHandle a tm-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(!this.executingActions) {\n\t\t// Execute the actions\n\t\tif(this.catchTo) {\n\t\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t\t}\n\t\tif(this.catchMessage && this.parentWidget) {\n\t\t\tthis.parentWidget.dispatchEvent({\n\t\t\t\ttype: this.catchMessage,\n\t\t\t\tparam: event.navigateTo,\n\t\t\t\tnavigateTo: event.navigateTo\n\t\t\t});\n\t\t}\n\t\tif(this.catchSet) {\n\t\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t\t}\n\t\tif(this.catchActions) {\n\t\t\tthis.executingActions = true;\n\t\t\tthis.invokeActionString(this.catchActions,this,event,{navigateTo: event.navigateTo});\n\t\t\tthis.executingActions = false;\n\t\t}\n\t} else {\n\t\t// This is a navigate event generated by the actions of this linkcatcher, so we don't trap it again, but just pass it to the parent\n\t\tthis.parentWidget.dispatchEvent({\n\t\t\ttype: \"tm-navigate\",\n\t\t\tparam: event.navigateTo,\n\t\t\tnavigateTo: event.navigateTo\n\t\t});\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/list.js": {
"title": "$:/core/modules/widgets/list.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/list.js\ntype: application/javascript\nmodule-type: widget\n\nList and list item widgets\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\n/*\nThe list widget creates list element sub-widgets that reach back into the list widget for their configuration\n*/\n\nvar ListWidget = function(parseTreeNode,options) {\n\t// Initialise the storyviews if they've not been done already\n\tif(!this.storyViews) {\n\t\tListWidget.prototype.storyViews = {};\n\t\t$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tif(this.storyViewName && !StoryView) {\n\t\tStoryView = this.storyViews[\"classic\"];\n\t}\n\tif(StoryView && !this.document.isTiddlyWikiFakeDom) {\n\t\tthis.storyview = new StoryView(this);\n\t} else {\n\t\tthis.storyview = null;\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$tw.utils.each(this.list,function(title,index) {\n\t\t\tmembers.push(self.makeItemTemplate(title));\n\t\t});\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(members);\n\t// Clear the last history\n\tthis.history = [];\n};\n\nListWidget.prototype.getTiddlerList = function() {\n\tvar defaultFilter = \"[!is[system]sort[title]]\";\n\treturn this.wiki.filterTiddlers(this.getAttribute(\"filter\",defaultFilter),this);\n};\n\nListWidget.prototype.getEmptyMessage = function() {\n\tvar emptyMessage = this.getAttribute(\"emptyMessage\",\"\"),\n\t\tparser = this.wiki.parseText(\"text/vnd.tiddlywiki\",emptyMessage,{parseAsInline: true});\n\tif(parser) {\n\t\treturn parser.tree;\n\t} else {\n\t\treturn [];\n\t}\n};\n\n/*\nCompose the template for a list item\n*/\nListWidget.prototype.makeItemTemplate = function(title) {\n\t// Check if the tiddler is a draft\n\tvar tiddler = this.wiki.getTiddler(title),\n\t\tisDraft = tiddler && tiddler.hasField(\"draft.of\"),\n\t\ttemplate = this.template,\n\t\ttemplateTree;\n\tif(isDraft && this.editTemplate) {\n\t\ttemplate = this.editTemplate;\n\t}\n\t// Compose the transclusion of the template\n\tif(template) {\n\t\ttemplateTree = [{type: \"transclude\", attributes: {tiddler: {type: \"string\", value: template}}}];\n\t} else {\n\t\tif(this.parseTreeNode.children && this.parseTreeNode.children.length > 0) {\n\t\t\ttemplateTree = this.parseTreeNode.children;\n\t\t} else {\n\t\t\t// Default template is a link to the title\n\t\t\ttemplateTree = [{type: \"element\", tag: this.parseTreeNode.isBlock ? \"div\" : \"span\", children: [{type: \"link\", attributes: {to: {type: \"string\", value: title}}, children: [\n\t\t\t\t\t{type: \"text\", text: title}\n\t\t\t]}]}];\n\t\t}\n\t}\n\t// Return the list item\n\treturn {type: \"listitem\", itemTitle: title, variableName: this.variableName, children: templateTree};\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tresult;\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshStart) {\n\t\tthis.storyview.refreshStart(changedTiddlers,changedAttributes);\n\t}\n\t// Completely refresh if any of our attributes have changed\n\tif(changedAttributes.filter || changedAttributes.template || changedAttributes.editTemplate || changedAttributes.emptyMessage || changedAttributes.storyview || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\tresult = true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tresult = this.handleListChanges(changedTiddlers);\n\t\t// Handle any changes to the history stack\n\t\tif(this.historyTitle && changedTiddlers[this.historyTitle]) {\n\t\t\tthis.handleHistoryChanges();\n\t\t}\n\t}\n\t// Call the storyview\n\tif(this.storyview && this.storyview.refreshEnd) {\n\t\tthis.storyview.refreshEnd(changedTiddlers,changedAttributes);\n\t}\n\treturn result;\n};\n\n/*\nHandle any changes to the history list\n*/\nListWidget.prototype.handleHistoryChanges = function() {\n\t// Get the history data\n\tvar newHistory = this.wiki.getTiddlerDataCached(this.historyTitle,[]);\n\t// Ignore any entries of the history that match the previous history\n\tvar entry = 0;\n\twhile(entry < newHistory.length && entry < this.history.length && newHistory[entry].title === this.history[entry].title) {\n\t\tentry++;\n\t}\n\t// Navigate forwards to each of the new tiddlers\n\twhile(entry < newHistory.length) {\n\t\tif(this.storyview && this.storyview.navigateTo) {\n\t\t\tthis.storyview.navigateTo(newHistory[entry]);\n\t\t}\n\t\tentry++;\n\t}\n\t// Update the history\n\tthis.history = newHistory;\n};\n\n/*\nProcess any changes to the list\n*/\nListWidget.prototype.handleListChanges = function(changedTiddlers) {\n\t// Get the new list\n\tvar prevList = this.list;\n\tthis.list = this.getTiddlerList();\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\t// Check if it was empty before\n\t\tif(prevList.length === 0) {\n\t\t\t// If so, just refresh the empty message\n\t\t\treturn this.refreshChildren(changedTiddlers);\n\t\t} else {\n\t\t\t// Replace the previous content with the empty message\n\t\t\tfor(t=this.children.length-1; t>=0; t--) {\n\t\t\t\tthis.removeListItem(t);\n\t\t\t}\n\t\t\tvar nextSibling = this.findNextSiblingDomNode();\n\t\t\tthis.makeChildWidgets(this.getEmptyMessage());\n\t\t\tthis.renderChildren(this.parentDomNode,nextSibling);\n\t\t\treturn true;\n\t\t}\n\t} else {\n\t\t// If the list was empty then we need to remove the empty message\n\t\tif(prevList.length === 0) {\n\t\t\tthis.removeChildDomNodes();\n\t\t\tthis.children = [];\n\t\t}\n\t\t// Cycle through the list, inserting and removing list items as needed\n\t\tvar hasRefreshed = false;\n\t\tfor(var t=0; t<this.list.length; t++) {\n\t\t\tvar index = this.findListItem(t,this.list[t]);\n\t\t\tif(index === undefined) {\n\t\t\t\t// The list item must be inserted\n\t\t\t\tthis.insertListItem(t,this.list[t]);\n\t\t\t\thasRefreshed = true;\n\t\t\t} else {\n\t\t\t\t// There are intervening list items that must be removed\n\t\t\t\tfor(var n=index-1; n>=t; n--) {\n\t\t\t\t\tthis.removeListItem(n);\n\t\t\t\t\thasRefreshed = true;\n\t\t\t\t}\n\t\t\t\t// Refresh the item we're reusing\n\t\t\t\tvar refreshed = this.children[t].refresh(changedTiddlers);\n\t\t\t\thasRefreshed = hasRefreshed || refreshed;\n\t\t\t}\n\t\t}\n\t\t// Remove any left over items\n\t\tfor(t=this.children.length-1; t>=this.list.length; t--) {\n\t\t\tthis.removeListItem(t);\n\t\t\thasRefreshed = true;\n\t\t}\n\t\treturn hasRefreshed;\n\t}\n};\n\n/*\nFind the list item with a given title, starting from a specified position\n*/\nListWidget.prototype.findListItem = function(startIndex,title) {\n\twhile(startIndex < this.children.length) {\n\t\tif(this.children[startIndex].parseTreeNode.itemTitle === title) {\n\t\t\treturn startIndex;\n\t\t}\n\t\tstartIndex++;\n\t}\n\treturn undefined;\n};\n\n/*\nInsert a new list item at the specified index\n*/\nListWidget.prototype.insertListItem = function(index,title) {\n\t// Create, insert and render the new child widgets\n\tvar widget = this.makeChildWidget(this.makeItemTemplate(title));\n\twidget.parentDomNode = this.parentDomNode; // Hack to enable findNextSiblingDomNode() to work\n\tthis.children.splice(index,0,widget);\n\tvar nextSibling = widget.findNextSiblingDomNode();\n\twidget.render(this.parentDomNode,nextSibling);\n\t// Animate the insertion if required\n\tif(this.storyview && this.storyview.insert) {\n\t\tthis.storyview.insert(widget);\n\t}\n\treturn true;\n};\n\n/*\nRemove the specified list item\n*/\nListWidget.prototype.removeListItem = function(index) {\n\tvar widget = this.children[index];\n\t// Animate the removal if required\n\tif(this.storyview && this.storyview.remove) {\n\t\tthis.storyview.remove(widget);\n\t} else {\n\t\twidget.removeChildDomNodes();\n\t}\n\t// Remove the child widget\n\tthis.children.splice(index,1);\n};\n\nexports.list = ListWidget;\n\nvar ListItemWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListItemWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListItemWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nListItemWidget.prototype.execute = function() {\n\t// Set the current list item title\n\tthis.setVariable(this.parseTreeNode.variableName,this.parseTreeNode.itemTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nListItemWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.listitem = ListItemWidget;\n\n})();",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/macrocall.js": {
"title": "$:/core/modules/widgets/macrocall.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/macrocall.js\ntype: application/javascript\nmodule-type: widget\n\nMacrocall widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar MacroCallWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nMacroCallWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nMacroCallWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nMacroCallWidget.prototype.execute = function() {\n\t// Get the parse type if specified\n\tthis.parseType = this.getAttribute(\"$type\",\"text/vnd.tiddlywiki\");\n\tthis.renderOutput = this.getAttribute(\"$output\",\"text/html\");\n\t// Merge together the parameters specified in the parse tree with the specified attributes\n\tvar params = this.parseTreeNode.params ? this.parseTreeNode.params.slice(0) : [];\n\t$tw.utils.each(this.attributes,function(attribute,name) {\n\t\tif(name.charAt(0) !== \"$\") {\n\t\t\tparams.push({name: name, value: attribute});\t\t\t\n\t\t}\n\t});\n\t// Get the macro value\n\tvar macroName = this.parseTreeNode.name || this.getAttribute(\"$name\"),\n\t\tvariableInfo = this.getVariableInfo(macroName,{params: params}),\n\t\ttext = variableInfo.text,\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t\t// Wrap the parse tree in a vars widget assigning the parameters to variables named \"__paramname__\"\n\t\tvar attributes = {};\n\t\t$tw.utils.each(variableInfo.params,function(param) {\n\t\t\tvar name = \"__\" + param.name + \"__\";\n\t\t\tattributes[name] = {\n\t\t\t\tname: name,\n\t\t\t\ttype: \"string\",\n\t\t\t\tvalue: param.value\n\t\t\t};\n\t\t});\n\t\tparseTreeNodes = [{\n\t\t\ttype: \"vars\",\n\t\t\tattributes: attributes,\n\t\t\tchildren: parseTreeNodes\n\t\t}];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($tw.utils.count(changedAttributes) > 0) {\n\t\t// Rerender ourselves\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.macrocall = MacroCallWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/navigator.js": {
"title": "$:/core/modules/widgets/navigator.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/navigator.js\ntype: application/javascript\nmodule-type: widget\n\nNavigator widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar IMPORT_TITLE = \"$:/Import\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tm-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tm-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tm-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tm-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tm-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tm-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tm-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tm-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tm-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tm-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\n\t\t{type: \"tm-perform-import\", handler: \"handlePerformImportEvent\"},\n\t\t{type: \"tm-fold-tiddler\", handler: \"handleFoldTiddlerEvent\"},\n\t\t{type: \"tm-fold-other-tiddlers\", handler: \"handleFoldOtherTiddlersEvent\"},\n\t\t{type: \"tm-fold-all-tiddlers\", handler: \"handleFoldAllTiddlersEvent\"},\n\t\t{type: \"tm-unfold-all-tiddlers\", handler: \"handleUnfoldAllTiddlersEvent\"},\n\t\t{type: \"tm-rename-tiddler\", handler: \"handleRenameTiddlerEvent\"}\n\t]);\n};\n\n/*\nInherit from the base widget class\n*/\nNavigatorWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nNavigatorWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nNavigatorWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.storyTitle = this.getAttribute(\"story\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\tthis.setVariable(\"tv-story-list\",this.storyTitle);\n\tthis.setVariable(\"tv-history-list\",this.historyTitle);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nNavigatorWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.story || changedAttributes.history) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nNavigatorWidget.prototype.getStoryList = function() {\n\treturn this.storyTitle ? this.wiki.getTiddlerList(this.storyTitle) : null;\n};\n\nNavigatorWidget.prototype.saveStoryList = function(storyList) {\n\tif(this.storyTitle) {\n\t\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t\t{title: this.storyTitle},\n\t\t\tstoryTiddler,\n\t\t\t{list: storyList}\n\t\t));\t\t\n\t}\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tif(storyList) {\n\t\tvar p = storyList.indexOf(title);\n\t\twhile(p !== -1) {\n\t\t\tstoryList.splice(p,1);\n\t\t\tp = storyList.indexOf(title);\n\t\t}\t\t\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tif(storyList) {\n\t\tvar pos = storyList.indexOf(oldTitle);\n\t\tif(pos !== -1) {\n\t\t\tstoryList[pos] = newTitle;\n\t\t\tdo {\n\t\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\t\tif(pos !== -1) {\n\t\t\t\t\tstoryList.splice(pos,1);\n\t\t\t\t}\n\t\t\t} while(pos !== -1);\n\t\t} else {\n\t\t\tstoryList.splice(0,0,newTitle);\n\t\t}\t\t\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tif(this.storyTitle) {\n\t\tthis.wiki.addToStory(title,fromTitle,this.storyTitle,{\n\t\t\topenLinkFromInsideRiver: this.getAttribute(\"openLinkFromInsideRiver\",\"top\"),\n\t\t\topenLinkFromOutsideRiver: this.getAttribute(\"openLinkFromOutsideRiver\",\"top\")\n\t\t});\n\t}\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\n*/\nNavigatorWidget.prototype.addToHistory = function(title,fromPageRect) {\n\tthis.wiki.addToHistory(title,fromPageRect,this.historyTitle);\n};\n\n/*\nHandle a tm-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-navigating\",event);\n\tif(event.navigateTo) {\n\t\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\t\tif(!event.navigateSuppressNavigation) {\n\t\t\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\n\t\t}\n\t}\n\treturn false;\n};\n\n// Close a specified tiddler\nNavigatorWidget.prototype.handleCloseTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\tstoryList = this.getStoryList();\n\t// Look for tiddlers with this title to close\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\treturn false;\n};\n\n// Close all tiddlers\nNavigatorWidget.prototype.handleCloseAllTiddlersEvent = function(event) {\n\tthis.saveStoryList([]);\n\treturn false;\n};\n\n// Close other tiddlers\nNavigatorWidget.prototype.handleCloseOtherTiddlersEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle;\n\tthis.saveStoryList([title]);\n\treturn false;\n};\n\n// Place a tiddler in edit mode\nNavigatorWidget.prototype.handleEditTiddlerEvent = function(event) {\n\tvar editTiddler = $tw.hooks.invokeHook(\"th-editing-tiddler\",event);\n\tif(!editTiddler) {\n\t\treturn false;\n\t}\n\tvar self = this;\n\tfunction isUnmodifiedShadow(title) {\n\t\treturn self.wiki.isShadowTiddler(title) && !self.wiki.tiddlerExists(title);\n\t}\n\tfunction confirmEditShadow(title) {\n\t\treturn confirm($tw.language.getString(\n\t\t\t\"ConfirmEditShadowTiddler\",\n\t\t\t{variables:\n\t\t\t\t{title: title}\n\t\t\t}\n\t\t));\n\t}\n\tvar title = event.param || event.tiddlerTitle;\n\tif(isUnmodifiedShadow(title) && !confirmEditShadow(title)) {\n\t\treturn false;\n\t}\n\t// Replace the specified tiddler with a draft in edit mode\n\tvar draftTiddler = this.makeDraftTiddler(title);\n\t// Update the story and history if required\n\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\tvar draftTitle = draftTiddler.fields.title,\n\t\t\tstoryList = this.getStoryList();\n\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t\treturn false;\n\t}\n};\n\n// Delete a tiddler\nNavigatorWidget.prototype.handleDeleteTiddlerEvent = function(event) {\n\t// Get the tiddler we're deleting\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList(),\n\t\toriginalTitle = tiddler ? tiddler.fields[\"draft.of\"] : \"\",\n\t\toriginalTiddler = originalTitle ? this.wiki.getTiddler(originalTitle) : undefined,\n\t\tconfirmationTitle;\n\tif(!tiddler) {\n\t\treturn false;\n\t}\n\t// Check if the tiddler we're deleting is in draft mode\n\tif(originalTitle) {\n\t\t// If so, we'll prompt for confirmation referencing the original tiddler\n\t\tconfirmationTitle = originalTitle;\n\t} else {\n\t\t// If not a draft, then prompt for confirmation referencing the specified tiddler\n\t\tconfirmationTitle = title;\n\t}\n\t// Seek confirmation\n\tif((this.wiki.getTiddler(originalTitle) || (tiddler.fields.text || \"\") !== \"\") && !confirm($tw.language.getString(\n\t\t\t\t\"ConfirmDeleteTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: confirmationTitle}\n\t\t\t\t}\n\t\t\t))) {\n\t\treturn false;\n\t}\n\t// Delete the original tiddler\n\tif(originalTitle) {\n\t\tif(originalTiddler) {\n\t\t\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",originalTiddler);\n\t\t}\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Invoke the hook function and delete this tiddler\n\t$tw.hooks.invokeHook(\"th-deleting-tiddler\",tiddler);\n\tthis.wiki.deleteTiddler(title);\n\t// Remove the closed tiddler from the story\n\tthis.removeTitleFromStory(storyList,title);\n\tthis.saveStoryList(storyList);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\treturn false;\n};\n\n/*\nCreate/reuse the draft tiddler for a given title\n*/\nNavigatorWidget.prototype.makeDraftTiddler = function(targetTitle) {\n\t// See if there is already a draft tiddler for this tiddler\n\tvar draftTitle = this.wiki.findDraft(targetTitle);\n\tif(draftTitle) {\n\t\treturn this.wiki.getTiddler(draftTitle);\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tdraftTitle = this.generateDraftTitle(targetTitle);\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\ttiddler,\n\t\t\t{\n\t\t\t\ttitle: draftTitle,\n\t\t\t\t\"draft.title\": targetTitle,\n\t\t\t\t\"draft.of\": targetTitle\n\t\t\t},\n\t\t\tthis.wiki.getModificationFields()\n\t\t);\n\tthis.wiki.addTiddler(draftTiddler);\n\treturn draftTiddler;\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nNavigatorWidget.prototype.generateDraftTitle = function(title) {\n\treturn this.wiki.generateDraftTitle(title);\n};\n\n// Take a tiddler out of edit mode, saving the changes\nNavigatorWidget.prototype.handleSaveTiddlerEvent = function(event) {\n\tvar title = event.param || event.tiddlerTitle,\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tstoryList = this.getStoryList();\n\t// Replace the original tiddler with the draft\n\tif(tiddler) {\n\t\tvar draftTitle = (tiddler.fields[\"draft.title\"] || \"\").trim(),\n\t\t\tdraftOf = (tiddler.fields[\"draft.of\"] || \"\").trim();\n\t\tif(draftTitle) {\n\t\t\tvar isRename = draftOf !== draftTitle,\n\t\t\t\tisConfirmed = true;\n\t\t\tif(isRename && this.wiki.tiddlerExists(draftTitle)) {\n\t\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\t\"ConfirmOverwriteTiddler\",\n\t\t\t\t\t{variables:\n\t\t\t\t\t\t{title: draftTitle}\n\t\t\t\t\t}\n\t\t\t\t));\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Create the new tiddler and pass it through the th-saving-tiddler hook\n\t\t\t\tvar newTiddler = new $tw.Tiddler(this.wiki.getCreationFields(),tiddler,{\n\t\t\t\t\ttitle: draftTitle,\n\t\t\t\t\t\"draft.title\": undefined,\n\t\t\t\t\t\"draft.of\": undefined\n\t\t\t\t},this.wiki.getModificationFields());\n\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-saving-tiddler\",newTiddler);\n\t\t\t\tthis.wiki.addTiddler(newTiddler);\n\t\t\t\t// If enabled, relink references to renamed tiddler\n\t\t\t\tvar shouldRelink = this.getAttribute(\"relinkOnRename\",\"no\").toLowerCase().trim() === \"yes\";\n\t\t\t\tif(isRename && shouldRelink && this.wiki.tiddlerExists(draftOf)) {\nconsole.log(\"Relinking '\" + draftOf + \"' to '\" + draftTitle + \"'\");\n\t\t\t\t\tthis.wiki.relinkTiddler(draftOf,draftTitle);\n\t\t\t\t}\n\t\t\t\t// Remove the draft tiddler\n\t\t\t\tthis.wiki.deleteTiddler(title);\n\t\t\t\t// Remove the original tiddler if we're renaming it\n\t\t\t\tif(isRename) {\n\t\t\t\t\tthis.wiki.deleteTiddler(draftOf);\n\t\t\t\t}\n\t\t\t\t// #2381 always remove new title & old\n\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\tthis.removeTitleFromStory(storyList,draftOf);\n\t\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\t\t// Replace the draft in the story with the original\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// Trigger an autosave\n\t\t\t\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Take a tiddler out of edit mode without saving the changes\nNavigatorWidget.prototype.handleCancelTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-cancelling-tiddler\", event);\n\t// Flip the specified tiddler from draft back to the original\n\tvar draftTitle = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.wiki.getTiddler(draftTitle),\n\t\toriginalTitle = draftTiddler && draftTiddler.fields[\"draft.of\"];\n\tif(draftTiddler && originalTitle) {\n\t\t// Ask for confirmation if the tiddler text has changed\n\t\tvar isConfirmed = true,\n\t\t\toriginalTiddler = this.wiki.getTiddler(originalTitle),\n\t\t\tstoryList = this.getStoryList();\n\t\tif(this.wiki.isDraftModified(draftTitle)) {\n\t\t\tisConfirmed = confirm($tw.language.getString(\n\t\t\t\t\"ConfirmCancelTiddler\",\n\t\t\t\t{variables:\n\t\t\t\t\t{title: draftTitle}\n\t\t\t\t}\n\t\t\t));\n\t\t}\n\t\t// Remove the draft tiddler\n\t\tif(isConfirmed) {\n\t\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\t\tif(!event.paramObject || event.paramObject.suppressNavigation !== \"yes\") {\n\t\t\t\tif(originalTiddler) {\n\t\t\t\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\t\t\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\t\t\t} else {\n\t\t\t\t\tthis.removeTitleFromStory(storyList,draftTitle);\n\t\t\t\t}\n\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t}\n\t\t}\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\n// event.param can either be the title of a template tiddler, or a hashmap of fields.\n//\n// The title of the newly created tiddler follows these rules:\n// * If a hashmap was used and a title field was specified, use that title\n// * If a hashmap was used without a title field, use a default title, if necessary making it unique with a numeric suffix\n// * If a template tiddler was used, use the title of the template, if necessary making it unique with a numeric suffix\n//\n// If a draft of the target tiddler already exists then it is reused\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\tevent = $tw.hooks.invokeHook(\"th-new-tiddler\", event);\n\t// Get the story details\n\tvar storyList = this.getStoryList(),\n\t\ttemplateTiddler, additionalFields, title, draftTitle, existingTiddler;\n\t// Get the template tiddler (if any)\n\tif(typeof event.param === \"string\") {\n\t\t// Get the template tiddler\n\t\ttemplateTiddler = this.wiki.getTiddler(event.param);\n\t\t// Generate a new title\n\t\ttitle = this.wiki.generateNewTitle(event.param || $tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t}\n\t// Get the specified additional fields\n\tif(typeof event.paramObject === \"object\") {\n\t\tadditionalFields = event.paramObject;\n\t}\n\tif(typeof event.param === \"object\") { // Backwards compatibility with 5.1.3\n\t\tadditionalFields = event.param;\n\t}\n\tif(additionalFields && additionalFields.title) {\n\t\ttitle = additionalFields.title;\n\t}\n\t// Make a copy of the additional fields excluding any blank ones\n\tvar filteredAdditionalFields = $tw.utils.extend({},additionalFields);\n\tObject.keys(filteredAdditionalFields).forEach(function(fieldName) {\n\t\tif(filteredAdditionalFields[fieldName] === \"\") {\n\t\t\tdelete filteredAdditionalFields[fieldName];\n\t\t}\n\t});\n\t// Generate a title if we don't have one\n\ttitle = title || this.wiki.generateNewTitle($tw.language.getString(\"DefaultNewTiddlerTitle\"));\n\t// Find any existing draft for this tiddler\n\tdraftTitle = this.wiki.findDraft(title);\n\t// Pull in any existing tiddler\n\tif(draftTitle) {\n\t\texistingTiddler = this.wiki.getTiddler(draftTitle);\n\t} else {\n\t\tdraftTitle = this.generateDraftTitle(title);\n\t\texistingTiddler = this.wiki.getTiddler(title);\n\t}\n\t// Merge the tags\n\tvar mergedTags = [];\n\tif(existingTiddler && existingTiddler.fields.tags) {\n\t\t$tw.utils.pushTop(mergedTags,existingTiddler.fields.tags);\n\t}\n\tif(additionalFields && additionalFields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,$tw.utils.parseStringArray(additionalFields.tags));\n\t}\n\tif(templateTiddler && templateTiddler.fields.tags) {\n\t\t// Merge tags\n\t\tmergedTags = $tw.utils.pushTop(mergedTags,templateTiddler.fields.tags);\n\t}\n\t// Save the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\",\n\t\t\t\"draft.title\": title\n\t\t},\n\t\ttemplateTiddler,\n\t\tadditionalFields,\n\t\tthis.wiki.getCreationFields(),\n\t\texistingTiddler,\n\t\tfilteredAdditionalFields,\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.of\": title,\n\t\t\ttags: mergedTags\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top and remove any existing tiddler\n\tif(storyList && storyList.indexOf(draftTitle) === -1) {\n\t\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\t\tif(slot === -1) {\n\t\t\tslot = this.getAttribute(\"openLinkFromOutsideRiver\",\"top\") === \"bottom\" ? storyList.length - 1 : slot;\n\t\t}\n\t\tstoryList.splice(slot + 1,0,draftTitle);\n\t}\n\tif(storyList && storyList.indexOf(title) !== -1) {\n\t\tstoryList.splice(storyList.indexOf(title),1);\n\t}\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers into a pending import tiddler\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\n\t} catch(e) {\n\t}\n\t// Get the current $:/Import tiddler\n\tvar importTiddler = this.wiki.getTiddler(IMPORT_TITLE),\n\t\timportData = this.wiki.getTiddlerData(IMPORT_TITLE,{}),\n\t\tnewFields = new Object({\n\t\t\ttitle: IMPORT_TITLE,\n\t\t\ttype: \"application/json\",\n\t\t\t\"plugin-type\": \"import\",\n\t\t\t\"status\": \"pending\"\n\t\t}),\n\t\tincomingTiddlers = [];\n\t// Process each tiddler\n\timportData.tiddlers = importData.tiddlers || {};\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\ttiddlerFields.title = $tw.utils.trim(tiddlerFields.title);\n\t\tvar title = tiddlerFields.title;\n\t\tif(title) {\n\t\t\tincomingTiddlers.push(title);\n\t\t\timportData.tiddlers[title] = tiddlerFields;\n\t\t}\n\t});\n\t// Give the active upgrader modules a chance to process the incoming tiddlers\n\tvar messages = this.wiki.invokeUpgraders(incomingTiddlers,importData.tiddlers);\n\t$tw.utils.each(messages,function(message,title) {\n\t\tnewFields[\"message-\" + title] = message;\n\t});\n\t// Deselect any suppressed tiddlers\n\t$tw.utils.each(importData.tiddlers,function(tiddler,title) {\n\t\tif($tw.utils.count(tiddler) === 0) {\n\t\t\tnewFields[\"selection-\" + title] = \"unchecked\";\n\t\t}\n\t});\n\t// Save the $:/Import tiddler\n\tnewFields.text = JSON.stringify(importData,null,$tw.config.preferences.jsonSpaces);\n\tthis.wiki.addTiddler(new $tw.Tiddler(importTiddler,newFields));\n\t// Update the story and history details\n\tif(this.getVariable(\"tv-auto-open-on-import\") !== \"no\") {\n\t\tvar storyList = this.getStoryList(),\n\t\t\thistory = [];\n\t\t// Add it to the story\n\t\tif(storyList && storyList.indexOf(IMPORT_TITLE) === -1) {\n\t\t\tstoryList.unshift(IMPORT_TITLE);\n\t\t}\n\t\t// And to history\n\t\thistory.push(IMPORT_TITLE);\n\t\t// Save the updated story and history\n\t\tthis.saveStoryList(storyList);\n\t\tthis.addToHistory(history);\n\t}\n\treturn false;\n};\n\n//\nNavigatorWidget.prototype.handlePerformImportEvent = function(event) {\n\tvar self = this,\n\t\timportTiddler = this.wiki.getTiddler(event.param),\n\t\timportData = this.wiki.getTiddlerDataCached(event.param,{tiddlers: {}}),\n\t\timportReport = [];\n\t// Add the tiddlers to the store\n\timportReport.push($tw.language.getString(\"Import/Imported/Hint\") + \"\\n\");\n\t$tw.utils.each(importData.tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\tif(title && importTiddler && importTiddler.fields[\"selection-\" + title] !== \"unchecked\") {\n\t\t\tvar tiddler = new $tw.Tiddler(tiddlerFields);\n\t\t\ttiddler = $tw.hooks.invokeHook(\"th-importing-tiddler\",tiddler);\n\t\t\tself.wiki.addTiddler(tiddler);\n\t\t\timportReport.push(\"# [[\" + tiddlerFields.title + \"]]\");\n\t\t}\n\t});\n\t// Replace the $:/Import tiddler with an import report\n\tthis.wiki.addTiddler(new $tw.Tiddler({\n\t\ttitle: event.param,\n\t\ttext: importReport.join(\"\\n\"),\n\t\t\"status\": \"complete\"\n\t}));\n\t// Navigate to the $:/Import tiddler\n\tthis.addToHistory([event.param]);\n\t// Trigger an autosave\n\t$tw.rootWidget.dispatchEvent({type: \"tm-auto-save-wiki\"});\n};\n\nNavigatorWidget.prototype.handleFoldTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {};\n\tif(paramObject.foldedState) {\n\t\tvar foldedState = this.wiki.getTiddlerText(paramObject.foldedState,\"show\") === \"show\" ? \"hide\" : \"show\";\n\t\tthis.wiki.setText(paramObject.foldedState,\"text\",null,foldedState);\n\t}\n};\n\nNavigatorWidget.prototype.handleFoldOtherTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,event.param === title ? \"show\" : \"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleFoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix || \"$:/state/folded/\";\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"hide\");\n\t});\n};\n\nNavigatorWidget.prototype.handleUnfoldAllTiddlersEvent = function(event) {\n\tvar self = this,\n\t\tparamObject = event.paramObject || {},\n\t\tprefix = paramObject.foldedStatePrefix;\n\t$tw.utils.each(this.getStoryList(),function(title) {\n\t\tself.wiki.setText(prefix + title,\"text\",null,\"show\");\n\t});\n};\n\nNavigatorWidget.prototype.handleRenameTiddlerEvent = function(event) {\n\tvar paramObject = event.paramObject || {},\n\t\tfrom = paramObject.from || event.tiddlerTitle,\n\t\tto = paramObject.to;\n\tthis.wiki.renameTiddler(from,to);\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/password.js": {
"title": "$:/core/modules/widgets/password.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/password.js\ntype: application/javascript\nmodule-type: widget\n\nPassword widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar PasswordWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nPasswordWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nPasswordWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Get the current password\n\tvar password = $tw.browser ? $tw.utils.getPassword(this.passwordName) || \"\" : \"\";\n\t// Create our element\n\tvar domNode = this.document.createElement(\"input\");\n\tdomNode.setAttribute(\"type\",\"password\");\n\tdomNode.setAttribute(\"value\",password);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nPasswordWidget.prototype.handleChangeEvent = function(event) {\n\tvar password = this.domNodes[0].value;\n\treturn $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/qualify.js": {
"title": "$:/core/modules/widgets/qualify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/qualify.js\ntype: application/javascript\nmodule-type: widget\n\nQualify text to a variable \n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar QualifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nQualifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nQualifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nQualifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.qualifyName = this.getAttribute(\"name\");\n\tthis.qualifyTitle = this.getAttribute(\"title\");\n\t// Set context variable\n\tif(this.qualifyName) {\n\t\tthis.setVariable(this.qualifyName,this.qualifyTitle + \"-\" + this.getStateQualifier());\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nQualifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.title) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.qualify = QualifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"title": "$:/core/modules/widgets/radio.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nSet a field or index at a given tiddler via radio buttons\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RadioWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRadioWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRadioWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\tvar isChecked = this.getValue() === this.radioValue;\n\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",\n \t\t\"tc-radio \" + this.radioClass + (isChecked ? \" tc-radio-selected\" : \"\")\n \t);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(isChecked) {\n\t\tthis.inputDomNode.setAttribute(\"checked\",\"true\");\n\t}\n\tthis.labelDomNode.appendChild(this.inputDomNode);\n\tthis.spanDomNode = this.document.createElement(\"span\");\n\tthis.labelDomNode.appendChild(this.spanDomNode);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.labelDomNode,nextSibling);\n\tthis.renderChildren(this.spanDomNode,null);\n\tthis.domNodes.push(this.labelDomNode);\n};\n\nRadioWidget.prototype.getValue = function() {\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.radioTitle);\n\tif (this.radioIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.radioTitle,this.radioIndex);\n\t} else {\n\t\tvalue = tiddler && tiddler.getFieldString(this.radioField);\n\t}\n\treturn value;\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioIndex) {\n\t\tthis.wiki.setText(this.radioTitle,\"\",this.radioIndex,this.radioValue);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.radioTitle),\n\t\t\taddition = {};\n\t\taddition[this.radioField] = this.radioValue;\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(this.wiki.getCreationFields(),{title: this.radioTitle},tiddler,addition,this.wiki.getModificationFields()));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\",\"text\");\n\tthis.radioIndex = this.getAttribute(\"index\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/range.js": {
"title": "$:/core/modules/widgets/range.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/range.js\ntype: application/javascript\nmodule-type: widget\n\nRange widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RangeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRangeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRangeWidget.prototype.render = function(parent,nextSibling) {\n\t// Save the parent dom node\n\tthis.parentDomNode = parent;\n\t// Compute our attributes\n\tthis.computeAttributes();\n\t// Execute our logic\n\tthis.execute();\n\t// Create our elements\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"range\");\n\tthis.inputDomNode.setAttribute(\"class\",this.elementClass);\n\tif(this.minValue){\n\t\tthis.inputDomNode.setAttribute(\"min\", this.minValue);\n\t}\n\tif(this.maxValue){\n\t\tthis.inputDomNode.setAttribute(\"max\", this.maxValue);\n\t}\n\tif(this.increment){\n\t\tthis.inputDomNode.setAttribute(\"step\", this.increment);\n\t}\n\tthis.inputDomNode.value = this.getValue();\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(this.inputDomNode,[\n\t\t{name: \"input\", handlerObject: this, handlerMethod: \"handleInputEvent\"},\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleInputEvent\"}\t\t\n\t]);\n\t// Insert the label into the DOM and render any children\n\tparent.insertBefore(this.inputDomNode,nextSibling);\n\tthis.domNodes.push(this.inputDomNode);\n};\n\nRangeWidget.prototype.getValue = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle),\n\t\tfieldName = this.tiddlerField || \"text\",\n\t\tvalue = this.defaultValue;\n\tif(tiddler) {\n\t\tif(this.tiddlerIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(tiddler,this.tiddlerIndex,this.defaultValue || \"\");\n\t\t} else {\n\t\t\tif($tw.utils.hop(tiddler.fields,fieldName)) {\n\t\t\t\tvalue = tiddler.fields[fieldName] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = this.defaultValue || \"\";\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nRangeWidget.prototype.handleInputEvent = function(event) {\n\tif(this.getValue() !== this.inputDomNode.value) {\n\t\tif(this.tiddlerIndex) {\n\t\t\tthis.wiki.setText(this.tiddlerTitle,\"\",this.tiddlerIndex,this.inputDomNode.value);\n\t\t} else {\n\t\t\tthis.wiki.setText(this.tiddlerTitle,this.tiddlerField,null,this.inputDomNode.value);\n\t\t}\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRangeWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.tiddlerField = this.getAttribute(\"field\");\n\tthis.tiddlerIndex = this.getAttribute(\"index\");\n\tthis.minValue = this.getAttribute(\"min\");\n\tthis.maxValue = this.getAttribute(\"max\");\n\tthis.increment = this.getAttribute(\"increment\");\n\tthis.defaultValue = this.getAttribute(\"default\");\n\tthis.elementClass = this.getAttribute(\"class\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRangeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes['min'] || changedAttributes['max'] || changedAttributes['increment'] || changedAttributes[\"default\"] || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.tiddlerTitle]) {\n\t\t\tvar value = this.getValue();\n\t\t\tif(this.inputDomNode.value !== value) {\n\t\t\t\tthis.inputDomNode.value = value;\t\t\t\t\n\t\t\t}\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.range = RangeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/raw.js": {
"title": "$:/core/modules/widgets/raw.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/raw.js\ntype: application/javascript\nmodule-type: widget\n\nRaw widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RawWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRawWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRawWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tvar div = this.document.createElement(\"div\");\n\tdiv.innerHTML=this.parseTreeNode.html;\n\tparent.insertBefore(div,nextSibling);\n\tthis.domNodes.push(div);\t\n};\n\n/*\nCompute the internal state of the widget\n*/\nRawWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRawWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.raw = RawWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/reveal.js": {
"title": "$:/core/modules/widgets/reveal.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/reveal.js\ntype: application/javascript\nmodule-type: widget\n\nReveal widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar RevealWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nRevealWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nRevealWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar tag = this.parseTreeNode.isBlock ? \"div\" : \"span\";\n\tif(this.revealTag && $tw.config.htmlUnsafeElements.indexOf(this.revealTag) === -1) {\n\t\ttag = this.revealTag;\n\t}\n\tvar domNode = this.document.createElement(tag);\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tc-reveal\");\n\tdomNode.className = classes.join(\" \");\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\t}\n\tif(!this.isOpen) {\n\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t}\n\tthis.domNodes.push(domNode);\n};\n\nRevealWidget.prototype.positionPopup = function(domNode) {\n\tdomNode.style.position = \"absolute\";\n\tdomNode.style.zIndex = \"1000\";\n\tvar left,top;\n\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tleft = this.popup.left - domNode.offsetWidth;\n\t\t\ttop = this.popup.top;\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tleft = this.popup.left;\n\t\t\ttop = this.popup.top - domNode.offsetHeight;\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tleft = this.popup.left + this.popup.width;\n\t\t\ttop = this.popup.top + this.popup.height - domNode.offsetHeight;\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tleft = this.popup.left + this.popup.width;\n\t\t\ttop = this.popup.top;\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tleft = this.popup.left + this.popup.width - domNode.offsetWidth;\n\t\t\ttop = this.popup.top + this.popup.height;\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tleft = this.popup.left;\n\t\t\ttop = this.popup.top + this.popup.height;\n\t\t\tbreak;\n\t}\n\tif(!this.positionAllowNegative) {\n\t\tleft = Math.max(0,left);\n\t\ttop = Math.max(0,top);\n\t}\n\tdomNode.style.left = left + \"px\";\n\tdomNode.style.top = top + \"px\";\n};\n\n/*\nCompute the internal state of the widget\n*/\nRevealWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.state = this.getAttribute(\"state\");\n\tthis.revealTag = this.getAttribute(\"tag\");\n\tthis.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis.positionAllowNegative = this.getAttribute(\"positionAllowNegative\") === \"yes\";\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"no\");\n\tthis.retain = this.getAttribute(\"retain\",\"no\");\n\tthis.openAnimation = this.animate === \"no\" ? undefined : \"open\";\n\tthis.closeAnimation = this.animate === \"no\" ? undefined : \"close\";\n\t// Compute the title of the state tiddler and read it\n\tthis.stateTiddlerTitle = this.state;\n\tthis.stateTitle = this.getAttribute(\"stateTitle\");\n\tthis.stateField = this.getAttribute(\"stateField\");\n\tthis.stateIndex = this.getAttribute(\"stateIndex\");\n\tthis.readState();\n\t// Construct the child widgets\n\tvar childNodes = this.isOpen ? this.parseTreeNode.children : [];\n\tthis.hasChildNodes = this.isOpen;\n\tthis.makeChildWidgets(childNodes);\n};\n\n/*\nRead the state tiddler\n*/\nRevealWidget.prototype.readState = function() {\n\t// Read the information from the state tiddler\n\tvar state,\n\t defaultState = this[\"default\"];\n\tif(this.stateTitle) {\n\t\tvar stateTitleTiddler = this.wiki.getTiddler(this.stateTitle);\n\t\tif(this.stateField) {\n\t\t\tstate = stateTitleTiddler ? stateTitleTiddler.getFieldString(this.stateField) || defaultState : defaultState;\n\t\t} else if(this.stateIndex) {\n\t\t\tstate = stateTitleTiddler ? this.wiki.extractTiddlerDataItem(this.stateTitle,this.stateIndex) || defaultState : defaultState;\n\t\t} else if(stateTitleTiddler) {\n\t\t\tstate = this.wiki.getTiddlerText(this.stateTitle) || defaultState;\n\t\t} else {\n\t\t\tstate = defaultState;\n\t\t}\n\t} else {\n\t\tstate = this.stateTiddlerTitle ? this.wiki.getTextReference(this.state,this[\"default\"],this.getVariable(\"currentTiddler\")) : this[\"default\"];\n\t}\n\tif(state === null) {\n\t\tstate = this[\"default\"];\n\t}\n\tswitch(this.type) {\n\t\tcase \"popup\":\n\t\t\tthis.readPopupState(state);\n\t\t\tbreak;\n\t\tcase \"match\":\n\t\t\tthis.isOpen = this.text === state;\n\t\t\tbreak;\n\t\tcase \"nomatch\":\n\t\t\tthis.isOpen = this.text !== state;\n\t\t\tbreak;\n\t\tcase \"lt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t\tcase \"gt\":\n\t\t\tthis.isOpen = !!(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"lteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) > 0);\n\t\t\tbreak;\n\t\tcase \"gteq\":\n\t\t\tthis.isOpen = !(this.compareStateText(state) < 0);\n\t\t\tbreak;\n\t}\n};\n\nRevealWidget.prototype.compareStateText = function(state) {\n\treturn state.localeCompare(this.text,undefined,{numeric: true,sensitivity: \"case\"});\n};\n\nRevealWidget.prototype.readPopupState = function(state) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tmatch = popupLocationRegExp.exec(state);\n\t// Check if the state matches the location regexp\n\tif(match) {\n\t\t// If so, we're open\n\t\tthis.isOpen = true;\n\t\t// Get the location\n\t\tthis.popup = {\n\t\t\tleft: parseFloat(match[1]),\n\t\t\ttop: parseFloat(match[2]),\n\t\t\twidth: parseFloat(match[3]),\n\t\t\theight: parseFloat(match[4])\n\t\t};\n\t} else {\n\t\t// If not, we're closed\n\t\tthis.isOpen = false;\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRevealWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.state || changedAttributes.type || changedAttributes.text || changedAttributes.position || changedAttributes.positionAllowNegative || changedAttributes[\"default\"] || changedAttributes.animate || changedAttributes.stateTitle || changedAttributes.stateField || changedAttributes.stateIndex) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar currentlyOpen = this.isOpen;\n\t\tthis.readState();\n\t\tif(this.isOpen !== currentlyOpen) {\n\t\t\tif(this.retain === \"yes\") {\n\t\t\t\tthis.updateState();\n\t\t\t} else {\n\t\t\t\tthis.refreshSelf();\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\n\tvar self = this;\n\t// Read the current state\n\tthis.readState();\n\t// Construct the child nodes if needed\n\tvar domNode = this.domNodes[0];\n\tif(this.isOpen && !this.hasChildNodes) {\n\t\tthis.hasChildNodes = true;\n\t\tthis.makeChildWidgets(this.parseTreeNode.children);\n\t\tthis.renderChildren(domNode,null);\n\t}\n\t// Animate our DOM node\n\tif(!domNode.isTiddlyWikiFakeDom && this.type === \"popup\" && this.isOpen) {\n\t\tthis.positionPopup(domNode);\n\t\t$tw.utils.addClass(domNode,\"tc-popup\"); // Make sure that clicks don't dismiss popups within the revealed content\n\n\t}\n\tif(this.isOpen) {\n\t\tdomNode.removeAttribute(\"hidden\");\n $tw.anim.perform(this.openAnimation,domNode);\n\t} else {\n\t\t$tw.anim.perform(this.closeAnimation,domNode,{callback: function() {\n\t\t\t//make sure that the state hasn't changed during the close animation\n\t\t\tself.readState()\n\t\t\tif(!self.isOpen) {\n\t\t\t\tdomNode.setAttribute(\"hidden\",\"true\");\n\t\t\t}\n\t\t}});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/scrollable.js": {
"title": "$:/core/modules/widgets/scrollable.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/scrollable.js\ntype: application/javascript\nmodule-type: widget\n\nScrollable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ScrollableWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.scaleFactor = 1;\n\tthis.addEventListeners([\n\t\t{type: \"tm-scroll\", handler: \"handleScrollEvent\"}\n\t]);\n\tif($tw.browser) {\n\t\tthis.requestAnimationFrame = window.requestAnimationFrame ||\n\t\t\twindow.webkitRequestAnimationFrame ||\n\t\t\twindow.mozRequestAnimationFrame ||\n\t\t\tfunction(callback) {\n\t\t\t\treturn window.setTimeout(callback, 1000/60);\n\t\t\t};\n\t\tthis.cancelAnimationFrame = window.cancelAnimationFrame ||\n\t\t\twindow.webkitCancelAnimationFrame ||\n\t\t\twindow.webkitCancelRequestAnimationFrame ||\n\t\t\twindow.mozCancelAnimationFrame ||\n\t\t\twindow.mozCancelRequestAnimationFrame ||\n\t\t\tfunction(id) {\n\t\t\t\twindow.clearTimeout(id);\n\t\t\t};\n\t}\n};\n\n/*\nInherit from the base widget class\n*/\nScrollableWidget.prototype = new Widget();\n\nScrollableWidget.prototype.cancelScroll = function() {\n\tif(this.idRequestFrame) {\n\t\tthis.cancelAnimationFrame.call(window,this.idRequestFrame);\n\t\tthis.idRequestFrame = null;\n\t}\n};\n\n/*\nHandle a scroll event\n*/\nScrollableWidget.prototype.handleScrollEvent = function(event) {\n\t// Pass the scroll event through if our offsetsize is larger than our scrollsize\n\tif(this.outerDomNode.scrollWidth <= this.outerDomNode.offsetWidth && this.outerDomNode.scrollHeight <= this.outerDomNode.offsetHeight && this.fallthrough === \"yes\") {\n\t\treturn true;\n\t}\n\tthis.scrollIntoView(event.target);\n\treturn false; // Handled event\n};\n\n/*\nScroll an element into view\n*/\nScrollableWidget.prototype.scrollIntoView = function(element) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\tthis.cancelScroll();\n\tthis.startTime = Date.now();\n\tvar scrollPosition = {\n\t\tx: this.outerDomNode.scrollLeft,\n\t\ty: this.outerDomNode.scrollTop\n\t};\n\t// Get the client bounds of the element and adjust by the scroll position\n\tvar scrollableBounds = this.outerDomNode.getBoundingClientRect(),\n\t\tclientTargetBounds = element.getBoundingClientRect(),\n\t\tbounds = {\n\t\t\tleft: clientTargetBounds.left + scrollPosition.x - scrollableBounds.left,\n\t\t\ttop: clientTargetBounds.top + scrollPosition.y - scrollableBounds.top,\n\t\t\twidth: clientTargetBounds.width,\n\t\t\theight: clientTargetBounds.height\n\t\t};\n\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\tvar getEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is already visible then stay where we are\n\t\t\tif(targetPos >= currentPos && (targetPos + targetSize) <= (currentPos + currentSize)) {\n\t\t\t\treturn currentPos;\n\t\t\t// If the target is above/left of the current view, then scroll to its top/left\n\t\t\t} else if(targetPos <= currentPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// If the target is smaller than the window and the scroll position is too far up, then scroll till the target is at the bottom of the window\n\t\t\t} else if(targetSize < currentSize && currentPos < (targetPos + targetSize - currentSize)) {\n\t\t\t\treturn targetPos + targetSize - currentSize;\n\t\t\t// If the target is big, then just scroll to the top\n\t\t\t} else if(currentPos < targetPos) {\n\t\t\t\treturn targetPos;\n\t\t\t// Otherwise, stay where we are\n\t\t\t} else {\n\t\t\t\treturn currentPos;\n\t\t\t}\n\t\t},\n\t\tendX = getEndPos(bounds.left,bounds.width,scrollPosition.x,this.outerDomNode.offsetWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,this.outerDomNode.offsetHeight);\n\t// Only scroll if necessary\n\tif(endX !== scrollPosition.x || endY !== scrollPosition.y) {\n\t\tvar self = this,\n\t\t\tdrawFrame;\n\t\tdrawFrame = function () {\n\t\t\tvar t;\n\t\t\tif(duration <= 0) {\n\t\t\t\tt = 1;\n\t\t\t} else {\n\t\t\t\tt = ((Date.now()) - self.startTime) / duration;\t\n\t\t\t}\n\t\t\tif(t >= 1) {\n\t\t\t\tself.cancelScroll();\n\t\t\t\tt = 1;\n\t\t\t}\n\t\t\tt = $tw.utils.slowInSlowOut(t);\n\t\t\tself.outerDomNode.scrollLeft = scrollPosition.x + (endX - scrollPosition.x) * t;\n\t\t\tself.outerDomNode.scrollTop = scrollPosition.y + (endY - scrollPosition.y) * t;\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nScrollableWidget.prototype.render = function(parent,nextSibling) {\n\tvar self = this;\n\t// Remember parent\n\tthis.parentDomNode = parent;\n\t// Compute attributes and execute state\n\tthis.computeAttributes();\n\tthis.execute();\n\t// Create elements\n\tthis.outerDomNode = this.document.createElement(\"div\");\n\t$tw.utils.setStyle(this.outerDomNode,[\n\t\t{overflowY: \"auto\"},\n\t\t{overflowX: \"auto\"},\n\t\t{webkitOverflowScrolling: \"touch\"}\n\t]);\n\tthis.innerDomNode = this.document.createElement(\"div\");\n\tthis.outerDomNode.appendChild(this.innerDomNode);\n\t// Assign classes\n\tthis.outerDomNode.className = this[\"class\"] || \"\";\n\t// Insert element\n\tparent.insertBefore(this.outerDomNode,nextSibling);\n\tthis.renderChildren(this.innerDomNode,null);\n\tthis.domNodes.push(this.outerDomNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nScrollableWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.fallthrough = this.getAttribute(\"fallthrough\",\"yes\");\n\tthis[\"class\"] = this.getAttribute(\"class\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nScrollableWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.scrollable = ScrollableWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/select.js": {
"title": "$:/core/modules/widgets/select.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/select.js\ntype: application/javascript\nmodule-type: widget\n\nSelect widget:\n\n```\n<$select tiddler=\"MyTiddler\" field=\"text\">\n<$list filter=\"[tag[chapter]]\">\n<option value=<<currentTiddler>>>\n<$view field=\"description\"/>\n</option>\n</$list>\n</$select>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SelectWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSelectWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSelectWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\tthis.setSelectValue();\n\t$tw.utils.addEventListeners(this.getSelectDomNode(),[\n\t\t{name: \"change\", handlerObject: this, handlerMethod: \"handleChangeEvent\"}\n\t]);\n};\n\n/*\nHandle a change event\n*/\nSelectWidget.prototype.handleChangeEvent = function(event) {\n\t// Get the new value and assign it to the tiddler\n\tif(this.selectMultiple == false) {\n\t\tvar value = this.getSelectDomNode().value;\n\t} else {\n\t\tvar value = this.getSelectValues()\n\t\t\t\tvalue = $tw.utils.stringifyList(value);\n\t}\n\tthis.wiki.setText(this.selectTitle,this.selectField,this.selectIndex,value);\n\t// Trigger actions\n\tif(this.selectActions) {\n\t\tthis.invokeActionString(this.selectActions,this,event);\n\t}\n};\n\n/*\nIf necessary, set the value of the select element to the current value\n*/\nSelectWidget.prototype.setSelectValue = function() {\n\tvar value = this.selectDefault;\n\t// Get the value\n\tif(this.selectIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.selectTitle,this.selectIndex,value);\n\t} else {\n\t\tvar tiddler = this.wiki.getTiddler(this.selectTitle);\n\t\tif(tiddler) {\n\t\t\tif(this.selectField === \"text\") {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.selectTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.selectField)) {\n\t\t\t\t\tvalue = tiddler.getFieldString(this.selectField);\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.selectField === \"title\") {\n\t\t\t\tvalue = this.selectTitle;\n\t\t\t}\n\t\t}\n\t}\n\t// Assign it to the select element if it's different than the current value\n\tif (this.selectMultiple) {\n\t\tvalue = value === undefined ? \"\" : value;\n\t\tvar select = this.getSelectDomNode();\n\t\tvar values = Array.isArray(value) ? value : $tw.utils.parseStringArray(value);\n\t\tfor(var i=0; i < select.children.length; i++){\n\t\t\tselect.children[i].selected = values.indexOf(select.children[i].value) !== -1\n\t\t}\n\t} else {\n\t\tvar domNode = this.getSelectDomNode();\n\t\tif(domNode.value !== value) {\n\t\t\tdomNode.value = value;\n\t\t}\n\t}\n};\n\n/*\nGet the DOM node of the select element\n*/\nSelectWidget.prototype.getSelectDomNode = function() {\n\treturn this.children[0].domNodes[0];\n};\n\n// Return an array of the selected opion values\n// select is an HTML select element\nSelectWidget.prototype.getSelectValues = function() {\n\tvar select, result, options, opt;\n\tselect = this.getSelectDomNode();\n\tresult = [];\n\toptions = select && select.options;\n\tfor (var i=0; i<options.length; i++) {\n\t\topt = options[i];\n\t\tif (opt.selected) {\n\t\t\tresult.push(opt.value || opt.text);\n\t\t}\n\t}\n\treturn result;\n}\n\n/*\nCompute the internal state of the widget\n*/\nSelectWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.selectActions = this.getAttribute(\"actions\");\n\tthis.selectTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.selectField = this.getAttribute(\"field\",\"text\");\n\tthis.selectIndex = this.getAttribute(\"index\");\n\tthis.selectClass = this.getAttribute(\"class\");\n\tthis.selectDefault = this.getAttribute(\"default\");\n\tthis.selectMultiple = this.getAttribute(\"multiple\", false);\n\tthis.selectSize = this.getAttribute(\"size\");\n\tthis.selectTooltip = this.getAttribute(\"tooltip\");\n\t// Make the child widgets\n\tvar selectNode = {\n\t\ttype: \"element\",\n\t\ttag: \"select\",\n\t\tchildren: this.parseTreeNode.children\n\t};\n\tif(this.selectClass) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"class\",this.selectClass);\n\t}\n\tif(this.selectMultiple) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"multiple\",\"multiple\");\n\t}\n\tif(this.selectSize) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"size\",this.selectSize);\n\t}\n\tif(this.selectTooltip) {\n\t\t$tw.utils.addAttributeToParseTreeNode(selectNode,\"title\",this.selectTooltip);\n\t}\n\tthis.makeChildWidgets([selectNode]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSelectWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// If we're using a different tiddler/field/index then completely refresh ourselves\n\tif(changedAttributes.selectTitle || changedAttributes.selectField || changedAttributes.selectIndex || changedAttributes.selectTooltip) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t// If the target tiddler value has changed, just update setting and refresh the children\n\t} else {\n\t\tvar childrenRefreshed = this.refreshChildren(changedTiddlers);\n\t\tif(changedTiddlers[this.selectTitle] || childrenRefreshed) {\n\t\t\tthis.setSelectValue();\n\t\t} \n\t\treturn childrenRefreshed;\n\t}\n};\n\nexports.select = SelectWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/set.js": {
"title": "$:/core/modules/widgets/set.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/set.js\ntype: application/javascript\nmodule-type: widget\n\nSet variable widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar SetWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nSetWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nSetWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nSetWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.setName = this.getAttribute(\"name\",\"currentTiddler\");\n\tthis.setFilter = this.getAttribute(\"filter\");\n\tthis.setSelect = this.getAttribute(\"select\");\n\tthis.setTiddler = this.getAttribute(\"tiddler\");\n\tthis.setSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.setField = this.getAttribute(\"field\");\n\tthis.setIndex = this.getAttribute(\"index\");\n\tthis.setValue = this.getAttribute(\"value\");\n\tthis.setEmptyValue = this.getAttribute(\"emptyValue\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.getValue(),this.parseTreeNode.params,!!this.parseTreeNode.isMacroDefinition);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nGet the value to be assigned\n*/\nSetWidget.prototype.getValue = function() {\n\tvar value = this.setValue;\n\tif(this.setTiddler) {\n\t\tvar tiddler;\n\t\tif(this.setSubTiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.setTiddler,this.setSubTiddler);\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.setTiddler);\t\t\t\n\t\t}\n\t\tif(!tiddler) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t} else if(this.setField) {\n\t\t\tvalue = tiddler.getFieldString(this.setField) || this.setEmptyValue;\n\t\t} else if(this.setIndex) {\n\t\t\tvalue = this.wiki.extractTiddlerDataItem(this.setTiddler,this.setIndex,this.setEmptyValue);\n\t\t} else {\n\t\t\tvalue = tiddler.fields.text || this.setEmptyValue ;\n\t\t}\n\t} else if(this.setFilter) {\n\t\tvar results = this.wiki.filterTiddlers(this.setFilter,this);\n\t\tif(this.setValue == null) {\n\t\t\tvar select;\n\t\t\tif(this.setSelect) {\n\t\t\t\tselect = parseInt(this.setSelect,10);\n\t\t\t}\n\t\t\tif(select !== undefined) {\n\t\t\t\tvalue = results[select] || \"\";\n\t\t\t} else {\n\t\t\t\tvalue = $tw.utils.stringifyList(results);\t\t\t\n\t\t\t}\n\t\t}\n\t\tif(results.length === 0 && this.setEmptyValue !== undefined) {\n\t\t\tvalue = this.setEmptyValue;\n\t\t}\n\t} else if(!value && this.setEmptyValue) {\n\t\tvalue = this.setEmptyValue;\n\t}\n\treturn value || \"\";\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.filter || changedAttributes.select || changedAttributes.tiddler || (this.setTiddler && changedTiddlers[this.setTiddler]) || changedAttributes.field || changedAttributes.index || changedAttributes.value || changedAttributes.emptyValue ||\n\t (this.setFilter && this.getValue() != this.variables[this.setName].value)) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/text.js": {
"title": "$:/core/modules/widgets/text.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/text.js\ntype: application/javascript\nmodule-type: widget\n\nText node widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TextNodeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTextNodeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTextNodeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tvar text = this.getAttribute(\"text\",this.parseTreeNode.text || \"\");\n\ttext = text.replace(/\\r/mg,\"\");\n\tvar textNode = this.document.createTextNode(text);\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTextNodeWidget.prototype.execute = function() {\n\t// Nothing to do for a text node\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTextNodeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.text) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/tiddler.js": {
"title": "$:/core/modules/widgets/tiddler.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/tiddler.js\ntype: application/javascript\nmodule-type: widget\n\nTiddler widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TiddlerWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTiddlerWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTiddlerWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTiddlerWidget.prototype.execute = function() {\n\tthis.tiddlerState = this.computeTiddlerState();\n\tthis.setVariable(\"currentTiddler\",this.tiddlerState.currentTiddler);\n\tthis.setVariable(\"missingTiddlerClass\",this.tiddlerState.missingTiddlerClass);\n\tthis.setVariable(\"shadowTiddlerClass\",this.tiddlerState.shadowTiddlerClass);\n\tthis.setVariable(\"systemTiddlerClass\",this.tiddlerState.systemTiddlerClass);\n\tthis.setVariable(\"tiddlerTagClasses\",this.tiddlerState.tiddlerTagClasses);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nCompute the tiddler state flags\n*/\nTiddlerWidget.prototype.computeTiddlerState = function() {\n\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Compute the state\n\tvar state = {\n\t\tcurrentTiddler: this.tiddlerTitle || \"\",\n\t\tmissingTiddlerClass: (this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tc-tiddler-exists\" : \"tc-tiddler-missing\",\n\t\tshadowTiddlerClass: this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tc-tiddler-shadow\" : \"\",\n\t\tsystemTiddlerClass: this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tc-tiddler-system\" : \"\",\n\t\ttiddlerTagClasses: this.getTagClasses()\n\t};\n\t// Compute a simple hash to make it easier to detect changes\n\tstate.hash = state.currentTiddler + state.missingTiddlerClass + state.shadowTiddlerClass + state.systemTiddlerClass + state.tiddlerTagClasses;\n\treturn state;\n};\n\n/*\nCreate a string of CSS classes derived from the tags of the current tiddler\n*/\nTiddlerWidget.prototype.getTagClasses = function() {\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\tif(tiddler) {\n\t\tvar tags = [];\n\t\t$tw.utils.each(tiddler.fields.tags,function(tag) {\n\t\t\ttags.push(\"tc-tagged-\" + encodeURIComponent(tag));\n\t\t});\n\t\treturn tags.join(\" \");\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTiddlerWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes(),\n\t\tnewTiddlerState = this.computeTiddlerState();\n\tif(changedAttributes.tiddler || newTiddlerState.hash !== this.tiddlerState.hash) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/transclude.js": {
"title": "$:/core/modules/widgets/transclude.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/transclude.js\ntype: application/javascript\nmodule-type: widget\n\nTransclude widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar TranscludeWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nTranscludeWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nTranscludeWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nTranscludeWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.transcludeTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.transcludeSubTiddler = this.getAttribute(\"subtiddler\");\n\tthis.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\tthis.transcludeMode = this.getAttribute(\"mode\");\n\t// Parse the text reference\n\tvar parseAsInline = !this.parseTreeNode.isBlock;\n\tif(this.transcludeMode === \"inline\") {\n\t\tparseAsInline = true;\n\t} else if(this.transcludeMode === \"block\") {\n\t\tparseAsInline = false;\n\t}\n\tvar parser = this.wiki.parseTextReference(\n\t\t\t\t\t\tthis.transcludeTitle,\n\t\t\t\t\t\tthis.transcludeField,\n\t\t\t\t\t\tthis.transcludeIndex,\n\t\t\t\t\t\t{\n\t\t\t\t\t\t\tparseAsInline: parseAsInline,\n\t\t\t\t\t\t\tsubTiddler: this.transcludeSubTiddler\n\t\t\t\t\t\t}),\n\t\tparseTreeNodes = parser ? parser.tree : this.parseTreeNode.children;\n\t// Set context variables for recursion detection\n\tvar recursionMarker = this.makeRecursionMarker();\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Check for recursion\n\tif(parser) {\n\t\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\t\tparseTreeNodes = [{type: \"element\", tag: \"span\", attributes: {\n\t\t\t\t\"class\": {type: \"string\", value: \"tc-error\"}\n\t\t\t}, children: [\n\t\t\t\t{type: \"text\", text: $tw.language.getString(\"Error/RecursiveTransclusion\")}\n\t\t\t]}];\n\t\t}\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nCompose a string comprising the title, field and/or index to identify this transclusion for recursion detection\n*/\nTranscludeWidget.prototype.makeRecursionMarker = function() {\n\tvar output = [];\n\toutput.push(\"{\");\n\toutput.push(this.getVariable(\"currentTiddler\",{defaultValue: \"\"}));\n\toutput.push(\"|\");\n\toutput.push(this.transcludeTitle || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeField || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeIndex || \"\");\n\toutput.push(\"|\");\n\toutput.push(this.transcludeSubTiddler || \"\");\n\toutput.push(\"}\");\n\treturn output.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nTranscludeWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedTiddlers[this.transcludeTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.transclude = TranscludeWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/vars.js": {
"title": "$:/core/modules/widgets/vars.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/vars.js\ntype: application/javascript\nmodule-type: widget\n\nThis widget allows multiple variables to be set in one go:\n\n```\n\\define helloworld() Hello world!\n<$vars greeting=\"Hi\" me={{!!title}} sentence=<<helloworld>>>\n <<greeting>>! I am <<me>> and I say: <<sentence>>\n</$vars>\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar VarsWidget = function(parseTreeNode,options) {\n\t// Call the constructor\n\tWidget.call(this);\n\t// Initialise\t\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nVarsWidget.prototype = Object.create(Widget.prototype);\n\n/*\nRender this widget into the DOM\n*/\nVarsWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nVarsWidget.prototype.execute = function() {\n\t// Parse variables\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(val,key) {\n\t\tif(key.charAt(0) !== \"$\") {\n\t\t\tself.setVariable(key,val);\n\t\t}\n\t});\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nRefresh the widget by ensuring our attributes are up to date\n*/\nVarsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(Object.keys(changedAttributes).length) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports[\"vars\"] = VarsWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/view.js": {
"title": "$:/core/modules/widgets/view.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/view.js\ntype: application/javascript\nmodule-type: widget\n\nView widget\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar ViewWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nViewWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nViewWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tif(this.text) {\n\t\tvar textNode = this.document.createTextNode(this.text);\n\t\tparent.insertBefore(textNode,nextSibling);\n\t\tthis.domNodes.push(textNode);\n\t} else {\n\t\tthis.makeChildWidgets();\n\t\tthis.renderChildren(parent,nextSibling);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nViewWidget.prototype.execute = function() {\n\t// Get parameters from our attributes\n\tthis.viewTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.viewSubtiddler = this.getAttribute(\"subtiddler\");\n\tthis.viewField = this.getAttribute(\"field\",\"text\");\n\tthis.viewIndex = this.getAttribute(\"index\");\n\tthis.viewFormat = this.getAttribute(\"format\",\"text\");\n\tthis.viewTemplate = this.getAttribute(\"template\",\"\");\n\tthis.viewMode = this.getAttribute(\"mode\",\"block\");\n\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"plainwikified\":\n\t\t\tthis.text = this.getValueAsPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencodedplainwikified\":\n\t\t\tthis.text = this.getValueAsHtmlEncodedPlainWikified(this.viewMode);\n\t\t\tbreak;\n\t\tcase \"htmlencoded\":\n\t\t\tthis.text = this.getValueAsHtmlEncoded();\n\t\t\tbreak;\n\t\tcase \"urlencoded\":\n\t\t\tthis.text = this.getValueAsUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"doubleurlencoded\":\n\t\t\tthis.text = this.getValueAsDoubleUrlEncoded();\n\t\t\tbreak;\n\t\tcase \"date\":\n\t\t\tthis.text = this.getValueAsDate(this.viewTemplate);\n\t\t\tbreak;\n\t\tcase \"relativedate\":\n\t\t\tthis.text = this.getValueAsRelativeDate();\n\t\t\tbreak;\n\t\tcase \"stripcomments\":\n\t\t\tthis.text = this.getValueAsStrippedComments();\n\t\t\tbreak;\n\t\tcase \"jsencoded\":\n\t\t\tthis.text = this.getValueAsJsEncoded();\n\t\t\tbreak;\n\t\tdefault: // \"text\"\n\t\t\tthis.text = this.getValueAsText();\n\t\t\tbreak;\n\t}\n};\n\n/*\nThe various formatter functions are baked into this widget for the moment. Eventually they will be replaced by macro functions\n*/\n\n/*\nRetrieve the value of the widget. Options are:\nasString: Optionally return the value as a string\n*/\nViewWidget.prototype.getValue = function(options) {\n\toptions = options || {};\n\tvar value = options.asString ? \"\" : undefined;\n\tif(this.viewIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.viewTitle,this.viewIndex);\n\t} else {\n\t\tvar tiddler;\n\t\tif(this.viewSubtiddler) {\n\t\t\ttiddler = this.wiki.getSubTiddler(this.viewTitle,this.viewSubtiddler);\t\n\t\t} else {\n\t\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\t\t}\n\t\tif(tiddler) {\n\t\t\tif(this.viewField === \"text\" && !this.viewSubtiddler) {\n\t\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t\t} else {\n\t\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\t\tif(options.asString) {\n\t\t\t\t\t\tvalue = tiddler.getFieldString(this.viewField);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tif(this.viewField === \"title\") {\n\t\t\t\tvalue = this.viewTitle;\n\t\t\t}\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\treturn this.getValue({asString: true});\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsPlainWikified = function(mode) {\n\treturn this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t});\n};\n\nViewWidget.prototype.getValueAsHtmlEncodedPlainWikified = function(mode) {\n\treturn $tw.utils.htmlEncode(this.wiki.renderText(\"text/plain\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{\n\t\tparseAsInline: mode !== \"block\",\n\t\tparentWidget: this\n\t}));\n};\n\nViewWidget.prototype.getValueAsHtmlEncoded = function() {\n\treturn $tw.utils.htmlEncode(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsUrlEncoded = function() {\n\treturn encodeURIComponent(this.getValueAsText());\n};\n\nViewWidget.prototype.getValueAsDoubleUrlEncoded = function() {\n\treturn encodeURIComponent(encodeURIComponent(this.getValueAsText()));\n};\n\nViewWidget.prototype.getValueAsDate = function(format) {\n\tformat = format || \"YYYY MM DD 0hh:0mm\";\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.formatDateString(value,format);\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsRelativeDate = function(format) {\n\tvar value = $tw.utils.parseDate(this.getValue());\n\tif(value && $tw.utils.isDate(value) && value.toString() !== \"Invalid Date\") {\n\t\treturn $tw.utils.getRelativeDate((new Date()) - (new Date(value))).description;\n\t} else {\n\t\treturn \"\";\n\t}\n};\n\nViewWidget.prototype.getValueAsStrippedComments = function() {\n\tvar lines = this.getValueAsText().split(\"\\n\"),\n\t\tout = [];\n\tfor(var line=0; line<lines.length; line++) {\n\t\tvar text = lines[line];\n\t\tif(!/^\\s*\\/\\/#/.test(text)) {\n\t\t\tout.push(text);\n\t\t}\n\t}\n\treturn out.join(\"\\n\");\n};\n\nViewWidget.prototype.getValueAsJsEncoded = function() {\n\treturn $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/widget.js": {
"title": "$:/core/modules/widgets/widget.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/widget.js\ntype: application/javascript\nmodule-type: widget\n\nWidget base class\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nCreate a widget object for a parse tree node\n\tparseTreeNode: reference to the parse tree node to be rendered\n\toptions: see below\nOptions include:\n\twiki: mandatory reference to wiki associated with this render tree\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\n*/\nvar Widget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInitialise widget properties. These steps are pulled out of the constructor so that we can reuse them in subclasses\n*/\nWidget.prototype.initialise = function(parseTreeNode,options) {\n\t// Bail if parseTreeNode is undefined, meaning that the widget constructor was called without any arguments so that it can be subclassed\n\tif(parseTreeNode === undefined) {\n\t\treturn;\n\t}\n\toptions = options || {};\n\t// Save widget info\n\tthis.parseTreeNode = parseTreeNode;\n\tthis.wiki = options.wiki;\n\tthis.parentWidget = options.parentWidget;\n\tthis.variablesConstructor = function() {};\n\tthis.variablesConstructor.prototype = this.parentWidget ? this.parentWidget.variables : {};\n\tthis.variables = new this.variablesConstructor();\n\tthis.document = options.document;\n\tthis.attributes = {};\n\tthis.children = [];\n\tthis.domNodes = [];\n\tthis.eventListeners = {};\n\t// Hashmap of the widget classes\n\tif(!this.widgetClasses) {\n\t\t// Get widget classes\n\t\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\n\t\t// Process any subclasses\n\t\t$tw.modules.forEachModuleOfType(\"widget-subclass\",function(title,module) {\n\t\t\tif(module.baseClass) {\n\t\t\t\tvar baseClass = Widget.prototype.widgetClasses[module.baseClass];\n\t\t\t\tif(!baseClass) {\n\t\t\t\t\tthrow \"Module '\" + title + \"' is attemping to extend a non-existent base class '\" + module.baseClass + \"'\";\n\t\t\t\t}\n\t\t\t\tvar subClass = module.constructor;\n\t\t\t\tsubClass.prototype = new baseClass();\n\t\t\t\t$tw.utils.extend(subClass.prototype,module.prototype);\n\t\t\t\tWidget.prototype.widgetClasses[module.name || module.baseClass] = subClass;\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nRender this widget into the DOM\n*/\nWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWidget.prototype.execute = function() {\n\tthis.makeChildWidgets();\n};\n\n/*\nSet the value of a context variable\nname: name of the variable\nvalue: value of the variable\nparams: array of {name:, default:} for each parameter\nisMacroDefinition: true if the variable is set via a \\define macro pragma (and hence should have variable substitution performed)\n*/\nWidget.prototype.setVariable = function(name,value,params,isMacroDefinition) {\n\tthis.variables[name] = {value: value, params: params, isMacroDefinition: !!isMacroDefinition};\n};\n\n/*\nGet the prevailing value of a context variable\nname: name of variable\noptions: see below\nOptions include\nparams: array of {name:, value:} for each parameter\ndefaultValue: default value if the variable is not defined\n\nReturns an object with the following fields:\n\nparams: array of {name:,value:} of parameters passed to wikitext variables\ntext: text of variable, with parameters properly substituted\n*/\nWidget.prototype.getVariableInfo = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [],\n\t\tparentWidget = this.parentWidget;\n\t// Check for the variable defined in the parent widget (or an ancestor in the prototype chain)\n\tif(parentWidget && name in parentWidget.variables) {\n\t\tvar variable = parentWidget.variables[name],\n\t\t\tvalue = variable.value,\n\t\t\tparams = this.resolveVariableParameters(variable.params,actualParams);\n\t\t// Substitute any parameters specified in the definition\n\t\t$tw.utils.each(params,function(param) {\n\t\t\tvalue = $tw.utils.replaceString(value,new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(param.name) + \"\\\\$\",\"mg\"),param.value);\n\t\t});\n\t\t// Only substitute variable references if this variable was defined with the \\define pragma\n\t\tif(variable.isMacroDefinition) {\n\t\t\tvalue = this.substituteVariableReferences(value);\t\t\t\n\t\t}\n\t\treturn {\n\t\t\ttext: value,\n\t\t\tparams: params\n\t\t};\n\t}\n\t// If the variable doesn't exist in the parent widget then look for a macro module\n\treturn {\n\t\ttext: this.evaluateMacroModule(name,actualParams,options.defaultValue)\n\t};\n};\n\n/*\nSimplified version of getVariableInfo() that just returns the text\n*/\nWidget.prototype.getVariable = function(name,options) {\n\treturn this.getVariableInfo(name,options).text;\n};\n\nWidget.prototype.resolveVariableParameters = function(formalParams,actualParams) {\n\tformalParams = formalParams || [];\n\tactualParams = actualParams || [];\n\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\tparamInfo, paramValue,\n\t\tresults = [];\n\t// Step through each of the parameters in the macro definition\n\tfor(var p=0; p<formalParams.length; p++) {\n\t\t// Check if we've got a macro call parameter with the same name\n\t\tparamInfo = formalParams[p];\n\t\tparamValue = undefined;\n\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t}\n\t\t}\n\t\t// If not, use the next available anonymous macro call parameter\n\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\tnextAnonParameter++;\n\t\t}\n\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t}\n\t\t// If we've still not got a value, use the default, if any\n\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t// Store the parameter name and value\n\t\tresults.push({name: paramInfo.name, value: paramValue});\n\t}\n\treturn results;\n};\n\nWidget.prototype.substituteVariableReferences = function(text) {\n\tvar self = this;\n\treturn (text || \"\").replace(/\\$\\(([^\\)\\$]+)\\)\\$/g,function(match,p1,offset,string) {\n\t\treturn self.getVariable(p1,{defaultValue: \"\"});\n\t});\n};\n\nWidget.prototype.evaluateMacroModule = function(name,actualParams,defaultValue) {\n\tif($tw.utils.hop($tw.macros,name)) {\n\t\tvar macro = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn (macro.run.apply(this,args) || \"\").toString();\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name) && node.variables[name].value === value) {\n\t\t\treturn true;\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn false;\n};\n\n/*\nConstruct a qualifying string based on a hash of concatenating the values of a given variable in the parent chain\n*/\nWidget.prototype.getStateQualifier = function(name) {\n\tthis.qualifiers = this.qualifiers || Object.create(null);\n\tname = name || \"transclusion\";\n\tif(this.qualifiers[name]) {\n\t\treturn this.qualifiers[name];\n\t} else {\n\t\tvar output = [],\n\t\t\tnode = this;\n\t\twhile(node && node.parentWidget) {\n\t\t\tif($tw.utils.hop(node.parentWidget.variables,name)) {\n\t\t\t\toutput.push(node.getVariable(name));\n\t\t\t}\n\t\t\tnode = node.parentWidget;\n\t\t}\n\t\tvar value = $tw.utils.hashString(output.join(\"\"));\n\t\tthis.qualifiers[name] = value;\n\t\treturn value;\n\t}\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"filtered\") {\n\t\t\tvalue = self.wiki.filterTiddlers(attribute.filter,self)[0] || \"\";\n\t\t} else if(attribute.type === \"indirect\") {\n\t\t\tvalue = self.wiki.getTextReference(attribute.textReference,\"\",self.getVariable(\"currentTiddler\"));\n\t\t} else if(attribute.type === \"macro\") {\n\t\t\tvalue = self.getVariable(attribute.value.name,{params: attribute.value.params});\n\t\t} else { // String attribute\n\t\t\tvalue = attribute.value;\n\t\t}\n\t\t// Check whether the attribute has changed\n\t\tif(self.attributes[name] !== value) {\n\t\t\tself.attributes[name] = value;\n\t\t\tchangedAttributes[name] = true;\n\t\t}\n\t});\n\treturn changedAttributes;\n};\n\n/*\nCheck for the presence of an attribute\n*/\nWidget.prototype.hasAttribute = function(name) {\n\treturn $tw.utils.hop(this.attributes,name);\n};\n\n/*\nGet the value of an attribute\n*/\nWidget.prototype.getAttribute = function(name,defaultText) {\n\tif($tw.utils.hop(this.attributes,name)) {\n\t\treturn this.attributes[name];\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nAssign the computed attributes of the widget to a domNode\noptions include:\nexcludeEventAttributes: ignores attributes whose name begins with \"on\"\n*/\nWidget.prototype.assignAttributes = function(domNode,options) {\n\toptions = options || {};\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\t// Check exclusions\n\t\tif(options.excludeEventAttributes && a.substr(0,2) === \"on\") {\n\t\t\tv = undefined;\n\t\t}\n\t\tif(v !== undefined) {\n\t\t\tvar b = a.split(\":\");\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tif (b.length == 2 && b[0] == \"xlink\"){\n\t\t\t\t\tdomNode.setAttributeNS(\"http://www.w3.org/1999/xlink\",b[1],v);\n\t\t\t\t} else {\n\t\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t\t}\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$tw.utils.each(parseTreeNodes || (this.parseTreeNode && this.parseTreeNode.children),function(childNode) {\n\t\tself.children.push(self.makeChildWidget(childNode));\n\t});\n};\n\n/*\nConstruct the widget object for a parse tree node\n*/\nWidget.prototype.makeChildWidget = function(parseTreeNode) {\n\tvar WidgetClass = this.widgetClasses[parseTreeNode.type];\n\tif(!WidgetClass) {\n\t\tWidgetClass = this.widgetClasses.text;\n\t\tparseTreeNode = {type: \"text\", text: \"Undefined widget '\" + parseTreeNode.type + \"'\"};\n\t}\n\treturn new WidgetClass(parseTreeNode,{\n\t\twiki: this.wiki,\n\t\tvariables: {},\n\t\tparentWidget: this,\n\t\tdocument: this.document\n\t});\n};\n\n/*\nGet the next sibling of this widget\n*/\nWidget.prototype.nextSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index < this.parentWidget.children.length-1) {\n\t\t\treturn this.parentWidget.children[index+1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nGet the previous sibling of this widget\n*/\nWidget.prototype.previousSibling = function() {\n\tif(this.parentWidget) {\n\t\tvar index = this.parentWidget.children.indexOf(this);\n\t\tif(index !== -1 && index > 0) {\n\t\t\treturn this.parentWidget.children[index-1];\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRender the children of this widget into the DOM\n*/\nWidget.prototype.renderChildren = function(parent,nextSibling) {\n\tvar children = this.children;\n\tfor(var i = 0; i < children.length; i++) {\n\t\tchildren[i].render(parent,nextSibling);\n\t};\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\n\t});\n};\n\n/*\nAdd an event listener\n*/\nWidget.prototype.addEventListener = function(type,handler) {\n\tvar self = this;\n\tif(typeof handler === \"string\") { // The handler is a method name on this widget\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn self[handler].call(self,event);\n\t\t};\n\t} else { // The handler is a function\n\t\tthis.eventListeners[type] = function(event) {\n\t\t\treturn handler.call(self,event);\n\t\t};\n\t}\n};\n\n/*\nDispatch an event to a widget. If the widget doesn't handle the event then it is also dispatched to the parent widget\n*/\nWidget.prototype.dispatchEvent = function(event) {\n\t// Dispatch the event if this widget handles it\n\tvar listener = this.eventListeners[event.type];\n\tif(listener) {\n\t\t// Don't propagate the event if the listener returned false\n\t\tif(!listener(event)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Dispatch the event to the parent widget\n\tif(this.parentWidget) {\n\t\treturn this.parentWidget.dispatchEvent(event);\n\t}\n\treturn true;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWidget.prototype.refresh = function(changedTiddlers) {\n\treturn this.refreshChildren(changedTiddlers);\n};\n\n/*\nRebuild a previously rendered widget\n*/\nWidget.prototype.refreshSelf = function() {\n\tvar nextSibling = this.findNextSiblingDomNode();\n\tthis.removeChildDomNodes();\n\tthis.render(this.parentDomNode,nextSibling);\n};\n\n/*\nRefresh all the children of a widget\n*/\nWidget.prototype.refreshChildren = function(changedTiddlers) {\n\tvar children = this.children,\n\t\trefreshed = false;\n\tfor (var i = 0; i < children.length; i++) {\n\t\trefreshed = children[i].refresh(changedTiddlers) || refreshed;\n\t}\n\treturn refreshed;\n};\n\n/*\nFind the next sibling in the DOM to this widget. This is done by scanning the widget tree through all next siblings and their descendents that share the same parent DOM node\n*/\nWidget.prototype.findNextSiblingDomNode = function(startIndex) {\n\t// Refer to this widget by its index within its parents children\n\tvar parent = this.parentWidget,\n\t\tindex = startIndex !== undefined ? startIndex : parent.children.indexOf(this);\nif(index === -1) {\n\tthrow \"node not found in parents children\";\n}\n\t// Look for a DOM node in the later siblings\n\twhile(++index < parent.children.length) {\n\t\tvar domNode = parent.children[index].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\t// Go back and look for later siblings of our parent if it has the same parent dom node\n\tvar grandParent = parent.parentWidget;\n\tif(grandParent && parent.parentDomNode === this.parentDomNode) {\n\t\tindex = grandParent.children.indexOf(parent);\n\t\tif(index !== -1) {\n\t\t\treturn parent.findNextSiblingDomNode(index);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nFind the first DOM node generated by a widget or its children\n*/\nWidget.prototype.findFirstDomNode = function() {\n\t// Return the first dom node of this widget, if we've got one\n\tif(this.domNodes.length > 0) {\n\t\treturn this.domNodes[0];\n\t}\n\t// Otherwise, recursively call our children\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar domNode = this.children[t].findFirstDomNode();\n\t\tif(domNode) {\n\t\t\treturn domNode;\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRemove any DOM nodes created by this widget or its children\n*/\nWidget.prototype.removeChildDomNodes = function() {\n\t// If this widget has directly created DOM nodes, delete them and exit. This assumes that any child widgets are contained within the created DOM nodes, which would normally be the case\n\tif(this.domNodes.length > 0) {\n\t\t$tw.utils.each(this.domNodes,function(domNode) {\n\t\t\tdomNode.parentNode.removeChild(domNode);\n\t\t});\n\t\tthis.domNodes = [];\n\t} else {\n\t\t// Otherwise, ask the child widgets to delete their DOM nodes\n\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\n/*\nInvoke the action widgets that are descendents of the current widget.\n*/\nWidget.prototype.invokeActions = function(triggeringWidget,event) {\n\tvar handled = false;\n\t// For each child widget\n\tfor(var t=0; t<this.children.length; t++) {\n\t\tvar child = this.children[t];\n\t\t// Invoke the child if it is an action widget\n\t\tif(child.invokeAction) {\n\t\t\tchild.refreshSelf();\n\t\t\tif(child.invokeAction(triggeringWidget,event)) {\n\t\t\t\thandled = true;\n\t\t\t}\n\t\t}\n\t\t// Propagate through through the child if it permits it\n\t\tif(child.allowActionPropagation() && child.invokeActions(triggeringWidget,event)) {\n\t\t\thandled = true;\n\t\t}\n\t}\n\treturn handled;\n};\n\n/*\nInvoke the action widgets defined in a string\n*/\nWidget.prototype.invokeActionString = function(actions,triggeringWidget,event,variables) {\n\tactions = actions || \"\";\n\tvar parser = this.wiki.parseText(\"text/vnd.tiddlywiki\",actions,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document\n\t\t}),\n\t\twidgetNode = this.wiki.makeWidget(parser,{\n\t\t\tparentWidget: this,\n\t\t\tdocument: this.document,\n\t\t\tvariables: variables\n\t\t});\n\tvar container = this.document.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn widgetNode.invokeActions(this,event);\n};\n\nWidget.prototype.allowActionPropagation = function() {\n\treturn true;\n};\n\nexports.widget = Widget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/wikify.js": {
"title": "$:/core/modules/widgets/wikify.js",
"text": "/*\\\ntitle: $:/core/modules/widgets/wikify.js\ntype: application/javascript\nmodule-type: widget\n\nWidget to wikify text into a variable\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar WikifyWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nWikifyWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nWikifyWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n};\n\n/*\nCompute the internal state of the widget\n*/\nWikifyWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.wikifyName = this.getAttribute(\"name\");\n\tthis.wikifyText = this.getAttribute(\"text\");\n\tthis.wikifyType = this.getAttribute(\"type\");\n\tthis.wikifyMode = this.getAttribute(\"mode\",\"block\");\n\tthis.wikifyOutput = this.getAttribute(\"output\",\"text\");\n\t// Create the parse tree\n\tthis.wikifyParser = this.wiki.parseText(this.wikifyType,this.wikifyText,{\n\t\t\tparseAsInline: this.wikifyMode === \"inline\"\n\t\t});\n\t// Create the widget tree \n\tthis.wikifyWidgetNode = this.wiki.makeWidget(this.wikifyParser,{\n\t\t\tdocument: $tw.fakeDocument,\n\t\t\tparentWidget: this\n\t\t});\n\t// Render the widget tree to the container\n\tthis.wikifyContainer = $tw.fakeDocument.createElement(\"div\");\n\tthis.wikifyWidgetNode.render(this.wikifyContainer,null);\n\tthis.wikifyResult = this.getResult();\n\t// Set context variable\n\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t// Construct the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nReturn the result string\n*/\nWikifyWidget.prototype.getResult = function() {\n\tvar result;\n\tswitch(this.wikifyOutput) {\n\t\tcase \"text\":\n\t\t\tresult = this.wikifyContainer.textContent;\n\t\t\tbreak;\n\t\tcase \"formattedtext\":\n\t\t\tresult = this.wikifyContainer.formattedTextContent;\n\t\t\tbreak;\n\t\tcase \"html\":\n\t\t\tresult = this.wikifyContainer.innerHTML;\n\t\t\tbreak;\n\t\tcase \"parsetree\":\n\t\t\tresult = JSON.stringify(this.wikifyParser.tree,0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t\tcase \"widgettree\":\n\t\t\tresult = JSON.stringify(this.getWidgetTree(),0,$tw.config.preferences.jsonSpaces);\n\t\t\tbreak;\n\t}\n\treturn result;\n};\n\n/*\nReturn a string of the widget tree\n*/\nWikifyWidget.prototype.getWidgetTree = function() {\n\tvar copyNode = function(widgetNode,resultNode) {\n\t\t\tvar type = widgetNode.parseTreeNode.type;\n\t\t\tresultNode.type = type;\n\t\t\tswitch(type) {\n\t\t\t\tcase \"element\":\n\t\t\t\t\tresultNode.tag = widgetNode.parseTreeNode.tag;\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"text\":\n\t\t\t\t\tresultNode.text = widgetNode.parseTreeNode.text;\n\t\t\t\t\tbreak;\t\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.attributes || {}).length > 0) {\n\t\t\t\tresultNode.attributes = {};\n\t\t\t\t$tw.utils.each(widgetNode.attributes,function(attr,attrName) {\n\t\t\t\t\tresultNode.attributes[attrName] = widgetNode.getAttribute(attrName);\n\t\t\t\t});\n\t\t\t}\n\t\t\tif(Object.keys(widgetNode.children || {}).length > 0) {\n\t\t\t\tresultNode.children = [];\n\t\t\t\t$tw.utils.each(widgetNode.children,function(widgetChildNode) {\n\t\t\t\t\tvar node = {};\n\t\t\t\t\tresultNode.children.push(node);\n\t\t\t\t\tcopyNode(widgetChildNode,node);\n\t\t\t\t});\n\t\t\t}\n\t\t},\n\t\tresults = {};\n\tcopyNode(this.wikifyWidgetNode,results);\n\treturn results;\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nWikifyWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Refresh ourselves entirely if any of our attributes have changed\n\tif(changedAttributes.name || changedAttributes.text || changedAttributes.type || changedAttributes.mode || changedAttributes.output) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\t// Refresh the widget tree\n\t\tif(this.wikifyWidgetNode.refresh(changedTiddlers)) {\n\t\t\t// Check if there was any change\n\t\t\tvar result = this.getResult();\n\t\t\tif(result !== this.wikifyResult) {\n\t\t\t\t// If so, save the change\n\t\t\t\tthis.wikifyResult = result;\n\t\t\t\tthis.setVariable(this.wikifyName,this.wikifyResult);\n\t\t\t\t// Refresh each of our child widgets\n\t\t\t\t$tw.utils.each(this.children,function(childWidget) {\n\t\t\t\t\tchildWidget.refreshSelf();\n\t\t\t\t});\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\t// Just refresh the children\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.wikify = WikifyWidget;\n\n})();\n",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/wiki-bulkops.js": {
"title": "$:/core/modules/wiki-bulkops.js",
"text": "/*\\\ntitle: $:/core/modules/wiki-bulkops.js\ntype: application/javascript\nmodule-type: wikimethod\n\nBulk tiddler operations such as rename.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nRename a tiddler, and relink any tags or lists that reference it.\n*/\nfunction renameTiddler(fromTitle,toTitle,options) {\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\t// Rename the tiddler itself\n\t\tvar oldTiddler = this.getTiddler(fromTitle),\n\t\t\tnewTiddler = new $tw.Tiddler(oldTiddler,{title: toTitle},this.getModificationFields());\n\t\tnewTiddler = $tw.hooks.invokeHook(\"th-renaming-tiddler\",newTiddler,oldTiddler);\n\t\tthis.addTiddler(newTiddler);\n\t\tthis.deleteTiddler(fromTitle);\n\t\t// Rename any tags or lists that reference it\n\t\tthis.relinkTiddler(fromTitle,toTitle,options)\n\t}\n}\n\n/*\nRelink any tags or lists that reference a given tiddler\n*/\nfunction relinkTiddler(fromTitle,toTitle,options) {\n\tvar self = this;\n\tfromTitle = (fromTitle || \"\").trim();\n\ttoTitle = (toTitle || \"\").trim();\n\toptions = options || {};\n\tif(fromTitle && toTitle && fromTitle !== toTitle) {\n\t\tthis.each(function(tiddler,title) {\n\t\t\tvar type = tiddler.fields.type || \"\";\n\t\t\t// Don't touch plugins or JavaScript modules\n\t\t\tif(!tiddler.fields[\"plugin-type\"] && type !== \"application/javascript\") {\n\t\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.slice(0) : undefined,\n\t\t\t\t\tlist = tiddler.fields.list ? tiddler.fields.list.slice(0) : undefined,\n\t\t\t\t\tisModified = false;\n\t\t\t\tif(!options.dontRenameInTags) {\n\t\t\t\t\t// Rename tags\n\t\t\t\t\t$tw.utils.each(tags,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming tag '\" + tags[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\ttags[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(!options.dontRenameInLists) {\n\t\t\t\t\t// Rename lists\n\t\t\t\t\t$tw.utils.each(list,function (title,index) {\n\t\t\t\t\t\tif(title === fromTitle) {\nconsole.log(\"Renaming list item '\" + list[index] + \"' to '\" + toTitle + \"' of tiddler '\" + tiddler.fields.title + \"'\");\n\t\t\t\t\t\t\tlist[index] = toTitle;\n\t\t\t\t\t\t\tisModified = true;\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t}\n\t\t\t\tif(isModified) {\n\t\t\t\t\tvar newTiddler = new $tw.Tiddler(tiddler,{tags: tags, list: list},self.getModificationFields())\n\t\t\t\t\tnewTiddler = $tw.hooks.invokeHook(\"th-relinking-tiddler\",newTiddler,tiddler);\n\t\t\t\t\tself.addTiddler(newTiddler);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\nexports.renameTiddler = renameTiddler;\nexports.relinkTiddler = relinkTiddler;\n\n})();\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/modules/wiki.js": {
"title": "$:/core/modules/wiki.js",
"text": "/*\\\ntitle: $:/core/modules/wiki.js\ntype: application/javascript\nmodule-type: wikimethod\n\nExtension methods for the $tw.Wiki object\n\nAdds the following properties to the wiki object:\n\n* `eventListeners` is a hashmap by type of arrays of listener functions\n* `changedTiddlers` is a hashmap describing changes to named tiddlers since wiki change events were last dispatched. Each entry is a hashmap containing two fields:\n\tmodified: true/false\n\tdeleted: true/false\n* `changeCount` is a hashmap by tiddler title containing a numerical index that starts at zero and is incremented each time a tiddler is created changed or deleted\n* `caches` is a hashmap by tiddler title containing a further hashmap of named cache objects. Caches are automatically cleared when a tiddler is modified or deleted\n* `globalCache` is a hashmap by cache name of cache objects that are cleared whenever any tiddler change occurs\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nvar USER_NAME_TITLE = \"$:/status/UserName\",\n\tTIMESTAMP_DISABLE_TITLE = \"$:/config/TimestampDisable\";\n\n/*\nAdd available indexers to this wiki\n*/\nexports.addIndexersToWiki = function() {\n\tvar self = this;\n\t$tw.utils.each($tw.modules.applyMethods(\"indexer\"),function(Indexer,name) {\n\t\tself.addIndexer(new Indexer(self),name);\n\t});\n};\n\n/*\nGet the value of a text reference. Text references can have any of these forms:\n\t<tiddlertitle>\n\t<tiddlertitle>!!<fieldname>\n\t!!<fieldname> - specifies a field of the current tiddlers\n\t<tiddlertitle>##<index>\n*/\nexports.getTextReference = function(textRef,defaultText,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tif(tr.field) {\n\t\tvar tiddler = this.getTiddler(title);\n\t\tif(tr.field === \"title\") { // Special case so we can return the title of a non-existent tiddler\n\t\t\treturn title;\n\t\t} else if(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\treturn tiddler.getFieldString(tr.field);\n\t\t} else {\n\t\t\treturn defaultText;\n\t\t}\n\t} else if(tr.index) {\n\t\treturn this.extractTiddlerDataItem(title,tr.index,defaultText);\n\t} else {\n\t\treturn this.getTiddlerText(title,defaultText);\n\t}\n};\n\nexports.setTextReference = function(textRef,value,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle = tr.title || currTiddlerTitle;\n\tthis.setText(title,tr.field,tr.index,value);\n};\n\nexports.setText = function(title,field,index,value,options) {\n\toptions = options || {};\n\tvar creationFields = options.suppressTimestamp ? {} : this.getCreationFields(),\n\t\tmodificationFields = options.suppressTimestamp ? {} : this.getModificationFields();\n\t// Check if it is a reference to a tiddler field\n\tif(index) {\n\t\tvar data = this.getTiddlerData(title,Object.create(null));\n\t\tif(value !== undefined) {\n\t\t\tdata[index] = value;\n\t\t} else {\n\t\t\tdelete data[index];\n\t\t}\n\t\tthis.setTiddlerData(title,data,modificationFields);\n\t} else {\n\t\tvar tiddler = this.getTiddler(title),\n\t\t\tfields = {title: title};\n\t\tfields[field || \"text\"] = value;\n\t\tthis.addTiddler(new $tw.Tiddler(creationFields,tiddler,fields,modificationFields));\n\t}\n};\n\nexports.deleteTextReference = function(textRef,currTiddlerTitle) {\n\tvar tr = $tw.utils.parseTextReference(textRef),\n\t\ttitle,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\tthis.deleteTiddler(tr.title);\n\t// Else check for a field reference\n\t} else if(tr.field) {\n\t\ttitle = tr.title || currTiddlerTitle;\n\t\ttiddler = this.getTiddler(title);\n\t\tif(tiddler && $tw.utils.hop(tiddler.fields,tr.field)) {\n\t\t\tfields = Object.create(null);\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been deleted\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || Object.create(null);\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || Object.create(null);\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\tthis.changeCount[title]++;\n\t} else {\n\t\tthis.changeCount[title] = 1;\n\t}\n\t// Trigger events\n\tthis.eventListeners = this.eventListeners || {};\n\tif(!this.eventsTriggered) {\n\t\tvar self = this;\n\t\t$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = Object.create(null);\n\t\t\tself.eventsTriggered = false;\n\t\t\tif($tw.utils.count(changes) > 0) {\n\t\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t\t}\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getSizeOfTiddlerEventQueue = function() {\n\treturn $tw.utils.count(this.changedTiddlers);\n};\n\nexports.clearTiddlerEventQueue = function() {\n\tthis.changedTiddlers = Object.create(null);\n\tthis.changeCount = Object.create(null);\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || Object.create(null);\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle,options) {\n\toptions = options || {};\n\tvar c = 0,\n\t\ttitle = baseTitle;\n\twhile(this.tiddlerExists(title) || this.isShadowTiddler(title) || this.findDraft(title)) {\n\t\ttitle = baseTitle + \n\t\t\t(options.prefix || \" \") + \n\t\t\t(++c);\n\t}\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title && title.indexOf(\"$:/temp/\") === 0;\n};\n\nexports.isImageTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.flags.indexOf(\"image\") !== -1;\n\t} else {\n\t\treturn null;\n\t}\n};\n\nexports.isBinaryTiddler = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\t\t\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type || \"text/vnd.tiddlywiki\"];\n\t\treturn !!contentTypeInfo && contentTypeInfo.encoding === \"base64\";\n\t} else {\n\t\treturn null;\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif(!$tw.utils.checkVersions(tiddler.fields.version,existingTiddler.fields.version)) {\n\t\t\treturn false;\n\t\t}\n\t}\n\t// Fall through to adding the tiddler\n\tthis.addTiddler(tiddler);\n\treturn true;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is created\n*/\nexports.getCreationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = {\n\t\t\t\tcreated: new Date()\n\t\t\t},\n\t\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\t\tif(creator) {\n\t\t\tfields.creator = creator;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tif(this.getTiddlerText(TIMESTAMP_DISABLE_TITLE,\"\").toLowerCase() !== \"yes\") {\n\t\tvar fields = Object.create(null),\n\t\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\t\tfields.modified = new Date();\n\t\tif(modifier) {\n\t\t\tfields.modifier = modifier;\n\t\t}\n\t\treturn fields;\n\t} else {\n\t\treturn {};\n\t}\n};\n\n/*\nReturn a sorted array of tiddler titles. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.getTiddlers = function(options) {\n\toptions = options || Object.create(null);\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tif(options.includeSystem || !self.isSystemTiddler(title)) {\n\t\t\tif(!options.excludeTag || !tiddler.hasTag(options.excludeTag)) {\n\t\t\t\ttiddlers.push(tiddler);\n\t\t\t}\n\t\t}\n\t});\n\ttiddlers.sort(function(a,b) {\n\t\tvar aa = a.fields[sortField].toLowerCase() || \"\",\n\t\t\tbb = b.fields[sortField].toLowerCase() || \"\";\n\t\tif(aa < bb) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\tif(aa > bb) {\n\t\t\t\treturn 1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\n\t\t}\n\t});\n\tfor(t=0; t<tiddlers.length; t++) {\n\t\ttitles.push(tiddlers[t].fields.title);\n\t}\n\treturn titles;\n};\n\nexports.countTiddlers = function(excludeTag) {\n\tvar tiddlers = this.getTiddlers({excludeTag: excludeTag});\n\treturn $tw.utils.count(tiddlers);\n};\n\n/*\nReturns a function iterator(callback) that iterates through the specified titles, and invokes the callback with callback(tiddler,title)\n*/\nexports.makeTiddlerIterator = function(titles) {\n\tvar self = this;\n\tif(!$tw.utils.isArray(titles)) {\n\t\ttitles = Object.keys(titles);\n\t} else {\n\t\ttitles = titles.slice(0);\n\t}\n\treturn function(callback) {\n\t\ttitles.forEach(function(title) {\n\t\t\tcallback(self.getTiddler(title),title);\n\t\t});\n\t};\n};\n\n/*\nSort an array of tiddler titles by a specified field\n\ttitles: array of titles (sorted in place)\n\tsortField: name of field to sort by\n\tisDescending: true if the sort should be descending\n\tisCaseSensitive: true if the sort should consider upper and lower case letters to be different\n*/\nexports.sortTiddlers = function(titles,sortField,isDescending,isCaseSensitive,isNumeric,isAlphaNumeric) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tvar x,y,\n\t\t\tcompareNumbers = function(x,y) {\n\t\t\t\tvar result = \n\t\t\t\t\tisNaN(x) && !isNaN(y) ? (isDescending ? -1 : 1) :\n\t\t\t\t\t!isNaN(x) && isNaN(y) ? (isDescending ? 1 : -1) :\n\t\t\t\t\t\t\t\t\t\t\t(isDescending ? y - x : x - y);\n\t\t\t\treturn result;\n\t\t\t};\n\t\tif(sortField !== \"title\") {\n\t\t\tvar tiddlerA = self.getTiddler(a),\n\t\t\t\ttiddlerB = self.getTiddler(b);\n\t\t\tif(tiddlerA) {\n\t\t\t\ta = tiddlerA.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\ta = \"\";\n\t\t\t}\n\t\t\tif(tiddlerB) {\n\t\t\t\tb = tiddlerB.fields[sortField] || \"\";\n\t\t\t} else {\n\t\t\t\tb = \"\";\n\t\t\t}\n\t\t}\n\t\tx = Number(a);\n\t\ty = Number(b);\n\t\tif(isNumeric && (!isNaN(x) || !isNaN(y))) {\n\t\t\treturn compareNumbers(x,y);\n\t\t} else if(isAlphaNumeric) {\n\t\t\treturn isDescending ? b.localeCompare(a,undefined,{numeric: true,sensitivity: \"base\"}) : a.localeCompare(b,undefined,{numeric: true,sensitivity: \"base\"});\n\t\t} else if($tw.utils.isDate(a) && $tw.utils.isDate(b)) {\n\t\t\treturn isDescending ? b - a : a - b;\n\t\t} else {\n\t\t\ta = String(a);\n\t\t\tb = String(b);\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\ta = a.toLowerCase();\n\t\t\t\tb = b.toLowerCase();\n\t\t\t}\n\t\t\treturn isDescending ? b.localeCompare(a) : a.localeCompare(b);\n\t\t}\n\t});\n};\n\n/*\nFor every tiddler invoke a callback(title,tiddler) with `this` set to the wiki object. Options include:\nsortField: field to sort by\nexcludeTag: tag to exclude\nincludeSystem: whether to include system tiddlers (defaults to false)\n*/\nexports.forEachTiddler = function(/* [options,]callback */) {\n\tvar arg = 0,\n\t\toptions = arguments.length >= 2 ? arguments[arg++] : {},\n\t\tcallback = arguments[arg++],\n\t\ttitles = this.getTiddlers(options),\n\t\tt, tiddler;\n\tfor(t=0; t<titles.length; t++) {\n\t\ttiddler = this.getTiddler(titles[t]);\n\t\tif(tiddler) {\n\t\t\tcallback.call(this,tiddler.fields.title,tiddler);\n\t\t}\n\t}\n};\n\n/*\nReturn an array of tiddler titles that are directly linked within the given parse tree\n */\nexports.extractLinks = function(parseTreeRoot) {\n\t// Count up the links\n\tvar links = [],\n\t\tcheckParseTree = function(parseTree) {\n\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\tcheckParseTree(parseTreeRoot);\n\treturn links;\n};\n\n/*\nReturn an array of tiddler titles that are directly linked from the specified tiddler\n*/\nexports.getTiddlerLinks = function(title) {\n\tvar self = this;\n\t// We'll cache the links so they only get computed if the tiddler changes\n\treturn this.getCacheForTiddler(title,\"links\",function() {\n\t\t// Parse the tiddler\n\t\tvar parser = self.parseTiddler(title);\n\t\tif(parser) {\n\t\t\treturn self.extractLinks(parser.tree);\n\t\t}\n\t\treturn [];\n\t});\n};\n\n/*\nReturn an array of tiddler titles that link to the specified tiddler\n*/\nexports.getTiddlerBacklinks = function(targetTitle) {\n\tvar self = this,\n\t\tbacklinksIndexer = this.getIndexer(\"BacklinksIndexer\"),\n\t\tbacklinks = backlinksIndexer && backlinksIndexer.lookup(targetTitle);\n\n\tif(!backlinks) {\n\t\tbacklinks = [];\n\t\tthis.forEachTiddler(function(title,tiddler) {\n\t\t\tvar links = self.getTiddlerLinks(title);\n\t\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\t\tbacklinks.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn backlinks;\n};\n\n/*\nReturn a hashmap of tiddler titles that are referenced but not defined. Each value is the number of times the missing tiddler is referenced\n*/\nexports.getMissingTitles = function() {\n\tvar self = this,\n\t\tmissing = [];\n// We should cache the missing tiddler list, even if we recreate it every time any tiddler is modified\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tif((!self.tiddlerExists(link) && !self.isShadowTiddler(link)) && missing.indexOf(link) === -1) {\n\t\t\t\tmissing.push(link);\n\t\t\t}\n\t\t});\n\t});\n\treturn missing;\n};\n\nexports.getOrphanTitles = function() {\n\tvar self = this,\n\t\torphans = this.getTiddlers();\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\t$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\t// Try to use the indexer\n\tvar self = this,\n\t\ttagIndexer = this.getIndexer(\"TagIndexer\"),\n\t\tresults = tagIndexer && tagIndexer.subIndexers[3].lookup(tag);\n\tif(!results) {\n\t\t// If not available, perform a manual scan\n\t\tresults = this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\t\tvar tagmap = self.getTagMap();\n\t\t\treturn self.sortByList(tagmap[tag],tag);\n\t\t});\n\t}\n\treturn results;\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = Object.create(null),\n\t\t\tstoreTags = function(tagArray,title) {\n\t\t\t\tif(tagArray) {\n\t\t\t\t\tfor(var index=0; index<tagArray.length; index++) {\n\t\t\t\t\t\tvar tag = tagArray[index];\n\t\t\t\t\t\tif($tw.utils.hop(tags,tag)) {\n\t\t\t\t\t\t\ttags[tag].push(title);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\t\t\ttitle, tiddler;\n\t\t// Collect up all the tags\n\t\tself.eachShadow(function(tiddler,title) {\n\t\t\tif(!self.tiddlerExists(title)) {\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t\t}\n\t\t});\n\t\tself.each(function(tiddler,title) {\n\t\t\tstoreTags(tiddler.fields.tags,title);\n\t\t});\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in the specified list field\n*/\nexports.findListingsOfTiddler = function(targetTitle,fieldName) {\n\tfieldName = fieldName || \"list\";\n\tvar titles = [];\n\tthis.each(function(tiddler,title) {\n\t\tvar list = $tw.utils.parseStringArray(tiddler.fields[fieldName]);\n\t\tif(list && list.indexOf(targetTitle) !== -1) {\n\t\t\ttitles.push(title);\n\t\t}\n\t});\n\treturn titles;\n};\n\n/*\nSorts an array of tiddler titles according to an ordered list\n*/\nexports.sortByList = function(array,listTitle) {\n\tvar self = this,\n\t\treplacedTitles = Object.create(null);\n\t// Given a title, this function will place it in the correct location\n\t// within titles.\n\tfunction moveItemInList(title) {\n\t\tif(!$tw.utils.hop(replacedTitles, title)) {\n\t\t\treplacedTitles[title] = true;\n\t\t\tvar newPos = -1,\n\t\t\t\ttiddler = self.getTiddler(title);\n\t\t\tif(tiddler) {\n\t\t\t\tvar beforeTitle = tiddler.fields[\"list-before\"],\n\t\t\t\t\tafterTitle = tiddler.fields[\"list-after\"];\n\t\t\t\tif(beforeTitle === \"\") {\n\t\t\t\t\tnewPos = 0;\n\t\t\t\t} else if(afterTitle === \"\") {\n\t\t\t\t\tnewPos = titles.length;\n\t\t\t\t} else if(beforeTitle) {\n\t\t\t\t\t// if this title is placed relative\n\t\t\t\t\t// to another title, make sure that\n\t\t\t\t\t// title is placed before we place\n\t\t\t\t\t// this one.\n\t\t\t\t\tmoveItemInList(beforeTitle);\n\t\t\t\t\tnewPos = titles.indexOf(beforeTitle);\n\t\t\t\t} else if(afterTitle) {\n\t\t\t\t\t// Same deal\n\t\t\t\t\tmoveItemInList(afterTitle);\n\t\t\t\t\tnewPos = titles.indexOf(afterTitle);\n\t\t\t\t\tif(newPos >= 0) {\n\t\t\t\t\t\t++newPos;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If a new position is specified, let's move it\n\t\t\t\tif (newPos !== -1) {\n\t\t\t\t\t// get its current Pos, and make sure\n\t\t\t\t\t// sure that it's _actually_ in the list\n\t\t\t\t\t// and that it would _actually_ move\n\t\t\t\t\t// (#4275) We don't bother calling\n\t\t\t\t\t// indexOf unless we have a new\n\t\t\t\t\t// position to work with\n\t\t\t\t\tvar currPos = titles.indexOf(title);\n\t\t\t\t\tif(currPos >= 0 && newPos !== currPos) {\n\t\t\t\t\t\t// move it!\n\t\t\t\t\t\ttitles.splice(currPos,1);\n\t\t\t\t\t\tif(newPos >= currPos) {\n\t\t\t\t\t\t\tnewPos--;\n\t\t\t\t\t\t}\n\t\t\t\t\t\ttitles.splice(newPos,0,title);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\tvar list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else {\n\t\tvar titles = [], t, title;\n\t\t// First place any entries that are present in the list\n\t\tfor(t=0; t<list.length; t++) {\n\t\t\ttitle = list[t];\n\t\t\tif(array.indexOf(title) !== -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Then place any remaining entries\n\t\tfor(t=0; t<array.length; t++) {\n\t\t\ttitle = array[t];\n\t\t\tif(list.indexOf(title) === -1) {\n\t\t\t\ttitles.push(title);\n\t\t\t}\n\t\t}\n\t\t// Finally obey the list-before and list-after fields of each tiddler in turn\n\t\tvar sortedTitles = titles.slice(0);\n\t\tfor(t=0; t<sortedTitles.length; t++) {\n\t\t\ttitle = sortedTitles[t];\n\t\t\tmoveItemInList(title);\n\t\t}\n\t\treturn titles;\n\t}\n};\n\nexports.getSubTiddler = function(title,subTiddlerTitle) {\n\tvar bundleInfo = this.getPluginInfo(title) || this.getTiddlerDataCached(title);\n\tif(bundleInfo && bundleInfo.tiddlers) {\n\t\tvar subTiddler = bundleInfo.tiddlers[subTiddlerTitle];\n\t\tif(subTiddler) {\n\t\t\treturn new $tw.Tiddler(subTiddler);\n\t\t}\n\t}\n\treturn null;\n};\n\n/*\nRetrieve a tiddler as a JSON string of the fields\n*/\nexports.getTiddlerAsJson = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\tvar fields = Object.create(null);\n\t\t$tw.utils.each(tiddler.fields,function(value,name) {\n\t\t\tfields[name] = tiddler.getFieldString(name);\n\t\t});\n\t\treturn JSON.stringify(fields);\n\t} else {\n\t\treturn JSON.stringify({title: title});\n\t}\n};\n\nexports.getTiddlersAsJson = function(filter,spaces) {\n\tvar tiddlers = this.filterTiddlers(filter),\n\t\tspaces = (spaces === undefined) ? $tw.config.preferences.jsonSpaces : spaces,\n\t\tdata = [];\n\tfor(var t=0;t<tiddlers.length; t++) {\n\t\tvar tiddler = this.getTiddler(tiddlers[t]);\n\t\tif(tiddler) {\n\t\t\tvar fields = new Object();\n\t\t\tfor(var field in tiddler.fields) {\n\t\t\t\tfields[field] = tiddler.getFieldString(field);\n\t\t\t}\n\t\t\tdata.push(fields);\n\t\t}\n\t}\n\treturn JSON.stringify(data,null,spaces);\n};\n\n/*\nGet the content of a tiddler as a JavaScript object. How this is done depends on the type of the tiddler:\n\napplication/json: the tiddler JSON is parsed into an object\napplication/x-tiddler-dictionary: the tiddler is parsed as sequence of name:value pairs\n\nOther types currently just return null.\n\ntitleOrTiddler: string tiddler title or a tiddler object\ndefaultData: default data to be returned if the tiddler is missing or doesn't contain data\n\nNote that the same value is returned for repeated calls for the same tiddler data. The value is frozen to prevent modification; otherwise modifications would be visible to all callers\n*/\nexports.getTiddlerDataCached = function(titleOrTiddler,defaultData) {\n\tvar self = this,\n\t\ttiddler = titleOrTiddler;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler) {\n\t\treturn this.getCacheForTiddler(tiddler.fields.title,\"data\",function() {\n\t\t\t// Return the frozen value\n\t\t\tvar value = self.getTiddlerData(tiddler.fields.title,undefined);\n\t\t\t$tw.utils.deepFreeze(value);\n\t\t\treturn value;\n\t\t}) || defaultData;\n\t} else {\n\t\treturn defaultData;\n\t}\n};\n\n/*\nAlternative, uncached version of getTiddlerDataCached(). The return value can be mutated freely and reused\n*/\nexports.getTiddlerData = function(titleOrTiddler,defaultData) {\n\tvar tiddler = titleOrTiddler,\n\t\tdata;\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = this.getTiddler(tiddler);\t\n\t}\n\tif(tiddler && tiddler.fields.text) {\n\t\tswitch(tiddler.fields.type) {\n\t\t\tcase \"application/json\":\n\t\t\t\t// JSON tiddler\n\t\t\t\ttry {\n\t\t\t\t\tdata = JSON.parse(tiddler.fields.text);\n\t\t\t\t} catch(ex) {\n\t\t\t\t\treturn defaultData;\n\t\t\t\t}\n\t\t\t\treturn data;\n\t\t\tcase \"application/x-tiddler-dictionary\":\n\t\t\t\treturn $tw.utils.parseFields(tiddler.fields.text);\n\t\t}\n\t}\n\treturn defaultData;\n};\n\n/*\nExtract an indexed field from within a data tiddler\n*/\nexports.extractTiddlerDataItem = function(titleOrTiddler,index,defaultText) {\n\tvar data = this.getTiddlerDataCached(titleOrTiddler,Object.create(null)),\n\t\ttext;\n\tif(data && $tw.utils.hop(data,index)) {\n\t\ttext = data[index];\n\t}\n\tif(typeof text === \"string\" || typeof text === \"number\") {\n\t\treturn text.toString();\n\t} else {\n\t\treturn defaultText;\n\t}\n};\n\n/*\nSet a tiddlers content to a JavaScript object. Currently this is done by setting the tiddler's type to \"application/json\" and setting the text to the JSON text of the data.\ntitle: title of tiddler\ndata: object that can be serialised to JSON\nfields: optional hashmap of additional tiddler fields to be set\n*/\nexports.setTiddlerData = function(title,data,fields) {\n\tvar existingTiddler = this.getTiddler(title),\n\t\tnewFields = {\n\t\t\ttitle: title\n\t};\n\tif(existingTiddler && existingTiddler.fields.type === \"application/x-tiddler-dictionary\") {\n\t\tnewFields.text = $tw.utils.makeTiddlerDictionary(data);\n\t} else {\n\t\tnewFields.type = \"application/json\";\n\t\tnewFields.text = JSON.stringify(data,null,$tw.config.preferences.jsonSpaces);\n\t}\n\tthis.addTiddler(new $tw.Tiddler(this.getCreationFields(),existingTiddler,fields,newFields,this.getModificationFields()));\n};\n\n/*\nReturn the content of a tiddler as an array containing each line\n*/\nexports.getTiddlerList = function(title,field,index) {\n\tif(index) {\n\t\treturn $tw.utils.parseStringArray(this.extractTiddlerDataItem(title,index,\"\"));\n\t}\n\tfield = field || \"list\";\n\tvar tiddler = this.getTiddler(title);\n\tif(tiddler) {\n\t\treturn ($tw.utils.parseStringArray(tiddler.fields[field]) || []).slice(0);\n\t}\n\treturn [];\n};\n\n// Return a named global cache object. Global cache objects are cleared whenever a tiddler change occurs\nexports.getGlobalCache = function(cacheName,initializer) {\n\tthis.globalCache = this.globalCache || Object.create(null);\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = Object.create(null);\n};\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\tthis.caches = this.caches || Object.create(null);\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = Object.create(null);\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler, or, if the title is null, clear all the caches for all the tiddlers\nexports.clearCache = function(title) {\n\tif(title) {\n\t\tthis.caches = this.caches || Object.create(null);\n\t\tif($tw.utils.hop(this.caches,title)) {\n\t\t\tdelete this.caches[title];\n\t\t}\n\t} else {\n\t\tthis.caches = Object.create(null);\n\t}\n};\n\nexports.initParsers = function(moduleType) {\n\t// Install the parser modules\n\t$tw.Wiki.parsers = {};\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(\"parser\",function(title,module) {\n\t\tfor(var f in module) {\n\t\t\tif($tw.utils.hop(module,f)) {\n\t\t\t\t$tw.Wiki.parsers[f] = module[f]; // Store the parser class\n\t\t\t}\n\t\t}\n\t});\n\t// Use the generic binary parser for any binary types not registered so far\n\tif($tw.Wiki.parsers[\"application/octet-stream\"]) {\n\t\tObject.keys($tw.config.contentTypeInfo).forEach(function(type) {\n\t\t\tif(!$tw.utils.hop($tw.Wiki.parsers,type) && $tw.config.contentTypeInfo[type].encoding === \"base64\") {\n\t\t\t\t$tw.Wiki.parsers[type] = $tw.Wiki.parsers[\"application/octet-stream\"];\n\t\t\t}\n\t\t});\t\t\n\t}\n};\n\n/*\nParse a block of text of a specified MIME type\n\ttype: content type of text to be parsed\n\ttext: text\n\toptions: see below\nOptions include:\n\tparseAsInline: if true, the text of the tiddler will be parsed as an inline run\n\t_canonical_uri: optional string of the canonical URI of this content\n*/\nexports.parseText = function(type,text,options) {\n\ttext = text || \"\";\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.utils.getFileExtensionInfo(type)) {\n\t\tParser = $tw.Wiki.parsers[$tw.utils.getFileExtensionInfo(type).type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this,\n\t\t_canonical_uri: options._canonical_uri\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.parseTiddler = function(title,options) {\n\toptions = $tw.utils.extend({},options);\n\tvar cacheType = options.parseAsInline ? \"inlineParseTree\" : \"blockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\tif(tiddler.hasField(\"_canonical_uri\")) {\n\t\t\t\toptions._canonical_uri = tiddler.fields._canonical_uri;\n\t\t\t}\n\t\t\treturn self.parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tvar tiddler,text;\n\tif(options.subTiddler) {\n\t\ttiddler = this.getSubTiddler(title,options.subTiddler);\n\t} else {\n\t\ttiddler = this.getTiddler(title);\n\t\tif(field === \"text\" || (!field && !index)) {\n\t\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\t\treturn this.parseTiddler(title,options);\n\t\t}\n\t}\n\tif(field === \"text\" || (!field && !index)) {\n\t\tif(tiddler && tiddler.fields) {\n\t\t\treturn this.parseText(tiddler.fields.type,tiddler.fields.text,options);\t\t\t\n\t\t} else {\n\t\t\treturn null;\n\t\t}\n\t} else if(field) {\n\t\tif(field === \"title\") {\n\t\t\ttext = title;\n\t\t} else {\n\t\t\tif(!tiddler || !tiddler.hasField(field)) {\n\t\t\t\treturn null;\n\t\t\t}\n\t\t\ttext = tiddler.fields[field];\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t} else if(index) {\n\t\tthis.getTiddlerText(title); // Force the tiddler to be lazily loaded\n\t\ttext = this.extractTiddlerDataItem(tiddler,index,undefined);\n\t\tif(text === undefined) {\n\t\t\treturn null;\n\t\t}\n\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t}\n};\n\n/*\nMake a widget tree for a parse tree\nparser: parser object\noptions: see below\nOptions include:\ndocument: optional document to use\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.makeWidget = function(parser,options) {\n\toptions = options || {};\n\tvar widgetNode = {\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},\n\t\tcurrWidgetNode = widgetNode;\n\t// Create set variable widgets for each variable\n\t$tw.utils.each(options.variables,function(value,name) {\n\t\tvar setVariableWidget = {\n\t\t\ttype: \"set\",\n\t\t\tattributes: {\n\t\t\t\tname: {type: \"string\", value: name},\n\t\t\t\tvalue: {type: \"string\", value: value}\n\t\t\t},\n\t\t\tchildren: []\n\t\t};\n\t\tcurrWidgetNode.children = [setVariableWidget];\n\t\tcurrWidgetNode = setVariableWidget;\n\t});\n\t// Add in the supplied parse tree nodes\n\tcurrWidgetNode.children = parser ? parser.tree : [];\n\t// Create the widget\n\treturn new widget.widget(widgetNode,{\n\t\twiki: this,\n\t\tdocument: options.document || $tw.fakeDocument,\n\t\tparentWidget: options.parentWidget\n\t});\n};\n\n/*\nMake a widget tree for transclusion\ntitle: target tiddler title\noptions: as for wiki.makeWidget() plus:\noptions.field: optional field to transclude (defaults to \"text\")\noptions.mode: transclusion mode \"inline\" or \"block\"\noptions.children: optional array of children for the transclude widget\noptions.importVariables: optional importvariables filter string for macros to be included\noptions.importPageMacros: optional boolean; if true, equivalent to passing \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\" to options.importVariables\n*/\nexports.makeTranscludeWidget = function(title,options) {\n\toptions = options || {};\n\tvar parseTreeDiv = {tree: [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"div\",\n\t\t\tchildren: []}]},\n\t\tparseTreeImportVariables = {\n\t\t\ttype: \"importvariables\",\n\t\t\tattributes: {\n\t\t\t\tfilter: {\n\t\t\t\t\tname: \"filter\",\n\t\t\t\t\ttype: \"string\"\n\t\t\t\t}\n\t\t\t},\n\t\t\tisBlock: false,\n\t\t\tchildren: []},\n\t\tparseTreeTransclude = {\n\t\t\ttype: \"transclude\",\n\t\t\tattributes: {\n\t\t\t\ttiddler: {\n\t\t\t\t\tname: \"tiddler\",\n\t\t\t\t\ttype: \"string\",\n\t\t\t\t\tvalue: title}},\n\t\t\tisBlock: !options.parseAsInline};\n\tif(options.importVariables || options.importPageMacros) {\n\t\tif(options.importVariables) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = options.importVariables;\n\t\t} else if(options.importPageMacros) {\n\t\t\tparseTreeImportVariables.attributes.filter.value = \"[[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\";\n\t\t}\n\t\tparseTreeDiv.tree[0].children.push(parseTreeImportVariables);\n\t\tparseTreeImportVariables.children.push(parseTreeTransclude);\n\t} else {\n\t\tparseTreeDiv.tree[0].children.push(parseTreeTransclude);\n\t}\n\tif(options.field) {\n\t\tparseTreeTransclude.attributes.field = {type: \"string\", value: options.field};\n\t}\n\tif(options.mode) {\n\t\tparseTreeTransclude.attributes.mode = {type: \"string\", value: options.mode};\n\t}\n\tif(options.children) {\n\t\tparseTreeTransclude.children = options.children;\n\t}\n\treturn $tw.wiki.makeWidget(parseTreeDiv,options);\n};\n\n/*\nParse text in a specified format and render it into another format\n\toutputType: content type for the output\n\ttextType: content type of the input text\n\ttext: input text\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderText = function(outputType,textType,text,options) {\n\toptions = options || {};\n\tvar parser = this.parseText(textType,text,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nParse text from a tiddler and render it into another format\n\toutputType: content type for the output\n\ttitle: title of the tiddler to be rendered\n\toptions: see below\nOptions include:\nvariables: hashmap of variables to set\nparentWidget: optional parent widget for the root node\n*/\nexports.renderTiddler = function(outputType,title,options) {\n\toptions = options || {};\n\tvar parser = this.parseTiddler(title,options),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : (outputType === \"text/plain-formatted\" ? container.formattedTextContent : container.textContent);\n};\n\n/*\nReturn an array of tiddler titles that match a search string\n\ttext: The text string to search for\n\toptions: see below\nOptions available:\n\tsource: an iterator function for the source tiddlers, called source(iterator), where iterator is called as iterator(tiddler,title)\n\texclude: An array of tiddler titles to exclude from the search\n\tinvert: If true returns tiddlers that do not contain the specified string\n\tcaseSensitive: If true forces a case sensitive search\n\tfield: If specified, restricts the search to the specified field, or an array of field names\n\tanchored: If true, forces all but regexp searches to be anchored to the start of text\n\texcludeField: If true, the field options are inverted to specify the fields that are not to be searched\n\tThe search mode is determined by the first of these boolean flags to be true\n\t\tliteral: searches for literal string\n\t\twhitespace: same as literal except runs of whitespace are treated as a single space\n\t\tregexp: treats the search term as a regular expression\n\t\twords: (default) treats search string as a list of tokens, and matches if all tokens are found, regardless of adjacency or ordering\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,\n\t\tt,\n\t\tinvert = !!options.invert;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\",\n\t\tanchor = options.anchored ? \"^\" : \"\";\n\tif(options.literal) {\n\t\tif(text.length === 0) {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + anchor + $tw.utils.escapeRegExp(text) + \")\",flags)];\n\t\t}\n\t} else if(options.whitespace) {\n\t\tterms = [];\n\t\t$tw.utils.each(text.split(/\\s+/g),function(term) {\n\t\t\tif(term) {\n\t\t\t\tterms.push($tw.utils.escapeRegExp(term));\n\t\t\t}\n\t\t});\n\t\tsearchTermsRegExps = [new RegExp(\"(\" + anchor + terms.join(\"\\\\s+\") + \")\",flags)];\n\t} else if(options.regexp) {\n\t\ttry {\n\t\t\tsearchTermsRegExps = [new RegExp(\"(\" + text + \")\",flags)];\t\t\t\n\t\t} catch(e) {\n\t\t\tsearchTermsRegExps = null;\n\t\t\tconsole.log(\"Regexp error parsing /(\" + text + \")/\" + flags + \": \",e);\n\t\t}\n\t} else {\n\t\tterms = text.split(/ +/);\n\t\tif(terms.length === 1 && terms[0] === \"\") {\n\t\t\tsearchTermsRegExps = null;\n\t\t} else {\n\t\t\tsearchTermsRegExps = [];\n\t\t\tfor(t=0; t<terms.length; t++) {\n\t\t\t\tsearchTermsRegExps.push(new RegExp(\"(\" + anchor + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\n\t}\n\t// Accumulate the array of fields to be searched or excluded from the search\n\tvar fields = [];\n\tif(options.field) {\n\t\tif($tw.utils.isArray(options.field)) {\n\t\t\t$tw.utils.each(options.field,function(fieldName) {\n\t\t\t\tif(fieldName) {\n\t\t\t\t\tfields.push(fieldName);\t\t\t\t\t\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tfields.push(options.field);\n\t\t}\n\t}\n\t// Use default fields if none specified and we're not excluding fields (excluding fields with an empty field array is the same as searching all fields)\n\tif(fields.length === 0 && !options.excludeField) {\n\t\tfields.push(\"title\");\n\t\tfields.push(\"tags\");\n\t\tfields.push(\"text\");\n\t}\n\t// Function to check a given tiddler for the search term\n\tvar searchTiddler = function(title) {\n\t\tif(!searchTermsRegExps) {\n\t\t\treturn true;\n\t\t}\n\t\tvar notYetFound = searchTermsRegExps.slice();\n\n\t\tvar tiddler = self.getTiddler(title);\n\t\tif(!tiddler) {\n\t\t\ttiddler = new $tw.Tiddler({title: title, text: \"\", type: \"text/vnd.tiddlywiki\"});\n\t\t}\n\t\tvar contentTypeInfo = $tw.config.contentTypeInfo[tiddler.fields.type] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tsearchFields;\n\t\t// Get the list of fields we're searching\n\t\tif(options.excludeField) {\n\t\t\tsearchFields = Object.keys(tiddler.fields);\n\t\t\t$tw.utils.each(fields,function(fieldName) {\n\t\t\t\tvar p = searchFields.indexOf(fieldName);\n\t\t\t\tif(p !== -1) {\n\t\t\t\t\tsearchFields.splice(p,1);\n\t\t\t\t}\n\t\t\t});\n\t\t} else {\n\t\t\tsearchFields = fields;\n\t\t}\n\t\tfor(var fieldIndex=0; notYetFound.length>0 && fieldIndex<searchFields.length; fieldIndex++) {\n\t\t\t// Don't search the text field if the content type is binary\n\t\t\tvar fieldName = searchFields[fieldIndex];\n\t\t\tif(fieldName === \"text\" && contentTypeInfo.encoding !== \"utf8\") {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tvar str = tiddler.fields[fieldName],\n\t\t\t\tt;\n\t\t\tif(str) {\n\t\t\t\tif($tw.utils.isArray(str)) {\n\t\t\t\t\t// If the field value is an array, test each regexp against each field array entry and fail if each regexp doesn't match at least one field array entry\n\t\t\t\t\tfor(var s=0; s<str.length; s++) {\n\t\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\t\tif(notYetFound[t].test(str[s])) {\n\t\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// If the field isn't an array, force it to a string and test each regexp against it and fail if any do not match\n\t\t\t\t\tstr = tiddler.getFieldString(fieldName);\n\t\t\t\t\tfor(t=0; t<notYetFound.length;) {\n\t\t\t\t\t\tif(notYetFound[t].test(str)) {\n\t\t\t\t\t\t\tnotYetFound.splice(t, 1);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tt++;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t\treturn notYetFound.length == 0;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [],\n\t\tsource = options.source || this.each;\n\tsource(function(tiddler,title) {\n\t\tif(searchTiddler(title) !== options.invert) {\n\t\t\tresults.push(title);\n\t\t}\n\t});\n\t// Remove any of the results we have to exclude\n\tif(options.exclude) {\n\t\tfor(t=0; t<options.exclude.length; t++) {\n\t\t\tvar p = results.indexOf(options.exclude[t]);\n\t\t\tif(p !== -1) {\n\t\t\t\tresults.splice(p,1);\n\t\t\t}\n\t\t}\n\t}\n\treturn results;\n};\n\n/*\nTrigger a load for a tiddler if it is skinny. Returns the text, or undefined if the tiddler is missing, null if the tiddler is being lazily loaded.\n*/\nexports.getTiddlerText = function(title,defaultText) {\n\tvar tiddler = this.getTiddler(title);\n\t// Return undefined if the tiddler isn't found\n\tif(!tiddler) {\n\t\treturn defaultText;\n\t}\n\tif(!tiddler.hasField(\"_is_skinny\")) {\n\t\t// Just return the text if we've got it\n\t\treturn tiddler.fields.text || \"\";\n\t} else {\n\t\t// Tell any listeners about the need to lazily load this tiddler\n\t\tthis.dispatchEvent(\"lazyLoad\",title);\n\t\t// Indicate that the text is being loaded\n\t\treturn null;\n\t}\n};\n\n/*\nCheck whether the text of a tiddler matches a given value. By default, the comparison is case insensitive, and any spaces at either end of the tiddler text is trimmed\n*/\nexports.checkTiddlerText = function(title,targetText,options) {\n\toptions = options || {};\n\tvar text = this.getTiddlerText(title,\"\");\n\tif(!options.noTrim) {\n\t\ttext = text.trim();\n\t}\n\tif(!options.caseSensitive) {\n\t\ttext = text.toLowerCase();\n\t\ttargetText = targetText.toLowerCase();\n\t}\n\treturn text === targetText;\n}\n\n/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\tvar result = [],\n\t\toutstanding = files.length,\n\t\treadFileCallback = function(tiddlerFieldsArray) {\n\t\t\tresult.push.apply(result,tiddlerFieldsArray);\n\t\t\tif(--outstanding === 0) {\n\t\t\t\tcallback(result);\n\t\t\t}\n\t\t};\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],$tw.utils.extend({},options,{callback: readFileCallback}));\n\t}\n\treturn files.length;\n};\n\n/*\nRead a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFile = function(file,options) {\n\tvar callback;\n\tif(typeof options === \"function\") {\n\t\tcallback = options;\n\t\toptions = {};\n\t} else {\n\t\tcallback = options.callback;\n\t}\n\t// Get the type, falling back to the filename extension\n\tvar self = this,\n\t\ttype = file.type;\n\tif(type === \"\" || !type) {\n\t\tvar dotPos = file.name.lastIndexOf(\".\");\n\t\tif(dotPos !== -1) {\n\t\t\tvar fileExtensionInfo = $tw.utils.getFileExtensionInfo(file.name.substr(dotPos));\n\t\t\tif(fileExtensionInfo) {\n\t\t\t\ttype = fileExtensionInfo.type;\n\t\t\t}\n\t\t}\n\t}\n\t// Figure out if we're reading a binary file\n\tvar contentTypeInfo = $tw.config.contentTypeInfo[type],\n\t\tisBinary = contentTypeInfo ? contentTypeInfo.encoding === \"base64\" : false;\n\t// Log some debugging information\n\tif($tw.log.IMPORT) {\n\t\tconsole.log(\"Importing file '\" + file.name + \"', type: '\" + type + \"', isBinary: \" + isBinary);\n\t}\n\t// Give the hook a chance to process the drag\n\tif($tw.hooks.invokeHook(\"th-importing-file\",{\n\t\tfile: file,\n\t\ttype: type,\n\t\tisBinary: isBinary,\n\t\tcallback: callback\n\t}) !== true) {\n\t\tthis.readFileContent(file,type,isBinary,options.deserializer,callback);\n\t}\n};\n\n/*\nLower level utility to read the content of a browser File object, invoking callback(tiddlerFieldsArray) with an array of tiddler fields objects\n*/\nexports.readFileContent = function(file,type,isBinary,deserializer,callback) {\n\tvar self = this;\n\t// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\tif(isBinary) {\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttext = text.substr(commaPos + 1);\n\t\t\t}\n\t\t}\n\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\tif(encryptedJson) {\n\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\tcallback(tiddlers);\n\t\t\t});\n\t\t} else {\n\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields,{deserializer: deserializer}));\n\t\t}\n\t};\n\t// Kick off the read\n\tif(isBinary) {\n\t\treader.readAsDataURL(file);\n\t} else {\n\t\treader.readAsText(file);\n\t}\n};\n\n/*\nFind any existing draft of a specified tiddler\n*/\nexports.findDraft = function(targetTitle) {\n\tvar draftTitle = undefined;\n\tthis.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdraftTitle = title;\n\t\t}\n\t});\n\treturn draftTitle;\n}\n\n/*\nCheck whether the specified draft tiddler has been modified.\nIf the original tiddler doesn't exist, create a vanilla tiddler variable,\nto check if additional fields have been added.\n*/\nexports.isDraftModified = function(title) {\n\tvar tiddler = this.getTiddler(title);\n\tif(!tiddler.isDraft()) {\n\t\treturn false;\n\t}\n\tvar ignoredFields = [\"created\", \"modified\", \"title\", \"draft.title\", \"draft.of\"],\n\t\torigTiddler = this.getTiddler(tiddler.fields[\"draft.of\"]) || new $tw.Tiddler({text:\"\", tags:[]}),\n\t\ttitleModified = tiddler.fields[\"draft.title\"] !== tiddler.fields[\"draft.of\"];\n\treturn titleModified || !tiddler.isEqual(origTiddler,ignoredFields);\n};\n\n/*\nAdd a new record to the top of the history stack\ntitle: a title string or an array of title strings\nfromPageRect: page coordinates of the origin of the navigation\nhistoryTitle: title of history tiddler (defaults to $:/HistoryList)\n*/\nexports.addToHistory = function(title,fromPageRect,historyTitle) {\n\tvar story = new $tw.Story({wiki: this, historyTitle: historyTitle});\n\tstory.addToHistory(title,fromPageRect);\t\t\n};\n\n/*\nAdd a new tiddler to the story river\ntitle: a title string or an array of title strings\nfromTitle: the title of the tiddler from which the navigation originated\nstoryTitle: title of story tiddler (defaults to $:/StoryList)\noptions: see story.js\n*/\nexports.addToStory = function(title,fromTitle,storyTitle,options) {\n\tvar story = new $tw.Story({wiki: this, storyTitle: storyTitle});\n\tstory.addToStory(title,fromTitle,options);\t\t\n};\n\n/*\nGenerate a title for the draft of a given tiddler\n*/\nexports.generateDraftTitle = function(title) {\n\tvar c = 0,\n\t\tdraftTitle,\n\t\tusername = this.getTiddlerText(\"$:/status/UserName\"),\n\t\tattribution = username ? \" by \" + username : \"\";\n\tdo {\n\t\tdraftTitle = \"Draft \" + (c ? (c + 1) + \" \" : \"\") + \"of '\" + title + \"'\" + attribution;\n\t\tc++;\n\t} while(this.tiddlerExists(draftTitle));\n\treturn draftTitle;\n};\n\n/*\nInvoke the available upgrader modules\ntitles: array of tiddler titles to be processed\ntiddlers: hashmap by title of tiddler fields of pending import tiddlers. These can be modified by the upgraders. An entry with no fields indicates a tiddler that was pending import has been suppressed. When entries are added to the pending import the tiddlers hashmap may have entries that are not present in the titles array\nReturns a hashmap of messages keyed by tiddler title.\n*/\nexports.invokeUpgraders = function(titles,tiddlers) {\n\t// Collect up the available upgrader modules\n\tvar self = this;\n\tif(!this.upgraderModules) {\n\t\tthis.upgraderModules = [];\n\t\t$tw.modules.forEachModuleOfType(\"upgrader\",function(title,module) {\n\t\t\tif(module.upgrade) {\n\t\t\t\tself.upgraderModules.push(module);\n\t\t\t}\n\t\t});\n\t}\n\t// Invoke each upgrader in turn\n\tvar messages = {};\n\tfor(var t=0; t<this.upgraderModules.length; t++) {\n\t\tvar upgrader = this.upgraderModules[t],\n\t\t\tupgraderMessages = upgrader.upgrade(this,titles,tiddlers);\n\t\t$tw.utils.extend(messages,upgraderMessages);\n\t}\n\treturn messages;\n};\n\n// Determine whether a plugin by title is dynamically loadable\nexports.doesPluginRequireReload = function(title) {\n\treturn this.doesPluginInfoRequireReload(this.getPluginInfo(title) || this.getTiddlerDataCached(title));\n};\n\n// Determine whether a plugin info structure is dynamically loadable\nexports.doesPluginInfoRequireReload = function(pluginInfo) {\n\tif(pluginInfo) {\n\t\tvar foundModule = false;\n\t\t$tw.utils.each(pluginInfo.tiddlers,function(tiddler) {\n\t\t\tif(tiddler.type === \"application/javascript\" && $tw.utils.hop(tiddler,\"module-type\")) {\n\t\t\t\tfoundModule = true;\n\t\t\t}\n\t\t});\n\t\treturn foundModule;\n\t} else {\n\t\treturn null;\n\t}\n};\n\n})();\n\n",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/palettes/Blanca": {
"title": "$:/palettes/Blanca",
"name": "Blanca",
"description": "A clean white palette to let you focus",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #66cccc\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ffffff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #7897f3\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ccc\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #ffffff\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #7897f3\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #eeeeee\ntab-border-selected: #cccccc\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffeedd\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: #eee\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #ff9900\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Blue": {
"title": "$:/palettes/Blue",
"name": "Blue",
"description": "A blue theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333353\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #ddddff\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #5959c0\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: #ccccdd\ntab-border-selected: #ccccdd\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #eeeeff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #666666\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #ffffff\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #ffffff\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #5959c0\ntoolbar-new-button: #5eb95e\ntoolbar-options-button: rgb(128, 88, 165)\ntoolbar-save-button: #0e90d2\ntoolbar-info-button: #0e90d2\ntoolbar-edit-button: rgb(243, 123, 29)\ntoolbar-close-button: #dd514c\ntoolbar-delete-button: #dd514c\ntoolbar-cancel-button: rgb(243, 123, 29)\ntoolbar-done-button: #5eb95e\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/Muted": {
"title": "$:/palettes/Muted",
"name": "Muted",
"description": "Bright tiddlers on a muted background",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #6f6f70\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #29a6ee\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #c2c1c2\nsidebar-foreground-shadow: rgba(255,255,255,0)\nsidebar-foreground: #d3d2d4\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #6f6f70\nsidebar-tab-background: #666667\nsidebar-tab-border-selected: #999\nsidebar-tab-border: #515151\nsidebar-tab-divider: #999\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: #999\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #d1d0d2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #d5ad34\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastLight": {
"title": "$:/palettes/ContrastLight",
"name": "Contrast (Light)",
"description": "High contrast and unambiguous (light version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #fff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #000\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #000\ntag-foreground: #fff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/ContrastDark": {
"title": "$:/palettes/ContrastDark",
"name": "Contrast (Dark)",
"description": "High contrast and unambiguous (dark version)",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #f00\nalert-border: <<colour background>>\nalert-highlight: <<colour foreground>>\nalert-muted-foreground: #800\nbackground: #000\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: <<colour background>>\nbutton-foreground: <<colour foreground>>\nbutton-border: <<colour foreground>>\ncode-background: <<colour background>>\ncode-border: <<colour foreground>>\ncode-foreground: <<colour foreground>>\ndirty-indicator: #f00\ndownload-background: #080\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: <<colour foreground>>\ndropdown-tab-background: <<colour foreground>>\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #00a\nexternal-link-foreground: #00e\nforeground: #fff\nmessage-background: <<colour foreground>>\nmessage-border: <<colour background>>\nmessage-foreground: <<colour background>>\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour foreground>>\nmodal-header-border: <<colour foreground>>\nmuted-foreground: <<colour foreground>>\nnotification-background: <<colour background>>\nnotification-border: <<colour foreground>>\npage-background: <<colour background>>\npre-background: <<colour background>>\npre-border: <<colour foreground>>\nprimary: #00f\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: <<colour background>>\nsidebar-controls-foreground: <<colour foreground>>\nsidebar-foreground-shadow: rgba(0,0,0, 0)\nsidebar-foreground: <<colour foreground>>\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: <<colour foreground>>\nsidebar-tab-background-selected: <<colour background>>\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: <<colour foreground>>\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: <<colour foreground>>\nsidebar-tiddler-link-foreground: <<colour primary>>\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: <<colour foreground>>\ntab-border-selected: <<colour foreground>>\ntab-border: <<colour foreground>>\ntab-divider: <<colour foreground>>\ntab-foreground-selected: <<colour foreground>>\ntab-foreground: <<colour background>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #fff\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour foreground>>\ntiddler-controls-foreground-hover: #ddd\ntiddler-controls-foreground-selected: #fdd\ntiddler-controls-foreground: <<colour foreground>>\ntiddler-editor-background: <<colour background>>\ntiddler-editor-border-image: <<colour foreground>>\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: <<colour background>>\ntiddler-editor-fields-odd: <<colour background>>\ntiddler-info-background: <<colour background>>\ntiddler-info-border: <<colour foreground>>\ntiddler-info-tab-background: <<colour background>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour foreground>>\ntiddler-title-foreground: <<colour foreground>>\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour foreground>>\nvery-muted-foreground: #888888\n"
},
"$:/palettes/DarkPhotos": {
"title": "$:/palettes/DarkPhotos",
"created": "20150402111612188",
"description": "Good with dark photo backgrounds",
"modified": "20150402112344080",
"name": "DarkPhotos",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: \nbutton-foreground: \nbutton-border: \ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #ddd\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #336438\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #ccf\nsidebar-controls-foreground: #fff\nsidebar-foreground-shadow: rgba(0,0,0, 0.5)\nsidebar-foreground: #fff\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #eee\nsidebar-tab-background-selected: rgba(255,255,255, 0.8)\nsidebar-tab-background: rgba(255,255,255, 0.4)\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: rgba(255,255,255, 0.2)\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #aaf\nsidebar-tiddler-link-foreground: #ddf\nsite-title-foreground: #fff\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/GruvboxDark": {
"title": "$:/palettes/GruvboxDark",
"name": "Gruvbox Dark",
"description": "Retro groove color scheme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"license": "https://github.com/morhetz/gruvbox",
"text": "alert-background: #cc241d\nalert-border: #cc241d\nalert-highlight: #d79921\nalert-muted-foreground: #504945\nbackground: #3c3836\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #504945\nbutton-foreground: #fbf1c7\nbutton-border: transparent\ncode-background: #504945\ncode-border: #504945\ncode-foreground: #fb4934\ndiff-delete-background: #fb4934\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #b8bb26\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #fb4934\ndownload-background: #b8bb26\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #665c54\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #ebdbb2\ndropdown-tab-background: #665c54\ndropzone-background: #98971a\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #d3869b\nexternal-link-foreground: #8ec07c\nforeground: #fbf1c7\nmenubar-background: #504945\nmenubar-foreground: <<colour foreground>>\nmessage-background: #83a598\nmessage-border: #83a598\nmessage-foreground: #3c3836\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #504945\nmodal-footer-background: #3c3836\nmodal-footer-border: #3c3836\nmodal-header-border: #3c3836\nmuted-foreground: #d5c4a1\nnotification-background: <<colour primary>>\nnotification-border: <<colour primary>>\npage-background: #282828\npre-background: #504945\npre-border: #504945\nprimary: #d79921\nselect-tag-background: #665c54\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #7c6f64\nsidebar-controls-foreground: #504945\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #fbf1c7\nsidebar-muted-foreground-hover: #7c6f64\nsidebar-muted-foreground: #504945\nsidebar-tab-background-selected: #bdae93\nsidebar-tab-background: #3c3836\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #bdae93\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #282828\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #458588\nsidebar-tiddler-link-foreground: #98971a\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #B48EAD\ntab-background-selected: #ebdbb2\ntab-background: #665c54\ntab-border-selected: #665c54\ntab-border: #665c54\ntab-divider: #bdae93\ntab-foreground-selected: #282828\ntab-foreground: #ebdbb2\ntable-border: #7c6f64\ntable-footer-background: #665c54\ntable-header-background: #504945\ntag-background: #d3869b\ntag-foreground: #282828\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #7c6f64\ntiddler-controls-foreground-selected: #7c6f64\ntiddler-controls-foreground: #665c54\ntiddler-editor-background: #282828\ntiddler-editor-border-image: #282828\ntiddler-editor-border: #282828\ntiddler-editor-fields-even: #504945\ntiddler-editor-fields-odd: #7c6f64\ntiddler-info-background: #32302f\ntiddler-info-border: #ebdbb2\ntiddler-info-tab-background: #ebdbb2\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #7c6f64\ntiddler-title-foreground: #a89984\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #504945\nvery-muted-foreground: #bdae93\nwikilist-background: <<colour page-background>>\nwikilist-button-background: <<colour button-background>>\nwikilist-button-foreground: <<colour button-foreground>>\nwikilist-item: <<colour background>>\nwikilist-toolbar-background: <<colour background>>\nwikilist-toolbar-foreground: <<colour foreground>>\nwikilist-title: <<colour foreground>>\nwikilist-title-svg: <<colour wikilist-title>>\nwikilist-url: <<colour muted-foreground>>\nwikilist-button-open-hover: <<colour primary>>\nwikilist-button-open: <<colour dropzone-background>>\nwikilist-button-remove: <<colour dirty-indicator>>\nwikilist-button-remove-hover: <<colour alert-background>>\nwikilist-droplink-dragover: <<colour dropzone-background>>\nwikilist-button-reveal: <<colour sidebar-tiddler-link-foreground-hover>>\nwikilist-button-reveal-hover: <<colour message-background>>"
},
"$:/palettes/Nord": {
"title": "$:/palettes/Nord",
"name": "Nord",
"description": "An arctic, north-bluish color palette.",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"license": "MIT, arcticicestudio, https://github.com/arcticicestudio/nord/blob/develop/LICENSE.md",
"text": "alert-background: #D08770\nalert-border: #D08770\nalert-highlight: #B48EAD\nalert-muted-foreground: #4C566A\nbackground: #3b4252\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #4C566A\nbutton-foreground: #D8DEE9\nbutton-border: transparent\ncode-background: #2E3440\ncode-border: #2E3440\ncode-foreground: #BF616A\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #A3BE8C\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #BF616A\ndownload-background: #A3BE8C\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #ECEFF4\ndropdown-tab-background: #4C566A\ndropzone-background: #A3BE8C\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #5E81AC\nexternal-link-foreground: #8FBCBB\nforeground: #d8dee9\nmenubar-background: #2E3440\nmenubar-foreground: #d8dee9\nmessage-background: #2E3440\nmessage-border: #2E3440\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #3b4252\nmodal-footer-background: #3b4252\nmodal-footer-border: #3b4252\nmodal-header-border: #3b4252\nmuted-foreground: #4C566A\nnotification-background: <<colour primary>>\nnotification-border: #EBCB8B\npage-background: #2e3440\npre-background: #2E3440\npre-border: #2E3440\nprimary: #5E81AC\nselect-tag-background: #3b4252\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #D8DEE9\nsidebar-controls-foreground: #4C566A\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #D8DEE9\nsidebar-muted-foreground-hover: #4C566A\nsidebar-muted-foreground: #4C566A\nsidebar-tab-background-selected: #ECEFF4\nsidebar-tab-background: #4C566A\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #4C566A\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #4C566A\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #A3BE8C\nsidebar-tiddler-link-foreground: #81A1C1\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #B48EAD\ntab-background-selected: #ECEFF4\ntab-background: #4C566A\ntab-border-selected: #4C566A\ntab-border: #4C566A\ntab-divider: #4C566A\ntab-foreground-selected: #4C566A\ntab-foreground: #D8DEE9\ntable-border: #4C566A\ntable-footer-background: #2e3440\ntable-header-background: #2e3440\ntag-background: #A3BE8C\ntag-foreground: #4C566A\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: \ntiddler-controls-foreground-selected: #EBCB8B\ntiddler-controls-foreground: #4C566A\ntiddler-editor-background: #2e3440\ntiddler-editor-border-image: #2e3440\ntiddler-editor-border: #2e3440\ntiddler-editor-fields-even: #2e3440\ntiddler-editor-fields-odd: #2e3440\ntiddler-info-background: #2e3440\ntiddler-info-border: #2e3440\ntiddler-info-tab-background: #2e3440\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #4C566A\ntiddler-title-foreground: #81A1C1\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #2d3038\nvery-muted-foreground: #2d3038\n"
},
"$:/palettes/Rocker": {
"title": "$:/palettes/Rocker",
"name": "Rocker",
"description": "A dark theme",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #999999\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #000\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #cc0000\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #ffffff\nsidebar-foreground-shadow: rgba(255,255,255, 0.0)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #000\nsidebar-tab-background: <<colour tab-background>>\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: <<colour tab-divider>>\nsidebar-tab-foreground-selected: \nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #ffbb99\nsidebar-tiddler-link-foreground: #cc0000\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ffbb99\ntag-foreground: #000\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #cc0000\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarFlare": {
"title": "$:/palettes/SolarFlare",
"name": "Solar Flare",
"description": "Warm, relaxing earth colours",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": ": Background Tones\n\nbase03: #002b36\nbase02: #073642\n\n: Content Tones\n\nbase01: #586e75\nbase00: #657b83\nbase0: #839496\nbase1: #93a1a1\n\n: Background Tones\n\nbase2: #eee8d5\nbase3: #fdf6e3\n\n: Accent Colors\n\nyellow: #b58900\norange: #cb4b16\nred: #dc322f\nmagenta: #d33682\nviolet: #6c71c4\nblue: #268bd2\ncyan: #2aa198\ngreen: #859900\n\n: Additional Tones (RA)\n\nbase10: #c0c4bb\nviolet-muted: #7c81b0\nblue-muted: #4e7baa\n\nyellow-hot: #ffcc44\norange-hot: #eb6d20\nred-hot: #ff2222\nblue-hot: #2298ee\ngreen-hot: #98ee22\n\n: Palette\n\n: Do not use colour macro for background and foreground\nbackground: #fdf6e3\n download-foreground: <<colour background>>\n dragger-foreground: <<colour background>>\n dropdown-background: <<colour background>>\n modal-background: <<colour background>>\n sidebar-foreground-shadow: <<colour background>>\n tiddler-background: <<colour background>>\n tiddler-border: <<colour background>>\n tiddler-link-background: <<colour background>>\n tab-background-selected: <<colour background>>\n dropdown-tab-background-selected: <<colour tab-background-selected>>\nforeground: #657b83\n dragger-background: <<colour foreground>>\n tab-foreground: <<colour foreground>>\n tab-foreground-selected: <<colour tab-foreground>>\n sidebar-tab-foreground-selected: <<colour tab-foreground-selected>>\n sidebar-tab-foreground: <<colour tab-foreground>>\n sidebar-button-foreground: <<colour foreground>>\n sidebar-controls-foreground: <<colour foreground>>\n sidebar-foreground: <<colour foreground>>\n: base03\n: base02\n: base01\n alert-muted-foreground: <<colour base01>>\n: base00\n code-foreground: <<colour base00>>\n message-foreground: <<colour base00>>\n tag-foreground: <<colour base00>>\n: base0\n sidebar-tiddler-link-foreground: <<colour base0>>\n: base1\n muted-foreground: <<colour base1>>\n blockquote-bar: <<colour muted-foreground>>\n dropdown-border: <<colour muted-foreground>>\n sidebar-muted-foreground: <<colour muted-foreground>>\n tiddler-title-foreground: <<colour muted-foreground>>\n site-title-foreground: <<colour tiddler-title-foreground>>\n: base2\n modal-footer-background: <<colour base2>>\n page-background: <<colour base2>>\n modal-backdrop: <<colour page-background>>\n notification-background: <<colour page-background>>\n code-background: <<colour page-background>>\n code-border: <<colour code-background>>\n pre-background: <<colour page-background>>\n pre-border: <<colour pre-background>>\n sidebar-tab-background-selected: <<colour page-background>>\n table-header-background: <<colour base2>>\n tag-background: <<colour base2>>\n tiddler-editor-background: <<colour base2>>\n tiddler-info-background: <<colour base2>>\n tiddler-info-tab-background: <<colour base2>>\n tab-background: <<colour base2>>\n dropdown-tab-background: <<colour tab-background>>\n: base3\n alert-background: <<colour base3>>\n message-background: <<colour base3>>\n: yellow\n: orange\n: red\n: magenta\n alert-highlight: <<colour magenta>>\n: violet\n external-link-foreground: <<colour violet>>\n: blue\n: cyan\n: green\n: base10\n tiddler-controls-foreground: <<colour base10>>\n: violet-muted\n external-link-foreground-visited: <<colour violet-muted>>\n: blue-muted\n primary: <<colour blue-muted>>\n download-background: <<colour primary>>\n tiddler-link-foreground: <<colour primary>>\n\nalert-border: #b99e2f\ndirty-indicator: #ff0000\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nmessage-border: #cfd6e6\nmodal-border: #999999\nselect-tag-background:\nselect-tag-foreground:\nsidebar-controls-foreground-hover:\nsidebar-muted-foreground-hover:\nsidebar-tab-background: #ded8c5\nsidebar-tiddler-link-foreground-hover:\nstatic-alert-foreground: #aaaaaa\ntab-border: #cccccc\n modal-footer-border: <<colour tab-border>>\n modal-header-border: <<colour tab-border>>\n notification-border: <<colour tab-border>>\n sidebar-tab-border: <<colour tab-border>>\n tab-border-selected: <<colour tab-border>>\n sidebar-tab-border-selected: <<colour tab-border-selected>>\ntab-divider: #d8d8d8\n sidebar-tab-divider: <<colour tab-divider>>\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-border: #dddddd\ntiddler-subtitle-foreground: #c0c0c0\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\n"
},
"$:/palettes/SolarizedLight": {
"title": "$:/palettes/SolarizedLight",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Precision colors for machines and people",
"license": "MIT, Ethan Schoonover, https://github.com/altercation/solarized/blob/master/LICENSE",
"name": "SolarizedLight",
"text": "alert-background: #eee8d5\nalert-border: #073642\nalert-highlight: #cb4b16\nalert-muted-foreground: #586e75\nbackground: #fdf6e3\nblockquote-bar: <<colour muted-foreground>>\nbutton-background: #cb4b16\nbutton-foreground: #fdf6e3\nbutton-border: transparent\ncode-background: #eee8d5\ncode-border: #93a1a1\ncode-foreground: #d33682\ndiff-delete-background: #BF616A\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #859900\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #D08770\ndownload-background: #859900\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour background>>\ndropdown-tab-background-selected: #fdf6e3\ndropdown-tab-background: #93a1a1\ndropzone-background: #859900\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: #d33682\nexternal-link-foreground-visited: #b58900\nexternal-link-foreground: #cb4b16\nforeground: #839496\nmessage-background: #586e75\nmessage-border: #586e75\nmessage-foreground: #eee8d5\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #eee8d5\nmodal-footer-background: #eee8d5\nmodal-footer-border: #eee8d5\nmodal-header-border: #eee8d5\nmuted-foreground: #93a1a1\nnotification-background: #EBCB8B\nnotification-border: #D08770\npage-background: #eee8d5\npre-background: #eee8d5\npre-border: #93a1a1\nprimary: #2aa198\nselect-tag-background: #eee8d5\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: #eee8d5\nsidebar-controls-foreground-hover: #268bd2\nsidebar-controls-foreground: #586e75\nsidebar-foreground-shadow: transparent\nsidebar-foreground: #839496\nsidebar-muted-foreground-hover: #657b83\nsidebar-muted-foreground: #93a1a1\nsidebar-tab-background-selected: #eee8d5\nsidebar-tab-background: #839496\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: #657b83\nsidebar-tab-divider: <<colour page-background>>\nsidebar-tab-foreground-selected: #839496\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #859900\nsidebar-tiddler-link-foreground: #268bd2\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #dc322f\ntab-background-selected: #fdf6e3\ntab-background: #839496\ntab-border-selected: #93a1a1\ntab-border: #93a1a1\ntab-divider: #fdf6e3\ntab-foreground-selected: #839496\ntab-foreground: #eee8d5\ntable-border: #657b83\ntable-footer-background: #657b83\ntable-header-background: #93a1a1\ntag-background: #6c71c4\ntag-foreground: #eee8d5\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #b58900\ntiddler-controls-foreground-selected: #b58900\ntiddler-controls-foreground: #073642\ntiddler-editor-background: #eee8d5\ntiddler-editor-border-image: #eee8d5\ntiddler-editor-border: #eee8d5\ntiddler-editor-fields-even: #eee8d5\ntiddler-editor-fields-odd: #fdf6e3\ntiddler-info-background: #eee8d5\ntiddler-info-border: #eee8d5\ntiddler-info-tab-background: #586e75\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #586e75\ntiddler-title-foreground: #073642\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: #839496\nvery-muted-foreground: #93a1a1\n"
},
"$:/palettes/SpartanDay": {
"title": "$:/palettes/SpartanDay",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Cold, spartan day colors",
"name": "Spartan Day",
"text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #FAFAFA\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: #ececec\ncode-border: #ececec\ncode-foreground: \ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #FFFFFF\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #F5F5F5\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: \nexternal-link-foreground: \nforeground: rgba(0, 0, 0, 0.87)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(0, 0, 0, 0.54)\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour very-muted-foreground>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(0, 0, 0, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #f4f4f4\npre-background: #ececec\npre-border: #ececec\nprimary: #3949ab\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #aeaeae\nsidebar-controls-foreground: #c6c6c6\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground-hover: rgba(0, 0, 0, 0.54)\nsidebar-muted-foreground: rgba(0, 0, 0, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(0, 0, 0, 0.87)\nsidebar-tab-foreground: rgba(0, 0, 0, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(0, 0, 0, 0.87)\nsidebar-tiddler-link-foreground: rgba(0, 0, 0, 0.54)\nsite-title-foreground: rgba(0, 0, 0, 0.87)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(0, 0, 0, 0.87)\ntab-foreground: rgba(0, 0, 0, 0.54)\ntable-border: #d8d8d8\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: #f9f9f9\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: #e8e7e7\ntiddler-editor-fields-even: rgba(0, 0, 0, 0.1)\ntiddler-editor-fields-odd: rgba(0, 0, 0, 0.04)\ntiddler-info-background: #F5F5F5\ntiddler-info-border: #F5F5F5\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #000000\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(0, 0, 0, 0.12)\n"
},
"$:/palettes/SpartanNight": {
"title": "$:/palettes/SpartanNight",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"description": "Dark spartan colors",
"name": "Spartan Night",
"text": "alert-background: <<colour background>>\nalert-border: <<colour very-muted-foreground>>\nalert-highlight: <<colour very-muted-foreground>>\nalert-muted-foreground: <<colour muted-foreground>>\nbackground: #303030\nblockquote-bar: <<colour page-background>>\nbutton-background: transparent\nbutton-foreground: inherit\nbutton-border: <<colour tag-background>>\ncode-background: <<colour pre-background>>\ncode-border: <<colour pre-border>>\ncode-foreground: rgba(255, 255, 255, 0.54)\ndirty-indicator: #c80000\ndownload-background: <<colour primary>>\ndownload-foreground: <<colour foreground>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: #424242\ndropdown-border: <<colour dropdown-background>>\ndropdown-tab-background-selected: <<colour dropdown-background>>\ndropdown-tab-background: #050505\ndropzone-background: <<colour tag-background>>\nexternal-link-background-hover: transparent\nexternal-link-background-visited: transparent\nexternal-link-background: transparent\nexternal-link-foreground-hover: \nexternal-link-foreground-visited: #7c318c\nexternal-link-foreground: #9e3eb3\nforeground: rgba(255, 255, 255, 0.7)\nmessage-background: <<colour background>>\nmessage-border: <<colour very-muted-foreground>>\nmessage-foreground: rgba(255, 255, 255, 0.54)\nmodal-backdrop: <<colour page-background>>\nmodal-background: <<colour background>>\nmodal-border: <<colour very-muted-foreground>>\nmodal-footer-background: <<colour background>>\nmodal-footer-border: <<colour background>>\nmodal-header-border: <<colour very-muted-foreground>>\nmuted-foreground: rgba(255, 255, 255, 0.54)\nnotification-background: <<colour dropdown-background>>\nnotification-border: <<colour dropdown-background>>\npage-background: #212121\npre-background: #2a2a2a\npre-border: transparent\nprimary: #5656f3\nselect-tag-background: <<colour background>>\nselect-tag-foreground: <<colour foreground>>\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #494949\nsidebar-controls-foreground: #5d5d5d\nsidebar-foreground-shadow: transparent\nsidebar-foreground: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground-hover: rgba(255, 255, 255, 0.54)\nsidebar-muted-foreground: rgba(255, 255, 255, 0.38)\nsidebar-tab-background-selected: <<colour page-background>>\nsidebar-tab-background: transparent\nsidebar-tab-border-selected: <<colour table-border>>\nsidebar-tab-border: transparent\nsidebar-tab-divider: <<colour table-border>>\nsidebar-tab-foreground-selected: rgba(255, 255, 255, 0.87)\nsidebar-tab-foreground: rgba(255, 255, 255, 0.54)\nsidebar-tiddler-link-foreground-hover: rgba(255, 255, 255, 0.7)\nsidebar-tiddler-link-foreground: rgba(255, 255, 255, 0.54)\nsite-title-foreground: rgba(255, 255, 255, 0.7)\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: <<colour background>>\ntab-background: transparent\ntab-border-selected: <<colour table-border>>\ntab-border: transparent\ntab-divider: <<colour table-border>>\ntab-foreground-selected: rgba(255, 255, 255, 0.87)\ntab-foreground: rgba(255, 255, 255, 0.54)\ntable-border: #3a3a3a\ntable-footer-background: <<colour tiddler-editor-fields-odd>>\ntable-header-background: <<colour tiddler-editor-fields-even>>\ntag-background: #ec6\ntag-foreground: <<colour button-foreground>>\ntiddler-background: <<colour background>>\ntiddler-border: rgb(55,55,55)\ntiddler-controls-foreground-hover: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground-selected: <<colour sidebar-controls-foreground-hover>>\ntiddler-controls-foreground: <<colour sidebar-controls-foreground>>\ntiddler-editor-background: transparent\ntiddler-editor-border-image: \ntiddler-editor-border: rgba(255, 255, 255, 0.08)\ntiddler-editor-fields-even: rgba(255, 255, 255, 0.1)\ntiddler-editor-fields-odd: rgba(255, 255, 255, 0.04)\ntiddler-info-background: #454545\ntiddler-info-border: #454545\ntiddler-info-tab-background: <<colour tiddler-editor-fields-odd>>\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: <<colour muted-foreground>>\ntiddler-title-foreground: #FFFFFF\ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \ntoolbar-info-button: \ntoolbar-edit-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-cancel-button: \ntoolbar-done-button: \nuntagged-background: <<colour very-muted-foreground>>\nvery-muted-foreground: rgba(255, 255, 255, 0.12)\n"
},
"$:/palettes/Twilight": {
"title": "$:/palettes/Twilight",
"tags": "$:/tags/Palette",
"author": "Thomas Elmiger",
"type": "application/x-tiddler-dictionary",
"name": "Twilight",
"description": "Delightful, soft darkness.",
"text": "alert-background: rgb(255, 255, 102)\nalert-border: rgb(232, 232, 125)\nalert-highlight: rgb(255, 51, 51)\nalert-muted-foreground: rgb(224, 82, 82)\nbackground: rgb(38, 38, 38)\nblockquote-bar: rgba(240, 196, 117, 0.7)\nbutton-background: rgb(63, 63, 63)\nbutton-border: rgb(127, 127, 127)\nbutton-foreground: rgb(179, 179, 179)\ncode-background: rgba(0,0,0,0.03)\ncode-border: rgba(0,0,0,0.08)\ncode-foreground: rgb(255, 94, 94)\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: rgb(255, 94, 94)\ndownload-background: #19a974\ndownload-foreground: rgb(38, 38, 38)\ndragger-background: rgb(179, 179, 179)\ndragger-foreground: rgb(38, 38, 38)\ndropdown-background: rgb(38, 38, 38)\ndropdown-border: rgb(255, 255, 255)\ndropdown-tab-background: rgba(0,0,0,.1)\ndropdown-tab-background-selected: rgba(255,255,255,1)\ndropzone-background: #9eebcf\nexternal-link-background: inherit\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-foreground: rgb(179, 179, 255)\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: rgb(153, 153, 255)\nforeground: rgb(179, 179, 179)\nmessage-background: <<colour tag-foreground>>\nmessage-border: #96ccff\nmessage-foreground: <<colour tag-background>>\nmodal-backdrop: rgb(179, 179, 179)\nmodal-background: rgb(38, 38, 38)\nmodal-border: rgba(0,0,0,.5)\nmodal-footer-background: #f4f4f4\nmodal-footer-border: rgba(0,0,0,.1)\nmodal-header-border: rgba(0,0,0,.2)\nmuted-foreground: rgb(255, 255, 255)\nnotification-background: <<colour tag-foreground>>\nnotification-border: <<colour tag-background>>\npage-background: rgb(26, 26, 26)\npre-background: rgb(25, 25, 25)\npre-border: rgba(0,0,0,.2)\nprimary: rgb(255, 201, 102)\nselect-tag-background: \nselect-tag-foreground: \nsidebar-button-foreground: rgb(179, 179, 179)\nsidebar-controls-foreground: rgb(153, 153, 153)\nsidebar-controls-foreground-hover: <<colour tiddler-controls-foreground-hover>>\nsidebar-foreground: rgb(141, 141, 141)\nsidebar-foreground-shadow: transparent\nsidebar-muted-foreground: rgba(0, 0, 0, 0.5)\nsidebar-muted-foreground-hover: rgb(141, 141, 141)\nsidebar-tab-background: rgba(141, 141, 141, 0.2)\nsidebar-tab-background-selected: rgb(26, 26, 26)\nsidebar-tab-border: rgb(127, 127, 127)\nsidebar-tab-border-selected: rgb(127, 127, 127)\nsidebar-tab-divider: rgb(127, 127, 127)\nsidebar-tab-foreground: rgb(179, 179, 179)\nsidebar-tab-foreground-selected: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground: rgb(179, 179, 179)\nsidebar-tiddler-link-foreground-hover: rgb(115, 115, 115)\nsite-title-foreground: rgb(255, 201, 102)\nstatic-alert-foreground: rgba(0,0,0,.3)\ntab-background: rgba(0,0,0,0.125)\ntab-background-selected: rgb(38, 38, 38)\ntab-border: rgb(255, 201, 102)\ntab-border-selected: rgb(255, 201, 102)\ntab-divider: rgb(255, 201, 102)\ntab-foreground: rgb(179, 179, 179)\ntab-foreground-selected: rgb(179, 179, 179)\ntable-border: rgba(255,255,255,.3)\ntable-footer-background: rgba(0,0,0,.4)\ntable-header-background: rgba(0,0,0,.1)\ntag-background: rgb(255, 201, 102)\ntag-foreground: rgb(25, 25, 25)\ntiddler-background: rgb(38, 38, 38)\ntiddler-border: rgba(240, 196, 117, 0.7)\ntiddler-controls-foreground: rgb(128, 128, 128)\ntiddler-controls-foreground-hover: rgba(255, 255, 255, 0.8)\ntiddler-controls-foreground-selected: rgba(255, 255, 255, 0.9)\ntiddler-editor-background: rgb(33, 33, 33)\ntiddler-editor-border: rgb(63, 63, 63)\ntiddler-editor-border-image: rgb(25, 25, 25)\ntiddler-editor-fields-even: rgb(33, 33, 33)\ntiddler-editor-fields-odd: rgb(28, 28, 28)\ntiddler-info-background: rgb(43, 43, 43)\ntiddler-info-border: rgb(25, 25, 25)\ntiddler-info-tab-background: rgb(43, 43, 43)\ntiddler-link-background: rgb(38, 38, 38)\ntiddler-link-foreground: rgb(204, 204, 255)\ntiddler-subtitle-foreground: rgb(255, 255, 255)\ntiddler-title-foreground: rgb(255, 192, 76)\ntoolbar-cancel-button: \ntoolbar-close-button: \ntoolbar-delete-button: \ntoolbar-done-button: \ntoolbar-edit-button: \ntoolbar-info-button: \ntoolbar-new-button: \ntoolbar-options-button: \ntoolbar-save-button: \nuntagged-background: rgb(255, 255, 255)\nvery-muted-foreground: rgba(240, 196, 117, 0.7)\n"
},
"$:/palettes/Vanilla": {
"title": "$:/palettes/Vanilla",
"name": "Vanilla",
"description": "Pale and unobtrusive",
"tags": "$:/tags/Palette",
"type": "application/x-tiddler-dictionary",
"text": "alert-background: #ffe476\nalert-border: #b99e2f\nalert-highlight: #881122\nalert-muted-foreground: #b99e2f\nbackground: #ffffff\nblockquote-bar: <<colour muted-foreground>>\nbutton-background:\nbutton-foreground:\nbutton-border:\ncode-background: #f7f7f9\ncode-border: #e1e1e8\ncode-foreground: #dd1144\ndiff-delete-background: #ffc9c9\ndiff-delete-foreground: <<colour foreground>>\ndiff-equal-background: \ndiff-equal-foreground: <<colour foreground>>\ndiff-insert-background: #aaefad\ndiff-insert-foreground: <<colour foreground>>\ndiff-invisible-background: \ndiff-invisible-foreground: <<colour muted-foreground>>\ndirty-indicator: #ff0000\ndownload-background: #34c734\ndownload-foreground: <<colour background>>\ndragger-background: <<colour foreground>>\ndragger-foreground: <<colour background>>\ndropdown-background: <<colour background>>\ndropdown-border: <<colour muted-foreground>>\ndropdown-tab-background-selected: #fff\ndropdown-tab-background: #ececec\ndropzone-background: rgba(0,200,0,0.7)\nexternal-link-background-hover: inherit\nexternal-link-background-visited: inherit\nexternal-link-background: inherit\nexternal-link-foreground-hover: inherit\nexternal-link-foreground-visited: #0000aa\nexternal-link-foreground: #0000ee\nforeground: #333333\nmessage-background: #ecf2ff\nmessage-border: #cfd6e6\nmessage-foreground: #547599\nmodal-backdrop: <<colour foreground>>\nmodal-background: <<colour background>>\nmodal-border: #999999\nmodal-footer-background: #f5f5f5\nmodal-footer-border: #dddddd\nmodal-header-border: #eeeeee\nmuted-foreground: #bbb\nnotification-background: #ffffdd\nnotification-border: #999999\npage-background: #f4f4f4\npre-background: #f5f5f5\npre-border: #cccccc\nprimary: #5778d8\nselect-tag-background:\nselect-tag-foreground:\nsidebar-button-foreground: <<colour foreground>>\nsidebar-controls-foreground-hover: #000000\nsidebar-controls-foreground: #aaaaaa\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\nsidebar-foreground: #acacac\nsidebar-muted-foreground-hover: #444444\nsidebar-muted-foreground: #c0c0c0\nsidebar-tab-background-selected: #f4f4f4\nsidebar-tab-background: #e0e0e0\nsidebar-tab-border-selected: <<colour tab-border-selected>>\nsidebar-tab-border: <<colour tab-border>>\nsidebar-tab-divider: #e4e4e4\nsidebar-tab-foreground-selected:\nsidebar-tab-foreground: <<colour tab-foreground>>\nsidebar-tiddler-link-foreground-hover: #444444\nsidebar-tiddler-link-foreground: #999999\nsite-title-foreground: <<colour tiddler-title-foreground>>\nstatic-alert-foreground: #aaaaaa\ntab-background-selected: #ffffff\ntab-background: #d8d8d8\ntab-border-selected: #d8d8d8\ntab-border: #cccccc\ntab-divider: #d8d8d8\ntab-foreground-selected: <<colour tab-foreground>>\ntab-foreground: #666666\ntable-border: #dddddd\ntable-footer-background: #a8a8a8\ntable-header-background: #f0f0f0\ntag-background: #ec6\ntag-foreground: #ffffff\ntiddler-background: <<colour background>>\ntiddler-border: <<colour background>>\ntiddler-controls-foreground-hover: #888888\ntiddler-controls-foreground-selected: #444444\ntiddler-controls-foreground: #cccccc\ntiddler-editor-background: #f8f8f8\ntiddler-editor-border-image: #ffffff\ntiddler-editor-border: #cccccc\ntiddler-editor-fields-even: #e0e8e0\ntiddler-editor-fields-odd: #f0f4f0\ntiddler-info-background: #f8f8f8\ntiddler-info-border: #dddddd\ntiddler-info-tab-background: #f8f8f8\ntiddler-link-background: <<colour background>>\ntiddler-link-foreground: <<colour primary>>\ntiddler-subtitle-foreground: #c0c0c0\ntiddler-title-foreground: #182955\ntoolbar-new-button:\ntoolbar-options-button:\ntoolbar-save-button:\ntoolbar-info-button:\ntoolbar-edit-button:\ntoolbar-close-button:\ntoolbar-delete-button:\ntoolbar-cancel-button:\ntoolbar-done-button:\nuntagged-background: #999999\nvery-muted-foreground: #888888\nwikilist-background: #e5e5e5\nwikilist-item: #fff\nwikilist-info: #000\nwikilist-title: #666\nwikilist-title-svg: <<colour wikilist-title>>\nwikilist-url: #aaa\nwikilist-button-open: #4fb82b\nwikilist-button-open-hover: green\nwikilist-button-reveal: #5778d8\nwikilist-button-reveal-hover: blue\nwikilist-button-remove: #d85778\nwikilist-button-remove-hover: red\nwikilist-toolbar-background: #d3d3d3\nwikilist-toolbar-foreground: #888\nwikilist-droplink-dragover: rgba(255,192,192,0.5)\nwikilist-button-background: #acacac\nwikilist-button-foreground: #000\n"
},
"$:/core/readme": {
"title": "$:/core/readme",
"text": "This plugin contains TiddlyWiki's core components, comprising:\n\n* JavaScript code modules\n* Icons\n* Templates needed to create TiddlyWiki's user interface\n* British English (''en-GB'') translations of the localisable strings used by the core\n"
},
"$:/library/sjcl.js/license": {
"title": "$:/library/sjcl.js/license",
"type": "text/plain",
"text": "SJCL is open. You can use, modify and redistribute it under a BSD\nlicense or under the GNU GPL, version 2.0.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/BSD-2-Clause\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University. All rights reserved.\n\nRedistribution and use in source and binary forms, with or without\nmodification, are permitted provided that the following conditions are\nmet:\n\n1. Redistributions of source code must retain the above copyright\nnotice, this list of conditions and the following disclaimer.\n\n2. Redistributions in binary form must reproduce the above copyright\nnotice, this list of conditions and the following disclaimer in the\ndocumentation and/or other materials provided with the distribution.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS \"AS\nIS\" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED\nTO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A\nPARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT\nHOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,\nSPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR\nPROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF\nLIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING\nNEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS\nSOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.\n\n---------------------------------------------------------------------\n\nhttp://opensource.org/licenses/GPL-2.0\n\nThe Stanford Javascript Crypto Library (hosted here on GitHub) is a\nproject by the Stanford Computer Security Lab to build a secure,\npowerful, fast, small, easy-to-use, cross-browser library for\ncryptography in Javascript.\n\nCopyright (c) 2009-2015, Emily Stark, Mike Hamburg and Dan Boneh at\nStanford University.\n\nThis program is free software; you can redistribute it and/or modify it\nunder the terms of the GNU General Public License as published by the\nFree Software Foundation; either version 2 of the License, or (at your\noption) any later version.\n\nThis program is distributed in the hope that it will be useful, but\nWITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General\nPublic License for more details.\n\nYou should have received a copy of the GNU General Public License along\nwith this program; if not, write to the Free Software Foundation, Inc.,\n59 Temple Place, Suite 330, Boston, MA 02111-1307 USA"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)https://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "<!-- This template is provided for backwards compatibility with older versions of TiddlyWiki -->\n\n<$set name=\"exportFilter\" value=\"[!is[system]sort[title]]\">\n\n{{$:/core/templates/exporters/StaticRiver}}\n\n</$set>\n"
},
"$:/core/templates/canonical-uri-external-image": {
"title": "$:/core/templates/canonical-uri-external-image",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external images.\n\nChange the `./images/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./images/<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-raw": {
"title": "$:/core/templates/canonical-uri-external-raw",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external raw files that are stored in the same directory\n\n-->\n<$view field=\"title\" format=\"doubleurlencoded\"/>"
},
"$:/core/templates/canonical-uri-external-text": {
"title": "$:/core/templates/canonical-uri-external-text",
"text": "<!--\n\nThis template is used to assign the ''_canonical_uri'' field to external text files.\n\nChange the `./text/` part to a different base URI. The URI can be relative or absolute.\n\n-->\n./text/<$view field=\"title\" format=\"doubleurlencoded\"/>.tid"
},
"$:/core/templates/css-tiddler": {
"title": "$:/core/templates/css-tiddler",
"text": "<!--\n\nThis template is used for saving CSS tiddlers as a style tag with data attributes representing the tiddler fields.\n\n-->`<style`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/css\">`<$view field=\"text\" format=\"text\" />`</style>`"
},
"$:/core/templates/exporters/CsvFile": {
"title": "$:/core/templates/exporters/CsvFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/CsvFile}}",
"extension": ".csv",
"text": "\\define renderContent()\n<$text text=<<csvtiddlers filter:\"\"\"$(exportFilter)$\"\"\" format:\"quoted-comma-sep\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/JsonFile": {
"title": "$:/core/templates/exporters/JsonFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/JsonFile}}",
"extension": ".json",
"text": "\\define renderContent()\n<$text text=<<jsontiddlers filter:\"\"\"$(exportFilter)$\"\"\">>/>\n\\end\n<<renderContent>>\n"
},
"$:/core/templates/exporters/StaticRiver": {
"title": "$:/core/templates/exporters/StaticRiver",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/StaticRiver}}",
"extension": ".html",
"text": "\\define tv-wikilink-template() #$uri_encoded$\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"tc-story-river\">\n{{$:/core/templates/exporters/StaticRiver/Content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/exporters/StaticRiver/Content": {
"title": "$:/core/templates/exporters/StaticRiver/Content",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ ||$:/core/templates/static-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>\n"
},
"$:/core/templates/exporters/TidFile": {
"title": "$:/core/templates/exporters/TidFile",
"tags": "$:/tags/Exporter",
"description": "{{$:/language/Exporters/TidFile}}",
"extension": ".tid",
"text": "\\define renderContent()\n{{{ $(exportFilter)$ +[limit[1]] ||$:/core/templates/tid-tiddler}}}\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<<renderContent>>"
},
"$:/core/save/all-external-js": {
"title": "$:/core/save/all-external-js",
"text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/core]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5-external-js.html}}\n"
},
"$:/core/templates/tiddlywiki5.js": {
"title": "$:/core/templates/tiddlywiki5.js",
"text": "\\rules only filteredtranscludeinline transcludeinline codeinline\n\n/*\n{{ $:/core/copyright.txt ||$:/core/templates/plain-text-tiddler}}\n`*/\n`<!--~~ Library modules ~~-->\n{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/plain-text-tiddler}}}\n<!--~~ Boot prefix ~~-->\n{{ $:/boot/bootprefix.js ||$:/core/templates/plain-text-tiddler}}\n<!--~~ Core plugin ~~-->\n{{$:/core/templates/tiddlywiki5.js/tiddlers}}\n<!--~~ Boot kernel ~~-->\n{{ $:/boot/boot.js ||$:/core/templates/plain-text-tiddler}}\n"
},
"$:/core/templates/tiddlywiki5.js/tiddlers": {
"title": "$:/core/templates/tiddlywiki5.js/tiddlers",
"text": "`\n$tw.preloadTiddlerArray(`<$text text=<<jsontiddlers \"[[$:/core]]\">>/>`);\n$tw.preloadTiddlerArray([{\n\ttitle: \"$:/config/SaveWikiButton/Template\",\n\ttext: \"$:/core/save/all-external-js\"\n}]);\n`\n"
},
"$:/core/templates/tiddlywiki5-external-js.html": {
"title": "$:/core/templates/tiddlywiki5-external-js.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html lang=\"`<$text text={{{ [{$:/language}get[name]] }}}/>`\">\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/core/wiki/rawmarkup]] [all[shadows+tiddlers]tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n{{$:/core/templates/static.area}}\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n{{$:/core/templates/store.area.template.html}}\n<!--~~ Raw markup for the bottom of the body section ~~-->\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}\n</body>\n<script src=\"%24%3A%2Fcore%2Ftemplates%2Ftiddlywiki5.js\" onerror=\"alert('Error: Cannot load tiddlywiki.js');\"></script>\n</html>\n"
},
"$:/core/templates/html-div-skinny-tiddler": {
"title": "$:/core/templates/html-div-skinny-tiddler",
"text": "<!--\n\nThis template is a variant of $:/core/templates/html-div-tiddler used for saving skinny tiddlers (with no text field)\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre></pre>\n</div>`\n"
},
"$:/core/templates/html-div-tiddler": {
"title": "$:/core/templates/html-div-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as an HTML DIV tag with attributes representing the tiddler fields.\n\n-->`<div`<$fields template=' $name$=\"$encoded_value$\"'></$fields>`>\n<pre>`<$view field=\"text\" format=\"htmlencoded\" />`</pre>\n</div>`\n"
},
"$:/core/templates/html-tiddler": {
"title": "$:/core/templates/html-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw HTML\n\n--><$view field=\"text\" format=\"htmlwikified\" />"
},
"$:/core/templates/javascript-tiddler": {
"title": "$:/core/templates/javascript-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields.\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\">`<$view field=\"text\" format=\"text\" />`</script>`"
},
"$:/core/templates/json-tiddler": {
"title": "$:/core/templates/json-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as raw JSON\n\n--><$text text=<<jsontiddler>>/>"
},
"$:/core/templates/module-tiddler": {
"title": "$:/core/templates/module-tiddler",
"text": "<!--\n\nThis template is used for saving JavaScript tiddlers as a script tag with data attributes representing the tiddler fields. The body of the tiddler is wrapped in a call to the `$tw.modules.define` function in order to define the body of the tiddler as a module\n\n-->`<script`<$fields template=' data-tiddler-$name$=\"$encoded_value$\"'></$fields>` type=\"text/javascript\" data-module=\"yes\">$tw.modules.define(\"`<$view field=\"title\" format=\"jsencoded\" />`\",\"`<$view field=\"module-type\" format=\"jsencoded\" />`\",function(module,exports,require) {`<$view field=\"text\" format=\"text\" />`});\n</script>`"
},
"$:/core/templates/plain-text-tiddler": {
"title": "$:/core/templates/plain-text-tiddler",
"text": "<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/raw-static-tiddler": {
"title": "$:/core/templates/raw-static-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers as static HTML\n\n--><$view field=\"text\" format=\"plainwikified\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] $(publishFilter)$\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-all": {
"title": "$:/core/save/lazy-all",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]] \n\\end\n\\define skinnySaveTiddlerFilter()\n[!is[system]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/lazy-images": {
"title": "$:/core/save/lazy-images",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[prefix[$:/state/popup/]] -[[$:/HistoryList]] -[[$:/boot/boot.css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] -[!is[system]is[image]] +[sort[title]] \n\\end\n\\define skinnySaveTiddlerFilter()\n[is[image]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/templates/server/static.sidebar.wikitext": {
"title": "$:/core/templates/server/static.sidebar.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-sidebar-scrollable\" style=\"overflow: auto;\">\n<div class=\"tc-sidebar-header\">\n<h1 class=\"tc-site-title\">\n<$transclude tiddler=\"$:/SiteTitle\"/>\n</h1>\n<div class=\"tc-site-subtitle\">\n<$transclude tiddler=\"$:/SiteSubtitle\"/>\n</div>\n<h2>\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$list filter={{$:/DefaultTiddlers}}>\n<div class=\"tc-menu-list-subitem\">\n<$link><$text text=<<currentTiddler>>/></$link>\n</div>\n</$list>\n</div>\n<!-- Currently disabled the recent list as it is unweildy when the responsive narrow view kicks in\n<h2>\n{{$:/language/SideBar/Recent/Caption}}\n</h2>\n<div class=\"tc-sidebar-lists\">\n<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n</div>\n</div>\n</div>\n-->\n"
},
"$:/core/templates/server/static.tiddler.html": {
"title": "$:/core/templates/server/static.tiddler.html",
"text": "\\whitespace trim\n\\define tv-wikilink-template() $uri_encoded$\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content={{$:/core/templates/version}} />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"%24%3A%2Fcore%2Ftemplates%2Fstatic.template.css\">\n<title><$view field=\"caption\" format=\"plainwikified\"><$view field=\"title\"/></$view>: <$view tiddler=\"$:/core/wiki/title\" format=\"plainwikified\"/></title>\n</head>\n<body class=\"tc-body\">\n<$transclude tiddler=\"$:/core/templates/server/static.sidebar.wikitext\" mode=\"inline\"/>\n<section class=\"tc-story-river\">\n<div class=\"tc-tiddler-frame\">\n<$transclude tiddler=\"$:/core/templates/server/static.tiddler.wikitext\" mode=\"inline\"/>\n</div>\n</section>\n</body>\n</html>"
},
"$:/core/templates/server/static.tiddler.wikitext": {
"title": "$:/core/templates/server/static.tiddler.wikitext",
"text": "\\whitespace trim\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<h2><$text text=<<currentTiddler>>/></h2>\n</div>\n</div>\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}}>\n<$view field=\"modifier\"/>\n</$link> <$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n<div class=\"tc-tags-wrapper\">\n<$list filter=\"[all[current]tags[]sort[title]]\">\n<a href={{{ [<currentTiddler>encodeuricomponent[]] }}}>\n<$macrocall $name=\"tag-pill\" tag=<<currentTiddler>>/>\n</a>\n</$list>\n</div>\n<div class=\"tc-tiddler-body\">\n<$transclude mode=\"block\"/>\n</div>\n"
},
"$:/core/templates/single.tiddler.window": {
"title": "$:/core/templates/single.tiddler.window",
"text": "\\whitespace trim\n\\define containerClasses()\ntc-page-container tc-page-view-$(storyviewTitle)$ tc-language-$(languageTitle)$\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"tv-show-missing-links\" value={{$:/config/MissingLinks}}>\n\n<$set name=\"storyviewTitle\" value={{$:/view}}>\n\n<$set name=\"languageTitle\" value={{{ [{$:/language}get[name]] }}}>\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$transclude mode=\"block\"/>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/templates/split-recipe": {
"title": "$:/core/templates/split-recipe",
"text": "<$list filter=\"[!is[system]]\">\ntiddler: <$view field=\"title\" format=\"urlencoded\"/>.tid\n</$list>\n"
},
"$:/core/templates/static-tiddler": {
"title": "$:/core/templates/static-tiddler",
"text": "<a name=<<currentTiddler>>>\n<$transclude tiddler=\"$:/core/ui/ViewTemplate\"/>\n</a>"
},
"$:/core/templates/static.area": {
"title": "$:/core/templates/static.area",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n{{{ [all[shadows+tiddlers]tag[$:/tags/RawStaticContent]!has[draft.of]] ||$:/core/templates/raw-static-tiddler}}}\n{{$:/core/templates/static.content||$:/core/templates/html-tiddler}}\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis file contains an encrypted ~TiddlyWiki. Enable ~JavaScript and enter the decryption password when prompted.\n</$reveal>\n<!-- ensure splash screen isn't shown when JS is disabled -->\n`<style>\n.tc-remove-when-wiki-loaded {display: none;}\n</style>`\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|https://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{$:/boot/boot.css||$:/core/templates/plain-text-tiddler}}\n\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tv-wikilink-template() static/$uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{$:/boot/boot.css||$:/core/templates/css-tiddler}}\n</div>\n<style type=\"text/css\">\n{{$:/core/ui/PageStylesheet||$:/core/templates/wikified-tiddler}}\n</style>\n</head>\n<body class=\"tc-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageTemplate||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tv-wikilink-template() $uri_doubleencoded$.html\n\\define tv-config-toolbar-icons() no\n\\define tv-config-toolbar-text() no\n\\define tv-config-toolbar-class() tc-btn-invisible\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n`<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`<$view field=\"caption\"><$view field=\"title\"/></$view>: {{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tc-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"tc-story-river\">\n`<$view tiddler=\"$:/core/ui/ViewTemplate\" format=\"htmlwikified\"/>`\n</section>\n</body>\n</html>\n`"
},
"$:/core/templates/store.area.template.html": {
"title": "$:/core/templates/store.area.template.html",
"text": "<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n`<div id=\"storeArea\" style=\"display:none;\">`\n<$list filter=<<saveTiddlerFilter>> template=\"$:/core/templates/html-div-tiddler\"/>\n<$list filter={{{ [<skinnySaveTiddlerFilter>] }}} template=\"$:/core/templates/html-div-skinny-tiddler\"/>\n`</div>`\n</$reveal>\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n`<!--~~ Encrypted tiddlers ~~-->`\n`<pre id=\"encryptedStoreArea\" type=\"text/plain\" style=\"display:none;\">`\n<$encrypt filter=<<saveTiddlerFilter>>/>\n`</pre>`\n</$reveal>"
},
"$:/core/templates/tid-tiddler": {
"title": "$:/core/templates/tid-tiddler",
"text": "<!--\n\nThis template is used for saving tiddlers in TiddlyWeb *.tid format\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>`\n`<$view field=\"text\" format=\"text\" />"
},
"$:/core/templates/tiddler-metadata": {
"title": "$:/core/templates/tiddler-metadata",
"text": "<!--\n\nThis template is used for saving tiddler metadata *.meta files\n\n--><$fields exclude='text bag' template='$name$: $value$\n'></$fields>"
},
"$:/core/templates/tiddlywiki5.html": {
"title": "$:/core/templates/tiddlywiki5.html",
"text": "<$set name=\"saveTiddlerAndShadowsFilter\" filter=\"[subfilter<saveTiddlerFilter>] [subfilter<saveTiddlerFilter>plugintiddlers[]]\">\n`<!doctype html>\n`{{$:/core/templates/MOTW.html}}`<html lang=\"`<$text text={{{ [{$:/language}get[name]] }}}/>`\">\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<!--~~ Raw markup for the top of the head section ~~-->\n`{{{ [<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopHead]] ||$:/core/templates/raw-static-tiddler}}}`\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=Edge\"/>\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"mobile-web-app-capable\" content=\"yes\"/>\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"`{{$:/core/copyright.txt}}`\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>`{{$:/core/wiki/title}}`</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/core/wiki/rawmarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkup]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified]] ||$:/core/templates/raw-static-tiddler}}}`\n</head>\n<body class=\"tc-body\">\n<!--~~ Raw markup for the top of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/TopBody]] ||$:/core/templates/raw-static-tiddler}}}`\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n`{{$:/boot/boot.css||$:/core/templates/css-tiddler}}`\n</div>\n<!--~~ Static content for Google and browsers without JavaScript ~~-->\n<noscript>\n<div id=\"splashArea\">\n`{{$:/core/templates/static.area}}`\n</div>\n</noscript>\n<!--~~ Ordinary tiddlers ~~-->\n`{{$:/core/templates/store.area.template.html}}`\n<!--~~ Library modules ~~-->\n<div id=\"libraryModules\" style=\"display:none;\">\n`{{{ [is[system]type[application/javascript]library[yes]] ||$:/core/templates/javascript-tiddler}}}`\n</div>\n<!--~~ Boot kernel prologue ~~-->\n<div id=\"bootKernelPrefix\" style=\"display:none;\">\n`{{ $:/boot/bootprefix.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Boot kernel ~~-->\n<div id=\"bootKernel\" style=\"display:none;\">\n`{{ $:/boot/boot.js ||$:/core/templates/javascript-tiddler}}`\n</div>\n<!--~~ Raw markup for the bottom of the body section ~~-->\n`{{{ [enlist<saveTiddlerAndShadowsFilter>tag[$:/tags/RawMarkupWikified/BottomBody]] ||$:/core/templates/raw-static-tiddler}}}`\n</body>\n</html>`\n"
},
"$:/core/templates/version": {
"title": "$:/core/templates/version",
"text": "<<version>>"
},
"$:/core/templates/wikified-tiddler": {
"title": "$:/core/templates/wikified-tiddler",
"text": "<$transclude />"
},
"$:/core/ui/AboveStory/tw2-plugin-check": {
"title": "$:/core/ui/AboveStory/tw2-plugin-check",
"tags": "$:/tags/AboveStory",
"text": "\\define lingo-base() $:/language/AboveStory/ClassicPlugin/\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]limit[1]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n<ul>\n\n<$list filter=\"[all[system+tiddlers]tag[systemConfig]]\">\n\n<li>\n\n<$link><$view field=\"title\"/></$link>\n\n</li>\n\n</$list>\n\n</ul>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/Actions/new-image": {
"title": "$:/core/ui/Actions/new-image",
"tags": "$:/tags/Actions",
"description": "create a new image tiddler",
"text": "\\define get-type()\nimage/$(imageType)$\n\\end\n<$vars imageType={{$:/config/NewImageType}}>\n<$action-sendmessage $message=\"tm-new-tiddler\" type=<<get-type>> tags={{$:/config/NewTiddler/Tags!!tags}}/>\n</$vars>\n"
},
"$:/core/ui/Actions/new-journal": {
"title": "$:/core/ui/Actions/new-journal",
"tags": "$:/tags/Actions",
"description": "create a new journal tiddler",
"text": "<$vars journalTitleTemplate={{$:/config/NewJournal/Title}} journalTags={{$:/config/NewJournal/Tags!!tags}} journalText={{$:/config/NewJournal/Text}}>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$reveal type=\"nomatch\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text={{{ [<journalTitle>get[]] }}}/>\n</$reveal>\n<$reveal type=\"match\" state=<<journalTitle>> text=\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalTags>> text=<<journalText>>/>\n</$reveal>\n</$wikify>\n</$vars>\n"
},
"$:/core/ui/Actions/new-tiddler": {
"title": "$:/core/ui/Actions/new-tiddler",
"tags": "$:/tags/Actions",
"description": "create a new empty tiddler",
"text": "<$action-sendmessage $message=\"tm-new-tiddler\" tags={{$:/config/NewTiddler/Tags!!tags}}/>\n"
},
"$:/core/ui/AdvancedSearch/Filter": {
"title": "$:/core/ui/AdvancedSearch/Filter",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Filter/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<<lingo Filter/Hint>>\n\n<div class=\"tc-search tc-advanced-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch/FilterButton]!has[draft.of]]\"><$transclude/></$list>\n</div>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\n<div class=\"tc-search-results\">\n<<lingo Filter/Matches>>\n<$list filter={{$:/temp/advancedsearch}} template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/clear",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/delete",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button popup=<<qualify \"$:/state/filterDeleteDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/delete-button}}\n</$button>\n</$reveal>\n\n<$reveal state=<<qualify \"$:/state/filterDeleteDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<div class=\"tc-dropdown-item-plain\">\n<$set name=\"resultCount\" value=\"\"\"<$count filter={{$:/temp/advancedsearch}}/>\"\"\">\nAre you sure you wish to delete <<resultCount>> tiddler(s)?\n</$set>\n</div>\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn\">\n<$action-deletetiddler $filter={{$:/temp/advancedsearch}}/>\nDelete these tiddlers\n</$button>\n</div>\n</div>\n</div>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/filterDropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</span>\n\n<$reveal state=<<qualify \"$:/state/filterDropdown\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Filter]]\"><$link to={{!!filter}}><$transclude field=\"description\"/></$link>\n</$list>\n</div>\n</div>\n</$linkcatcher>\n</$set>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Filter/FilterButtons/export": {
"title": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/export",
"tags": "$:/tags/AdvancedSearch/FilterButton",
"text": "<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$macrocall $name=\"exportButton\" exportFilter={{$:/temp/advancedsearch}} lingoBase=\"$:/language/Buttons/ExportTiddlers/\"/>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Shadows/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Shadows/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[all[shadows]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo Shadows/Matches>>\n\n<$list filter=\"[all[shadows]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/Standard": {
"title": "$:/core/ui/AdvancedSearch/Standard",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/Standard/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo Standard/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$set name=\"searchTiddler\" value=\"$:/temp/advancedsearch\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude/>\n</$list>\n\"\"\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n</$list>\n</$set>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "{{$:/language/Search/System/Caption}}",
"text": "\\define lingo-base() $:/language/Search/\n<$linkcatcher to=\"$:/temp/advancedsearch\">\n\n<<lingo System/Hint>>\n\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}}/>\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<$list filter=\"[{$:/temp/advancedsearch}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[is[system]search{$:/temp/advancedsearch}] -[[$:/temp/advancedsearch]]\"/>\"\"\">\n\n<div class=\"tc-search-results\">\n\n<<lingo System/Matches>>\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]] -[[$:/temp/advancedsearch]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$set>\n\n</$list>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"icon": "$:/core/images/advanced-search-button",
"color": "#bbb",
"text": "<div class=\"tc-advanced-search\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/AdvancedSearch]!has[draft.of]]\" \"$:/core/ui/AdvancedSearch/System\">>\n</div>\n"
},
"$:/core/ui/AlertTemplate": {
"title": "$:/core/ui/AlertTemplate",
"text": "<div class=\"tc-alert\">\n<div class=\"tc-alert-toolbar\">\n<$button class=\"tc-btn-invisible\"><$action-deletetiddler $tiddler=<<currentTiddler>>/>{{$:/core/images/cancel-button}}</$button>\n</div>\n<div class=\"tc-alert-subtitle\">\n<$wikify name=\"format\" text=<<lingo Tiddler/DateFormat>>>\n<$view field=\"component\"/> - <$view field=\"modified\" format=\"date\" template=<<format>>/> <$reveal type=\"nomatch\" state=\"!!count\" text=\"\"><span class=\"tc-alert-highlight\">({{$:/language/Count}}: <$view field=\"count\"/>)</span></$reveal>\n</$wikify>\n</div>\n<div class=\"tc-alert-body\">\n\n<$transclude/>\n\n</div>\n</div>\n"
},
"$:/core/ui/BinaryWarning": {
"title": "$:/core/ui/BinaryWarning",
"text": "\\define lingo-base() $:/language/BinaryWarning/\n<<lingo Prompt>>\n"
},
"$:/core/ui/Components/plugin-info": {
"title": "$:/core/ui/Components/plugin-info",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define popup-state-macro()\n$(qualified-state)$-$(currentTiddler)$\n\\end\n\n\\define tabs-state-macro()\n$(popup-state)$-$(pluginInfoType)$\n\\end\n\n\\define plugin-icon-title()\n$(currentTiddler)$/icon\n\\end\n\n\\define plugin-disable-title()\n$:/config/Plugins/Disabled/$(currentTiddler)$\n\\end\n\n\\define plugin-table-body(type,disabledMessage,default-popup-state)\n<div class=\"tc-plugin-info-chunk tc-plugin-info-toggle\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/chevron-right}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\" default=\"\"\"$default-popup-state$\"\"\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk tc-plugin-info-icon\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<plugin-icon-title>>>\n<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\n</$transclude>\n</div>\n<div class=\"tc-plugin-info-chunk tc-plugin-info-description\">\n<h1>\n''<$text text={{{ [<currentTiddler>get[name]] ~[<currentTiddler>split[/]last[1]] }}}/>'': <$view field=\"description\"><$view field=\"title\"/></$view> $disabledMessage$\n</h1>\n<h2>\n<$view field=\"title\"/>\n</h2>\n<h2>\n<div><em><$view field=\"version\"/></em></div>\n</h2>\n</div>\n\\end\n\n\\define plugin-info(type,default-popup-state)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$link to={{!!title}} class=\"tc-plugin-info tc-plugin-info-disabled\">\n<<plugin-table-body type:\"$type$\" default-popup-state:\"\"\"$default-popup-state$\"\"\" disabledMessage:\"<$macrocall $name='lingo' title='Disabled/Status'/>\">>\n</$link>\n</$reveal>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>> default=\"\"\"$default-popup-state$\"\"\">\n<div class=\"tc-plugin-info-dropdown\">\n<div class=\"tc-plugin-info-dropdown-body\">\n<$list filter=\"[all[current]] -[[$:/core]]\">\n<div style=\"float:right;\">\n<$reveal type=\"nomatch\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"yes\" tooltip={{$:/language/ControlPanel/Plugins/Disable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Disable/Caption}}>\n<<lingo Disable/Caption>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<plugin-disable-title>> text=\"yes\">\n<$button set=<<plugin-disable-title>> setTo=\"no\" tooltip={{$:/language/ControlPanel/Plugins/Enable/Hint}} aria-label={{$:/language/ControlPanel/Plugins/Enable/Caption}}>\n<<lingo Enable/Caption>>\n</$button>\n</$reveal>\n</div>\n</$list>\n<$set name=\"tabsList\" filter=\"[<currentTiddler>list[]] contents\">\n<$macrocall $name=\"tabs\" state=<<tabs-state-macro>> tabsList=<<tabsList>> default={{{ [enlist<tabsList>] }}} template=\"$:/core/ui/PluginInfo\"/>\n</$set>\n</div>\n</div>\n</$reveal>\n</$set>\n\\end\n\n<$macrocall $name=\"plugin-info\" type=<<plugin-type>> default-popup-state=<<default-popup-state>>/>\n"
},
"$:/core/ui/Components/tag-link": {
"title": "$:/core/ui/Components/tag-link",
"text": "<$link>\n<$set name=\"backgroundColor\" value={{!!color}}>\n<span style=<<tag-styles>> class=\"tc-tag-label\">\n<$view field=\"title\" format=\"text\"/>\n</span>\n</$set>\n</$link>"
},
"$:/core/ui/ControlPanel/Advanced": {
"title": "$:/core/ui/ControlPanel/Advanced",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Advanced/Caption}}",
"text": "{{$:/language/ControlPanel/Advanced/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Advanced]!has[draft.of]]\" \"$:/core/ui/ControlPanel/TiddlerFields\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Appearance/Caption}}",
"text": "{{$:/language/ControlPanel/Appearance/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Appearance]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Theme\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel/Info",
"caption": "{{$:/language/ControlPanel/Basics/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Basics/\n\n\\define show-filter-count(filter)\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" $value=\"\"\"$filter$\"\"\"/>\n<$action-setfield $tiddler=\"$:/state/tab--1498284803\" $value=\"$:/core/ui/AdvancedSearch/Filter\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n''<$count filter=\"\"\"$filter$\"\"\"/>''\n{{$:/core/images/advanced-search-button}}\n</$button>\n\\end\n\n|<<lingo Version/Prompt>> |''<<version>>'' |\n|<$link to=\"$:/SiteTitle\"><<lingo Title/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/SiteSubtitle\"><<lingo Subtitle/Prompt>></$link> |<$edit-text tiddler=\"$:/SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/status/UserName\"><<lingo Username/Prompt>></$link> |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/AnimationDuration\"><<lingo AnimDuration/Prompt>></$link> |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/DefaultTiddlers\"><<lingo DefaultTiddlers/Prompt>></$link> |<<lingo DefaultTiddlers/TopHint>><br> <$edit tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\" class=\"tc-edit-texteditor\"/><br>//<<lingo DefaultTiddlers/BottomHint>>// |\n|<$link to=\"$:/language/DefaultNewTiddlerTitle\"><<lingo NewTiddler/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/language/DefaultNewTiddlerTitle\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Title\"><<lingo NewJournal/Title/Prompt>></$link> |<$edit-text tiddler=\"$:/config/NewJournal/Title\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/config/NewJournal/Text\"><<lingo NewJournal/Text/Prompt>></$link> |<$edit tiddler=\"$:/config/NewJournal/Text\" tag=\"textarea\" class=\"tc-edit-texteditor\" default=\"\"/> |\n|<$link to=\"$:/config/NewTiddler/Tags\"><<lingo NewTiddler/Tags/Prompt>></$link> |<$list filter=\"[[$:/config/NewTiddler/Tags]]\" template=\"$:/core/ui/EditTemplate/tags\"/> |\n|<$link to=\"$:/config/NewJournal/Tags\"><<lingo NewJournal/Tags/Prompt>></$link> |<$list filter=\"[[$:/config/NewJournal/Tags]]\" template=\"$:/core/ui/EditTemplate/tags\"/> |\n|<$link to=\"$:/config/AutoFocus\"><<lingo AutoFocus/Prompt>></$link> |{{$:/snippets/minifocusswitcher}} |\n|<<lingo Language/Prompt>> |{{$:/snippets/minilanguageswitcher}} |\n|<<lingo Tiddlers/Prompt>> |<<show-filter-count \"[!is[system]sort[title]]\">> |\n|<<lingo Tags/Prompt>> |<<show-filter-count \"[tags[]sort[title]]\">> |\n|<<lingo SystemTiddlers/Prompt>> |<<show-filter-count \"[is[system]sort[title]]\">> |\n|<<lingo ShadowTiddlers/Prompt>> |<<show-filter-count \"[all[shadows]sort[title]]\">> |\n|<<lingo OverriddenShadowTiddlers/Prompt>> |<<show-filter-count \"[is[tiddler]is[shadow]sort[title]]\">> |\n"
},
"$:/core/ui/ControlPanel/EditorTypes": {
"title": "$:/core/ui/ControlPanel/EditorTypes",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/EditorTypes/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/EditorTypes/\n\n<<lingo Hint>>\n\n<table>\n<tbody>\n<tr>\n<th><<lingo Type/Caption>></th>\n<th><<lingo Editor/Caption>></th>\n</tr>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/config/EditorTypeMappings/]sort[title]]\">\n<tr>\n<td>\n<$link>\n<$list filter=\"[all[current]removeprefix[$:/config/EditorTypeMappings/]]\">\n<$text text={{!!title}}/>\n</$list>\n</$link>\n</td>\n<td>\n<$view field=\"text\"/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Info": {
"title": "$:/core/ui/ControlPanel/Info",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Info/Caption}}",
"text": "{{$:/language/ControlPanel/Info/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Info]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Basics\">>\n</div>\n"
},
"$:/core/ui/ControlPanel/KeyboardShortcuts": {
"title": "$:/core/ui/ControlPanel/KeyboardShortcuts",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/KeyboardShortcuts/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/KeyboardShortcuts/\n\n\\define new-shortcut(title)\n<div class=\"tc-dropdown-item-plain\">\n<$edit-shortcut tiddler=\"$title$\" placeholder={{$:/language/ControlPanel/KeyboardShortcuts/Add/Prompt}} focus=\"true\" style=\"width:auto;\"/> <$button>\n<<lingo Add/Caption>>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"[{$title$}]\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"$title$\"\n/>\n</$button>\n</div>\n\\end\n\n\\define shortcut-list-item(caption)\n<td>\n</td>\n<td style=\"text-align:right;font-size:0.7em;\">\n<<lingo Platform/$caption$>>\n</td>\n<td>\n<div style=\"position:relative;\">\n<$button popup=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> class=\"tc-btn-invisible\">\n{{$:/core/images/edit-button}}\n</$button>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutTitle)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\n<$reveal state=<<qualify \"$:/state/dropdown/$(shortcutTitle)$\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-block-dropdown-wrapper\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown tc-popup-keep\">\n<$list filter=\"[list[$(shortcutTitle)$!!text]sort[title]]\" variable=\"shortcut\" emptyMessage=\"\"\"\n<div class=\"tc-dropdown-item-plain\">\n//<<lingo NoShortcuts/Caption>>//\n</div>\n\"\"\">\n<div class=\"tc-dropdown-item-plain\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/ControlPanel/KeyboardShortcuts/Remove/Hint}}>\n<$action-listops\n\t$tiddler=\"$(shortcutTitle)$\"\n\t$field=\"text\"\n\t$subfilter=\"+[remove<shortcut>]\"\n/>\n<small>{{$:/core/images/close-button}}</small>\n</$button>\n<kbd>\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts=<<shortcut>>/>\n</kbd>\n</div>\n</$list>\n<hr/>\n<$macrocall $name=\"new-shortcut\" title=<<qualify \"$:/state/new-shortcut/$(shortcutTitle)$\">>/>\n</div>\n</div>\n</$reveal>\n</div>\n</td>\n\\end\n\n\\define shortcut-list(caption,prefix)\n<tr>\n<$list filter=\"[[$prefix$$(shortcutName)$]]\" variable=\"shortcutTitle\">\n<<shortcut-list-item \"$caption$\">>\n</$list>\n</tr>\n\\end\n\n\\define shortcut-editor()\n<<shortcut-list \"All\" \"$:/config/shortcuts/\">>\n<<shortcut-list \"Mac\" \"$:/config/shortcuts-mac/\">>\n<<shortcut-list \"NonMac\" \"$:/config/shortcuts-not-mac/\">>\n<<shortcut-list \"Linux\" \"$:/config/shortcuts-linux/\">>\n<<shortcut-list \"NonLinux\" \"$:/config/shortcuts-not-linux/\">>\n<<shortcut-list \"Windows\" \"$:/config/shortcuts-windows/\">>\n<<shortcut-list \"NonWindows\" \"$:/config/shortcuts-not-windows/\">>\n\\end\n\n\\define shortcut-preview()\n<$macrocall $name=\"displayshortcuts\" $output=\"text/html\" shortcuts={{$(shortcutPrefix)$$(shortcutName)$}} prefix=\"<kbd>\" separator=\"</kbd> <kbd>\" suffix=\"</kbd>\"/>\n\\end\n\n\\define shortcut-item-inner()\n<tr>\n<td>\n<$reveal type=\"nomatch\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"open\"\n/>\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<dropdownStateTitle>> text=\"open\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield\n\t$tiddler=<<dropdownStateTitle>>\n\t$value=\"close\"\n/>\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n''<$text text=<<shortcutName>>/>''\n</td>\n<td>\n<$transclude tiddler=\"$:/config/ShortcutInfo/$(shortcutName)$\"/>\n</td>\n<td>\n<$list filter=\"$:/config/shortcuts/ $:/config/shortcuts-mac/ $:/config/shortcuts-not-mac/ $:/config/shortcuts-linux/ $:/config/shortcuts-not-linux/ $:/config/shortcuts-windows/ $:/config/shortcuts-not-windows/\" variable=\"shortcutPrefix\">\n<<shortcut-preview>>\n</$list>\n</td>\n</tr>\n<$set name=\"dropdownState\" value={{$(dropdownStateTitle)$}}>\n<$list filter=\"[<dropdownState>match[open]]\" variable=\"listItem\">\n<<shortcut-editor>>\n</$list>\n</$set>\n\\end\n\n\\define shortcut-item()\n<$set name=\"dropdownStateTitle\" value=<<qualify \"$:/state/dropdown/keyboardshortcut/$(shortcutName)$\">>>\n<<shortcut-item-inner>>\n</$set>\n\\end\n\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]removeprefix[$:/config/ShortcutInfo/]]\" variable=\"shortcutName\">\n<<shortcut-item>>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/LoadedModules": {
"title": "$:/core/ui/ControlPanel/LoadedModules",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/LoadedModules/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n<<lingo LoadedModules/Hint>>\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Modals/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Modals/AddPlugins",
"subtitle": "{{$:/core/images/download-button}} {{$:/language/ControlPanel/Plugins/Add/Caption}}",
"text": "\\define install-plugin-actions()\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url={{!!url}} title={{$(assetInfo)$!!original-title}}/>\n<$set name=\"url\" value={{!!url}}>\n<$set name=\"currentTiddler\" value=<<assetInfo>>>\n<$list filter=\"[enlist{!!dependents}] [{!!parent-plugin}] +[sort[title]]\" variable=\"dependency\">\n<$action-sendmessage $message=\"tm-load-plugin-from-library\" url=<<url>> title=<<dependency>>/>\n</$list>\n</$set>\n</$set>\n\\end\n\n\\define install-plugin-button()\n<div>\n<$set name=\"libraryVersion\" value={{{ [<assetInfo>get[version]] }}}>\n<$set name=\"installedVersion\" value={{{ [<assetInfo>get[original-title]get[version]] }}}>\n<$set name=\"reinstall-type\" value={{{ [<libraryVersion>compare:version:eq<installedVersion>then[tc-reinstall]] [<libraryVersion>compare:version:gt<installedVersion>then[tc-reinstall-upgrade]] [<libraryVersion>compare:version:lt<installedVersion>then[tc-reinstall-downgrade]] }}}>\n<$button actions=<<install-plugin-actions>> class={{{ [<assetInfo>get[original-title]has[version]then<reinstall-type>] tc-btn-invisible tc-install-plugin +[join[ ]] }}}>\n{{$:/core/images/download-button}}\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"ignore\" emptyMessage=\"{{$:/language/ControlPanel/Plugins/Install/Caption}}\">\n<$list filter=\"[<libraryVersion>compare:version:gt<installedVersion>]\" variable=\"ignore\" emptyMessage=\"\"\"\n<$list filter=\"[<libraryVersion>compare:version:lt<installedVersion>]\" variable=\"ignore\" emptyMessage=\"{{$:/language/ControlPanel/Plugins/Reinstall/Caption}}\">\n{{$:/language/ControlPanel/Plugins/Downgrade/Caption}}\n</$list>\n\"\"\">\n{{$:/language/ControlPanel/Plugins/Update/Caption}}\n</$list>\n</$list>\n</$button>\n<div>\n</div>\n<$reveal stateTitle=<<assetInfo>> stateField=\"requires-reload\" type=\"match\" text=\"yes\">{{$:/language/ControlPanel/Plugins/PluginWillRequireReload}}</$reveal>\n</$set>\n</$set>\n</$set>\n</div>\n\\end\n\n\\define popup-state-macro()\n$:/state/add-plugin-info/$(connectionTiddler)$/$(assetInfo)$\n\\end\n\n\\define display-plugin-info(type)\n<$set name=\"popup-state\" value=<<popup-state-macro>>>\n<div class=\"tc-plugin-info\">\n<div class=\"tc-plugin-info-chunk tc-plugin-info-toggle\">\n<$reveal type=\"nomatch\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"yes\">\n{{$:/core/images/chevron-right}}\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<popup-state>> text=\"yes\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" set=<<popup-state>> setTo=\"no\">\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</div>\n<div class=\"tc-plugin-info-chunk tc-plugin-info-icon\">\n<$list filter=\"[<assetInfo>has[icon]]\" emptyMessage=\"\"\"<$transclude tiddler=\"$:/core/images/plugin-generic-$type$\"/>\"\"\">\n<img src={{$(assetInfo)$!!icon}}/>\n</$list>\n</div>\n<div class=\"tc-plugin-info-chunk tc-plugin-info-description\">\n<h1><strong><$text text={{{ [<assetInfo>get[name]] ~[<assetInfo>get[original-title]split[/]last[1]] }}}/></strong>: <$view tiddler=<<assetInfo>> field=\"description\"/></h1>\n<h2><$view tiddler=<<assetInfo>> field=\"original-title\"/></h2>\n<div><em><$view tiddler=<<assetInfo>> field=\"version\"/></em></div>\n<$list filter=\"[<assetInfo>get[original-title]get[version]]\" variable=\"installedVersion\"><div><em>{{$:/language/ControlPanel/Plugins/AlreadyInstalled/Hint}}</em></div></$list>\n</div>\n<div class=\"tc-plugin-info-chunk tc-plugin-info-buttons\">\n<<install-plugin-button>>\n</div>\n</div>\n<$set name=\"original-title\" value={{{ [<assetInfo>get[original-title]] }}}>\n<$reveal type=\"match\" text=\"yes\" state=<<popup-state>>>\n<div class=\"tc-plugin-info-dropdown\">\n<$list filter=\"[enlist{!!dependents}] [<currentTiddler>get[parent-plugin]] +[limit[1]] ~[<assetInfo>get[original-title]!is[tiddler]]\" variable=\"ignore\">\n<div class=\"tc-plugin-info-dropdown-message\">\n<$list filter=\"[<assetInfo>get[original-title]!is[tiddler]]\">\n{{$:/language/ControlPanel/Plugins/NotInstalled/Hint}}\n</$list>\n<$set name=\"currentTiddler\" value=<<assetInfo>>>\n<$list filter=\"[enlist{!!dependents}] [<currentTiddler>get[parent-plugin]] +[limit[1]]\" variable=\"ignore\">\n<div>\n{{$:/language/ControlPanel/Plugins/AlsoRequires}}\n<$list filter=\"[enlist{!!dependents}] [{!!parent-plugin}] +[sort[title]]\" variable=\"dependency\">\n<$text text=<<dependency>>/>\n</$list>\n</div>\n</$list>\n</$set>\n</div>\n</$list>\n<div class=\"tc-plugin-info-dropdown-body\">\n<$transclude tiddler=<<assetInfo>> field=\"readme\" mode=\"block\"/>\n</div>\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]has[parent-plugin]parent-plugin<original-title>limit[1]]\" variable=\"ignore\">\n<div class=\"tc-plugin-info-sub-plugins\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]has[parent-plugin]parent-plugin<original-title>sort[title]]\" variable=\"assetInfo\">\n<<display-plugin-info \"$type$\">>\n</$list>\n</div>\n</$list>\n</div>\n</$reveal>\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]has[parent-plugin]parent-plugin<original-title>limit[1]]\" variable=\"ignore\">\n<$reveal type=\"nomatch\" text=\"yes\" state=<<popup-state>> tag=\"div\" class=\"tc-plugin-info-sub-plugin-indicator\">\n<$wikify name=\"count\" text=\"\"\"<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]has[parent-plugin]parent-plugin<original-title>]\"/>\"\"\">\n<$button class=\"tc-btn-invisible\" set=<<popup-state>> setTo=\"yes\">\n{{$:/language/ControlPanel/Plugins/SubPluginPrompt}}\n</$button>\n</$wikify>\n</$reveal>\n</$list>\n</$set>\n</$set>\n\\end\n\n\\define load-plugin-library-button()\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-load-plugin-library\" url={{!!url}} infoTitlePrefix=\"$:/temp/RemoteAssetInfo/\"/>\n{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Plugins/OpenPluginLibrary}}\n</$button>\n\\end\n\n\\define display-server-assets(type)\n{{$:/language/Search/Search}}: <$edit-text tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" default=\"\" type=\"search\" tag=\"input\"/>\n<$reveal state=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" type=\"nomatch\" text=\"\">\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"\"\"$:/temp/RemoteAssetSearch/$(currentTiddler)$\"\"\" $field=\"text\" $value=\"\"/>\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n<div class=\"tc-plugin-library-listing\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[$type$]search:author,description,original-title,readme,title{$:/temp/RemoteAssetSearch/$(currentTiddler)$}sort[title]]\" variable=\"assetInfo\">\n<$list filter=\"[[$:/temp/RemoteAssetSearch/$(currentTiddler)$]has[text]] ~[<assetInfo>!has[parent-plugin]]\" variable=\"ignore\"><!-- Hide sub-plugins if we're not searching -->\n<<display-plugin-info \"$type$\">>\n</$list>\n</$list>\n</div>\n\\end\n\n\\define display-server-connection()\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/ServerConnection]suffix{!!url}]\" variable=\"connectionTiddler\" emptyMessage=<<load-plugin-library-button>>>\n\n<$set name=\"transclusion\" value=<<connectionTiddler>>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Add/Updates]] [[$:/core/ui/ControlPanel/Plugins/Add/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Add/Themes]] [[$:/core/ui/ControlPanel/Plugins/Add/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Add/Plugins\">>\n\n</$set>\n\n</$list>\n\\end\n\n\\define close-library-button()\n<$reveal type='nomatch' state='$:/temp/ServerConnection/$(PluginLibraryURL)$' text=''>\n<$button class='tc-btn-big-green'>\n<$action-sendmessage $message=\"tm-unload-plugin-library\" url={{!!url}}/>\n{{$:/core/images/chevron-left}} {{$:/language/ControlPanel/Plugins/ClosePluginLibrary}}\n<$action-deletetiddler $filter=\"[prefix[$:/temp/ServerConnection/$(PluginLibraryURL)$]][prefix[$:/temp/RemoteAssetInfo/$(PluginLibraryURL)$]]\"/>\n</$button>\n</$reveal>\n\\end\n\n\\define plugin-library-listing()\n<div class=\"tc-tab-set\">\n<$set name=\"defaultTab\" value={{{ [all[tiddlers+shadows]tag[$:/tags/PluginLibrary]] }}}>\n<div class=\"tc-tab-buttons\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<$button set=<<qualify \"$:/state/addplugins/tab\">> setTo=<<currentTiddler>> default=<<defaultTab>> selectedClass=\"tc-tab-selected\">\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude field=\"caption\"/>\n</$set>\n</$button>\n</$list>\n</div>\n<div class=\"tc-tab-divider\"/>\n<div class=\"tc-tab-content\">\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/PluginLibrary]]\">\n<$reveal type=\"match\" state=<<qualify \"$:/state/addplugins/tab\">> text=<<currentTiddler>> default=<<defaultTab>>>\n<h2><$link><$transclude field=\"caption\"><$view field=\"title\"/></$transclude></$link></h2>\n//<$view field=\"url\"/>//\n<$transclude mode=\"block\"/>\n<$set name=PluginLibraryURL value={{!!url}}>\n<<close-library-button>>\n</$set>\n<<display-server-connection>>\n</$reveal>\n</$list>\n</div>\n</$set>\n</div>\n\\end\n\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<div>\n<<plugin-library-listing>>\n</div>\n"
},
"$:/core/ui/ControlPanel/Palette": {
"title": "$:/core/ui/ControlPanel/Palette",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Palette/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/\n\n{{$:/snippets/paletteswitcher}}\n\n<$reveal type=\"nomatch\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"yes\"><<lingo ShowEditor/Caption>></$button>\n\n</$reveal>\n\n<$reveal type=\"match\" state=\"$:/state/ShowPaletteEditor\" text=\"yes\">\n\n<$button set=\"$:/state/ShowPaletteEditor\" setTo=\"no\"><<lingo HideEditor/Caption>></$button>\n{{$:/PaletteManager}}\n\n</$reveal>\n\n"
},
"$:/core/ui/ControlPanel/Parsing": {
"title": "$:/core/ui/ControlPanel/Parsing",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Parsing/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Parsing/\n\n\\define toggle(Type)\n<$checkbox\ntiddler=\"\"\"$:/config/WikiParserRules/$Type$/$(rule)$\"\"\"\nfield=\"text\"\nchecked=\"enable\"\nunchecked=\"disable\"\ndefault=\"enable\">\n<<rule>>\n</$checkbox>\n\\end\n\n\\define rules(type,Type)\n<$list filter=\"[wikiparserrules[$type$]]\" variable=\"rule\">\n<dd><<toggle $Type$>></dd>\n</$list>\n\\end\n\n<<lingo Hint>>\n\n<dl>\n<dt><<lingo Pragma/Caption>></dt>\n<<rules pragma Pragma>>\n<dt><<lingo Inline/Caption>></dt>\n<<rules inline Inline>>\n<dt><<lingo Block/Caption>></dt>\n<<rules block Block>>\n</dl>"
},
"$:/core/ui/ControlPanel/Plugins/Add/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[language]]\"/>)",
"text": "<<display-server-assets language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[plugin]]\"/>)",
"text": "<<display-server-assets plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}original-plugin-type[theme]]\"/>)",
"text": "<<display-server-assets theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Add/Updates": {
"title": "$:/core/ui/ControlPanel/Plugins/Add/Updates",
"caption": "<$importvariables filter=\"$:/core/ui/ControlPanel/Plugins/Add/Updates\">{{$:/language/ControlPanel/Plugins/Updates/Caption}} (<<update-count>>)</$importvariables>",
"text": "\\define each-updateable-plugin(body)\n<$list filter=\"[all[tiddlers+shadows]tag[$:/tags/RemoteAssetInfo]server-url{!!url}sort[title]]\" variable=\"assetInfo\">\n<$set name=\"libraryVersion\" value={{{ [<assetInfo>get[version]] }}}>\n<$list filter=\"[<assetInfo>get[original-title]has[version]!version<libraryVersion>]\" variable=\"ignore\">\n<$set name=\"installedVersion\" value={{{ [<assetInfo>get[original-title]get[version]] }}}>\n<$list filter=\"[<installedversion>!match<libraryVersion>]\" variable=\"ignore\">\n$body$\n</$list>\n</$set>\n</$list>\n</$set>\n</$list>\n\\end\n\n\\define update-all-actions()\n<$macrocall $name=\"each-updateable-plugin\" body=\"\"\"\n<<install-plugin-actions>>\n\"\"\"/>\n\\end\n\n\\define update-count()\n<$wikify name=\"count-filter\" text=<<each-updateable-plugin \"[[<$text text=<<assetInfo>>/>]]\">>><$count filter=<<count-filter>>/></$wikify>\n\\end\n\n<$button actions=<<update-all-actions>> class=\"tc-btn-invisible tc-install-plugin tc-reinstall-upgrade\">\n{{$:/core/images/download-button}} {{||$:/language/ControlPanel/Plugins/Updates/UpdateAll/Caption}}\n</$button>\n\n<div class=\"tc-plugin-library-listing\">\n<$macrocall $name=\"each-updateable-plugin\" body=\"\"\"\n<$macrocall $name=\"display-plugin-info\" type={{{ [<assetInfo>get[original-plugin-type]] }}}/>\n\"\"\"/>\n</div>\n"
},
"$:/core/ui/ControlPanel/Plugins/AddPlugins": {
"title": "$:/core/ui/ControlPanel/Plugins/AddPlugins",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n<$button message=\"tm-modal\" param=\"$:/core/ui/ControlPanel/Modals/AddPlugins\" tooltip={{$:/language/ControlPanel/Plugins/Add/Hint}} class=\"tc-btn-big-green tc-primary-btn\">\n{{$:/core/images/download-button}} <<lingo Add/Caption>>\n</$button>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Languages": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Languages",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[language]]\"/>)",
"text": "<<plugin-table language>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[plugin]]\"/>)",
"text": "<<plugin-table plugin>>\n"
},
"$:/core/ui/ControlPanel/Plugins/Installed/Themes": {
"title": "$:/core/ui/ControlPanel/Plugins/Installed/Themes",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}} (<$count filter=\"[!has[draft.of]plugin-type[theme]]\"/>)",
"text": "<<plugin-table theme>>\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Plugins/\n\n\\define plugin-table(type)\n<$set name=\"plugin-type\" value=\"\"\"$type$\"\"\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n<$list filter=\"[!has[draft.of]plugin-type[$type$]sort[title]]\" emptyMessage=<<lingo \"Empty/Hint\">> template=\"$:/core/ui/Components/plugin-info\"/>\n</$set>\n</$set>\n\\end\n\n{{$:/core/ui/ControlPanel/Plugins/AddPlugins}}\n\n<<lingo Installed/Hint>>\n\n<<tabs \"[[$:/core/ui/ControlPanel/Plugins/Installed/Plugins]] [[$:/core/ui/ControlPanel/Plugins/Installed/Themes]] [[$:/core/ui/ControlPanel/Plugins/Installed/Languages]]\" \"$:/core/ui/ControlPanel/Plugins/Installed/Plugins\">>\n"
},
"$:/core/ui/ControlPanel/Saving/DownloadSaver": {
"title": "$:/core/ui/ControlPanel/Saving/DownloadSaver",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/DownloadSaver/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/DownloadSaver/\n\n<<lingo Hint>>\n\n!! <$link to=\"$:/config/DownloadSaver/AutoSave\"><<lingo AutoSave/Hint>></$link>\n\n<$checkbox tiddler=\"$:/config/DownloadSaver/AutoSave\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <<lingo AutoSave/Description>> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Saving/General": {
"title": "$:/core/ui/ControlPanel/Saving/General",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/General/Caption}}",
"list-before": "",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n{{$:/language/ControlPanel/Saving/General/Hint}}\n\n!! <$link to=\"$:/config/AutoSave\"><<lingo AutoSave/Caption>></$link>\n\n<<lingo AutoSave/Hint>>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"yes\"> <<lingo AutoSave/Enabled/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/AutoSave\" value=\"no\"> <<lingo AutoSave/Disabled/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Saving/GitHub": {
"title": "$:/core/ui/ControlPanel/Saving/GitHub",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/GitService/GitHub/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitService/\n\\define service-name() ~GitHub\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/GitHub/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo GitHub/Password>> |<$password name=\"github\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/GitHub/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/GitHub/Branch\" default=\"master\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/GitHub/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/GitHub/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/GitHub/ServerURL\" default=\"https://api.github.com\" tag=\"input\"/> |"
},
"$:/core/ui/ControlPanel/Saving/GitLab": {
"title": "$:/core/ui/ControlPanel/Saving/GitLab",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/GitService/GitLab/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitService/\n\\define service-name() ~GitLab\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/GitLab/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo GitLab/Password>> |<$password name=\"gitlab\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/GitLab/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/GitLab/Branch\" default=\"master\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/GitLab/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/GitLab/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/GitLab/ServerURL\" default=\"https://gitlab.com/api/v4\" tag=\"input\"/> |"
},
"$:/core/ui/ControlPanel/Saving/TiddlySpot": {
"title": "$:/core/ui/ControlPanel/Saving/TiddlySpot",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/TiddlySpot/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/TiddlySpot/\n\n\\define backupURL()\nhttp://$(userName)$.tiddlyspot.com/backup/\n\\end\n\\define backupLink()\n<$reveal type=\"nomatch\" state=\"$:/UploadName\" text=\"\">\n<$set name=\"userName\" value={{$:/UploadName}}>\n<$reveal type=\"match\" state=\"$:/UploadURL\" text=\"\">\n<<backupURL>>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/UploadURL\" text=\"\">\n<$macrocall $name=resolvePath source={{$:/UploadBackupDir}} root={{$:/UploadURL}}>>\n</$reveal>\n</$set>\n</$reveal>\n\\end\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|<<lingo Password>> |<$password name=\"upload\"/> |\n|<<lingo Backups>> |<<backupLink>> |\n\n''<<lingo Advanced/Heading>>''\n\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|<<lingo UploadDir>> |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|<<lingo BackupDir>> |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n<<lingo TiddlySpot/Hint>>"
},
"$:/core/ui/ControlPanel/Saving/Gitea": {
"title": "$:/core/ui/ControlPanel/Saving/Gitea",
"tags": "$:/tags/ControlPanel/Saving",
"caption": "{{$:/language/ControlPanel/Saving/GitService/Gitea/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Saving/GitService/\n\\define service-name() ~Gitea\n\n<<lingo Description>>\n\n|<<lingo UserName>> |<$edit-text tiddler=\"$:/Gitea/Username\" default=\"\" tag=\"input\"/> |\n|<<lingo Gitea/Password>> |<$password name=\"Gitea\"/> |\n|<<lingo Repo>> |<$edit-text tiddler=\"$:/Gitea/Repo\" default=\"\" tag=\"input\"/> |\n|<<lingo Branch>> |<$edit-text tiddler=\"$:/Gitea/Branch\" default=\"master\" tag=\"input\"/> |\n|<<lingo Path>> |<$edit-text tiddler=\"$:/Gitea/Path\" default=\"\" tag=\"input\"/> |\n|<<lingo Filename>> |<$edit-text tiddler=\"$:/Gitea/Filename\" default=\"\" tag=\"input\"/> |\n|<<lingo ServerURL>> |<$edit-text tiddler=\"$:/Gitea/ServerURL\" default=\"https://gitea/api/v1\" tag=\"input\"/> |\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Saving/Caption}}",
"text": "{{$:/language/ControlPanel/Saving/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Saving]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Saving/General\">>\n</div>\n"
},
"$:/core/buttonstyles/Borderless": {
"title": "$:/core/buttonstyles/Borderless",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Borderless}}",
"text": "tc-btn-invisible"
},
"$:/core/buttonstyles/Boxed": {
"title": "$:/core/buttonstyles/Boxed",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Boxed}}",
"text": "tc-btn-boxed"
},
"$:/core/buttonstyles/Rounded": {
"title": "$:/core/buttonstyles/Rounded",
"tags": "$:/tags/ToolbarButtonStyle",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Styles/Rounded}}",
"text": "tc-btn-rounded"
},
"$:/core/ui/ControlPanel/Settings/CamelCase": {
"title": "$:/core/ui/ControlPanel/Settings/CamelCase",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/CamelCase/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/CamelCase/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/WikiParserRules/Inline/wikilink\" field=\"text\" checked=\"enable\" unchecked=\"disable\" default=\"enable\"> <$link to=\"$:/config/WikiParserRules/Inline/wikilink\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultMoreSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultMoreSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultMoreSidebarTab/\n\n<$link to=\"$:/config/DefaultMoreSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultMoreSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/DefaultSidebarTab": {
"title": "$:/core/ui/ControlPanel/Settings/DefaultSidebarTab",
"caption": "{{$:/language/ControlPanel/Settings/DefaultSidebarTab/Caption}}",
"tags": "$:/tags/ControlPanel/Settings",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/DefaultSidebarTab/\n\n<$link to=\"$:/config/DefaultSidebarTab\"><<lingo Hint>></$link>\n\n<$select tiddler=\"$:/config/DefaultSidebarTab\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\">\n<option value=<<currentTiddler>>><$transclude field=\"caption\"><$text text=<<currentTiddler>>/></$transclude></option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Settings/EditorToolbar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/EditorToolbar/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/TextEditor/EnableToolbar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/TextEditor/EnableToolbar\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/InfoPanelMode": {
"title": "$:/core/ui/ControlPanel/Settings/InfoPanelMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/InfoPanelMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/InfoPanelMode/\n<$link to=\"$:/config/TiddlerInfo/Mode\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"popup\"> <<lingo Popup/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/TiddlerInfo/Mode\" value=\"sticky\"> <<lingo Sticky/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/LinkToBehaviour": {
"title": "$:/core/ui/ControlPanel/Settings/LinkToBehaviour",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/LinkToBehaviour/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/LinkToBehaviour/\n\n<$link to=\"$:/config/Navigation/openLinkFromInsideRiver\"><<lingo \"InsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromInsideRiver\">\n <option value=\"above\"><<lingo \"OpenAbove\">></option>\n <option value=\"below\"><<lingo \"OpenBelow\">></option>\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n\n<$link to=\"$:/config/Navigation/openLinkFromOutsideRiver\"><<lingo \"OutsideRiver/Hint\">></$link>\n\n<$select tiddler=\"$:/config/Navigation/openLinkFromOutsideRiver\">\n <option value=\"top\"><<lingo \"OpenAtTop\">></option>\n <option value=\"bottom\"><<lingo \"OpenAtBottom\">></option>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/MissingLinks": {
"title": "$:/core/ui/ControlPanel/Settings/MissingLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/MissingLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/MissingLinks/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/MissingLinks\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/MissingLinks\"><<lingo Description>></$link> </$checkbox>\n\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationAddressBar": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationAddressBar",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationAddressBar/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationAddressBar/\n\n<$link to=\"$:/config/Navigation/UpdateAddressBar\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permaview\"> <<lingo Permaview/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"permalink\"> <<lingo Permalink/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateAddressBar\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationHistory": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationHistory",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationHistory/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationHistory/\n<$link to=\"$:/config/Navigation/UpdateHistory\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Navigation/UpdateHistory\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode": {
"title": "$:/core/ui/ControlPanel/Settings/NavigationPermalinkviewMode",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/NavigationPermalinkviewMode/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/NavigationPermalinkviewMode/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/CopyToClipboard\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/CopyToClipboard\"><<lingo CopyToClipboard/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Navigation/Permalinkview/UpdateAddressBar\"><<lingo UpdateAddressBar/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation": {
"title": "$:/core/ui/ControlPanel/Settings/PerformanceInstrumentation",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/PerformanceInstrumentation/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/PerformanceInstrumentation/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Performance/Instrumentation\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Performance/Instrumentation\"><<lingo Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings/TitleLinks": {
"title": "$:/core/ui/ControlPanel/Settings/TitleLinks",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/TitleLinks/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/TitleLinks/\n<$link to=\"$:/config/Tiddlers/TitleLinks\"><<lingo Hint>></$link>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"yes\"> <<lingo Yes/Description>> </$radio>\n\n<$radio tiddler=\"$:/config/Tiddlers/TitleLinks\" value=\"no\"> <<lingo No/Description>> </$radio>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtonStyle",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtonStyle/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtonStyle/\n<$link to=\"$:/config/Toolbar/ButtonClass\"><<lingo \"Hint\">></$link>\n\n<$select tiddler=\"$:/config/Toolbar/ButtonClass\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ToolbarButtonStyle]]\">\n<option value={{!!text}}>{{!!caption}}</option>\n</$list>\n</$select>\n"
},
"$:/core/ui/ControlPanel/Settings/ToolbarButtons": {
"title": "$:/core/ui/ControlPanel/Settings/ToolbarButtons",
"tags": "$:/tags/ControlPanel/Settings",
"caption": "{{$:/language/ControlPanel/Settings/ToolbarButtons/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/ToolbarButtons/\n<<lingo Hint>>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Icons\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"yes\"> <$link to=\"$:/config/Toolbar/Icons\"><<lingo Icons/Description>></$link> </$checkbox>\n\n<$checkbox tiddler=\"$:/config/Toolbar/Text\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> <$link to=\"$:/config/Toolbar/Text\"><<lingo Text/Description>></$link> </$checkbox>\n"
},
"$:/core/ui/ControlPanel/Settings": {
"title": "$:/core/ui/ControlPanel/Settings",
"tags": "$:/tags/ControlPanel",
"caption": "{{$:/language/ControlPanel/Settings/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/Settings/\n\n<<lingo Hint>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Settings]]\">\n\n<div style=\"border-top:1px solid #eee;\">\n\n!! <$link><$transclude field=\"caption\"/></$link>\n\n<$transclude/>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ControlPanel/StoryView": {
"title": "$:/core/ui/ControlPanel/StoryView",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/StoryView/Caption}}",
"text": "{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Stylesheets": {
"title": "$:/core/ui/ControlPanel/Stylesheets",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/Stylesheets/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo Stylesheets/Hint>>\n\n{{$:/snippets/peek-stylesheets}}\n"
},
"$:/core/ui/ControlPanel/Theme": {
"title": "$:/core/ui/ControlPanel/Theme",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Theme/Caption}}",
"text": "{{$:/snippets/themeswitcher}}\n"
},
"$:/core/ui/ControlPanel/TiddlerFields": {
"title": "$:/core/ui/ControlPanel/TiddlerFields",
"tags": "$:/tags/ControlPanel/Advanced",
"caption": "{{$:/language/ControlPanel/TiddlerFields/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\n<<lingo TiddlerFields/Hint>>\n\n{{$:/snippets/allfields}}"
},
"$:/core/ui/ControlPanel/Toolbars/EditToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>"
},
"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"><$transclude tiddler={{!!icon}}/></span> <$transclude field=\"caption\"/> -- <i class=\"tc-muted\"><$transclude field=\"description\"/></i>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/EditorToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/EditorToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/EditorToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/EditorToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/EditorToolbar/Hint}}\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/EditorToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/EditorItemTemplate\"/>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ItemTemplate": {
"title": "$:/core/ui/ControlPanel/Toolbars/ItemTemplate",
"text": "\\define config-title()\n$(config-base)$$(currentTiddler)$\n\\end\n\n<$draggable tiddler=<<currentTiddler>>>\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <span class=\"tc-icon-wrapper\"> <$transclude field=\"caption\"/> <i class=\"tc-muted\">-- <$transclude field=\"description\"/></i></span>\n</$draggable>\n"
},
"$:/core/ui/ControlPanel/Toolbars/PageControls": {
"title": "$:/core/ui/ControlPanel/Toolbars/PageControls",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/PageControls/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/PageControlButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/PageControls/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/PageControls\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars/ViewToolbar": {
"title": "$:/core/ui/ControlPanel/Toolbars/ViewToolbar",
"tags": "$:/tags/ControlPanel/Toolbars",
"caption": "{{$:/language/ControlPanel/Toolbars/ViewToolbar/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\n\\define config-base() $:/config/ViewToolbarButtons/Visibility/\n\n{{$:/language/ControlPanel/Toolbars/ViewToolbar/Hint}}\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$macrocall $name=\"list-tagged-draggable\" tag=\"$:/tags/ViewToolbar\" itemTemplate=\"$:/core/ui/ControlPanel/Toolbars/ItemTemplate\"/>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/ControlPanel/Toolbars": {
"title": "$:/core/ui/ControlPanel/Toolbars",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ControlPanel/Toolbars/Caption}}",
"text": "{{$:/language/ControlPanel/Toolbars/Hint}}\n\n<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel/Toolbars]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Toolbars/ViewToolbar\" \"$:/state/tabs/controlpanel/toolbars\" \"tc-vertical\">>\n</div>\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"icon": "$:/core/images/options-button",
"color": "#bbb",
"text": "<div class=\"tc-control-panel\">\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/ControlPanel]!has[draft.of]]\" \"$:/core/ui/ControlPanel/Info\">>\n</div>\n"
},
"$:/core/ui/DefaultSearchResultList": {
"title": "$:/core/ui/DefaultSearchResultList",
"tags": "$:/tags/SearchResults",
"caption": "{{$:/language/Search/DefaultResults/Caption}}",
"text": "\\define searchResultList()\n//<small>{{$:/language/Search/Matches/Title}}</small>//\n\n<$list filter=\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n//<small>{{$:/language/Search/Matches/All}}</small>//\n\n<$list filter=\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n\\end\n<<searchResultList>>\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-current": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-current",
"tags": "$:/tags/EditPreview",
"caption": "differences from current",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/diffs-shadow": {
"title": "$:/core/ui/EditTemplate/body/preview/diffs-shadow",
"tags": "$:/tags/EditPreview",
"caption": "differences from shadow (if any)",
"list-after": "$:/core/ui/EditTemplate/body/preview/output",
"text": "<$list filter=\"[<currentTiddler>!is[image]]\" emptyMessage={{$:/core/ui/EditTemplate/body/preview/output}}>\n\n<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle={{{ [{!!draft.of}shadowsource[]] }}} sourceSubTiddlerTitle={{!!draft.of}} destTiddlerTitle=<<currentTiddler>>/>\n\n</$list>\n\n"
},
"$:/core/ui/EditTemplate/body/preview/output": {
"title": "$:/core/ui/EditTemplate/body/preview/output",
"tags": "$:/tags/EditPreview",
"caption": "{{$:/language/EditTemplate/Body/Preview/Type/Output}}",
"text": "\\import [all[shadows+tiddlers]tag[$:/tags/Macro/View]!has[draft.of]]\n<$set name=\"tv-tiddler-preview\" value=\"yes\">\n\n<$transclude />\n\n</$set>\n"
},
"$:/state/showeditpreview": {
"title": "$:/state/showeditpreview",
"text": "no"
},
"$:/core/ui/EditTemplate/body/editor": {
"title": "$:/core/ui/EditTemplate/body/editor",
"text": "<$edit\n\n field=\"text\"\n class=\"tc-edit-texteditor tc-edit-texteditor-body\"\n placeholder={{$:/language/EditTemplate/Body/Placeholder}}\n tabindex={{$:/config/EditTabIndex}}\n focus={{{ [{$:/config/AutoFocus}match[text]then[true]] ~[[false]] }}}\n\n><$set\n\n name=\"targetTiddler\"\n value=<<currentTiddler>>\n\n><$list\n\n filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]]\"\n\n><$reveal\n\n type=\"nomatch\"\n state=<<config-visibility-title>>\n text=\"hide\"\n class=\"tc-text-editor-toolbar-item-wrapper\"\n\n><$transclude\n\n tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\"\n mode=\"inline\"\n\n/></$reveal></$list></$set></$edit>\n"
},
"$:/core/ui/EditTemplate/body/toolbar/button": {
"title": "$:/core/ui/EditTemplate/body/toolbar/button",
"text": "\\define toolbar-button-icon()\n<$list\n\n filter=\"[all[current]!has[custom-icon]]\"\n variable=\"no-custom-icon\"\n\n><$transclude\n\n tiddler={{!!icon}}\n\n/></$list>\n\\end\n\n\\define toolbar-button-tooltip()\n{{!!description}}<$macrocall $name=\"displayshortcuts\" $output=\"text/plain\" shortcuts={{!!shortcuts}} prefix=\"` - [\" separator=\"] [\" suffix=\"]`\"/>\n\\end\n\n\\define toolbar-button()\n<$list\n\n filter={{!!condition}}\n variable=\"list-condition\"\n\n><$wikify\n\n name=\"tooltip-text\"\n text=<<toolbar-button-tooltip>>\n mode=\"inline\"\n output=\"text\"\n\n><$list\n\n filter=\"[all[current]!has[dropdown]]\"\n variable=\"no-dropdown\"\n\n><$button\n\n class=\"tc-btn-invisible $(buttonClasses)$\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button></$list><$list\n\n filter=\"[all[current]has[dropdown]]\"\n variable=\"dropdown\"\n\n><$set\n\n name=\"dropdown-state\"\n value=<<qualify \"$:/state/EditorToolbarDropdown\">>\n\n><$button\n\n popup=<<dropdown-state>>\n class=\"tc-popup-keep tc-btn-invisible $(buttonClasses)$\"\n selectedClass=\"tc-selected\"\n tooltip=<<tooltip-text>>\n actions={{!!actions}}\n\n><span\n\n data-tw-keyboard-shortcut={{!!shortcuts}}\n\n/><<toolbar-button-icon>><$transclude\n\n tiddler=<<currentTiddler>>\n field=\"text\"\n\n/></$button><$reveal\n\n state=<<dropdown-state>>\n type=\"popup\"\n position=\"below\"\n animate=\"yes\"\n tag=\"span\"\n\n><div\n\n class=\"tc-drop-down tc-popup-keep\"\n\n><$transclude\n\n tiddler={{!!dropdown}}\n mode=\"block\"\n\n/></div></$reveal></$set></$list></$wikify></$list>\n\\end\n\n\\define toolbar-button-outer()\n<$set\n\n name=\"buttonClasses\"\n value={{!!button-classes}}\n\n><<toolbar-button>></$set>\n\\end\n\n<<toolbar-button-outer>>"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Body/\n\\define config-visibility-title()\n$:/config/EditorToolbarButtons/Visibility/$(currentTiddler)$\n\\end\n<$list filter=\"[all[current]has[_canonical_uri]]\">\n\n<div class=\"tc-message-box\">\n\n<<lingo External/Hint>>\n\n<a href={{!!_canonical_uri}}><$text text={{!!_canonical_uri}}/></a>\n\n<$edit-text field=\"_canonical_uri\" class=\"tc-edit-fields\" tabindex={{$:/config/EditTabIndex}}></$edit-text>\n\n</div>\n\n</$list>\n\n<$list filter=\"[all[current]!has[_canonical_uri]]\">\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\">\n\n<div class=\"tc-tiddler-preview\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n<div class=\"tc-tiddler-preview-preview\">\n\n<$transclude tiddler={{$:/state/editpreviewtype}} mode=\"inline\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/preview/output\" mode=\"inline\"/>\n\n</$transclude>\n\n</div>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/editor\" mode=\"inline\"/>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "\\define config-title()\n$:/config/EditToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title tc-tiddler-edit-title\">\n<$view field=\"title\"/>\n<span class=\"tc-tiddler-controls tc-titlebar\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$transclude tiddler=<<listItem>>/></$reveal></$list></span>\n<div style=\"clear: both;\"></div>\n</div>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\define config-title()\n$:/config/EditTemplateFields/Visibility/$(currentField)$\n\\end\n\n\\define config-filter()\n[[hide]] -[title{$(config-title)$}]\n\\end\n\n\\define current-tiddler-new-field-selector()\n[data-tiddler-title=\"$(currentTiddlerCSSescaped)$\"] .tc-edit-field-add-name input\n\\end\n\n\\define new-field-actions()\n<$action-sendmessage $message=\"tm-add-field\" $name={{{ [<newFieldNameTiddler>get[text]] }}} $value={{{ [<newFieldValueTiddler>get[text]] }}}/>\n<$action-deletetiddler $tiddler=<<newFieldNameTiddler>>/>\n<$action-deletetiddler $tiddler=<<newFieldValueTiddler>>/>\n<$action-sendmessage $message=\"tm-focus-selector\" $param=<<current-tiddler-new-field-selector>>/>\n\\end\n\n\\define new-field()\n<$vars name={{{ [<newFieldNameTiddler>get[text]] }}}>\n<$reveal type=\"nomatch\" text=\"\" default=<<name>>>\n<$button tooltip=<<lingo Fields/Add/Button/Hint>>>\n<$action-sendmessage $message=\"tm-add-field\"\n$name=<<name>>\n$value={{{ [<newFieldValueTiddler>get[text]] }}}/>\n<$action-deletetiddler $tiddler=<<newFieldNameTiddler>>/>\n<$action-deletetiddler $tiddler=<<newFieldValueTiddler>>/>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n<$reveal type=\"match\" text=\"\" default=<<name>>>\n<$button>\n<<lingo Fields/Add/Button>>\n</$button>\n</$reveal>\n</$vars>\n\\end\n\\whitespace trim\n\n<div class=\"tc-edit-fields\">\n<table class=\"tc-edit-fields\">\n<tbody>\n<$list filter=\"[all[current]fields[]] +[sort[title]]\" variable=\"currentField\" storyview=\"pop\">\n<$list filter=<<config-filter>> variable=\"temp\">\n<tr class=\"tc-edit-field\">\n<td class=\"tc-edit-field-name\">\n<$text text=<<currentField>>/>:</td>\n<td class=\"tc-edit-field-value\">\n<$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} tabindex={{$:/config/EditTabIndex}}/>\n</td>\n<td class=\"tc-edit-field-remove\">\n<$button class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Field/Remove/Hint}} aria-label={{$:/language/EditTemplate/Field/Remove/Caption}}>\n<$action-deletefield $field=<<currentField>>/>\n{{$:/core/images/delete-button}}\n</$button>\n</td>\n</tr>\n</$list>\n</$list>\n</tbody>\n</table>\n</div>\n\n<$fieldmangler>\n<div class=\"tc-edit-field-add\">\n<em class=\"tc-edit\">\n<<lingo Fields/Add/Prompt>> \n</em>\n<span class=\"tc-edit-field-add-name\">\n<$edit-text tiddler=<<newFieldNameTiddler>> tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Name/Placeholder}} focusPopup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}} focus={{{ [{$:/config/AutoFocus}match[fields]then[true]] ~[[false]] }}}/>\n</span> \n<$button popup=<<qualify \"$:/state/popup/field-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Field/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Field/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> \n<$reveal state=<<qualify \"$:/state/popup/field-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$linkcatcher to=<<newFieldNameTiddler>>>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/User>>\n</div>\n<$set name=\"newFieldName\" value={{{ [<newFieldNameTiddler>get[text]] }}}>\n<$list filter=\"[!is[shadow]!is[system]fields[]search:title<newFieldName>sort[]] -created -creator -draft.of -draft.title -modified -modifier -tags -text -title -type\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<$text text=<<currentField>>/>\n</$link>\n</$list>\n<div class=\"tc-dropdown-item\">\n<<lingo Fields/Add/Dropdown/System>>\n</div>\n<$list filter=\"[fields[]search:title<newFieldName>sort[]] -[!is[shadow]!is[system]fields[]]\" variable=\"currentField\">\n<$link to=<<currentField>>>\n<$text text=<<currentField>>/>\n</$link>\n</$list>\n</$set>\n</$linkcatcher>\n</$set>\n</div>\n</$reveal>\n<span class=\"tc-edit-field-add-value\">\n<$set name=\"currentTiddlerCSSescaped\" value={{{ [<currentTiddler>escapecss[]] }}}>\n<$keyboard key=\"((add-field))\" actions=<<new-field-actions>>>\n<$edit-text tiddler=<<newFieldValueTiddler>> tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Fields/Add/Value/Placeholder}} class=\"tc-edit-texteditor\" tabindex={{$:/config/EditTabIndex}}/>\n</$keyboard>\n</$set>\n</span> \n<span class=\"tc-edit-field-add-button\">\n<$macrocall $name=\"new-field\"/>\n</span>\n</div>\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/shadow": {
"title": "$:/core/ui/EditTemplate/shadow",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/Shadow/\n\\define pluginLinkBody()\n<$link to=\"\"\"$(pluginTitle)$\"\"\">\n<$text text=\"\"\"$(pluginTitle)$\"\"\"/>\n</$link>\n\\end\n<$list filter=\"[all[current]get[draft.of]is[shadow]!is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo Warning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>\n\n<$list filter=\"[all[current]get[draft.of]is[shadow]is[tiddler]]\">\n\n<$list filter=\"[all[current]shadowsource[]]\" variable=\"pluginTitle\">\n\n<$set name=\"pluginLink\" value=<<pluginLinkBody>>>\n<div class=\"tc-message-box\">\n\n<<lingo OverriddenWarning>>\n\n</div>\n</$set>\n</$list>\n\n</$list>"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\whitespace trim\n\n\\define lingo-base() $:/language/EditTemplate/\n\n\\define tag-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-body-inner(colour,fallbackTarget,colourA,colourB,icon)\n\\whitespace trim\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<span style=<<tag-styles>> class=\"tc-tag-label tc-tag-list-item\">\n<$transclude tiddler=\"\"\"$icon$\"\"\"/><$view field=\"title\" format=\"text\" />\n<$button message=\"tm-remove-tag\" param={{!!title}} class=\"tc-btn-invisible tc-remove-tag-button\">{{$:/core/images/close-button}}</$button>\n</span>\n</$vars>\n\\end\n\n\\define tag-body(colour,palette,icon)\n<$macrocall $name=\"tag-body-inner\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} icon=\"\"\"$icon$\"\"\"/>\n\\end\n\n<div class=\"tc-edit-tags\">\n<$fieldmangler>\n<$list filter=\"[all[current]tags[]sort[title]]\" storyview=\"pop\">\n<$macrocall $name=\"tag-body\" colour={{!!color}} palette={{$:/palette}} icon={{!!icon}}/>\n</$list>\n<$set name=\"tabIndex\" value={{$:/config/EditTabIndex}}>\n<$macrocall $name=\"tag-picker\"/>\n</$set>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$edit-text field=\"draft.title\" class=\"tc-titlebar tc-edit-texteditor\" focus={{{ [{$:/config/AutoFocus}match[title]then[true]] ~[[false]] }}} tabindex={{$:/config/EditTabIndex}}/>\n\n<$vars pattern=\"\"\"[\\|\\[\\]{}]\"\"\" bad-chars=\"\"\"`| [ ] { }`\"\"\">\n\n<$list filter=\"[all[current]regexp:draft.title<pattern>]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/BadCharacterWarning}}\n\n</div>\n\n</$list>\n\n</$vars>\n\n<$reveal state=\"!!draft.title\" type=\"nomatch\" text={{!!draft.of}} tag=\"div\">\n\n<$list filter=\"[{!!draft.title}!is[missing]]\" variable=\"listItem\">\n\n<div class=\"tc-message-box\">\n\n{{$:/core/images/warning}} {{$:/language/EditTemplate/Title/Exists/Prompt}}\n\n</div>\n\n</$list>\n\n<$list filter=\"[{!!draft.of}!is[missing]]\" variable=\"listItem\">\n\n<$vars fromTitle={{!!draft.of}} toTitle={{!!draft.title}}>\n\n<$checkbox tiddler=\"$:/config/RelinkOnRename\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"no\"> {{$:/language/EditTemplate/Title/Relink/Prompt}}</$checkbox>\n\n<$list filter=\"[title<fromTitle>backlinks[]limit[1]]\" variable=\"listItem\">\n\n<$vars stateTiddler=<<qualify \"$:/state/edit/references\">> >\n\n<$reveal type=\"nomatch\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"show\" class=\"tc-btn-invisible\">{{$:/core/images/right-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$button set=<<stateTiddler>> setTo=\"hide\" class=\"tc-btn-invisible\">{{$:/core/images/down-arrow}} \n<<lingo EditTemplate/Title/References/Prompt>></$button>\n</$reveal>\n\n<$reveal type=\"match\" state=<<stateTiddler>> text=\"show\">\n<$tiddler tiddler=<<fromTitle>> >\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo/References\"/>\n</$tiddler>\n</$reveal>\n\n</$vars>\n\n</$list>\n\n</$vars>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/EditTemplate/\n\\whitespace trim\n<div class=\"tc-type-selector\"><$fieldmangler>\n<em class=\"tc-edit\"><<lingo Type/Prompt>></em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Type/Placeholder}} focusPopup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-edit-typeeditor tc-edit-texteditor tc-popup-handle\" tabindex={{$:/config/EditTabIndex}} focus={{{ [{$:/config/AutoFocus}match[type]then[true]] ~[[false]] }}}/> <$button popup=<<qualify \"$:/state/popup/type-dropdown\">> class=\"tc-btn-invisible tc-btn-dropdown\" tooltip={{$:/language/EditTemplate/Type/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Type/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <$button message=\"tm-remove-field\" param=\"type\" class=\"tc-btn-invisible tc-btn-icon\" tooltip={{$:/language/EditTemplate/Type/Delete/Hint}} aria-label={{$:/language/EditTemplate/Type/Delete/Caption}}>{{$:/core/images/delete-button}}</$button>\n</$fieldmangler></div>\n\n<div class=\"tc-block-dropdown-wrapper\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$reveal state=<<qualify \"$:/state/popup/type-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown tc-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter='[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]each[group]sort[group-sort]]'>\n<div class=\"tc-dropdown-item\">\n<$text text={{!!group}}/>\n</div>\n<$list filter=\"[all[shadows+tiddlers]prefix[$:/language/Docs/Types/]group{!!group}] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</$set>\n</div>\n"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define save-tiddler-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{{ [<newTagNameTiddler>get[text]] }}}/>\n<$action-deletetiddler $tiddler=<<newTagNameTiddler>>/>\n<$action-sendmessage $message=\"tm-add-field\" $name={{{ [<newFieldNameTiddler>get[text]] }}} $value={{{ [<newFieldValueTiddler>get[text]] }}}/>\n<$action-deletetiddler $tiddler=<<newFieldNameTiddler>>/>\n<$action-deletetiddler $tiddler=<<newFieldValueTiddler>>/>\n<$action-sendmessage $message=\"tm-save-tiddler\"/>\n\\end\n<div data-tiddler-title=<<currentTiddler>> data-tags={{!!tags}} class={{{ tc-tiddler-frame tc-tiddler-edit-frame [<currentTiddler>is[tiddler]then[tc-tiddler-exists]] [<currentTiddler>is[missing]!is[shadow]then[tc-tiddler-missing]] [<currentTiddler>is[shadow]then[tc-tiddler-exists tc-tiddler-shadow]] [<currentTiddler>is[system]then[tc-tiddler-system]] [{!!class}] [<currentTiddler>tags[]encodeuricomponent[]addprefix[tc-tagged-]] +[join[ ]] }}}>\n<$fieldmangler>\n<$vars storyTiddler=<<currentTiddler>> newTagNameTiddler=<<qualify \"$:/temp/NewTagName\">> newFieldNameTiddler=<<qualify \"$:/temp/NewFieldName\">> newFieldValueTiddler=<<qualify \"$:/temp/NewFieldValue\">>>\n<$keyboard key=\"((cancel-edit-tiddler))\" message=\"tm-cancel-tiddler\">\n<$keyboard key=\"((save-tiddler))\" actions=<<save-tiddler-actions>>>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditTemplate]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>>/>\n</$set>\n</$list>\n</$keyboard>\n</$keyboard>\n</$vars>\n</$fieldmangler>\n</div>\n"
},
"$:/core/ui/Buttons/cancel": {
"title": "$:/core/ui/Buttons/cancel",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/cancel-button}} {{$:/language/Buttons/Cancel/Caption}}",
"description": "{{$:/language/Buttons/Cancel/Hint}}",
"text": "<$button message=\"tm-cancel-tiddler\" tooltip={{$:/language/Buttons/Cancel/Hint}} aria-label={{$:/language/Buttons/Cancel/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/cancel-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Cancel/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/delete": {
"title": "$:/core/ui/Buttons/delete",
"tags": "$:/tags/EditToolbar $:/tags/ViewToolbar",
"caption": "{{$:/core/images/delete-button}} {{$:/language/Buttons/Delete/Caption}}",
"description": "{{$:/language/Buttons/Delete/Hint}}",
"text": "<$button message=\"tm-delete-tiddler\" tooltip={{$:/language/Buttons/Delete/Hint}} aria-label={{$:/language/Buttons/Delete/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/delete-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Delete/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save": {
"title": "$:/core/ui/Buttons/save",
"tags": "$:/tags/EditToolbar",
"caption": "{{$:/core/images/done-button}} {{$:/language/Buttons/Save/Caption}}",
"description": "{{$:/language/Buttons/Save/Hint}}",
"text": "\\define save-tiddler-button()\n<$fieldmangler><$button tooltip={{$:/language/Buttons/Save/Hint}} aria-label={{$:/language/Buttons/Save/Caption}} class=<<tv-config-toolbar-class>>>\n<<save-tiddler-actions>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/done-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Save/Caption}}/></span>\n</$list>\n</$button></$fieldmangler>\n\\end\n<<save-tiddler-button>>\n"
},
"$:/core/ui/EditorToolbar/bold": {
"title": "$:/core/ui/EditorToolbar/bold",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/bold",
"caption": "{{$:/language/Buttons/Bold/Caption}}",
"description": "{{$:/language/Buttons/Bold/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((bold))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"''\"\n\tsuffix=\"''\"\n/>\n"
},
"$:/core/ui/EditorToolbar/clear-dropdown": {
"title": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": "''{{$:/language/Buttons/Clear/Hint}}''\n\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"clear\"\n\tcolour=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n\n</div>\n"
},
"$:/core/ui/EditorToolbar/clear": {
"title": "$:/core/ui/EditorToolbar/clear",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/erase",
"caption": "{{$:/language/Buttons/Clear/Caption}}",
"description": "{{$:/language/Buttons/Clear/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/clear-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/editor-height-dropdown": {
"title": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/EditorHeight/\n''<<lingo Hint>>''\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"auto\"> {{$:/core/images/auto-height}} <<lingo Caption/Auto>></$radio>\n\n<$radio tiddler=\"$:/config/TextEditor/EditorHeight/Mode\" value=\"fixed\"> {{$:/core/images/fixed-height}} <<lingo Caption/Fixed>> <$edit-text tag=\"input\" tiddler=\"$:/config/TextEditor/EditorHeight/Height\" default=\"100px\"/></$radio>\n"
},
"$:/core/ui/EditorToolbar/editor-height": {
"title": "$:/core/ui/EditorToolbar/editor-height",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/fixed-height",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/EditorHeight/Caption}}",
"description": "{{$:/language/Buttons/EditorHeight/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"dropdown": "$:/core/ui/EditorToolbar/editor-height-dropdown",
"text": "<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n{{$:/core/images/fixed-height}}\n</$reveal>\n<$reveal tag=\"span\" state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n{{$:/core/images/auto-height}}\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/excise-dropdown": {
"title": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Excise/\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<<lingo Caption/NewTitle>> <$edit-text tag=\"input\" tiddler=\"$config-title$/new-title\" default=\"\" focus=\"true\"/>\n\n<$set name=\"new-title\" value={{$config-title$/new-title}}>\n<$list filter=\"\"\"[<new-title>is[tiddler]]\"\"\">\n<div class=\"tc-error\">\n<<lingo Caption/TiddlerExists>>\n</div>\n</$list>\n</$set>\n\n<$checkbox tiddler=\"\"\"$config-title$/tagnew\"\"\" field=\"text\" checked=\"yes\" unchecked=\"no\" default=\"false\"> <<lingo Caption/Tag>></$checkbox>\n\n<<lingo Caption/Replace>> <$select tiddler=\"\"\"$config-title$/type\"\"\" default=\"transclude\">\n<option value=\"link\"><<lingo Caption/Replace/Link>></option>\n<option value=\"transclude\"><<lingo Caption/Replace/Transclusion>></option>\n<option value=\"macro\"><<lingo Caption/Replace/Macro>></option>\n</$select>\n\n<$reveal state=\"\"\"$config-title$/type\"\"\" type=\"match\" text=\"macro\">\n<<lingo Caption/MacroName>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/macro-title\"\"\" default=\"translink\"/>\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"excise\"\n\ttitle={{$config-title$/new-title}}\n\ttype={{$config-title$/type}}\n\tmacro={{$config-title$/macro-title}}\n\ttagnew={{$config-title$/tagnew}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"$config-title$/new-title\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Excise>>\n</$button>\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Excise/\">>/>\n"
},
"$:/core/ui/EditorToolbar/excise": {
"title": "$:/core/ui/EditorToolbar/excise",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/excise",
"caption": "{{$:/language/Buttons/Excise/Caption}}",
"description": "{{$:/language/Buttons/Excise/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>type[text/vnd.tiddlywiki]] +[first[]]",
"shortcuts": "((excise))",
"dropdown": "$:/core/ui/EditorToolbar/excise-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/heading-1": {
"title": "$:/core/ui/EditorToolbar/heading-1",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-1",
"caption": "{{$:/language/Buttons/Heading1/Caption}}",
"description": "{{$:/language/Buttons/Heading1/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((heading-1))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-2": {
"title": "$:/core/ui/EditorToolbar/heading-2",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-2",
"caption": "{{$:/language/Buttons/Heading2/Caption}}",
"description": "{{$:/language/Buttons/Heading2/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-2))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"2\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-3": {
"title": "$:/core/ui/EditorToolbar/heading-3",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-3",
"caption": "{{$:/language/Buttons/Heading3/Caption}}",
"description": "{{$:/language/Buttons/Heading3/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-3))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"3\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/core/ui/EditorToolbar/heading-4",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-4",
"caption": "{{$:/language/Buttons/Heading4/Caption}}",
"description": "{{$:/language/Buttons/Heading4/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-4))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"4\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/core/ui/EditorToolbar/heading-5",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-5",
"caption": "{{$:/language/Buttons/Heading5/Caption}}",
"description": "{{$:/language/Buttons/Heading5/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-5))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"5\"\n/>\n"
},
"$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/core/ui/EditorToolbar/heading-6",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/heading-6",
"caption": "{{$:/language/Buttons/Heading6/Caption}}",
"description": "{{$:/language/Buttons/Heading6/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((heading-6))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"!\"\n\tcount=\"6\"\n/>\n"
},
"$:/core/ui/EditorToolbar/italic": {
"title": "$:/core/ui/EditorToolbar/italic",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/italic",
"caption": "{{$:/language/Buttons/Italic/Caption}}",
"description": "{{$:/language/Buttons/Italic/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((italic))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"//\"\n\tsuffix=\"//\"\n/>\n"
},
"$:/core/ui/EditorToolbar/line-width-dropdown": {
"title": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/LineWidth/\n\n\\define toolbar-line-width-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(line-width)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/LineWidth\"\n\t$value=\"$(line-width)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; margin: 4px calc(80px - $(line-width)$); background-color: #000; width: calc(100px + $(line-width)$ * 2); height: $(line-width)$; border-radius: 120px; vertical-align: middle;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(line-width)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/LineWidth\" type=\"match\" text=\"\"\"$(line-width)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/LineWidths}} variable=\"line-width\">\n\n<<toolbar-line-width-inner>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/line-width": {
"title": "$:/core/ui/EditorToolbar/line-width",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/line-width",
"caption": "{{$:/language/Buttons/LineWidth/Caption}}",
"description": "{{$:/language/Buttons/LineWidth/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/line-width-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/LineWidth}}/>"
},
"$:/core/ui/EditorToolbar/link-dropdown": {
"title": "$:/core/ui/EditorToolbar/link-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Link/\n\n\\define add-link-actions()\n<$action-sendmessage $message=\"tm-edit-text-operation\" $param=\"make-link\" text={{$(linkTiddler)$}} />\n<$action-deletetiddler $tiddler=<<dropdown-state>> />\n<$action-deletetiddler $tiddler=<<searchTiddler>> />\n<$action-deletetiddler $tiddler=<<linkTiddler>> />\n\\end\n\n\\define external-link()\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\" actions=<<add-link-actions>>>\n{{$:/core/images/chevron-right}}\n</$button>\n\\end\n\n\\define body(config-title)\n''<<lingo Hint>>''\n\n<$vars searchTiddler=\"\"\"$config-title$/search\"\"\" linkTiddler=\"\"\"$config-title$/link\"\"\" linktext=\"\" >\n\n<$vars linkTiddler=<<searchTiddler>>>\n<$keyboard key=\"ENTER\" actions=<<add-link-actions>>>\n<$edit-text tiddler=<<searchTiddler>> type=\"search\" tag=\"input\" focus=\"true\" placeholder={{$:/language/Search/Search}} default=\"\"/>\n<$reveal tag=\"span\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n<<external-link>>\n<$button class=\"tc-btn-invisible\" style=\"width: auto; display: inline-block; background-colour: inherit;\">\n<$action-setfield $tiddler=<<searchTiddler>> text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</$keyboard>\n</$vars>\n\n<$reveal tag=\"div\" state=<<searchTiddler>> type=\"nomatch\" text=\"\">\n\n<$linkcatcher actions=<<add-link-actions>> to=<<linkTiddler>>>\n\n{{$:/core/ui/SearchResults}}\n\n</$linkcatcher>\n\n</$reveal>\n\n</$vars>\n\n\\end\n\n<$macrocall $name=\"body\" config-title=<<qualify \"$:/state/Link/\">>/>"
},
"$:/core/ui/EditorToolbar/link": {
"title": "$:/core/ui/EditorToolbar/link",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/link",
"caption": "{{$:/language/Buttons/Link/Caption}}",
"description": "{{$:/language/Buttons/Link/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((link))",
"dropdown": "$:/core/ui/EditorToolbar/link-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/linkify": {
"title": "$:/core/ui/EditorToolbar/linkify",
"caption": "{{$:/language/Buttons/Linkify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Linkify/Hint}}",
"icon": "$:/core/images/linkify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((linkify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"[[\"\n\tsuffix=\"]]\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-bullet": {
"title": "$:/core/ui/EditorToolbar/list-bullet",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-bullet",
"caption": "{{$:/language/Buttons/ListBullet/Caption}}",
"description": "{{$:/language/Buttons/ListBullet/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-bullet))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"*\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/list-number": {
"title": "$:/core/ui/EditorToolbar/list-number",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/list-number",
"caption": "{{$:/language/Buttons/ListNumber/Caption}}",
"description": "{{$:/language/Buttons/ListNumber/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((list-number))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"prefix-lines\"\n\tcharacter=\"#\"\n\tcount=\"1\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-block": {
"title": "$:/core/ui/EditorToolbar/mono-block",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-block",
"caption": "{{$:/language/Buttons/MonoBlock/Caption}}",
"description": "{{$:/language/Buttons/MonoBlock/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((mono-block))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n```\"\n\tsuffix=\"```\"\n/>\n"
},
"$:/core/ui/EditorToolbar/mono-line": {
"title": "$:/core/ui/EditorToolbar/mono-line",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/mono-line",
"caption": "{{$:/language/Buttons/MonoLine/Caption}}",
"description": "{{$:/language/Buttons/MonoLine/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((mono-line))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"`\"\n\tsuffix=\"`\"\n/>\n"
},
"$:/core/ui/EditorToolbar/more-dropdown": {
"title": "$:/core/ui/EditorToolbar/more-dropdown",
"text": "\\define config-title()\n$:/config/EditorToolbarButtons/Visibility/$(toolbarItem)$\n\\end\n\n\\define conditional-button()\n<$list filter={{$(toolbarItem)$!!condition}} variable=\"condition\">\n<$transclude tiddler=\"$:/core/ui/EditTemplate/body/toolbar/button\" mode=\"inline\"/> <$transclude tiddler=<<toolbarItem>> field=\"description\"/>\n</$list>\n\\end\n\n<div class=\"tc-text-editor-toolbar-more\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditorToolbar]!has[draft.of]] -[[$:/core/ui/EditorToolbar/more]]\">\n<$reveal type=\"match\" state=<<config-visibility-title>> text=\"hide\" tag=\"div\">\n<<conditional-button>>\n</$reveal>\n</$list>\n</div>\n"
},
"$:/core/ui/EditorToolbar/more": {
"title": "$:/core/ui/EditorToolbar/more",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/down-arrow",
"caption": "{{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"condition": "[<targetTiddler>]",
"dropdown": "$:/core/ui/EditorToolbar/more-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/opacity-dropdown": {
"title": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Opacity/\n\n\\define toolbar-opacity-inner()\n<$button tag=\"a\" tooltip=\"\"\"$(opacity)$\"\"\">\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Opacity\"\n\t$value=\"$(opacity)$\"\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(current-paint-colour)$; opacity: $(opacity)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\n<span style=\"margin-left: 8px;\">\n\n<$text text=\"\"\"$(opacity)$\"\"\"/>\n\n<$reveal state=\"$:/config/BitmapEditor/Opacity\" type=\"match\" text=\"\"\"$(opacity)$\"\"\" tag=\"span\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</span>\n\n</$button>\n\\end\n\n\\define toolbar-opacity()\n''<<lingo Hint>>''\n\n<$list filter={{$:/config/BitmapEditor/Opacities}} variable=\"opacity\">\n\n<<toolbar-opacity-inner>>\n\n</$list>\n\\end\n\n<$set name=\"current-paint-colour\" value={{$:/config/BitmapEditor/Colour}}>\n\n<$set name=\"current-opacity\" value={{$:/config/BitmapEditor/Opacity}}>\n\n<<toolbar-opacity>>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/EditorToolbar/opacity": {
"title": "$:/core/ui/EditorToolbar/opacity",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/opacity",
"caption": "{{$:/language/Buttons/Opacity/Caption}}",
"description": "{{$:/language/Buttons/Opacity/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/opacity-dropdown",
"text": "<$text text={{$:/config/BitmapEditor/Opacity}}/>\n"
},
"$:/core/ui/EditorToolbar/paint-dropdown": {
"title": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "''{{$:/language/Buttons/Paint/Hint}}''\n\n<$macrocall $name=\"colour-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/config/BitmapEditor/Colour\"\n\t$value=<<colour-picker-value>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/paint": {
"title": "$:/core/ui/EditorToolbar/paint",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/paint",
"caption": "{{$:/language/Buttons/Paint/Caption}}",
"description": "{{$:/language/Buttons/Paint/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/paint-dropdown",
"text": "\\define toolbar-paint()\n<div style=\"display: inline-block; vertical-align: middle; background-color: $(colour-picker-value)$; width: 1em; height: 1em; border-radius: 50%;\"/>\n\\end\n<$set name=\"colour-picker-value\" value={{$:/config/BitmapEditor/Colour}}>\n<<toolbar-paint>>\n</$set>\n"
},
"$:/core/ui/EditorToolbar/picture-dropdown": {
"title": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": "\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n''{{$:/language/Buttons/Picture/Hint}}''\n\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext=<<replacement-text>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n\"\"\"/>\n"
},
"$:/core/ui/EditorToolbar/picture": {
"title": "$:/core/ui/EditorToolbar/picture",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/picture",
"caption": "{{$:/language/Buttons/Picture/Caption}}",
"description": "{{$:/language/Buttons/Picture/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((picture))",
"dropdown": "$:/core/ui/EditorToolbar/picture-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/preview-type-dropdown": {
"title": "$:/core/ui/EditorToolbar/preview-type-dropdown",
"text": "\\define preview-type-button()\n<$button tag=\"a\">\n\n<$action-setfield $tiddler=\"$:/state/editpreviewtype\" $value=\"$(previewType)$\"/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<previewType>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<previewType>> field=\"title\" mode=\"inline\"/>\n\n</$transclude> \n\n<$reveal tag=\"span\" state=\"$:/state/editpreviewtype\" type=\"match\" text=<<previewType>> default=\"$:/core/ui/EditTemplate/body/preview/output\">\n\n<$entity entity=\" \"/>\n\n<$entity entity=\"✓\"/>\n\n</$reveal>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]]\" variable=\"previewType\">\n\n<<preview-type-button>>\n\n</$list>\n"
},
"$:/core/ui/EditorToolbar/preview-type": {
"title": "$:/core/ui/EditorToolbar/preview-type",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/chevron-down",
"caption": "{{$:/language/Buttons/PreviewType/Caption}}",
"description": "{{$:/language/Buttons/PreviewType/Hint}}",
"condition": "[all[shadows+tiddlers]tag[$:/tags/EditPreview]!has[draft.of]butfirst[]limit[1]]",
"button-classes": "tc-text-editor-toolbar-item-adjunct",
"dropdown": "$:/core/ui/EditorToolbar/preview-type-dropdown"
},
"$:/core/ui/EditorToolbar/preview": {
"title": "$:/core/ui/EditorToolbar/preview",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/preview-open",
"custom-icon": "yes",
"caption": "{{$:/language/Buttons/Preview/Caption}}",
"description": "{{$:/language/Buttons/Preview/Hint}}",
"condition": "[<targetTiddler>]",
"button-classes": "tc-text-editor-toolbar-item-start-group",
"shortcuts": "((preview))",
"text": "<$reveal state=\"$:/state/showeditpreview\" type=\"match\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-open}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"no\"/>\n</$reveal>\n<$reveal state=\"$:/state/showeditpreview\" type=\"nomatch\" text=\"yes\" tag=\"span\">\n{{$:/core/images/preview-closed}}\n<$action-setfield $tiddler=\"$:/state/showeditpreview\" $value=\"yes\"/>\n</$reveal>\n"
},
"$:/core/ui/EditorToolbar/quote": {
"title": "$:/core/ui/EditorToolbar/quote",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/quote",
"caption": "{{$:/language/Buttons/Quote/Caption}}",
"description": "{{$:/language/Buttons/Quote/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((quote))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-lines\"\n\tprefix=\"\n<<<\"\n\tsuffix=\"<<<\"\n/>\n"
},
"$:/core/ui/EditorToolbar/rotate-left": {
"title": "$:/core/ui/EditorToolbar/rotate-left",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/rotate-left",
"caption": "{{$:/language/Buttons/RotateLeft/Caption}}",
"description": "{{$:/language/Buttons/RotateLeft/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"rotate-left\"\n/>\n"
},
"$:/core/ui/EditorToolbar/size-dropdown": {
"title": "$:/core/ui/EditorToolbar/size-dropdown",
"text": "\\define lingo-base() $:/language/Buttons/Size/\n\n\\define toolbar-button-size-preset(config-title)\n<$set name=\"width\" filter=\"$(sizePair)$ +[first[]]\">\n\n<$set name=\"height\" filter=\"$(sizePair)$ +[last[]]\">\n\n<$button tag=\"a\">\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n\t$value=<<width>>\n/>\n\n<$action-setfield\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n\t$value=<<height>>\n/>\n\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/presets-popup\"\"\"\n/>\n\n<$text text=<<width>>/> × <$text text=<<height>>/>\n\n</$button>\n\n</$set>\n\n</$set>\n\\end\n\n\\define toolbar-button-size(config-title)\n''{{$:/language/Buttons/Size/Hint}}''\n\n<<lingo Caption/Width>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-width\"\"\" default=<<tv-bitmap-editor-width>> focus=\"true\" size=\"8\"/> <<lingo Caption/Height>> <$edit-text tag=\"input\" tiddler=\"\"\"$config-title$/new-height\"\"\" default=<<tv-bitmap-editor-height>> size=\"8\"/> <$button popup=\"\"\"$config-title$/presets-popup\"\"\" class=\"tc-btn-invisible tc-popup-keep\" style=\"width: auto; display: inline-block; background-colour: inherit;\" selectedClass=\"tc-selected\">\n{{$:/core/images/down-arrow}}\n</$button>\n\n<$reveal tag=\"span\" state=\"\"\"$config-title$/presets-popup\"\"\" type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down tc-popup-keep\">\n\n<$list filter={{$:/config/BitmapEditor/ImageSizes}} variable=\"sizePair\">\n\n<$macrocall $name=\"toolbar-button-size-preset\" config-title=\"$config-title$\"/>\n\n</$list>\n\n</div>\n\n</$reveal>\n\n<$button>\n<$action-sendmessage\n\t$message=\"tm-edit-bitmap-operation\"\n\t$param=\"resize\"\n\twidth={{$config-title$/new-width}}\n\theight={{$config-title$/new-height}}\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-width\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=\"\"\"$config-title$/new-height\"\"\"\n/>\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n<<lingo Caption/Resize>>\n</$button>\n\\end\n\n<$macrocall $name=\"toolbar-button-size\" config-title=<<qualify \"$:/state/Size/\">>/>\n"
},
"$:/core/ui/EditorToolbar/size": {
"title": "$:/core/ui/EditorToolbar/size",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/size",
"caption": "{{$:/language/Buttons/Size/Caption}}",
"description": "{{$:/language/Buttons/Size/Hint}}",
"condition": "[<targetTiddler>is[image]]",
"dropdown": "$:/core/ui/EditorToolbar/size-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/stamp-dropdown": {
"title": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": "\\define toolbar-button-stamp-inner()\n<$button tag=\"a\">\n\n<$list filter=\"[[$(snippetTitle)$]addsuffix[/prefix]is[missing]removesuffix[/prefix]addsuffix[/suffix]is[missing]]\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"replace-selection\"\n\ttext={{$(snippetTitle)$}}\n/>\n\n</$list>\n\n\n<$list filter=\"[[$(snippetTitle)$]addsuffix[/prefix]is[missing]removesuffix[/prefix]addsuffix[/suffix]!is[missing]] [[$(snippetTitle)$]addsuffix[/prefix]!is[missing]removesuffix[/prefix]addsuffix[/suffix]is[missing]] [[$(snippetTitle)$]addsuffix[/prefix]!is[missing]removesuffix[/prefix]addsuffix[/suffix]!is[missing]]\">\n\n<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix={{{ [[$(snippetTitle)$]addsuffix[/prefix]get[text]] }}}\nsuffix={{{ [[$(snippetTitle)$]addsuffix[/suffix]get[text]] }}}\n/>\n\n</$list>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<$transclude tiddler=<<snippetTitle>> field=\"caption\" mode=\"inline\">\n\n<$view tiddler=<<snippetTitle>> field=\"title\" />\n\n</$transclude>\n\n</$button>\n\\end\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TextEditor/Snippet]!has[draft.of]sort[caption]]\" variable=\"snippetTitle\">\n\n<<toolbar-button-stamp-inner>>\n\n</$list>\n\n----\n\n<$button tag=\"a\">\n\n<$action-sendmessage\n\t$message=\"tm-new-tiddler\"\n\ttags=\"$:/tags/TextEditor/Snippet\"\n\tcaption={{$:/language/Buttons/Stamp/New/Title}}\n\ttext={{$:/language/Buttons/Stamp/New/Text}}\n/>\n\n<$action-deletetiddler\n\t$tiddler=<<dropdown-state>>\n/>\n\n<em>\n\n<$text text={{$:/language/Buttons/Stamp/Caption/New}}/>\n\n</em>\n\n</$button>\n"
},
"$:/core/ui/EditorToolbar/stamp": {
"title": "$:/core/ui/EditorToolbar/stamp",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/stamp",
"caption": "{{$:/language/Buttons/Stamp/Caption}}",
"description": "{{$:/language/Buttons/Stamp/Hint}}",
"condition": "[<targetTiddler>type[]] [<targetTiddler>get[type]prefix[text/]] +[first[]]",
"shortcuts": "((stamp))",
"dropdown": "$:/core/ui/EditorToolbar/stamp-dropdown",
"text": ""
},
"$:/core/ui/EditorToolbar/strikethrough": {
"title": "$:/core/ui/EditorToolbar/strikethrough",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/strikethrough",
"caption": "{{$:/language/Buttons/Strikethrough/Caption}}",
"description": "{{$:/language/Buttons/Strikethrough/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((strikethrough))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"~~\"\n\tsuffix=\"~~\"\n/>\n"
},
"$:/core/ui/EditorToolbar/subscript": {
"title": "$:/core/ui/EditorToolbar/subscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/subscript",
"caption": "{{$:/language/Buttons/Subscript/Caption}}",
"description": "{{$:/language/Buttons/Subscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((subscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\",,\"\n\tsuffix=\",,\"\n/>\n"
},
"$:/core/ui/EditorToolbar/superscript": {
"title": "$:/core/ui/EditorToolbar/superscript",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/superscript",
"caption": "{{$:/language/Buttons/Superscript/Caption}}",
"description": "{{$:/language/Buttons/Superscript/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((superscript))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"^^\"\n\tsuffix=\"^^\"\n/>\n"
},
"$:/core/ui/EditorToolbar/transcludify": {
"title": "$:/core/ui/EditorToolbar/transcludify",
"caption": "{{$:/language/Buttons/Transcludify/Caption}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Buttons/Transcludify/Hint}}",
"icon": "$:/core/images/transcludify",
"list-before": "$:/core/ui/EditorToolbar/mono-block",
"shortcuts": "((transcludify))",
"tags": "$:/tags/EditorToolbar",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"{{\"\n\tsuffix=\"}}\"\n/>\n"
},
"$:/core/ui/EditorToolbar/underline": {
"title": "$:/core/ui/EditorToolbar/underline",
"tags": "$:/tags/EditorToolbar",
"icon": "$:/core/images/underline",
"caption": "{{$:/language/Buttons/Underline/Caption}}",
"description": "{{$:/language/Buttons/Underline/Hint}}",
"condition": "[<targetTiddler>!has[type]] [<targetTiddler>type[text/vnd.tiddlywiki]]",
"shortcuts": "((underline))",
"text": "<$action-sendmessage\n\t$message=\"tm-edit-text-operation\"\n\t$param=\"wrap-selection\"\n\tprefix=\"__\"\n\tsuffix=\"__\"\n/>\n"
},
"$:/core/Filters/AllTags": {
"title": "$:/core/Filters/AllTags",
"tags": "$:/tags/Filter",
"filter": "[tags[]!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTags}}",
"text": ""
},
"$:/core/Filters/AllTiddlers": {
"title": "$:/core/Filters/AllTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]sort[title]]",
"description": "{{$:/language/Filters/AllTiddlers}}",
"text": ""
},
"$:/core/Filters/Drafts": {
"title": "$:/core/Filters/Drafts",
"tags": "$:/tags/Filter",
"filter": "[has[draft.of]sort[title]]",
"description": "{{$:/language/Filters/Drafts}}",
"text": ""
},
"$:/core/Filters/Missing": {
"title": "$:/core/Filters/Missing",
"tags": "$:/tags/Filter",
"filter": "[all[missing]sort[title]]",
"description": "{{$:/language/Filters/Missing}}",
"text": ""
},
"$:/core/Filters/Orphans": {
"title": "$:/core/Filters/Orphans",
"tags": "$:/tags/Filter",
"filter": "[all[orphans]sort[title]]",
"description": "{{$:/language/Filters/Orphans}}",
"text": ""
},
"$:/core/Filters/OverriddenShadowTiddlers": {
"title": "$:/core/Filters/OverriddenShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[shadow]]",
"description": "{{$:/language/Filters/OverriddenShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentSystemTiddlers": {
"title": "$:/core/Filters/RecentSystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentSystemTiddlers}}",
"text": ""
},
"$:/core/Filters/RecentTiddlers": {
"title": "$:/core/Filters/RecentTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[modified]!sort[modified]limit[50]]",
"description": "{{$:/language/Filters/RecentTiddlers}}",
"text": ""
},
"$:/core/Filters/SessionTiddlers": {
"title": "$:/core/Filters/SessionTiddlers",
"tags": "$:/tags/Filter",
"filter": "[haschanged[]]",
"description": "{{$:/language/Filters/SessionTiddlers}}",
"text": ""
},
"$:/core/Filters/ShadowTiddlers": {
"title": "$:/core/Filters/ShadowTiddlers",
"tags": "$:/tags/Filter",
"filter": "[all[shadows]sort[title]]",
"description": "{{$:/language/Filters/ShadowTiddlers}}",
"text": ""
},
"$:/core/Filters/StoryList": {
"title": "$:/core/Filters/StoryList",
"tags": "$:/tags/Filter",
"filter": "[list[$:/StoryList]] -$:/AdvancedSearch",
"description": "{{$:/language/Filters/StoryList}}",
"text": ""
},
"$:/core/Filters/SystemTags": {
"title": "$:/core/Filters/SystemTags",
"tags": "$:/tags/Filter",
"filter": "[all[shadows+tiddlers]tags[]is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTags}}",
"text": ""
},
"$:/core/Filters/SystemTiddlers": {
"title": "$:/core/Filters/SystemTiddlers",
"tags": "$:/tags/Filter",
"filter": "[is[system]sort[title]]",
"description": "{{$:/language/Filters/SystemTiddlers}}",
"text": ""
},
"$:/core/Filters/TypedTiddlers": {
"title": "$:/core/Filters/TypedTiddlers",
"tags": "$:/tags/Filter",
"filter": "[!is[system]has[type]each[type]sort[type]] -[type[text/vnd.tiddlywiki]]",
"description": "{{$:/language/Filters/TypedTiddlers}}",
"text": ""
},
"$:/core/ui/ImportListing": {
"title": "$:/core/ui/ImportListing",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define messageField()\nmessage-$(payloadTiddler)$\n\\end\n\n\\define selectionField()\nselection-$(payloadTiddler)$\n\\end\n\n\\define previewPopupState()\n$(currentTiddler)$!!popup-$(payloadTiddler)$\n\\end\n\n\\define select-all-actions()\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<$action-setfield $field={{{ [<payloadTiddler>addprefix[selection-]] }}} $value={{$:/state/import/select-all}}/>\n</$list>\n\\end\n\n<table>\n<tbody>\n<tr>\n<th>\n<$checkbox tiddler=\"$:/state/import/select-all\" field=\"text\" checked=\"checked\" unchecked=\"unchecked\" default=\"checked\" actions=<<select-all-actions>>>\n<<lingo Listing/Select/Caption>>\n</$checkbox>\n</th>\n<th>\n<<lingo Listing/Title/Caption>>\n</th>\n<th>\n<<lingo Listing/Status/Caption>>\n</th>\n</tr>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" variable=\"payloadTiddler\">\n<tr>\n<td>\n<$checkbox field=<<selectionField>> checked=\"checked\" unchecked=\"unchecked\" default=\"checked\"/>\n</td>\n<td>\n<$reveal type=\"nomatch\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"yes\">\n{{$:/core/images/right-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<previewPopupState>> text=\"yes\" tag=\"div\">\n<$button class=\"tc-btn-invisible tc-btn-dropdown\" setTitle=<<previewPopupState>> setTo=\"no\">\n{{$:/core/images/down-arrow}} <$text text=<<payloadTiddler>>/>\n</$button>\n</$reveal>\n</td>\n<td>\n<$view field=<<messageField>>/>\n</td>\n</tr>\n<tr>\n<td colspan=\"3\">\n<$reveal type=\"match\" text=\"yes\" stateTitle=<<previewPopupState>> tag=\"div\">\n<$list filter=\"[{$:/state/importpreviewtype}has[text]]\" variable=\"listItem\" emptyMessage={{$:/core/ui/ImportPreviews/Text}}>\n<$transclude tiddler={{$:/state/importpreviewtype}}/>\n</$list>\n</$reveal>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Diff": {
"title": "$:/core/ui/ImportPreviews/Diff",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Diff}}",
"text": "<$macrocall $name=\"compareTiddlerText\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>>/>\n"
},
"$:/core/ui/ImportPreviews/DiffFields": {
"title": "$:/core/ui/ImportPreviews/DiffFields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/DiffFields}}",
"text": "<$macrocall $name=\"compareTiddlers\" sourceTiddlerTitle=<<payloadTiddler>> destTiddlerTitle=<<currentTiddler>> destSubTiddlerTitle=<<payloadTiddler>> exclude=\"text\"/>\n"
},
"$:/core/ui/ImportPreviews/Fields": {
"title": "$:/core/ui/ImportPreviews/Fields",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Fields}}",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[<payloadTiddler>subtiddlerfields<currentTiddler>sort[]] -text\" variable=\"fieldName\">\n<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<fieldName>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<fieldName>> tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>>/>\n</td>\n</tr>\n</$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ImportPreviews/Text": {
"title": "$:/core/ui/ImportPreviews/Text",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/Text}}",
"text": "<$transclude tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> mode=\"block\"/>\n"
},
"$:/core/ui/ImportPreviews/TextRaw": {
"title": "$:/core/ui/ImportPreviews/TextRaw",
"tags": "$:/tags/ImportPreview",
"caption": "{{$:/language/Import/Listing/Preview/TextRaw}}",
"text": "<pre><code><$view tiddler=<<currentTiddler>> subtiddler=<<payloadTiddler>> /></code></pre>"
},
"$:/core/ui/KeyboardShortcuts/advanced-search": {
"title": "$:/core/ui/KeyboardShortcuts/advanced-search",
"tags": "$:/tags/KeyboardShortcut",
"key": "((advanced-search))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n<$action-sendmessage $message=\"tm-focus-selector\" $param=\"\"\"[data-tiddler-title=\"$:/AdvancedSearch\"] .tc-search input\"\"\"/>\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-image": {
"title": "$:/core/ui/KeyboardShortcuts/new-image",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-image))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-image}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-journal": {
"title": "$:/core/ui/KeyboardShortcuts/new-journal",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-journal))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-journal}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/new-tiddler": {
"title": "$:/core/ui/KeyboardShortcuts/new-tiddler",
"tags": "$:/tags/KeyboardShortcut",
"key": "((new-tiddler))",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n{{$:/core/ui/Actions/new-tiddler}}\n</$navigator>\n"
},
"$:/core/ui/KeyboardShortcuts/sidebar-search": {
"title": "$:/core/ui/KeyboardShortcuts/sidebar-search",
"tags": "$:/tags/KeyboardShortcut",
"key": "((sidebar-search))",
"text": "<$action-sendmessage $message=\"tm-focus-selector\" $param=\".tc-search input\"/>\n"
},
"$:/core/ui/KeyboardShortcut/toggle-sidebar": {
"title": "$:/core/ui/KeyboardShortcut/toggle-sidebar",
"tags": "$:/tags/KeyboardShortcut",
"key": "((toggle-sidebar))",
"text": "<$list filter=\"[[$:/state/sidebar]is[missing]] [{$:/state/sidebar}removeprefix[yes]]\" emptyMessage=\"\"\"\n<$action-setfield $tiddler=\"$:/state/sidebar\" text=\"yes\"/>\n\"\"\">\n<$action-setfield $tiddler=\"$:/state/sidebar\" text=\"no\"/>\n</$list>\n"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link />\n</div>"
},
"$:/Manager/ItemMain/Fields": {
"title": "$:/Manager/ItemMain/Fields",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/Fields}}",
"text": "<table>\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/Manager/ItemMain/RawText": {
"title": "$:/Manager/ItemMain/RawText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/RawText}}",
"text": "<pre><code><$view/></code></pre>\n"
},
"$:/Manager/ItemMain/WikifiedText": {
"title": "$:/Manager/ItemMain/WikifiedText",
"tags": "$:/tags/Manager/ItemMain",
"caption": "{{$:/language/Manager/Item/WikifiedText}}",
"text": "<$transclude mode=\"block\"/>\n"
},
"$:/Manager/ItemSidebar/Colour": {
"title": "$:/Manager/ItemSidebar/Colour",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Colour}}",
"text": "\\define swatch-styles()\nheight: 1em;\nbackground-color: $(colour)$\n\\end\n\n<$vars colour={{!!color}}>\n<p style=<<swatch-styles>>/>\n</$vars>\n<p>\n<$edit-text field=\"color\" tag=\"input\" type=\"color\"/> / <$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Icon": {
"title": "$:/Manager/ItemSidebar/Icon",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Icon}}",
"text": "<p>\n<div class=\"tc-manager-icon-editor\">\n<$button popup=<<qualify \"$:/state/popup/image-picker\">> class=\"tc-btn-invisible\">\n<$transclude tiddler={{!!icon}}>\n{{$:/language/Manager/Item/Icon/None}}\n</$transclude>\n</$button>\n<div class=\"tc-block-dropdown-wrapper\" style=\"position: static;\">\n<$reveal state=<<qualify \"$:/state/popup/image-picker\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-popup\">\n<div class=\"tc-block-dropdown tc-popup-keep\" style=\"width: 80%; left: 10%; right: 10%; padding: 0.5em;\">\n<$macrocall $name=\"image-picker-include-tagged-images\" actions=\"\"\"\n<$action-setfield $field=\"icon\" $value=<<imageTitle>>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/image-picker\">>/>\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n</div>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tags": {
"title": "$:/Manager/ItemSidebar/Tags",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tags}}",
"text": "\\define tag-checkbox-actions()\n<$action-listops\n\t$tiddler=\"$:/config/Manager/RecentTags\"\n\t$subfilter=\"[<tag>] [list[$:/config/Manager/RecentTags]] +[limit[12]]\"\n/>\n\\end\n\n\\define tag-picker-actions()\n<<tag-checkbox-actions>>\n<$action-listops\n\t$tiddler=<<currentTiddler>>\n\t$field=\"tags\"\n\t$subfilter=\"[<tag>] [all[current]tags[]]\"\n/>\n\\end\n\n<p>\n<$list filter=\"[all[current]tags[]] [list[$:/config/Manager/RecentTags]] +[sort[title]] \" variable=\"tag\">\n<div>\n<$checkbox tiddler=<<currentTiddler>> tag=<<tag>> actions=<<tag-checkbox-actions>>>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$checkbox>\n</div>\n</$list>\n</p>\n<p>\n<$macrocall $name=\"tag-picker\" actions=<<tag-picker-actions>>/>\n</p>\n"
},
"$:/Manager/ItemSidebar/Tools": {
"title": "$:/Manager/ItemSidebar/Tools",
"tags": "$:/tags/Manager/ItemSidebar",
"caption": "{{$:/language/Manager/Item/Tools}}",
"text": "<p>\n<$button to=<<currentTiddler>>>{{$:/core/images/link}} open</$button>\n</p>\n<p>\n<$button message=\"tm-edit-tiddler\" param=<<currentTiddler>>>{{$:/core/images/edit-button}} edit</$button>\n</p>\n"
},
"$:/Manager": {
"title": "$:/Manager",
"icon": "$:/core/images/list",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/Manager/\n\n\\define list-item-content-item()\n<div class=\"tc-manager-list-item-content-item\">\n\t<$vars state-title=\"\"\"$:/state/popup/manager/item/$(listItem)$\"\"\">\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"hide\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/down-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"nomatch\" text=\"show\" default=\"show\" tag=\"div\">\n\t\t\t<$button set=<<state-title>> setTo=\"show\" class=\"tc-btn-invisible tc-manager-list-item-content-item-heading\">\n\t\t\t\t{{$:/core/images/right-arrow}} <$transclude tiddler=<<listItem>> field=\"caption\"/>\n\t\t\t</$button>\n\t\t</$reveal>\n\t\t<$reveal state=<<state-title>> type=\"match\" text=\"show\" default=\"show\" tag=\"div\" class=\"tc-manager-list-item-content-item-body\">\n\t\t\t<$transclude tiddler=<<listItem>>/>\n\t\t</$reveal>\n\t</$vars>\n</div>\n\\end\n\n<div class=\"tc-manager-wrapper\">\n\t<div class=\"tc-manager-controls\">\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Show/Prompt>> <$select tiddler=\"$:/config/Manager/Show\" default=\"tiddlers\">\n\t\t\t\t<option value=\"tiddlers\"><<lingo Controls/Show/Option/Tiddlers>></option>\n\t\t\t\t<option value=\"tags\"><<lingo Controls/Show/Option/Tags>></option>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Search/Prompt>> <$edit-text tiddler=\"$:/config/Manager/Filter\" tag=\"input\" default=\"\" placeholder={{$:/language/Manager/Controls/Search/Placeholder}}/>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/FilterByTag/Prompt>> <$select tiddler=\"$:/config/Manager/Tag\" default=\"\">\n\t\t\t\t<option value=\"\"><<lingo Controls/FilterByTag/None>></option>\n\t\t\t\t<$list filter=\"[!is{$:/config/Manager/System}tags[]!is[system]sort[title]]\" variable=\"tag\">\n\t\t\t\t\t<option value=<<tag>>><$text text=<<tag>>/></option>\n\t\t\t\t</$list>\n\t\t\t</$select>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<<lingo Controls/Sort/Prompt>> <$select tiddler=\"$:/config/Manager/Sort\" default=\"title\">\n\t\t\t\t<optgroup label=\"Common\">\n\t\t\t\t\t<$list filter=\"title modified modifier created creator created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t\t<optgroup label=\"All\">\n\t\t\t\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}fields[]sort[title]] -title -modified -modifier -created -creator -created\" variable=\"field\">\n\t\t\t\t\t\t<option value=<<field>>><$text text=<<field>>/></option>\n\t\t\t\t\t</$list>\n\t\t\t\t</optgroup>\n\t\t\t</$select>\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/Order\" field=\"text\" checked=\"reverse\" unchecked=\"forward\" default=\"forward\">\n\t\t\t\t<<lingo Controls/Order/Prompt>>\n\t\t\t</$checkbox>\n\t\t</div>\n\t\t<div class=\"tc-manager-control\">\n\t\t\t<$checkbox tiddler=\"$:/config/Manager/System\" field=\"text\" checked=\"\" unchecked=\"system\" default=\"system\">\n\t\t\t\t{{$:/language/SystemTiddlers/Include/Prompt}}\n\t\t\t</$checkbox>\n\t\t</div>\n\t</div>\n\t<div class=\"tc-manager-list\">\n\t\t<$list filter=\"[all{$:/config/Manager/Show}!is{$:/config/Manager/System}search{$:/config/Manager/Filter}tag:strict{$:/config/Manager/Tag}sort{$:/config/Manager/Sort}order{$:/config/Manager/Order}]\">\n\t\t\t<$vars transclusion=<<currentTiddler>>>\n\t\t\t\t<div style=\"tc-manager-list-item\">\n\t\t\t\t\t<$button popup=<<qualify \"$:/state/manager/popup\">> class=\"tc-btn-invisible tc-manager-list-item-heading\" selectedClass=\"tc-manager-list-item-heading-selected\">\n\t\t\t\t\t\t<$text text=<<currentTiddler>>/>\n\t\t\t\t\t</$button>\n\t\t\t\t\t<$reveal state=<<qualify \"$:/state/manager/popup\">> type=\"nomatch\" text=\"\" default=\"\" tag=\"div\" class=\"tc-manager-list-item-content tc-popup-handle\">\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-tiddler\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemMain]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t\t<div class=\"tc-manager-list-item-content-sidebar\">\n\t\t\t\t\t\t\t<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Manager/ItemSidebar]!has[draft.of]]\" variable=\"listItem\">\n\t\t\t\t\t\t\t\t<<list-item-content-item>>\n\t\t\t\t\t\t\t</$list>\n\t\t\t\t\t\t</div>\n\t\t\t\t\t</$reveal>\n\t\t\t\t</div>\n\t\t\t</$vars>\n\t\t</$list>\n\t</div>\n</div>\n"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tc-tiddler-missing\">\n<$button popup=<<qualify \"$:/state/popup/missing\">> class=\"tc-btn-invisible tc-missing-tiddler-label\">\n<$view field=\"title\" format=\"text\" />\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/missing\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[all[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n</div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/All/Caption}}",
"text": "<$list filter={{$:/core/Filters/AllTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Drafts/Caption}}",
"text": "<$list filter={{$:/core/Filters/Drafts!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Explorer": {
"title": "$:/core/ui/MoreSideBar/Explorer",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Explorer/Caption}}",
"text": "<<tree \"$:/\">>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Missing/Caption}}",
"text": "<$list filter={{$:/core/Filters/Missing!!filter}} template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Orphans/Caption}}",
"text": "<$list filter={{$:/core/Filters/Orphans!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/ControlPanel/Plugins/Caption}}",
"text": "\n{{$:/language/ControlPanel/Plugins/Installed/Hint}}\n\n<<tabs \"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar/Plugins]!has[draft.of]]\" \"$:/core/ui/MoreSideBar/Plugins/Plugins\">>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Shadows/Caption}}",
"text": "<$list filter={{$:/core/Filters/ShadowTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/System/Caption}}",
"text": "<$list filter={{$:/core/Filters/SystemTiddlers!!filter}} template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Tags/Caption}}",
"text": "<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n{{$:/core/ui/Buttons/tag-manager}}\n\n</$set>\n\n</$set>\n\n</$set>\n\n<$list filter={{$:/core/Filters/AllTags!!filter}}>\n\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/>\n\n</$list>\n\n<hr class=\"tc-untagged-separator\">\n\n{{$:/core/ui/UntaggedTemplate}}\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "{{$:/language/SideBar/Types/Caption}}",
"text": "<$list filter={{$:/core/Filters/TypedTiddlers!!filter}}>\n<div class=\"tc-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Languages": {
"title": "$:/core/ui/MoreSideBar/Plugins/Languages",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Languages/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[language]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Plugins": {
"title": "$:/core/ui/MoreSideBar/Plugins/Plugins",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Plugins/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[plugin]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}>>/>\n"
},
"$:/core/ui/MoreSideBar/Plugins/Theme": {
"title": "$:/core/ui/MoreSideBar/Plugins/Theme",
"tags": "$:/tags/MoreSideBar/Plugins",
"caption": "{{$:/language/ControlPanel/Plugins/Themes/Caption}}",
"text": "<$list filter=\"[!has[draft.of]plugin-type[theme]sort[description]]\" template=\"$:/core/ui/PluginListItemTemplate\" emptyMessage={{$:/language/ControlPanel/Plugins/Empty/Hint}}/>\n"
},
"$:/core/ui/Buttons/advanced-search": {
"title": "$:/core/ui/Buttons/advanced-search",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/advanced-search-button}} {{$:/language/Buttons/AdvancedSearch/Caption}}",
"description": "{{$:/language/Buttons/AdvancedSearch/Hint}}",
"text": "\\whitespace trim\n\\define control-panel-button(class)\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/advanced-search-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/AdvancedSearch/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/AdvancedSearch]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/close-all": {
"title": "$:/core/ui/Buttons/close-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/close-all-button}} {{$:/language/Buttons/CloseAll/Caption}}",
"description": "{{$:/language/Buttons/CloseAll/Hint}}",
"text": "<$button message=\"tm-close-all-tiddlers\" tooltip={{$:/language/Buttons/CloseAll/Hint}} aria-label={{$:/language/Buttons/CloseAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/CloseAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/control-panel": {
"title": "$:/core/ui/Buttons/control-panel",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/options-button}} {{$:/language/Buttons/ControlPanel/Caption}}",
"description": "{{$:/language/Buttons/ControlPanel/Hint}}",
"text": "\\whitespace trim\n\\define control-panel-button(class)\n<$button to=\"$:/ControlPanel\" tooltip={{$:/language/Buttons/ControlPanel/Hint}} aria-label={{$:/language/Buttons/ControlPanel/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/options-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/ControlPanel/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/ControlPanel]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/encryption": {
"title": "$:/core/ui/Buttons/encryption",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/locked-padlock}} {{$:/language/Buttons/Encryption/Caption}}",
"description": "{{$:/language/Buttons/Encryption/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-clear-password\" tooltip={{$:/language/Buttons/Encryption/ClearPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/ClearPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/locked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/ClearPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\n<$button message=\"tm-set-password\" tooltip={{$:/language/Buttons/Encryption/SetPassword/Hint}} aria-label={{$:/language/Buttons/Encryption/SetPassword/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/unlocked-padlock}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Encryption/SetPassword/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n"
},
"$:/core/ui/Buttons/export-page": {
"title": "$:/core/ui/Buttons/export-page",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportPage/Caption}}",
"description": "{{$:/language/Buttons/ExportPage/Hint}}",
"text": "<$macrocall $name=\"exportButton\" exportFilter=\"[!is[system]sort[title]]\" lingoBase=\"$:/language/Buttons/ExportPage/\"/>"
},
"$:/core/ui/Buttons/fold-all": {
"title": "$:/core/ui/Buttons/fold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/fold-all-button}} {{$:/language/Buttons/FoldAll/Caption}}",
"description": "{{$:/language/Buttons/FoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/FoldAll/Hint}} aria-label={{$:/language/Buttons/FoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/full-screen": {
"title": "$:/core/ui/Buttons/full-screen",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/full-screen-button}} {{$:/language/Buttons/FullScreen/Caption}}",
"description": "{{$:/language/Buttons/FullScreen/Hint}}",
"text": "<$button message=\"tm-full-screen\" tooltip={{$:/language/Buttons/FullScreen/Hint}} aria-label={{$:/language/Buttons/FullScreen/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/full-screen-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/FullScreen/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/home": {
"title": "$:/core/ui/Buttons/home",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/home-button}} {{$:/language/Buttons/Home/Caption}}",
"description": "{{$:/language/Buttons/Home/Hint}}",
"text": "<$button message=\"tm-home\" tooltip={{$:/language/Buttons/Home/Hint}} aria-label={{$:/language/Buttons/Home/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/home-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Home/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/import": {
"title": "$:/core/ui/Buttons/import",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/import-button}} {{$:/language/Buttons/Import/Caption}}",
"description": "{{$:/language/Buttons/Import/Hint}}",
"text": "<div class=\"tc-file-input-wrapper\">\n<$button tooltip={{$:/language/Buttons/Import/Hint}} aria-label={{$:/language/Buttons/Import/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/import-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Import/Caption}}/></span>\n</$list>\n</$button>\n<$browse tooltip={{$:/language/Buttons/Import/Hint}}/>\n</div>"
},
"$:/core/ui/Buttons/language": {
"title": "$:/core/ui/Buttons/language",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/globe}} {{$:/language/Buttons/Language/Caption}}",
"description": "{{$:/language/Buttons/Language/Hint}}",
"text": "\\whitespace trim\n\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/language\">> tooltip={{$:/language/Buttons/Language/Hint}} aria-label={{$:/language/Buttons/Language/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value={{$:/language}}>\n<$image source=<<flag-title>>/>\n</$set>\n</span>\n</$list>\n<$text text=\" \"/>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Language/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/language\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/languageswitcher}}\n</div>\n</$reveal>\n"
},
"$:/core/ui/Buttons/manager": {
"title": "$:/core/ui/Buttons/manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/list}} {{$:/language/Buttons/Manager/Caption}}",
"description": "{{$:/language/Buttons/Manager/Hint}}",
"text": "\\whitespace trim\n\\define manager-button(class)\n<$button to=\"$:/Manager\" tooltip={{$:/language/Buttons/Manager/Hint}} aria-label={{$:/language/Buttons/Manager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/list}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Manager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/Manager]]\" emptyMessage=<<manager-button>>>\n<<manager-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/more-page-actions": {
"title": "$:/core/ui/Buttons/more-page-actions",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/More/Caption}}/></span>\n</$list>\n</$button><$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"below\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]] -[[$:/core/ui/Buttons/more-page-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-image": {
"title": "$:/core/ui/Buttons/new-image",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-image-button}} {{$:/language/Buttons/NewImage/Caption}}",
"description": "{{$:/language/Buttons/NewImage/Hint}}",
"text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/NewImage/Hint}} aria-label={{$:/language/Buttons/NewImage/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-image}}>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-image-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewImage/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/new-journal": {
"title": "$:/core/ui/Buttons/new-journal",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournal/Caption}}",
"description": "{{$:/language/Buttons/NewJournal/Hint}}",
"text": "\\whitespace trim\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournal/Hint}} aria-label={{$:/language/Buttons/NewJournal/Caption}} class=<<tv-config-toolbar-class>> actions={{$:/core/ui/Actions/new-journal}}>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewJournal/Caption}}/></span>\n</$list>\n</$button>\n\\end\n<<journalButton>>\n"
},
"$:/core/ui/Buttons/new-tiddler": {
"title": "$:/core/ui/Buttons/new-tiddler",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/new-button}} {{$:/language/Buttons/NewTiddler/Caption}}",
"description": "{{$:/language/Buttons/NewTiddler/Hint}}",
"text": "\\whitespace trim\n<$button actions={{$:/core/ui/Actions/new-tiddler}} tooltip={{$:/language/Buttons/NewTiddler/Hint}} aria-label={{$:/language/Buttons/NewTiddler/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/NewTiddler/Caption}}/></span>\n</$list>\n</$button>\n"
},
"$:/core/ui/Buttons/palette": {
"title": "$:/core/ui/Buttons/palette",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/palette}} {{$:/language/Buttons/Palette/Caption}}",
"description": "{{$:/language/Buttons/Palette/Hint}}",
"text": "\\whitespace trim\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/palette\">> tooltip={{$:/language/Buttons/Palette/Hint}} aria-label={{$:/language/Buttons/Palette/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/palette}}\n</$list>\n<$text text=\" \"/>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Palette/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/palette\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\" style=\"font-size:0.7em;\">\n{{$:/snippets/paletteswitcher}}\n</div>\n</$reveal>\n"
},
"$:/core/ui/Buttons/print": {
"title": "$:/core/ui/Buttons/print",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/print-button}} {{$:/language/Buttons/Print/Caption}}",
"description": "{{$:/language/Buttons/Print/Hint}}",
"text": "<$button message=\"tm-print\" tooltip={{$:/language/Buttons/Print/Hint}} aria-label={{$:/language/Buttons/Print/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/print-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Print/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/refresh": {
"title": "$:/core/ui/Buttons/refresh",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/refresh-button}} {{$:/language/Buttons/Refresh/Caption}}",
"description": "{{$:/language/Buttons/Refresh/Hint}}",
"text": "<$button message=\"tm-browser-refresh\" tooltip={{$:/language/Buttons/Refresh/Hint}} aria-label={{$:/language/Buttons/Refresh/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/refresh-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Refresh/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/save-wiki": {
"title": "$:/core/ui/Buttons/save-wiki",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/save-button}} {{$:/language/Buttons/SaveWiki/Caption}}",
"description": "{{$:/language/Buttons/SaveWiki/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/SaveWiki/Hint}} aria-label={{$:/language/Buttons/SaveWiki/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"site-title\" text={{$:/config/SaveWikiButton/Filename}}>\n<$action-sendmessage $message=\"tm-save-wiki\" $param={{$:/config/SaveWikiButton/Template}} filename=<<site-title>>/>\n</$wikify>\n<span class=\"tc-dirty-indicator\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/save-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/SaveWiki/Caption}}/></span>\n</$list>\n</span>\n</$button>"
},
"$:/core/ui/Buttons/storyview": {
"title": "$:/core/ui/Buttons/storyview",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/storyview-classic}} {{$:/language/Buttons/StoryView/Caption}}",
"description": "{{$:/language/Buttons/StoryView/Hint}}",
"text": "\\whitespace trim\n\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/storyview\">> tooltip={{$:/language/Buttons/StoryView/Hint}} aria-label={{$:/language/Buttons/StoryView/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n<$set name=\"storyview\" value={{$:/view}}>\n<$transclude tiddler=<<icon>>/>\n</$set>\n</$list>\n<$text text=\" \"/>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/StoryView/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/storyview\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n{{$:/snippets/viewswitcher}}\n</div>\n</$reveal>\n"
},
"$:/core/ui/Buttons/tag-manager": {
"title": "$:/core/ui/Buttons/tag-manager",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/tag-button}} {{$:/language/Buttons/TagManager/Caption}}",
"description": "{{$:/language/Buttons/TagManager/Hint}}",
"text": "\\whitespace trim\n\\define control-panel-button(class)\n<$button to=\"$:/TagManager\" tooltip={{$:/language/Buttons/TagManager/Hint}} aria-label={{$:/language/Buttons/TagManager/Caption}} class=\"\"\"$(tv-config-toolbar-class)$ $class$\"\"\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/tag-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/TagManager/Caption}}/></span>\n</$list>\n</$button>\n\\end\n\n<$list filter=\"[list[$:/StoryList]] +[field:title[$:/TagManager]]\" emptyMessage=<<control-panel-button>>>\n<<control-panel-button \"tc-selected\">>\n</$list>\n"
},
"$:/core/ui/Buttons/theme": {
"title": "$:/core/ui/Buttons/theme",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/theme-button}} {{$:/language/Buttons/Theme/Caption}}",
"description": "{{$:/language/Buttons/Theme/Hint}}",
"text": "\\whitespace trim\n<span class=\"tc-popup-keep\">\n<$button popup=<<qualify \"$:/state/popup/theme\">> tooltip={{$:/language/Buttons/Theme/Hint}} aria-label={{$:/language/Buttons/Theme/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/theme-button}}\n</$list>\n<$text text=\" \"/>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Theme/Caption}}/></span>\n</$list>\n</$button>\n</span>\n<$reveal state=<<qualify \"$:/state/popup/theme\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$linkcatcher to=\"$:/theme\">\n{{$:/snippets/themeswitcher}}\n</$linkcatcher>\n</div>\n</$reveal>\n"
},
"$:/core/ui/Buttons/timestamp": {
"title": "$:/core/ui/Buttons/timestamp",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/timestamp-on}} {{$:/language/Buttons/Timestamp/Caption}}",
"description": "{{$:/language/Buttons/Timestamp/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/On/Hint}} aria-label={{$:/language/Buttons/Timestamp/On/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"yes\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/timestamp-on}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/On/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" state=\"$:/config/TimestampDisable\" text=\"yes\">\n<$button tooltip={{$:/language/Buttons/Timestamp/Off/Hint}} aria-label={{$:/language/Buttons/Timestamp/Off/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-setfield $tiddler=\"$:/config/TimestampDisable\" $value=\"no\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/timestamp-off}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/Timestamp/Off/Caption}}/></span>\n</$list>\n</$button>\n</$reveal>\n"
},
"$:/core/ui/Buttons/unfold-all": {
"title": "$:/core/ui/Buttons/unfold-all",
"tags": "$:/tags/PageControls",
"caption": "{{$:/core/images/unfold-all-button}} {{$:/language/Buttons/UnfoldAll/Caption}}",
"description": "{{$:/language/Buttons/UnfoldAll/Hint}}",
"text": "<$button tooltip={{$:/language/Buttons/UnfoldAll/Hint}} aria-label={{$:/language/Buttons/UnfoldAll/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-unfold-all-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-all-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$:/language/Buttons/UnfoldAll/Caption}}/></span>\n</$list>\n</$button>"
},
"$:/core/ui/PageTemplate/pagecontrols": {
"title": "$:/core/ui/PageTemplate/pagecontrols",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-page-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n<$set name=\"hidden\" value=<<config-title>>>\n<$list filter=\"[<hidden>!text[hide]]\" storyview=\"pop\" variable=\"ignore\">\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n</$set>\n</$list>\n</$set>\n</$list>\n</div>\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"currentTiddler\" value={{$:/language}}>\n\n<$set name=\"languageTitle\" value={{!!name}}>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/PageTemplate/alerts": {
"title": "$:/core/ui/PageTemplate/alerts",
"tags": "$:/tags/PageTemplate",
"text": "<div class=\"tc-alerts\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Alert]!has[draft.of]]\" template=\"$:/core/ui/AlertTemplate\" storyview=\"pop\"/>\n\n</div>\n"
},
"$:/core/ui/PageTemplate/drafts": {
"title": "$:/core/ui/PageTemplate/drafts",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n<$reveal state=\"$:/status/IsReadOnly\" type=\"nomatch\" text=\"yes\" tag=\"div\" class=\"tc-drafts-list\">\n<$list filter=\"[has[draft.of]!sort[modified]] -[list[$:/StoryList]]\">\n<$link>\n{{$:/core/images/edit-button}} <$text text=<<currentTiddler>>/>\n</$link>\n</$list>\n</$reveal>\n"
},
"$:/core/ui/PageTemplate/pluginreloadwarning": {
"title": "$:/core/ui/PageTemplate/pluginreloadwarning",
"tags": "$:/tags/PageTemplate",
"text": "\\define lingo-base() $:/language/\n\n<$list filter=\"[{$:/status/RequireReloadDueToPluginChange}match[yes]]\">\n\n<$reveal type=\"nomatch\" state=\"$:/temp/HidePluginWarning\" text=\"yes\">\n\n<div class=\"tc-plugin-reload-warning\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<<lingo PluginReloadWarning>> <$button set=\"$:/temp/HidePluginWarning\" setTo=\"yes\" class=\"tc-btn-invisible\">{{$:/core/images/close-button}}</$button>\n\n</$set>\n\n</div>\n\n</$reveal>\n\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/SideBarSegments/Visibility/$(listItem)$\n\\end\n\n<$scrollable fallthrough=\"no\" class=\"tc-sidebar-scrollable\">\n\n<div class=\"tc-sidebar-header\">\n\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SideBarSegment]!has[draft.of]]\" variable=\"listItem\">\n\n<$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\" tag=\"div\">\n\n<$transclude tiddler=<<listItem>> mode=\"block\"/>\n\n</$reveal>\n\n</$list>\n\n</$reveal>\n\n</div>\n\n</$scrollable>\n"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "\\whitespace trim\n<section class=\"tc-story-river\">\n\n<section class=\"story-backdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/AboveStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template={{$:/config/ui/ViewTemplate}} editTemplate={{$:/config/ui/EditTemplate}} storyview={{$:/view}} emptyMessage={{$:/config/EmptyStoryMessage}}/>\n\n<section class=\"story-frontdrop\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/BelowStory]!has[draft.of]]\">\n\n<$transclude/>\n\n</$list>\n\n</section>\n\n</section>\n"
},
"$:/core/ui/PageTemplate/topleftbar": {
"title": "$:/core/ui/PageTemplate/topleftbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-left\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopLeftBar]!has[draft.of]]\" variable=\"listItem\" storyview=\"pop\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate/toprightbar": {
"title": "$:/core/ui/PageTemplate/toprightbar",
"tags": "$:/tags/PageTemplate",
"text": "<span class=\"tc-topbar tc-topbar-right\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TopRightBar]!has[draft.of]]\" variable=\"listItem\" storyview=\"pop\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$list>\n\n</span>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "\\whitespace trim\n\\define containerClasses()\ntc-page-container tc-page-view-$(storyviewTitle)$ tc-language-$(languageTitle)$\n\\end\n\\import [[$:/core/ui/PageMacros]] [all[shadows+tiddlers]tag[$:/tags/Macro]!has[draft.of]]\n\n<$set name=\"tv-config-toolbar-icons\" value={{$:/config/Toolbar/Icons}}>\n\n<$set name=\"tv-config-toolbar-text\" value={{$:/config/Toolbar/Text}}>\n\n<$set name=\"tv-config-toolbar-class\" value={{$:/config/Toolbar/ButtonClass}}>\n\n<$set name=\"tv-enable-drag-and-drop\" value={{$:/config/DragAndDrop/Enable}}>\n\n<$set name=\"tv-show-missing-links\" value={{$:/config/MissingLinks}}>\n\n<$set name=\"storyviewTitle\" value={{$:/view}}>\n\n<$set name=\"languageTitle\" value={{{ [{$:/language}get[name]] }}}>\n\n<div class=<<containerClasses>>>\n\n<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\" openLinkFromInsideRiver={{$:/config/Navigation/openLinkFromInsideRiver}} openLinkFromOutsideRiver={{$:/config/Navigation/openLinkFromOutsideRiver}} relinkOnRename={{$:/config/RelinkOnRename}}>\n\n<$dropzone enable=<<tv-enable-drag-and-drop>>>\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageTemplate]!has[draft.of]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n</div>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/PaletteManager": {
"title": "$:/PaletteManager",
"text": "\\define lingo-base() $:/language/ControlPanel/Palette/Editor/\n\\define describePaletteColour(colour)\n<$transclude tiddler=\"$:/language/Docs/PaletteColours/$colour$\"><$text text=\"$colour$\"/></$transclude>\n\\end\n\\define edit-colour-placeholder()\n edit $(colourName)$\n\\end\n\\define colour-tooltip(showhide) $showhide$ editor for $(newColourName)$ \n\\define resolve-colour(macrocall)\n\\import $:/core/macros/utils\n\\whitespace trim\n<$wikify name=\"name\" text=\"\"\"$macrocall$\"\"\">\n<<name>>\n</$wikify>\n\\end\n\\define delete-colour-index-actions() <$action-setfield $index=<<colourName>>/>\n\\define palette-manager-colour-row-segment()\n\\whitespace trim\n<$edit-text index=<<colourName>> tag=\"input\" placeholder=<<edit-colour-placeholder>> default=\"\"/>\n<br>\n<$edit-text index=<<colourName>> type=\"color\" tag=\"input\" class=\"tc-palette-manager-colour-input\"/>\n<$list filter=\"[<currentTiddler>getindex<colourName>removeprefix[<<]removesuffix[>>]] [<currentTiddler>getindex<colourName>removeprefix[<$]removesuffix[/>]]\" variable=\"ignore\">\n<$set name=\"state\" value={{{ [[$:/state/palettemanager/]addsuffix<currentTiddler>addsuffix[/]addsuffix<colourName>] }}}>\n<$wikify name=\"newColourName\" text=\"\"\"<$macrocall $name=\"resolve-colour\" macrocall={{{ [<currentTiddler>getindex<colourName>] }}}/>\"\"\">\n<$reveal state=<<state>> type=\"nomatch\" text=\"show\">\n<$button tooltip=<<colour-tooltip show>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" set=<<state>> setTo=\"show\">{{$:/core/images/down-arrow}} <$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$button tooltip=<<colour-tooltip hide>> aria-label=<<colour-tooltip show>> class=\"tc-btn-invisible\" actions=\"\"\"<$action-deletetiddler $tiddler=<<state>>/>\"\"\">{{$:/core/images/up-arrow}} <$text text=<<newColourName>>/></$button><br>\n</$reveal>\n<$reveal state=<<state>> type=\"match\" text=\"show\">\n<$set name=\"colourName\" value=<<newColourName>>>\n<br>\n<<palette-manager-colour-row-segment>>\n<br><br>\n</$set>\n</$reveal>\n</$wikify>\n</$set>\n</$list>\n\\end\n\\define palette-manager-colour-row()\n\\whitespace trim\n<tr>\n<td>\n<span style=\"float:right;\">\n<$button tooltip=<<lingo Delete/Hint>> aria-label=<<lingo Delete/Hint>> class=\"tc-btn-invisible\" actions=<<delete-colour-index-actions>>>\n{{$:/core/images/delete-button}}</$button>\n</span>\n''<$macrocall $name=\"describePaletteColour\" colour=<<colourName>>/>''<br/>\n<$macrocall $name=\"colourName\" $output=\"text/plain\"/>\n</td>\n<td>\n<<palette-manager-colour-row-segment>>\n</td>\n</tr>\n\\end\n\\define palette-manager-table()\n\\whitespace trim\n<table>\n<tbody>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]indexes[]]\" variable=\"colourName\">\n<$list filter=\"[<currentTiddler>indexes[]removeprefix<colourName>suffix[]]\" variable=\"ignore\" emptyMessage=\"\"\"\n<$list filter=\"[{$:/state/palettemanager/showexternal}removeprefix[yes]suffix[]]\" variable=\"ignore\">\n<<palette-manager-colour-row>>\n</$list>\n\"\"\">\n<<palette-manager-colour-row>>\n</$list>\n</$list>\n</tbody>\n</table>\n\\end\n<$set name=\"currentTiddler\" value={{$:/palette}}>\n\n<<lingo Prompt>> <$link to={{$:/palette}}><$macrocall $name=\"currentTiddler\" $output=\"text/plain\"/></$link>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\" variable=\"listItem\">\n<<lingo Prompt/Modified>>\n<$button message=\"tm-delete-tiddler\" param={{$:/palette}}><<lingo Reset/Caption>></$button>\n</$list>\n\n<$list filter=\"[all[current]is[shadow]!is[tiddler]]\" variable=\"listItem\">\n<<lingo Clone/Prompt>>\n</$list>\n\n<$button message=\"tm-new-tiddler\" param={{$:/palette}}><<lingo Clone/Caption>></$button>\n\n<$checkbox tiddler=\"$:/state/palettemanager/showexternal\" field=\"text\" checked=\"yes\" unchecked=\"no\"> <<lingo Names/External/Show>></$checkbox>\n\n<<palette-manager-table>>\n"
},
"$:/core/ui/PluginInfo": {
"title": "$:/core/ui/PluginInfo",
"text": "\\define localised-info-tiddler-title()\n$(currentTiddler)$/$(languageTitle)$/$(currentTab)$\n\\end\n\\define info-tiddler-title()\n$(currentTiddler)$/$(currentTab)$\n\\end\n\\define default-tiddler-title()\n$:/core/ui/PluginInfo/Default/$(currentTab)$\n\\end\n<$transclude tiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<localised-info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<currentTiddler>> subtiddler=<<info-tiddler-title>> mode=\"block\">\n<$transclude tiddler=<<default-tiddler-title>> mode=\"block\">\n{{$:/language/ControlPanel/Plugin/NoInfoFound/Hint}}\n</$transclude>\n</$transclude>\n</$transclude>\n</$transclude>\n"
},
"$:/core/ui/PluginInfo/Default/contents": {
"title": "$:/core/ui/PluginInfo/Default/contents",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link />\n</li>\n</$list>\n</ul>\n"
},
"$:/core/ui/PluginListItemTemplate": {
"title": "$:/core/ui/PluginListItemTemplate",
"text": "<div class=\"tc-menu-list-item\">\n<$link to={{!!title}}><$view field=\"description\"><$view field=\"title\"/></$view></$link>\n</div>"
},
"$:/core/ui/SearchResults": {
"title": "$:/core/ui/SearchResults",
"text": "<div class=\"tc-search-results\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]butfirst[]limit[1]]\" emptyMessage=\"\"\"\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\">\n<$transclude mode=\"block\"/>\n</$list>\n\"\"\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SearchResults]!has[draft.of]]\" default={{$:/config/SearchResults/Default}}/>\n\n</$list>\n\n</div>\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/More/Caption}}",
"text": "<div class=\"tc-more-sidebar\">\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/MoreSideBar]!has[draft.of]]\" default={{$:/config/DefaultMoreSidebarTab}} state=\"$:/state/tab/moresidebar\" class=\"tc-vertical tc-sidebar-tabs-more\" />\n</div>"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Open/Caption}}",
"text": "\\whitespace trim\n\\define lingo-base() $:/language/CloseAll/\n\n\\define drop-actions()\n<$action-listops $tiddler=<<tv-story-list>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define placeholder()\n<div class=\"tc-droppable-placeholder\"/>\n\\end\n\n\\define droppable-item(button)\n\\whitespace trim\n<$droppable actions=<<drop-actions>> enable=<<tv-allow-drag-and-drop>>>\n<<placeholder>>\n<div>\n$button$\n</div>\n</$droppable>\n\\end\n\n<div class=\"tc-sidebar-tab-open\">\n<$list filter=\"[list<tv-story-list>]\" history=<<tv-history-list>> storyview=\"pop\">\n<div class=\"tc-sidebar-tab-open-item\">\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=\"tc-btn-invisible tc-btn-mini\">{{$:/core/images/close-button}}</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\"\"\"/>\n</div>\n</$list>\n<$tiddler tiddler=\"\">\n<div>\n<$macrocall $name=\"droppable-item\" button=\"\"\"<$button message=\"tm-close-all-tiddlers\" class=\"tc-btn-invisible tc-btn-mini\"><<lingo Button>></$button>\"\"\"/>\n</div>\n</$tiddler>\n</div>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Recent/Caption}}",
"text": "<$macrocall $name=\"timeline\" format={{$:/language/RecentChanges/DateFormat}}/>\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "{{$:/language/SideBar/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/ControlPanel/\n\\define config-title()\n$:/config/PageControlButtons/Visibility/$(listItem)$\n\\end\n\n<<lingo Basics/Version/Prompt>> <<version>>\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/PageControls]!has[draft.of]]\" variable=\"listItem\">\n\n<div style=\"position:relative;\" class={{{ [<listItem>encodeuricomponent[]addprefix[tc-btn-]] }}}>\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</div>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<$transclude tiddler=\"$:/core/ui/SideBarSegments/search\"/>\n\n<$transclude tiddler=\"$:/core/ui/SideBarSegments/tabs\"/>\n\n"
},
"$:/core/ui/SideBarSegments/page-controls": {
"title": "$:/core/ui/SideBarSegments/page-controls",
"tags": "$:/tags/SideBarSegment",
"text": "{{||$:/core/ui/PageTemplate/pagecontrols}}\n"
},
"$:/core/ui/SideBarSegments/search": {
"title": "$:/core/ui/SideBarSegments/search",
"tags": "$:/tags/SideBarSegment",
"text": "\\whitespace trim\n<div class=\"tc-sidebar-lists tc-sidebar-search\">\n\n<$set name=\"searchTiddler\" value=\"$:/temp/search\">\n<div class=\"tc-search\">\n<$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\" focus={{$:/config/Search/AutoFocus}} focusPopup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-popup-handle\"/>\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n<$button tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/advancedsearch\" text={{$:/temp/search}}/>\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\"/>\n<$action-navigate $to=\"$:/AdvancedSearch\"/>\n{{$:/core/images/advanced-search-button}}\n</$button>\n<$button class=\"tc-btn-invisible\">\n<$action-setfield $tiddler=\"$:/temp/search\" text=\"\" />\n{{$:/core/images/close-button}}\n</$button>\n<$button popup=<<qualify \"$:/state/popup/search-dropdown\">> class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" variable=\"listItem\">\n<$set name=\"searchTerm\" value={{{ [<searchTiddler>get[text]] }}}>\n<$set name=\"resultCount\" value=\"\"\"<$count filter=\"[!is[system]search<searchTerm>]\"/>\"\"\">\n{{$:/language/Search/Matches}}\n</$set>\n</$set>\n</$list>\n</$button>\n</$reveal>\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n<$button to=\"$:/AdvancedSearch\" tooltip={{$:/language/Buttons/AdvancedSearch/Hint}} aria-label={{$:/language/Buttons/AdvancedSearch/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/advanced-search-button}}\n</$button>\n</$reveal>\n</div>\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown-wrapper\" state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<$reveal tag=\"div\" class=\"tc-block-dropdown tc-search-drop-down tc-popup-handle\" state=<<qualify \"$:/state/popup/search-dropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n\n<$list filter=\"[{$:/temp/search}minlength{$:/config/Search/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n\n{{$:/core/ui/SearchResults}}\n\n</$list>\n\n</$reveal>\n\n</$reveal>\n\n</$set>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-subtitle": {
"title": "$:/core/ui/SideBarSegments/site-subtitle",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-site-subtitle\">\n\n<$transclude tiddler=\"$:/SiteSubtitle\" mode=\"inline\"/>\n\n</div>\n"
},
"$:/core/ui/SideBarSegments/site-title": {
"title": "$:/core/ui/SideBarSegments/site-title",
"tags": "$:/tags/SideBarSegment",
"text": "<h1 class=\"tc-site-title\">\n\n<$transclude tiddler=\"$:/SiteTitle\" mode=\"inline\"/>\n\n</h1>\n"
},
"$:/core/ui/SideBarSegments/tabs": {
"title": "$:/core/ui/SideBarSegments/tabs",
"tags": "$:/tags/SideBarSegment",
"text": "<div class=\"tc-sidebar-lists tc-sidebar-tabs\">\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/SideBar]!has[draft.of]]\" default={{$:/config/DefaultSidebarTab}} state=\"$:/state/tab/sidebar\" class=\"tc-sidebar-tabs-main\"/>\n\n</div>\n"
},
"$:/TagManager": {
"title": "$:/TagManager",
"icon": "$:/core/images/tag-button",
"color": "#bbb",
"text": "\\define lingo-base() $:/language/TagManager/\n\\define iconEditorTab(type)\n\\whitespace trim\n<$link to=\"\"><<lingo Icons/None>></$link>\n<$list filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[sort[title]] +[$type$is[system]]\">\n<$link to={{!!title}}>\n<$transclude/> <$view field=\"title\"/>\n</$link>\n</$list>\n\\end\n\\define iconEditor(title)\n\\whitespace trim\n<div class=\"tc-drop-down-wrapper\">\n<$button popupTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal stateTitle={{{ [[$:/state/popup/icon/]addsuffix<__title__>] }}} type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$linkcatcher actions=\"\"\"<$action-setfield $tiddler=<<__title__>> icon=<<navigateTo>>/>\"\"\">\n<<iconEditorTab type:\"!\">>\n<hr/>\n<<iconEditorTab type:\"\">>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>\n\\end\n\\define toggleButton(state)\n\\whitespace trim\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"closed\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"open\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n<$reveal stateTitle=<<__state__>> type=\"match\" text=\"open\" default=\"closed\">\n<$button setTitle=<<__state__>> setTo=\"closed\" class=\"tc-btn-invisible tc-btn-dropdown\" selectedClass=\"tc-selected\">\n{{$:/core/images/info-button}}\n</$button>\n</$reveal>\n\\end\n\\whitespace trim\n<table class=\"tc-tag-manager-table\">\n<tbody>\n<tr>\n<th><<lingo Colour/Heading>></th>\n<th class=\"tc-tag-manager-tag\"><<lingo Tag/Heading>></th>\n<th><<lingo Count/Heading>></th>\n<th><<lingo Icon/Heading>></th>\n<th><<lingo Info/Heading>></th>\n</tr>\n<$list filter=\"[tags[]!is[system]sort[title]]\">\n<tr>\n<td><$edit-text field=\"color\" tag=\"input\" type=\"color\"/></td>\n<td>{{||$:/core/ui/TagTemplate}}</td>\n<td><$count filter=\"[all[current]tagging[]]\"/></td>\n<td>\n<$macrocall $name=\"iconEditor\" title={{!!title}}/>\n</td>\n<td>\n<$macrocall $name=\"toggleButton\" state={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} /> \n</td>\n</tr>\n<tr>\n<td></td>\n<td colspan=\"4\">\n<$reveal stateTitle={{{ [[$:/state/tag-manager/]addsuffix<currentTiddler>] }}} type=\"match\" text=\"open\" default=\"\">\n<table>\n<tbody>\n<tr><td><<lingo Colour/Heading>></td><td><$edit-text field=\"color\" tag=\"input\" type=\"text\" size=\"9\"/></td></tr>\n<tr><td><<lingo Icon/Heading>></td><td><$edit-text field=\"icon\" tag=\"input\" size=\"45\"/></td></tr>\n</tbody>\n</table>\n</$reveal>\n</td>\n</tr>\n</$list>\n<tr>\n<td></td>\n<td style=\"position:relative;\">\n{{$:/core/ui/UntaggedTemplate}}\n</td>\n<td>\n<small class=\"tc-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n</td>\n<td></td>\n<td></td>\n</tr>\n</tbody>\n</table>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\whitespace trim\n<span class=\"tc-tag-list-item\">\n<$set name=\"transclusion\" value=<<currentTiddler>>>\n<$macrocall $name=\"tag-pill-body\" tag=<<currentTiddler>> icon={{!!icon}} colour={{!!color}} palette={{$:/palette}} element-tag=\"\"\"$button\"\"\" element-attributes=\"\"\"popup=<<qualify \"$:/state/popup/tag\">> dragFilter='[all[current]tagging[]]' tag='span'\"\"\"/>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\" animate=\"yes\" class=\"tc-drop-down\">\n<$set name=\"tv-show-missing-links\" value=\"yes\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n</$set>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TagDropdown]!has[draft.of]]\" variable=\"listItem\"> \n<$transclude tiddler=<<listItem>>/> \n</$list>\n<hr>\n<$macrocall $name=\"list-tagged-draggable\" tag=<<currentTiddler>>/>\n</$reveal>\n</$set>\n</span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tc-view-field\">\n<td class=\"tc-view-field-name\">\n<$text text=<<listItem>>/>\n</td>\n<td class=\"tc-view-field-value\">\n<$view field=<<listItem>>/>\n</td>\n</tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tc-view-field-table\">\n<tbody>\n<$list filter=\"[all[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/PluginInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/PluginInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/PluginInfo/\n<$list filter=\"[all[current]has[plugin-type]]\">\n\n! <<lingo Heading>>\n\n<<lingo Hint>>\n<ul>\n<$list filter=\"[all[current]plugintiddlers[]sort[title]]\" emptyMessage=<<lingo Empty/Hint>>>\n<li>\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</li>\n</$list>\n</ul>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Advanced/ShadowInfo": {
"title": "$:/core/ui/TiddlerInfo/Advanced/ShadowInfo",
"tags": "$:/tags/TiddlerInfo/Advanced",
"text": "\\define lingo-base() $:/language/TiddlerInfo/Advanced/ShadowInfo/\n<$set name=\"infoTiddler\" value=<<currentTiddler>>>\n\n''<<lingo Heading>>''\n\n<$list filter=\"[all[current]!is[shadow]]\">\n\n<<lingo NotShadow/Hint>>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]]\">\n\n<<lingo Shadow/Hint>>\n\n<$list filter=\"[all[current]shadowsource[]]\">\n\n<$set name=\"pluginTiddler\" value=<<currentTiddler>>>\n<<lingo Shadow/Source>>\n</$set>\n\n</$list>\n\n<$list filter=\"[all[current]is[shadow]is[tiddler]]\">\n\n<<lingo OverriddenShadow/Hint>>\n\n</$list>\n\n\n</$list>\n</$set>\n"
},
"$:/core/ui/TiddlerInfo/Advanced": {
"title": "$:/core/ui/TiddlerInfo/Advanced",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Advanced/Caption}}",
"text": "<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo/Advanced]!has[draft.of]]\" variable=\"listItem\">\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Fields/Caption}}",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/List/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[list{!!title}]\" emptyMessage=<<lingo List/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Listed/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]listed[]!is[system]]\" emptyMessage=<<lingo Listed/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/References/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]backlinks[]sort[title]]\" emptyMessage=<<lingo References/Empty>> template=\"$:/core/ui/ListItemTemplate\">\n</$list>"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tagging/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n<$list filter=\"[all[current]tagging[]]\" emptyMessage=<<lingo Tagging/Empty>> template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Tools": {
"title": "$:/core/ui/TiddlerInfo/Tools",
"tags": "$:/tags/TiddlerInfo",
"caption": "{{$:/language/TiddlerInfo/Tools/Caption}}",
"text": "\\define lingo-base() $:/language/TiddlerInfo/\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\">\n\n<$checkbox tiddler=<<config-title>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"show\"/> <$transclude tiddler=<<listItem>>/> <i class=\"tc-muted\"><$transclude tiddler=<<listItem>> field=\"description\"/></i>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<div style=\"position:relative;\">\n<div class=\"tc-tiddler-controls\" style=\"position:absolute;right:0;\">\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=\"tc-btn-invisible\">\n{{$:/core/images/close-button}}\n</$button>\n</$reveal>\n</div>\n</div>\n\n<$macrocall $name=\"tabs\" tabsList=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfo]!has[draft.of]]\" default={{$:/config/TiddlerInfo/Default}}/>"
},
"$:/core/ui/TopBar/menu": {
"title": "$:/core/ui/TopBar/menu",
"tags": "$:/tags/TopRightBar",
"text": "<$list filter=\"[[$:/state/sidebar]get[text]] +[else[yes]!match[no]]\" variable=\"ignore\">\n<$button set=\"$:/state/sidebar\" setTo=\"no\" tooltip={{$:/language/Buttons/HideSideBar/Hint}} aria-label={{$:/language/Buttons/HideSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}}</$button>\n</$list>\n<$list filter=\"[[$:/state/sidebar]get[text]] +[else[yes]match[no]]\" variable=\"ignore\">\n<$button set=\"$:/state/sidebar\" setTo=\"yes\" tooltip={{$:/language/Buttons/ShowSideBar/Hint}} aria-label={{$:/language/Buttons/ShowSideBar/Caption}} class=\"tc-btn-invisible\">{{$:/core/images/chevron-left}}</$button>\n</$list>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "\\define lingo-base() $:/language/SideBar/\n<$button popup=<<qualify \"$:/state/popup/tag\">> class=\"tc-btn-invisible tc-untagged-label tc-tag-label\">\n<<lingo Tags/Untagged/Caption>>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/tag\">> type=\"popup\" position=\"below\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" class=\"tc-tiddler-body\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" retain=\"yes\" animate=\"yes\">\n\n<$list filter=\"[all[current]!has[plugin-type]!field:hide-body[yes]]\">\n\n<$transclude>\n\n<$transclude tiddler=\"$:/language/MissingTiddler/Hint\"/>\n\n</$transclude>\n\n</$list>\n\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/classic": {
"title": "$:/core/ui/ViewTemplate/classic",
"tags": "$:/tags/ViewTemplate $:/tags/EditTemplate",
"text": "\\define lingo-base() $:/language/ClassicWarning/\n<$list filter=\"[all[current]type[text/x-tiddlywiki]]\">\n<div class=\"tc-message-box\">\n\n<<lingo Hint>>\n\n<$button set=\"!!type\" setTo=\"text/vnd.tiddlywiki\"><<lingo Upgrade/Caption>></$button>\n\n</div>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/import": {
"title": "$:/core/ui/ViewTemplate/import",
"tags": "$:/tags/ViewTemplate",
"text": "\\define lingo-base() $:/language/Import/\n\n\\define buttons()\n<$button message=\"tm-delete-tiddler\" param=<<currentTiddler>>><<lingo Listing/Cancel/Caption>></$button>\n<$button message=\"tm-perform-import\" param=<<currentTiddler>>><<lingo Listing/Import/Caption>></$button>\n<<lingo Listing/Preview>> <$select tiddler=\"$:/state/importpreviewtype\" default=\"$:/core/ui/ImportPreviews/Text\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ImportPreview]!has[draft.of]]\">\n<option value=<<currentTiddler>>>{{!!caption}}</option>\n</$list>\n</$select>\n\\end\n\n<$list filter=\"[all[current]field:plugin-type[import]]\">\n\n<div class=\"tc-import\">\n\n<<lingo Listing/Hint>>\n\n<<buttons>>\n\n{{||$:/core/ui/ImportListing}}\n\n<<buttons>>\n\n</div>\n\n</$list>\n"
},
"$:/core/ui/ViewTemplate/plugin": {
"title": "$:/core/ui/ViewTemplate/plugin",
"tags": "$:/tags/ViewTemplate",
"text": "<$list filter=\"[all[current]has[plugin-type]] -[all[current]field:plugin-type[import]]\">\n<$set name=\"plugin-type\" value={{!!plugin-type}}>\n<$set name=\"default-popup-state\" value=\"yes\">\n<$set name=\"qualified-state\" value=<<qualify \"$:/state/plugin-info\">>>\n{{||$:/core/ui/Components/plugin-info}}\n</$set>\n</$set>\n</$set>\n</$list>\n"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-subtitle\">\n<$link to={{!!modifier}} />\n<$view field=\"modified\" format=\"date\" template={{$:/language/Tiddler/DateFormat}}/>\n</div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" tag=\"div\" retain=\"yes\" animate=\"yes\">\n<div class=\"tc-tags-wrapper\"><$list filter=\"[all[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\whitespace trim\n\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<div class=\"tc-tiddler-title\">\n<div class=\"tc-titlebar\">\n<span class=\"tc-tiddler-controls\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]]\" variable=\"listItem\"><$reveal type=\"nomatch\" state=<<config-title>> text=\"hide\"><$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\"><$transclude tiddler=<<listItem>>/></$set></$reveal></$list>\n</span>\n<$set name=\"tv-wikilinks\" value={{$:/config/Tiddlers/TitleLinks}}>\n<$link>\n<$set name=\"foregroundColor\" value={{!!color}}>\n<span class=\"tc-tiddler-title-icon\" style=<<title-styles>>>\n<$transclude tiddler={{!!icon}}>\n<$transclude tiddler={{$:/config/DefaultTiddlerIcon}}/>\n</$transclude>\n</span>\n</$set>\n<$list filter=\"[all[current]removeprefix[$:/]]\">\n<h2 class=\"tc-title\" title={{$:/language/SystemTiddler/Tooltip}}>\n<span class=\"tc-system-title-prefix\">$:/</span><$text text=<<currentTiddler>>/>\n</h2>\n</$list>\n<$list filter=\"[all[current]!prefix[$:/]]\">\n<h2 class=\"tc-title\">\n<$view field=\"title\"/>\n</h2>\n</$list>\n</$link>\n</$set>\n</div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tc-tiddler-info tc-popup-handle\" animate=\"yes\" retain=\"yes\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/TiddlerInfoSegment]!has[draft.of]] [[$:/core/ui/TiddlerInfo]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>> mode=\"block\"/></$list>\n\n</$reveal>\n</div>"
},
"$:/core/ui/ViewTemplate/unfold": {
"title": "$:/core/ui/ViewTemplate/unfold",
"tags": "$:/tags/ViewTemplate",
"text": "<$reveal tag=\"div\" type=\"nomatch\" state=\"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar\" text=\"hide\">\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=\"tc-fold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-up}}\n</$button>\n</$reveal>\n<$reveal tag=\"div\" type=\"nomatch\" stateTitle=<<folded-state>> text=\"show\" default=\"show\" retain=\"yes\" animate=\"yes\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=\"tc-unfold-banner\">\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n{{$:/core/images/chevron-down}}\n</$button>\n</$reveal>\n</$reveal>\n"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define folded-state()\n$:/state/folded/$(currentTiddler)$\n\\end\n\\import [all[shadows+tiddlers]tag[$:/tags/Macro/View]!has[draft.of]]\n<$vars storyTiddler=<<currentTiddler>> tiddlerInfoState=<<qualify \"$:/state/popup/tiddler-info\">>><div data-tiddler-title=<<currentTiddler>> data-tags={{!!tags}} class={{{ tc-tiddler-frame tc-tiddler-view-frame [<currentTiddler>is[tiddler]then[tc-tiddler-exists]] [<currentTiddler>is[missing]!is[shadow]then[tc-tiddler-missing]] [<currentTiddler>is[shadow]then[tc-tiddler-exists tc-tiddler-shadow]] [<currentTiddler>is[shadow]is[tiddler]then[tc-tiddler-overridden-shadow]] [<currentTiddler>is[system]then[tc-tiddler-system]] [{!!class}] [<currentTiddler>tags[]encodeuricomponent[]addprefix[tc-tagged-]] +[join[ ]] }}}><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewTemplate]!has[draft.of]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$vars>\n"
},
"$:/core/ui/Buttons/clone": {
"title": "$:/core/ui/Buttons/clone",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/clone-button}} {{$:/language/Buttons/Clone/Caption}}",
"description": "{{$:/language/Buttons/Clone/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-new-tiddler\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/Clone/Hint}} aria-label={{$:/language/Buttons/Clone/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/clone-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Clone/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close-others": {
"title": "$:/core/ui/Buttons/close-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-others-button}} {{$:/language/Buttons/CloseOthers/Caption}}",
"description": "{{$:/language/Buttons/CloseOthers/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-other-tiddlers\" param=<<currentTiddler>> tooltip={{$:/language/Buttons/CloseOthers/Hint}} aria-label={{$:/language/Buttons/CloseOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/CloseOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/close": {
"title": "$:/core/ui/Buttons/close",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/close-button}} {{$:/language/Buttons/Close/Caption}}",
"description": "{{$:/language/Buttons/Close/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-close-tiddler\" tooltip={{$:/language/Buttons/Close/Hint}} aria-label={{$:/language/Buttons/Close/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/close-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Close/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/edit": {
"title": "$:/core/ui/Buttons/edit",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/edit-button}} {{$:/language/Buttons/Edit/Caption}}",
"description": "{{$:/language/Buttons/Edit/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-edit-tiddler\" tooltip={{$:/language/Buttons/Edit/Hint}} aria-label={{$:/language/Buttons/Edit/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/edit-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Edit/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/export-tiddler": {
"title": "$:/core/ui/Buttons/export-tiddler",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/export-button}} {{$:/language/Buttons/ExportTiddler/Caption}}",
"description": "{{$:/language/Buttons/ExportTiddler/Hint}}",
"text": "\\define makeExportFilter()\n[[$(currentTiddler)$]]\n\\end\n<$macrocall $name=\"exportButton\" exportFilter=<<makeExportFilter>> lingoBase=\"$:/language/Buttons/ExportTiddler/\" baseFilename=<<currentTiddler>>/>"
},
"$:/core/ui/Buttons/fold-bar": {
"title": "$:/core/ui/Buttons/fold-bar",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/chevron-up}} {{$:/language/Buttons/Fold/FoldBar/Caption}}",
"description": "{{$:/language/Buttons/Fold/FoldBar/Hint}}",
"text": "<!-- This dummy toolbar button is here to allow visibility of the fold-bar to be controlled as if it were a toolbar button -->"
},
"$:/core/ui/Buttons/fold-others": {
"title": "$:/core/ui/Buttons/fold-others",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-others-button}} {{$:/language/Buttons/FoldOthers/Caption}}",
"description": "{{$:/language/Buttons/FoldOthers/Hint}}",
"text": "\\whitespace trim\n<$button tooltip={{$:/language/Buttons/FoldOthers/Hint}} aria-label={{$:/language/Buttons/FoldOthers/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-other-tiddlers\" $param=<<currentTiddler>> foldedStatePrefix=\"$:/state/folded/\"/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-others-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/FoldOthers/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/fold": {
"title": "$:/core/ui/Buttons/fold",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/fold-button}} {{$:/language/Buttons/Fold/Caption}}",
"description": "{{$:/language/Buttons/Fold/Hint}}",
"text": "\\whitespace trim\n<$reveal type=\"nomatch\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Fold/Hint}} aria-label={{$:/language/Buttons/Fold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/fold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Fold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<folded-state>> text=\"hide\" default=\"show\">\n<$button tooltip={{$:/language/Buttons/Unfold/Hint}} aria-label={{$:/language/Buttons/Unfold/Caption}} class=<<tv-config-toolbar-class>>>\n<$action-sendmessage $message=\"tm-fold-tiddler\" $param=<<currentTiddler>> foldedState=<<folded-state>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\" variable=\"listItem\">\n{{$:/core/images/unfold-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Unfold/Caption}}/>\n</span>\n</$list>\n</$button>\n</$reveal>\n"
},
"$:/core/ui/Buttons/info": {
"title": "$:/core/ui/Buttons/info",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/info-button}} {{$:/language/Buttons/Info/Caption}}",
"description": "{{$:/language/Buttons/Info/Hint}}",
"text": "\\whitespace trim\n\\define button-content()\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/info-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/Info/Caption}}/>\n</span>\n</$list>\n\\end\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"popup\">\n<$button popup=<<tiddlerInfoState>> tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=\"$:/config/TiddlerInfo/Mode\" type=\"match\" text=\"sticky\">\n<$reveal state=<<tiddlerInfoState>> type=\"match\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"yes\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n<$reveal state=<<tiddlerInfoState>> type=\"nomatch\" text=\"\" default=\"\">\n<$button set=<<tiddlerInfoState>> setTo=\"\" tooltip={{$:/language/Buttons/Info/Hint}} aria-label={{$:/language/Buttons/Info/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$macrocall $name=\"button-content\" mode=\"inline\"/>\n</$button>\n</$reveal>\n</$reveal>"
},
"$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/core/ui/Buttons/more-tiddler-actions",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/down-arrow}} {{$:/language/Buttons/More/Caption}}",
"description": "{{$:/language/Buttons/More/Hint}}",
"text": "\\whitespace trim\n\\define config-title()\n$:/config/ViewToolbarButtons/Visibility/$(listItem)$\n\\end\n<$button popup=<<qualify \"$:/state/popup/more\">> tooltip={{$:/language/Buttons/More/Hint}} aria-label={{$:/language/Buttons/More/Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/down-arrow}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/More/Caption}}/>\n</span>\n</$list>\n</$button>\n<$reveal state=<<qualify \"$:/state/popup/more\">> type=\"popup\" position=\"belowleft\" animate=\"yes\">\n\n<div class=\"tc-drop-down\">\n\n<$set name=\"tv-config-toolbar-icons\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-text\" value=\"yes\">\n\n<$set name=\"tv-config-toolbar-class\" value=\"tc-btn-invisible\">\n\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/ViewToolbar]!has[draft.of]] -[[$:/core/ui/Buttons/more-tiddler-actions]]\" variable=\"listItem\">\n\n<$reveal type=\"match\" state=<<config-title>> text=\"hide\">\n\n<$set name=\"tv-config-toolbar-class\" filter=\"[<tv-config-toolbar-class>] [<listItem>encodeuricomponent[]addprefix[tc-btn-]]\">\n\n<$transclude tiddler=<<listItem>> mode=\"inline\"/>\n\n</$set>\n\n</$reveal>\n\n</$list>\n\n</$set>\n\n</$set>\n\n</$set>\n\n</div>\n\n</$reveal>"
},
"$:/core/ui/Buttons/new-here": {
"title": "$:/core/ui/Buttons/new-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-here-button}} {{$:/language/Buttons/NewHere/Caption}}",
"description": "{{$:/language/Buttons/NewHere/Hint}}",
"text": "\\whitespace trim\n\\define newHereActions()\n<$set name=\"tags\" filter=\"[<currentTiddler>] [{$:/config/NewTiddler/Tags!!tags}]\">\n<$action-sendmessage $message=\"tm-new-tiddler\" tags=<<tags>>/>\n</$set>\n\\end\n\\define newHereButton()\n<$button actions=<<newHereActions>> tooltip={{$:/language/Buttons/NewHere/Hint}} aria-label={{$:/language/Buttons/NewHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-here-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewHere/Caption}}/>\n</span>\n</$list>\n</$button>\n\\end\n<<newHereButton>>\n"
},
"$:/core/ui/Buttons/new-journal-here": {
"title": "$:/core/ui/Buttons/new-journal-here",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/new-journal-button}} {{$:/language/Buttons/NewJournalHere/Caption}}",
"description": "{{$:/language/Buttons/NewJournalHere/Hint}}",
"text": "\\whitespace trim\n\\define journalButtonTags()\n[[$(currentTiddlerTag)$]] $(journalTags)$\n\\end\n\\define journalButton()\n<$button tooltip={{$:/language/Buttons/NewJournalHere/Hint}} aria-label={{$:/language/Buttons/NewJournalHere/Caption}} class=<<tv-config-toolbar-class>>>\n<$wikify name=\"journalTitle\" text=\"\"\"<$macrocall $name=\"now\" format=<<journalTitleTemplate>>/>\"\"\">\n<$action-sendmessage $message=\"tm-new-tiddler\" title=<<journalTitle>> tags=<<journalButtonTags>>/>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/new-journal-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text={{$:/language/Buttons/NewJournalHere/Caption}}/>\n</span>\n</$list>\n</$wikify>\n</$button>\n\\end\n<$set name=\"journalTitleTemplate\" value={{$:/config/NewJournal/Title}}>\n<$set name=\"journalTags\" value={{$:/config/NewJournal/Tags!!tags}}>\n<$set name=\"currentTiddlerTag\" value=<<currentTiddler>>>\n<<journalButton>>\n</$set>\n</$set>\n</$set>\n"
},
"$:/core/ui/Buttons/open-window": {
"title": "$:/core/ui/Buttons/open-window",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/open-window}} {{$:/language/Buttons/OpenWindow/Caption}}",
"description": "{{$:/language/Buttons/OpenWindow/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-open-window\" tooltip={{$:/language/Buttons/OpenWindow/Hint}} aria-label={{$:/language/Buttons/OpenWindow/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/open-window}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/OpenWindow/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permalink": {
"title": "$:/core/ui/Buttons/permalink",
"tags": "$:/tags/ViewToolbar",
"caption": "{{$:/core/images/permalink-button}} {{$:/language/Buttons/Permalink/Caption}}",
"description": "{{$:/language/Buttons/Permalink/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permalink\" tooltip={{$:/language/Buttons/Permalink/Hint}} aria-label={{$:/language/Buttons/Permalink/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/permalink-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permalink/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/core/ui/Buttons/permaview": {
"title": "$:/core/ui/Buttons/permaview",
"tags": "$:/tags/ViewToolbar $:/tags/PageControls",
"caption": "{{$:/core/images/permaview-button}} {{$:/language/Buttons/Permaview/Caption}}",
"description": "{{$:/language/Buttons/Permaview/Hint}}",
"text": "\\whitespace trim\n<$button message=\"tm-permaview\" tooltip={{$:/language/Buttons/Permaview/Hint}} aria-label={{$:/language/Buttons/Permaview/Caption}} class=<<tv-config-toolbar-class>>>\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/permaview-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\">\n<$text text=\" \"/>\n<$text text={{$:/language/Buttons/Permaview/Caption}}/>\n</span>\n</$list>\n</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tc-view-field\"><td class=\"tc-view-field-name\">''$title$'':</td><td class=\"tc-view-field-value\">//{{$:/language/Docs/Fields/$title$}}//</td></tr>\n\\end\n<table class=\"tc-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/config/AutoFocus": {
"title": "$:/config/AutoFocus",
"text": "title"
},
"$:/config/AutoSave": {
"title": "$:/config/AutoSave",
"text": "yes"
},
"$:/config/BitmapEditor/Colour": {
"title": "$:/config/BitmapEditor/Colour",
"text": "#444"
},
"$:/config/BitmapEditor/ImageSizes": {
"title": "$:/config/BitmapEditor/ImageSizes",
"text": "[[62px 100px]] [[100px 62px]] [[124px 200px]] [[200px 124px]] [[248px 400px]] [[371px 600px]] [[400px 248px]] [[556px 900px]] [[600px 371px]] [[742px 1200px]] [[900px 556px]] [[1200px 742px]]"
},
"$:/config/BitmapEditor/LineWidth": {
"title": "$:/config/BitmapEditor/LineWidth",
"text": "3px"
},
"$:/config/BitmapEditor/LineWidths": {
"title": "$:/config/BitmapEditor/LineWidths",
"text": "0.25px 0.5px 1px 2px 3px 4px 6px 8px 10px 16px 20px 28px 40px 56px 80px"
},
"$:/config/BitmapEditor/Opacities": {
"title": "$:/config/BitmapEditor/Opacities",
"text": "0.01 0.025 0.05 0.075 0.1 0.15 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0"
},
"$:/config/BitmapEditor/Opacity": {
"title": "$:/config/BitmapEditor/Opacity",
"text": "1.0"
},
"$:/config/DefaultMoreSidebarTab": {
"title": "$:/config/DefaultMoreSidebarTab",
"text": "$:/core/ui/MoreSideBar/Tags"
},
"$:/config/DefaultSidebarTab": {
"title": "$:/config/DefaultSidebarTab",
"text": "$:/core/ui/SideBar/Open"
},
"$:/config/DownloadSaver/AutoSave": {
"title": "$:/config/DownloadSaver/AutoSave",
"text": "no"
},
"$:/config/Drafts/TypingTimeout": {
"title": "$:/config/Drafts/TypingTimeout",
"text": "400"
},
"$:/config/EditTemplateFields/Visibility/title": {
"title": "$:/config/EditTemplateFields/Visibility/title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/tags": {
"title": "$:/config/EditTemplateFields/Visibility/tags",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/text": {
"title": "$:/config/EditTemplateFields/Visibility/text",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/creator": {
"title": "$:/config/EditTemplateFields/Visibility/creator",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/created": {
"title": "$:/config/EditTemplateFields/Visibility/created",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modified": {
"title": "$:/config/EditTemplateFields/Visibility/modified",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/modifier": {
"title": "$:/config/EditTemplateFields/Visibility/modifier",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/type": {
"title": "$:/config/EditTemplateFields/Visibility/type",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.title": {
"title": "$:/config/EditTemplateFields/Visibility/draft.title",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/draft.of": {
"title": "$:/config/EditTemplateFields/Visibility/draft.of",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/revision": {
"title": "$:/config/EditTemplateFields/Visibility/revision",
"text": "hide"
},
"$:/config/EditTemplateFields/Visibility/bag": {
"title": "$:/config/EditTemplateFields/Visibility/bag",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-4",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-5",
"text": "hide"
},
"$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6": {
"title": "$:/config/EditorToolbarButtons/Visibility/$:/core/ui/EditorToolbar/heading-6",
"text": "hide"
},
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/webp": {
"title": "$:/config/EditorTypeMappings/image/webp",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heic": {
"title": "$:/config/EditorTypeMappings/image/heic",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/heif": {
"title": "$:/config/EditorTypeMappings/image/heif",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpeg": {
"title": "$:/config/EditorTypeMappings/image/jpeg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/jpg": {
"title": "$:/config/EditorTypeMappings/image/jpg",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/png": {
"title": "$:/config/EditorTypeMappings/image/png",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/image/x-icon": {
"title": "$:/config/EditorTypeMappings/image/x-icon",
"text": "bitmap"
},
"$:/config/EditorTypeMappings/text/vnd.tiddlywiki": {
"title": "$:/config/EditorTypeMappings/text/vnd.tiddlywiki",
"text": "text"
},
"$:/config/Manager/Show": {
"title": "$:/config/Manager/Show",
"text": "tiddlers"
},
"$:/config/Manager/Filter": {
"title": "$:/config/Manager/Filter",
"text": ""
},
"$:/config/Manager/Order": {
"title": "$:/config/Manager/Order",
"text": "forward"
},
"$:/config/Manager/Sort": {
"title": "$:/config/Manager/Sort",
"text": "title"
},
"$:/config/Manager/System": {
"title": "$:/config/Manager/System",
"text": "system"
},
"$:/config/Manager/Tag": {
"title": "$:/config/Manager/Tag",
"text": ""
},
"$:/state/popup/manager/item/$:/Manager/ItemMain/RawText": {
"title": "$:/state/popup/manager/item/$:/Manager/ItemMain/RawText",
"text": "hide"
},
"$:/config/MissingLinks": {
"title": "$:/config/MissingLinks",
"text": "yes"
},
"$:/config/Navigation/UpdateAddressBar": {
"title": "$:/config/Navigation/UpdateAddressBar",
"text": "no"
},
"$:/config/Navigation/UpdateHistory": {
"title": "$:/config/Navigation/UpdateHistory",
"text": "no"
},
"$:/config/NewImageType": {
"title": "$:/config/NewImageType",
"text": "jpeg"
},
"$:/config/OfficialPluginLibrary": {
"title": "$:/config/OfficialPluginLibrary",
"tags": "$:/tags/PluginLibrary",
"url": "https://tiddlywiki.com/library/v5.1.22/index.html",
"caption": "{{$:/language/OfficialPluginLibrary}}",
"text": "{{$:/language/OfficialPluginLibrary/Hint}}\n"
},
"$:/config/Navigation/openLinkFromInsideRiver": {
"title": "$:/config/Navigation/openLinkFromInsideRiver",
"text": "below"
},
"$:/config/Navigation/openLinkFromOutsideRiver": {
"title": "$:/config/Navigation/openLinkFromOutsideRiver",
"text": "top"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/advanced-search",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/close-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/encryption",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/export-page",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/fold-all",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/full-screen",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/home",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/refresh",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/import",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/language",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/tag-manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/manager",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/more-page-actions",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-journal",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/new-image",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/palette",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/print",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/storyview",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/timestamp",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/theme",
"text": "hide"
},
"$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all": {
"title": "$:/config/PageControlButtons/Visibility/$:/core/ui/Buttons/unfold-all",
"text": "hide"
},
"$:/config/Performance/Instrumentation": {
"title": "$:/config/Performance/Instrumentation",
"text": "no"
},
"$:/config/RegisterPluginType/plugin": {
"title": "$:/config/RegisterPluginType/plugin",
"text": "yes"
},
"$:/config/RegisterPluginType/theme": {
"title": "$:/config/RegisterPluginType/theme",
"text": "no"
},
"$:/config/RegisterPluginType/language": {
"title": "$:/config/RegisterPluginType/language",
"text": "no"
},
"$:/config/RegisterPluginType/info": {
"title": "$:/config/RegisterPluginType/info",
"text": "no"
},
"$:/config/RegisterPluginType/import": {
"title": "$:/config/RegisterPluginType/import",
"text": "no"
},
"$:/config/SaveWikiButton/Template": {
"title": "$:/config/SaveWikiButton/Template",
"text": "$:/core/save/all"
},
"$:/config/SaverFilter": {
"title": "$:/config/SaverFilter",
"text": "[all[]] -[[$:/HistoryList]] -[[$:/StoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[[$:/UploadName]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Search/AutoFocus": {
"title": "$:/config/Search/AutoFocus",
"text": "true"
},
"$:/config/Search/MinLength": {
"title": "$:/config/Search/MinLength",
"text": "3"
},
"$:/config/SearchResults/Default": {
"title": "$:/config/SearchResults/Default",
"text": "$:/core/ui/DefaultSearchResultList"
},
"$:/config/Server/ExternalFilters/[all[tiddlers]!is[system]sort[title]]": {
"title": "$:/config/Server/ExternalFilters/[all[tiddlers]!is[system]sort[title]]",
"text": "yes"
},
"$:/config/ShortcutInfo/add-field": {
"title": "$:/config/ShortcutInfo/add-field",
"text": "{{$:/language/EditTemplate/Fields/Add/Button/Hint}}"
},
"$:/config/ShortcutInfo/advanced-search": {
"title": "$:/config/ShortcutInfo/advanced-search",
"text": "{{$:/language/Buttons/AdvancedSearch/Hint}}"
},
"$:/config/ShortcutInfo/bold": {
"title": "$:/config/ShortcutInfo/bold",
"text": "{{$:/language/Buttons/Bold/Hint}}"
},
"$:/config/ShortcutInfo/cancel-edit-tiddler": {
"title": "$:/config/ShortcutInfo/cancel-edit-tiddler",
"text": "{{$:/language/Buttons/Cancel/Hint}}"
},
"$:/config/ShortcutInfo/excise": {
"title": "$:/config/ShortcutInfo/excise",
"text": "{{$:/language/Buttons/Excise/Hint}}"
},
"$:/config/ShortcutInfo/heading-1": {
"title": "$:/config/ShortcutInfo/heading-1",
"text": "{{$:/language/Buttons/Heading1/Hint}}"
},
"$:/config/ShortcutInfo/heading-2": {
"title": "$:/config/ShortcutInfo/heading-2",
"text": "{{$:/language/Buttons/Heading2/Hint}}"
},
"$:/config/ShortcutInfo/heading-3": {
"title": "$:/config/ShortcutInfo/heading-3",
"text": "{{$:/language/Buttons/Heading3/Hint}}"
},
"$:/config/ShortcutInfo/heading-4": {
"title": "$:/config/ShortcutInfo/heading-4",
"text": "{{$:/language/Buttons/Heading4/Hint}}"
},
"$:/config/ShortcutInfo/heading-5": {
"title": "$:/config/ShortcutInfo/heading-5",
"text": "{{$:/language/Buttons/Heading5/Hint}}"
},
"$:/config/ShortcutInfo/heading-6": {
"title": "$:/config/ShortcutInfo/heading-6",
"text": "{{$:/language/Buttons/Heading6/Hint}}"
},
"$:/config/ShortcutInfo/italic": {
"title": "$:/config/ShortcutInfo/italic",
"text": "{{$:/language/Buttons/Italic/Hint}}"
},
"$:/config/ShortcutInfo/link": {
"title": "$:/config/ShortcutInfo/link",
"text": "{{$:/language/Buttons/Link/Hint}}"
},
"$:/config/ShortcutInfo/list-bullet": {
"title": "$:/config/ShortcutInfo/list-bullet",
"text": "{{$:/language/Buttons/ListBullet/Hint}}"
},
"$:/config/ShortcutInfo/list-number": {
"title": "$:/config/ShortcutInfo/list-number",
"text": "{{$:/language/Buttons/ListNumber/Hint}}"
},
"$:/config/ShortcutInfo/mono-block": {
"title": "$:/config/ShortcutInfo/mono-block",
"text": "{{$:/language/Buttons/MonoBlock/Hint}}"
},
"$:/config/ShortcutInfo/mono-line": {
"title": "$:/config/ShortcutInfo/mono-line",
"text": "{{$:/language/Buttons/MonoLine/Hint}}"
},
"$:/config/ShortcutInfo/new-image": {
"title": "$:/config/ShortcutInfo/new-image",
"text": "{{$:/language/Buttons/NewImage/Hint}}"
},
"$:/config/ShortcutInfo/new-journal": {
"title": "$:/config/ShortcutInfo/new-journal",
"text": "{{$:/language/Buttons/NewJournal/Hint}}"
},
"$:/config/ShortcutInfo/new-tiddler": {
"title": "$:/config/ShortcutInfo/new-tiddler",
"text": "{{$:/language/Buttons/NewTiddler/Hint}}"
},
"$:/config/ShortcutInfo/picture": {
"title": "$:/config/ShortcutInfo/picture",
"text": "{{$:/language/Buttons/Picture/Hint}}"
},
"$:/config/ShortcutInfo/preview": {
"title": "$:/config/ShortcutInfo/preview",
"text": "{{$:/language/Buttons/Preview/Hint}}"
},
"$:/config/ShortcutInfo/quote": {
"title": "$:/config/ShortcutInfo/quote",
"text": "{{$:/language/Buttons/Quote/Hint}}"
},
"$:/config/ShortcutInfo/save-tiddler": {
"title": "$:/config/ShortcutInfo/save-tiddler",
"text": "{{$:/language/Buttons/Save/Hint}}"
},
"$:/config/ShortcutInfo/sidebar-search": {
"title": "$:/config/ShortcutInfo/sidebar-search",
"text": "{{$:/language/Buttons/SidebarSearch/Hint}}"
},
"$:/config/ShortcutInfo/stamp": {
"title": "$:/config/ShortcutInfo/stamp",
"text": "{{$:/language/Buttons/Stamp/Hint}}"
},
"$:/config/ShortcutInfo/strikethrough": {
"title": "$:/config/ShortcutInfo/strikethrough",
"text": "{{$:/language/Buttons/Strikethrough/Hint}}"
},
"$:/config/ShortcutInfo/subscript": {
"title": "$:/config/ShortcutInfo/subscript",
"text": "{{$:/language/Buttons/Subscript/Hint}}"
},
"$:/config/ShortcutInfo/superscript": {
"title": "$:/config/ShortcutInfo/superscript",
"text": "{{$:/language/Buttons/Superscript/Hint}}"
},
"$:/config/ShortcutInfo/toggle-sidebar": {
"title": "$:/config/ShortcutInfo/toggle-sidebar",
"text": "{{$:/language/Buttons/ToggleSidebar/Hint}}"
},
"$:/config/ShortcutInfo/underline": {
"title": "$:/config/ShortcutInfo/underline",
"text": "{{$:/language/Buttons/Underline/Hint}}"
},
"$:/config/SyncFilter": {
"title": "$:/config/SyncFilter",
"text": "[is[tiddler]] -[[$:/HistoryList]] -[[$:/Import]] -[[$:/isEncrypted]] -[prefix[$:/status/]] -[prefix[$:/state/]] -[prefix[$:/temp/]]"
},
"$:/config/Tags/MinLength": {
"title": "$:/config/Tags/MinLength",
"text": "0"
},
"$:/config/TextEditor/EditorHeight/Height": {
"title": "$:/config/TextEditor/EditorHeight/Height",
"text": "400px"
},
"$:/config/TextEditor/EditorHeight/Mode": {
"title": "$:/config/TextEditor/EditorHeight/Mode",
"text": "auto"
},
"$:/config/TiddlerInfo/Default": {
"title": "$:/config/TiddlerInfo/Default",
"text": "$:/core/ui/TiddlerInfo/Fields"
},
"$:/config/TiddlerInfo/Mode": {
"title": "$:/config/TiddlerInfo/Mode",
"text": "popup"
},
"$:/config/Tiddlers/TitleLinks": {
"title": "$:/config/Tiddlers/TitleLinks",
"text": "no"
},
"$:/config/Toolbar/ButtonClass": {
"title": "$:/config/Toolbar/ButtonClass",
"text": "tc-btn-invisible"
},
"$:/config/Toolbar/Icons": {
"title": "$:/config/Toolbar/Icons",
"text": "yes"
},
"$:/config/Toolbar/Text": {
"title": "$:/config/Toolbar/Text",
"text": "no"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/clone",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/close-others",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/export-tiddler",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/info",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/more-tiddler-actions",
"text": "show"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/new-journal-here",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/open-window",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permalink",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/permaview",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/delete",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-bar",
"text": "hide"
},
"$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others": {
"title": "$:/config/ViewToolbarButtons/Visibility/$:/core/ui/Buttons/fold-others",
"text": "hide"
},
"$:/config/shortcuts-mac/bold": {
"title": "$:/config/shortcuts-mac/bold",
"text": "meta-B"
},
"$:/config/shortcuts-mac/italic": {
"title": "$:/config/shortcuts-mac/italic",
"text": "meta-I"
},
"$:/config/shortcuts-mac/underline": {
"title": "$:/config/shortcuts-mac/underline",
"text": "meta-U"
},
"$:/config/shortcuts-mac/new-image": {
"title": "$:/config/shortcuts-mac/new-image",
"text": "ctrl-I"
},
"$:/config/shortcuts-mac/new-journal": {
"title": "$:/config/shortcuts-mac/new-journal",
"text": "ctrl-J"
},
"$:/config/shortcuts-mac/new-tiddler": {
"title": "$:/config/shortcuts-mac/new-tiddler",
"text": "ctrl-N"
},
"$:/config/shortcuts-not-mac/bold": {
"title": "$:/config/shortcuts-not-mac/bold",
"text": "ctrl-B"
},
"$:/config/shortcuts-not-mac/italic": {
"title": "$:/config/shortcuts-not-mac/italic",
"text": "ctrl-I"
},
"$:/config/shortcuts-not-mac/underline": {
"title": "$:/config/shortcuts-not-mac/underline",
"text": "ctrl-U"
},
"$:/config/shortcuts-not-mac/new-image": {
"title": "$:/config/shortcuts-not-mac/new-image",
"text": "alt-I"
},
"$:/config/shortcuts-not-mac/new-journal": {
"title": "$:/config/shortcuts-not-mac/new-journal",
"text": "alt-J"
},
"$:/config/shortcuts-not-mac/new-tiddler": {
"title": "$:/config/shortcuts-not-mac/new-tiddler",
"text": "alt-N"
},
"$:/config/shortcuts/add-field": {
"title": "$:/config/shortcuts/add-field",
"text": "enter"
},
"$:/config/shortcuts/advanced-search": {
"title": "$:/config/shortcuts/advanced-search",
"text": "ctrl-shift-A"
},
"$:/config/shortcuts/cancel-edit-tiddler": {
"title": "$:/config/shortcuts/cancel-edit-tiddler",
"text": "escape"
},
"$:/config/shortcuts/excise": {
"title": "$:/config/shortcuts/excise",
"text": "ctrl-E"
},
"$:/config/shortcuts/sidebar-search": {
"title": "$:/config/shortcuts/sidebar-search",
"text": "ctrl-shift-F"
},
"$:/config/shortcuts/heading-1": {
"title": "$:/config/shortcuts/heading-1",
"text": "ctrl-1"
},
"$:/config/shortcuts/heading-2": {
"title": "$:/config/shortcuts/heading-2",
"text": "ctrl-2"
},
"$:/config/shortcuts/heading-3": {
"title": "$:/config/shortcuts/heading-3",
"text": "ctrl-3"
},
"$:/config/shortcuts/heading-4": {
"title": "$:/config/shortcuts/heading-4",
"text": "ctrl-4"
},
"$:/config/shortcuts/heading-5": {
"title": "$:/config/shortcuts/heading-5",
"text": "ctrl-5"
},
"$:/config/shortcuts/heading-6": {
"title": "$:/config/shortcuts/heading-6",
"text": "ctrl-6"
},
"$:/config/shortcuts/link": {
"title": "$:/config/shortcuts/link",
"text": "ctrl-L"
},
"$:/config/shortcuts/linkify": {
"title": "$:/config/shortcuts/linkify",
"text": "alt-shift-L"
},
"$:/config/shortcuts/list-bullet": {
"title": "$:/config/shortcuts/list-bullet",
"text": "ctrl-shift-L"
},
"$:/config/shortcuts/list-number": {
"title": "$:/config/shortcuts/list-number",
"text": "ctrl-shift-N"
},
"$:/config/shortcuts/mono-block": {
"title": "$:/config/shortcuts/mono-block",
"text": "ctrl-shift-M"
},
"$:/config/shortcuts/mono-line": {
"title": "$:/config/shortcuts/mono-line",
"text": "ctrl-M"
},
"$:/config/shortcuts/picture": {
"title": "$:/config/shortcuts/picture",
"text": "ctrl-shift-I"
},
"$:/config/shortcuts/preview": {
"title": "$:/config/shortcuts/preview",
"text": "alt-P"
},
"$:/config/shortcuts/quote": {
"title": "$:/config/shortcuts/quote",
"text": "ctrl-Q"
},
"$:/config/shortcuts/save-tiddler": {
"title": "$:/config/shortcuts/save-tiddler",
"text": "ctrl+enter"
},
"$:/config/shortcuts/stamp": {
"title": "$:/config/shortcuts/stamp",
"text": "ctrl-S"
},
"$:/config/shortcuts/strikethrough": {
"title": "$:/config/shortcuts/strikethrough",
"text": "ctrl-T"
},
"$:/config/shortcuts/subscript": {
"title": "$:/config/shortcuts/subscript",
"text": "ctrl-shift-B"
},
"$:/config/shortcuts/superscript": {
"title": "$:/config/shortcuts/superscript",
"text": "ctrl-shift-P"
},
"$:/config/shortcuts/toggle-sidebar": {
"title": "$:/config/shortcuts/toggle-sidebar",
"text": "alt-shift-S"
},
"$:/config/shortcuts/transcludify": {
"title": "$:/config/shortcuts/transcludify",
"text": "alt-shift-T"
},
"$:/config/ui/EditTemplate": {
"title": "$:/config/ui/EditTemplate",
"text": "$:/core/ui/EditTemplate"
},
"$:/config/ui/ViewTemplate": {
"title": "$:/config/ui/ViewTemplate",
"text": "$:/core/ui/ViewTemplate"
},
"$:/config/WikiParserRules/Inline/wikilink": {
"title": "$:/config/WikiParserRules/Inline/wikilink",
"text": "enable"
},
"$:/snippets/currpalettepreview": {
"title": "$:/snippets/currpalettepreview",
"text": "\\define swatchStyle()\nbackground-color: $(swatchColour)$;\n\\end\n\\define swatch()\n<$set name=\"swatchColour\" value={{##$(colour)$}}\n><div class=\"tc-swatch\" style=<<swatchStyle>> title=<<colour>>/></$set>\n\\end\n<div class=\"tc-swatches-horiz\"><$list filter=\"\nforeground\nbackground\nmuted-foreground\nprimary\npage-background\ntab-background\ntiddler-info-background\n\" variable=\"colour\"><<swatch>></$list></div>"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "\\define lingo-base() $:/language/ControlPanel/Tools/Download/\n<$button class=\"tc-btn-big-green\">\n<$action-sendmessage $message=\"tm-download-file\" $param=\"$:/core/save/all\" filename=\"index.html\"/>\n<<lingo Full/Caption>> {{$:/core/images/save-button}}\n</$button>"
},
"$:/language": {
"title": "$:/language",
"text": "$:/languages/en-GB"
},
"$:/snippets/languageswitcher": {
"title": "$:/snippets/languageswitcher",
"text": "\\define flag-title()\n$(languagePluginTitle)$/icon\n\\end\n\n<$linkcatcher to=\"$:/language\">\n<div class=\"tc-chooser tc-language-chooser\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[description]]\">\n<$set name=\"cls\" filter=\"[all[current]field:title{$:/language}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link>\n<span class=\"tc-image-button\">\n<$set name=\"languagePluginTitle\" value=<<currentTiddler>>>\n<$transclude subtiddler=<<flag-title>>>\n<$list filter=\"[all[current]field:title[$:/languages/en-GB]]\">\n<$transclude tiddler=\"$:/languages/en-GB/icon\"/>\n</$list>\n</$transclude>\n</$set>\n</span>\n<$view field=\"description\">\n<$view field=\"name\">\n<$view field=\"title\"/>\n</$view>\n</$view>\n</$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/macros/CSS": {
"title": "$:/core/macros/CSS",
"tags": "$:/tags/Macro",
"text": "\\define colour(name)\n<$transclude tiddler={{$:/palette}} index=\"$name$\"><$transclude tiddler=\"$:/palettes/Vanilla\" index=\"$name$\"><$transclude tiddler=\"$:/config/DefaultColourMappings/$name$\"/></$transclude></$transclude>\n\\end\n\n\\define color(name)\n<<colour $name$>>\n\\end\n\n\\define box-shadow(shadow)\n``\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n``\n\\end\n\n\\define filter(filter)\n``\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n``\n\\end\n\n\\define transition(transition)\n``\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n``\n\\end\n\n\\define transform-origin(origin)\n``\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n``\n\\end\n\n\\define background-linear-gradient(gradient)\n``\nbackground-image: linear-gradient($gradient$);\nbackground-image: -o-linear-gradient($gradient$);\nbackground-image: -moz-linear-gradient($gradient$);\nbackground-image: -webkit-linear-gradient($gradient$);\nbackground-image: -ms-linear-gradient($gradient$);\n``\n\\end\n\n\\define column-count(columns)\n``\n-moz-column-count: $columns$;\n-webkit-column-count: $columns$;\ncolumn-count: $columns$;\n``\n\\end\n\n\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}} _canonical_uri={{$title$!!_canonical_uri}}/>\n\\end\n\n\\define if-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"match\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-no-sidebar(text)\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">$text$</$reveal>\n\\end\n\n\\define if-background-attachment(text)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" type=\"nomatch\" text=\"\">$text$</$reveal>\n\\end\n"
},
"$:/core/macros/colour-picker": {
"title": "$:/core/macros/colour-picker",
"tags": "$:/tags/Macro",
"text": "\\define colour-picker-update-recent()\n<$action-listops\n\t$tiddler=\"$:/config/ColourPicker/Recent\"\n\t$subfilter=\"$(colour-picker-value)$ [list[$:/config/ColourPicker/Recent]remove[$(colour-picker-value)$]] +[limit[8]]\"\n/>\n\\end\n\n\\define colour-picker-inner(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(colour-picker-value)$\"\"\">\n\n$(colour-picker-update-recent)$\n\n$actions$\n\n<span style=\"display:inline-block; background-color: $(colour-picker-value)$; width: 100%; height: 100%; border-radius: 50%;\"/>\n\n</$button>\n\\end\n\n\\define colour-picker-recent-inner(actions)\n<$set name=\"colour-picker-value\" value=\"$(recentColour)$\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\\end\n\n\\define colour-picker-recent(actions)\n{{$:/language/ColourPicker/Recent}} <$list filter=\"[list[$:/config/ColourPicker/Recent]]\" variable=\"recentColour\">\n<$macrocall $name=\"colour-picker-recent-inner\" actions=\"\"\"$actions$\"\"\"/></$list>\n\\end\n\n\\define colour-picker(actions)\n<div class=\"tc-colour-chooser\">\n\n<$macrocall $name=\"colour-picker-recent\" actions=\"\"\"$actions$\"\"\"/>\n\n---\n\n<$list filter=\"LightPink Pink Crimson LavenderBlush PaleVioletRed HotPink DeepPink MediumVioletRed Orchid Thistle Plum Violet Magenta Fuchsia DarkMagenta Purple MediumOrchid DarkViolet DarkOrchid Indigo BlueViolet MediumPurple MediumSlateBlue SlateBlue DarkSlateBlue Lavender GhostWhite Blue MediumBlue MidnightBlue DarkBlue Navy RoyalBlue CornflowerBlue LightSteelBlue LightSlateGrey SlateGrey DodgerBlue AliceBlue SteelBlue LightSkyBlue SkyBlue DeepSkyBlue LightBlue PowderBlue CadetBlue Azure LightCyan PaleTurquoise Cyan Aqua DarkTurquoise DarkSlateGrey DarkCyan Teal MediumTurquoise LightSeaGreen Turquoise Aquamarine MediumAquamarine MediumSpringGreen MintCream SpringGreen MediumSeaGreen SeaGreen Honeydew LightGreen PaleGreen DarkSeaGreen LimeGreen Lime ForestGreen Green DarkGreen Chartreuse LawnGreen GreenYellow DarkOliveGreen YellowGreen OliveDrab Beige LightGoldenrodYellow Ivory LightYellow Yellow Olive DarkKhaki LemonChiffon PaleGoldenrod Khaki Gold Cornsilk Goldenrod DarkGoldenrod FloralWhite OldLace Wheat Moccasin Orange PapayaWhip BlanchedAlmond NavajoWhite AntiqueWhite Tan BurlyWood Bisque DarkOrange Linen Peru PeachPuff SandyBrown Chocolate SaddleBrown Seashell Sienna LightSalmon Coral OrangeRed DarkSalmon Tomato MistyRose Salmon Snow LightCoral RosyBrown IndianRed Red Brown FireBrick DarkRed Maroon White WhiteSmoke Gainsboro LightGrey Silver DarkGrey Grey DimGrey Black\" variable=\"colour-picker-value\">\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\n---\n\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" tag=\"input\" default=\"\" placeholder=\"\"/>\n<$edit-text tiddler=\"$:/config/ColourPicker/New\" type=\"color\" tag=\"input\"/>\n<$set name=\"colour-picker-value\" value={{$:/config/ColourPicker/New}}>\n<$macrocall $name=\"colour-picker-inner\" actions=\"\"\"$actions$\"\"\"/>\n</$set>\n\n</div>\n\n\\end\n"
},
"$:/core/macros/copy-to-clipboard": {
"title": "$:/core/macros/copy-to-clipboard",
"tags": "$:/tags/Macro",
"text": "\\define copy-to-clipboard(src,class:\"tc-btn-invisible\",style)\n<$button class=<<__class__>> style=<<__style__>> message=\"tm-copy-to-clipboard\" param=<<__src__>> tooltip={{$:/language/Buttons/CopyToClipboard/Hint}}>\n{{$:/core/images/copy-clipboard}} <$text text={{$:/language/Buttons/CopyToClipboard/Caption}}/>\n</$button>\n\\end\n\n\\define copy-to-clipboard-above-right(src,class:\"tc-btn-invisible\",style)\n<div style=\"position: relative;\">\n<div style=\"position: absolute; bottom: 0; right: 0;\">\n<$macrocall $name=\"copy-to-clipboard\" src=<<__src__>> class=<<__class__>> style=<<__style__>>/>\n</div>\n</div>\n\\end\n\n"
},
"$:/core/macros/diff": {
"title": "$:/core/macros/diff",
"tags": "$:/tags/Macro",
"text": "\\define compareTiddlerText(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle)\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>>>\n<$diff-text source=<<source>> dest=<<dest>>/>\n</$set>\n</$set>\n\\end\n\n\\define compareTiddlers(sourceTiddlerTitle,sourceSubTiddlerTitle,destTiddlerTitle,destSubTiddlerTitle,exclude)\n<table class=\"tc-diff-tiddlers\">\n<tbody>\n<$set name=\"sourceFields\" filter=\"[<__sourceTiddlerTitle__>fields[]sort[]]\">\n<$set name=\"destFields\" filter=\"[<__destSubTiddlerTitle__>subtiddlerfields<__destTiddlerTitle__>sort[]]\">\n<$list filter=\"[enlist<sourceFields>] [enlist<destFields>] -[enlist<__exclude__>] +[sort[]]\" variable=\"fieldName\">\n<tr>\n<th>\n<$text text=<<fieldName>>/> \n</th>\n<td>\n<$set name=\"source\" tiddler=<<__sourceTiddlerTitle__>> subtiddler=<<__sourceSubTiddlerTitle__>> field=<<fieldName>>>\n<$set name=\"dest\" tiddler=<<__destTiddlerTitle__>> subtiddler=<<__destSubTiddlerTitle__>> field=<<fieldName>>>\n<$diff-text source=<<source>> dest=<<dest>>>\n</$diff-text>\n</$set>\n</$set>\n</td>\n</tr>\n</$list>\n</$set>\n</$set>\n</tbody>\n</table>\n\\end\n"
},
"$:/core/macros/dumpvariables": {
"title": "$:/core/macros/dumpvariables",
"tags": "$:/tags/Macro",
"text": "\\define dumpvariables()\n<ul>\n<$list filter=\"[variables[]]\" variable=\"varname\">\n<li>\n<strong><code><$text text=<<varname>>/></code></strong>:<br/>\n<$codeblock code={{{ [<varname>getvariable[]] }}}/>\n</li>\n</$list>\n</ul>\n\\end\n"
},
"$:/core/macros/export": {
"title": "$:/core/macros/export",
"tags": "$:/tags/Macro",
"text": "\\define exportButtonFilename(baseFilename)\n$baseFilename$$(extension)$\n\\end\n\n\\define exportButton(exportFilter:\"[!is[system]sort[title]]\",lingoBase,baseFilename:\"tiddlers\")\n<span class=\"tc-popup-keep\"><$button popup=<<qualify \"$:/state/popup/export\">> tooltip={{$lingoBase$Hint}} aria-label={{$lingoBase$Caption}} class=<<tv-config-toolbar-class>> selectedClass=\"tc-selected\">\n<$list filter=\"[<tv-config-toolbar-icons>match[yes]]\">\n{{$:/core/images/export-button}}\n</$list>\n<$list filter=\"[<tv-config-toolbar-text>match[yes]]\">\n<span class=\"tc-btn-text\"><$text text={{$lingoBase$Caption}}/></span>\n</$list>\n</$button></span><$reveal state=<<qualify \"$:/state/popup/export\">> type=\"popup\" position=\"below\" animate=\"yes\">\n<div class=\"tc-drop-down\">\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Exporter]]\">\n<$set name=\"extension\" value={{!!extension}}>\n<$button class=\"tc-btn-invisible\">\n<$action-sendmessage $message=\"tm-download-file\" $param=<<currentTiddler>> exportFilter=\"\"\"$exportFilter$\"\"\" filename=<<exportButtonFilename \"\"\"$baseFilename$\"\"\">>/>\n<$action-deletetiddler $tiddler=<<qualify \"$:/state/popup/export\">>/>\n<$transclude field=\"description\"/>\n</$button>\n</$set>\n</$list>\n</div>\n</$reveal>\n\\end\n"
},
"$:/core/macros/image-picker": {
"title": "$:/core/macros/image-picker",
"created": "20170715180840889",
"modified": "20170715180914005",
"tags": "$:/tags/Macro",
"type": "text/vnd.tiddlywiki",
"text": "\\define image-picker-thumbnail(actions)\n<$button tag=\"a\" tooltip=\"\"\"$(imageTitle)$\"\"\">\n$actions$\n<$transclude tiddler=<<imageTitle>>/>\n</$button>\n\\end\n\n\\define image-picker-list(filter,actions)\n<$list filter=\"\"\"$filter$\"\"\" variable=\"imageTitle\">\n<$macrocall $name=\"image-picker-thumbnail\" actions=\"\"\"$actions$\"\"\"/>\n</$list>\n\\end\n\n\\define image-picker(actions,filter:\"[all[shadows+tiddlers]is[image]] -[type[application/pdf]] +[!has[draft.of]$subfilter$sort[title]]\",subfilter:\"\")\n<div class=\"tc-image-chooser\">\n<$vars state-system=<<qualify \"$:/state/image-picker/system\">>>\n<$checkbox tiddler=<<state-system>> field=\"text\" checked=\"show\" unchecked=\"hide\" default=\"hide\">\n{{$:/language/SystemTiddlers/Include/Prompt}}\n</$checkbox>\n<$reveal state=<<state-system>> type=\"match\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$ +[!is[system]]\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n<$reveal state=<<state-system>> type=\"nomatch\" text=\"hide\" default=\"hide\" tag=\"div\">\n<$macrocall $name=\"image-picker-list\" filter=\"\"\"$filter$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</$reveal>\n</$vars>\n</div>\n\\end\n\n\\define image-picker-include-tagged-images(actions)\n<$macrocall $name=\"image-picker\" filter=\"[all[shadows+tiddlers]is[image]] [all[shadows+tiddlers]tag[$:/tags/Image]] -[type[application/pdf]] +[!has[draft.of]sort[title]]\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n"
},
"$:/core/macros/lingo": {
"title": "$:/core/macros/lingo",
"tags": "$:/tags/Macro",
"text": "\\define lingo-base()\n$:/language/\n\\end\n\n\\define lingo(title)\n{{$(lingo-base)$$title$}}\n\\end\n"
},
"$:/core/macros/list": {
"title": "$:/core/macros/list",
"tags": "$:/tags/Macro",
"text": "\\define list-links(filter,type:\"ul\",subtype:\"li\",class:\"\",emptyMessage)\n\\whitespace trim\n<$type$ class=\"$class$\">\n<$list filter=\"$filter$\" emptyMessage=<<__emptyMessage__>>>\n<$subtype$>\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$subtype$>\n</$list>\n</$type$>\n\\end\n\n\\define list-links-draggable-drop-actions()\n<$action-listops $tiddler=<<targetTiddler>> $field=<<targetField>> $subfilter=\"+[insertbefore:currentTiddler<actionTiddler>]\"/>\n\\end\n\n\\define list-links-draggable(tiddler,field:\"list\",type:\"ul\",subtype:\"li\",class:\"\",itemTemplate)\n\\whitespace trim\n<span class=\"tc-links-draggable-list\">\n<$vars targetTiddler=\"\"\"$tiddler$\"\"\" targetField=\"\"\"$field$\"\"\">\n<$type$ class=\"$class$\">\n<$list filter=\"[list[$tiddler$!!$field$]]\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"\"\"$subtype$\"\"\" enable=<<tv-enable-drag-and-drop>>>\n<div class=\"tc-droppable-placeholder\"/>\n<div>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$transclude field=\"caption\">\n<$view field=\"title\"/>\n</$transclude>\n</$link>\n</$transclude>\n</div>\n</$droppable>\n</$list>\n</$type$>\n<$tiddler tiddler=\"\">\n<$droppable actions=<<list-links-draggable-drop-actions>> tag=\"div\" enable=<<tv-enable-drag-and-drop>>>\n<div class=\"tc-droppable-placeholder\">\n \n</div>\n<div style=\"height:0.5em;\"/>\n</$droppable>\n</$tiddler>\n</$vars>\n</span>\n\\end\n\n\\define list-tagged-draggable-drop-actions(tag)\n<!-- Save the current ordering of the tiddlers with this tag -->\n<$set name=\"order\" filter=\"[<__tag__>tagging[]]\">\n<!-- Remove any list-after or list-before fields from the tiddlers with this tag -->\n<$list filter=\"[<__tag__>tagging[]]\">\n<$action-deletefield $field=\"list-before\"/>\n<$action-deletefield $field=\"list-after\"/>\n</$list>\n<!-- Save the new order to the Tag Tiddler -->\n<$action-listops $tiddler=<<__tag__>> $field=\"list\" $filter=\"+[enlist<order>] +[insertbefore:currentTiddler<actionTiddler>]\"/>\n<!-- Make sure the newly added item has the right tag -->\n<!-- Removing this line makes dragging tags within the dropdown work as intended -->\n<!--<$action-listops $tiddler=<<actionTiddler>> $tags=<<__tag__>>/>-->\n<!-- Using the following 5 lines as replacement makes dragging titles from outside into the dropdown apply the tag -->\n<$list filter=\"[<actionTiddler>!contains:tags<__tag__>]\">\n<$fieldmangler tiddler=<<actionTiddler>>>\n<$action-sendmessage $message=\"tm-add-tag\" $param=<<__tag__>>/>\n</$fieldmangler>\n</$list>\n</$set>\n\\end\n\n\\define list-tagged-draggable(tag,subFilter,emptyMessage,itemTemplate,elementTag:\"div\",storyview:\"\")\n\\whitespace trim\n<span class=\"tc-tagged-draggable-list\">\n<$set name=\"tag\" value=<<__tag__>>>\n<$list filter=\"[<__tag__>tagging[]$subFilter$]\" emptyMessage=<<__emptyMessage__>> storyview=<<__storyview__>>>\n<$elementTag$ class=\"tc-menu-list-item\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\" enable=<<tv-enable-drag-and-drop>>>\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$>\n<$transclude tiddler=\"\"\"$itemTemplate$\"\"\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</$transclude>\n</$elementTag$>\n</$droppable>\n</$elementTag$>\n</$list>\n<$tiddler tiddler=\"\">\n<$droppable actions=\"\"\"<$macrocall $name=\"list-tagged-draggable-drop-actions\" tag=<<__tag__>>/>\"\"\" enable=<<tv-enable-drag-and-drop>>>\n<$elementTag$ class=\"tc-droppable-placeholder\"/>\n<$elementTag$ style=\"height:0.5em;\">\n</$elementTag$>\n</$droppable>\n</$tiddler>\n</$set>\n</span>\n\\end\n"
},
"$:/core/macros/tabs": {
"title": "$:/core/macros/tabs",
"tags": "$:/tags/Macro",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\",class,template,buttonTemplate,retain)\n<div class=\"tc-tab-set $class$\">\n<div class=\"tc-tab-buttons $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\" storyview=\"pop\"><$set name=\"save-currentTiddler\" value=<<currentTiddler>>><$tiddler tiddler=<<currentTab>>><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tc-tab-selected\" tooltip={{!!tooltip}}>\n<$tiddler tiddler=<<save-currentTiddler>>>\n<$set name=\"tv-wikilinks\" value=\"no\">\n<$transclude tiddler=\"$buttonTemplate$\" mode=\"inline\">\n<$transclude tiddler=<<currentTab>> field=\"caption\">\n<$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/>\n</$transclude>\n</$transclude>\n</$set></$tiddler></$button></$tiddler></$set></$list>\n</div>\n<div class=\"tc-tab-divider $class$\"/>\n<div class=\"tc-tab-content $class$\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\" retain=\"\"\"$retain$\"\"\">\n\n<$transclude tiddler=\"$template$\" mode=\"block\">\n\n<$transclude tiddler=<<currentTab>> mode=\"block\"/>\n\n</$transclude>\n\n</$reveal>\n\n</$list>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tag-picker": {
"title": "$:/core/macros/tag-picker",
"tags": "$:/tags/Macro",
"text": "\\define add-tag-actions()\n<$action-sendmessage $message=\"tm-add-tag\" $param={{{ [<newTagNameTiddler>get[text]] }}}/>\n<$action-deletetiddler $tiddler=<<newTagNameTiddler>>/>\n\\end\n\n\\define tag-button()\n<$button class=\"tc-btn-invisible\" tag=\"a\" tooltip={{$:/language/EditTemplate/Tags/Add/Button/Hint}}>\n<$action-sendmessage $message=\"tm-add-tag\" $param=<<tag>>/>\n<$action-deletetiddler $tiddler=<<newTagNameTiddler>>/>\n<$macrocall $name=\"tag-pill\" tag=<<tag>>/>\n</$button>\n\\end\n\n\\define tag-picker-inner()\n\\whitespace trim\n<div class=\"tc-edit-add-tag\">\n<span class=\"tc-add-tag-name\">\n<$keyboard key=\"ENTER\" actions=<<add-tag-actions>>>\n<$edit-text tiddler=<<newTagNameTiddler>> tag=\"input\" default=\"\" placeholder={{$:/language/EditTemplate/Tags/Add/Placeholder}} focusPopup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-edit-texteditor tc-popup-handle\" tabindex=<<tabIndex>> focus={{{ [{$:/config/AutoFocus}match[tags]then[true]] ~[[false]] }}}/>\n</$keyboard>\n</span> <$button popup=<<qualify \"$:/state/popup/tags-auto-complete\">> class=\"tc-btn-invisible\" tooltip={{$:/language/EditTemplate/Tags/Dropdown/Hint}} aria-label={{$:/language/EditTemplate/Tags/Dropdown/Caption}}>{{$:/core/images/down-arrow}}</$button> <span class=\"tc-add-tag-button\">\n<$set name=\"tag\" value={{{ [<newTagNameTiddler>get[text]] }}}>\n<$button set=\"$:/temp/NewTagName\" setTo=\"\" class=\"\">\n<<add-tag-actions>>\n<$action-deletetiddler $tiddler=<<newTagNameTiddler>>/>\n{{$:/language/EditTemplate/Tags/Add/Button}}\n</$button>\n</$set>\n</span>\n</div>\n<div class=\"tc-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/popup/tags-auto-complete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tc-block-dropdown\">\n<$set name=\"newTagName\" value={{{ [<newTagNameTiddler>get[text]] }}}>\n<$list filter=\"[<newTagName>minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]!is[system]search:title<newTagName>sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n<hr>\n<$list filter=\"[<newTagName>minlength{$:/config/Tags/MinLength}limit[1]]\" emptyMessage=\"\"\"<div class=\"tc-search-results\">{{$:/language/Search/Search/TooShort}}</div>\"\"\" variable=\"listItem\">\n<$list filter=\"[tags[]is[system]search:title<newTagName>sort[]]\" variable=\"tag\">\n<<tag-button>>\n</$list></$list>\n</$set>\n</div>\n</$reveal>\n</div>\n\\end\n\\define tag-picker()\n\\whitespace trim\n<$list filter=\"[<newTagNameTiddler>match[]]\" emptyMessage=<<tag-picker-inner>>>\n<$set name=\"newTagNameTiddler\" value=<<qualify \"$:/temp/NewTagName\">>>\n<<tag-picker-inner>>\n</$set>\n</$list>\n\\end\n"
},
"$:/core/macros/tag": {
"title": "$:/core/macros/tag",
"tags": "$:/tags/Macro",
"text": "\\define tag-pill-styles()\nbackground-color:$(backgroundColor)$;\nfill:$(foregroundColor)$;\ncolor:$(foregroundColor)$;\n\\end\n\n\\define tag-pill-inner(tag,icon,colour,fallbackTarget,colourA,colourB,element-tag,element-attributes,actions)\n<$vars foregroundColor=<<contrastcolour target:\"\"\"$colour$\"\"\" fallbackTarget:\"\"\"$fallbackTarget$\"\"\" colourA:\"\"\"$colourA$\"\"\" colourB:\"\"\"$colourB$\"\"\">> backgroundColor=\"\"\"$colour$\"\"\">\n<$element-tag$ $element-attributes$ class=\"tc-tag-label tc-btn-invisible\" style=<<tag-pill-styles>>>\n$actions$<$transclude tiddler=\"\"\"$icon$\"\"\"/><$view tiddler=<<__tag__>> field=\"title\" format=\"text\" />\n</$element-tag$>\n</$vars>\n\\end\n\n\\define tag-pill-body(tag,icon,colour,palette,element-tag,element-attributes,actions)\n<$macrocall $name=\"tag-pill-inner\" tag=<<__tag__>> icon=\"\"\"$icon$\"\"\" colour=\"\"\"$colour$\"\"\" fallbackTarget={{$palette$##tag-background}} colourA={{$palette$##foreground}} colourB={{$palette$##background}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n\\end\n\n\\define tag-pill(tag,element-tag:\"span\",element-attributes:\"\",actions:\"\")\n<span class=\"tc-tag-list-item\">\n<$macrocall $name=\"tag-pill-body\" tag=<<__tag__>> icon={{{ [<__tag__>get[icon]] }}} colour={{{ [<__tag__>get[color]] }}} palette={{$:/palette}} element-tag=\"\"\"$element-tag$\"\"\" element-attributes=\"\"\"$element-attributes$\"\"\" actions=\"\"\"$actions$\"\"\"/>\n</span>\n\\end\n\n\\define tag(tag)\n{{$tag$||$:/core/ui/TagTemplate}}\n\\end\n"
},
"$:/core/macros/thumbnails": {
"title": "$:/core/macros/thumbnails",
"tags": "$:/tags/Macro",
"text": "\\define thumbnail(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<$link to=\"\"\"$link$\"\"\"><div class=\"tc-thumbnail-wrapper\">\n<div class=\"tc-thumbnail-image\" style=\"width:$width$px;height:$height$px;\"><$reveal type=\"nomatch\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" style=\"width:$width$px;height:$height$px;\">\n[img[$image$]]\n</$reveal><$reveal type=\"match\" text=\"\" default=\"\"\"$image$\"\"\" tag=\"div\" class=\"tc-thumbnail-background\" style=\"width:$width$px;height:$height$px;background-color:$background-color$;\"></$reveal></div><div class=\"tc-thumbnail-icon\" style=\"fill:$color$;color:$color$;\">\n$icon$\n</div><div class=\"tc-thumbnail-caption\">\n$caption$\n</div>\n</div></$link>\n\\end\n\n\\define thumbnail-right(link,icon,color,background-color,image,caption,width:\"280\",height:\"157\")\n<div class=\"tc-thumbnail-right-wrapper\"><<thumbnail \"\"\"$link$\"\"\" \"\"\"$icon$\"\"\" \"\"\"$color$\"\"\" \"\"\"$background-color$\"\"\" \"\"\"$image$\"\"\" \"\"\"$caption$\"\"\" \"\"\"$width$\"\"\" \"\"\"$height$\"\"\">></div>\n\\end\n\n\\define list-thumbnails(filter,width:\"280\",height:\"157\")\n<$list filter=\"\"\"$filter$\"\"\"><$macrocall $name=\"thumbnail\" link={{!!link}} icon={{!!icon}} color={{!!color}} background-color={{!!background-color}} image={{!!image}} caption={{!!caption}} width=\"\"\"$width$\"\"\" height=\"\"\"$height$\"\"\"/></$list>\n\\end\n"
},
"$:/core/macros/timeline": {
"title": "$:/core/macros/timeline",
"created": "20141212105914482",
"modified": "20141212110330815",
"tags": "$:/tags/Macro",
"text": "\\define timeline-title()\n\\whitespace trim\n<!-- Override this macro with a global macro \n of the same name if you need to change \n how titles are displayed on the timeline \n -->\n<$view field=\"title\"/>\n\\end\n\\define timeline(limit:\"100\",format:\"DDth MMM YYYY\",subfilter:\"\",dateField:\"modified\")\n<div class=\"tc-timeline\">\n<$list filter=\"[!is[system]$subfilter$has[$dateField$]!sort[$dateField$]limit[$limit$]eachday[$dateField$]]\">\n<div class=\"tc-menu-list-item\">\n<$view field=\"$dateField$\" format=\"date\" template=\"$format$\"/>\n<$list filter=\"[sameday:$dateField${!!$dateField$}!is[system]$subfilter$!sort[$dateField$]]\">\n<div class=\"tc-menu-list-subitem\">\n<$link to={{!!title}}><<timeline-title>></$link>\n</div>\n</$list>\n</div>\n</$list>\n</div>\n\\end\n"
},
"$:/core/macros/toc": {
"title": "$:/core/macros/toc",
"tags": "$:/tags/Macro",
"text": "\\define toc-caption()\n<$set name=\"tv-wikilinks\" value=\"no\">\n <$transclude field=\"caption\">\n <$view field=\"title\"/>\n </$transclude>\n</$set>\n\\end\n\n\\define toc-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<ol class=\"tc-toc\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$vars item=<<currentTiddler>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=\"<$link><$view field='caption'><$view field='title'/></$view></$link>\">\n <<toc-caption>>\n </$list>\n <$macrocall $name=\"toc-body\" tag=<<item>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </li>\n </$set>\n </$set>\n </$vars>\n </$list>\n</ol>\n\\end\n\n\\define toc(tag,sort:\"\",itemClassFilter:\"\")\n<$macrocall $name=\"toc-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> />\n\\end\n\n\\define toc-linked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$link>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<!-- helper function -->\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-expandable-empty-message()\n<$macrocall $name=\"toc-linked-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-expandable(tag,sort:\"\",itemClassFilter:\"\",exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <ol class=\"tc-toc toc-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" emptyMessage=<<toc-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"\"\"itemClassFilter\"\"\" exclude=<<excluded>> path=<<path>> />\n </$list>\n </$list>\n </ol>\n </$set>\n</$vars>\n\\end\n\n\\define toc-linked-selective-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\" >\n <li class=<<toc-item-class>>>\n <$link>\n <$list filter=\"[all[current]tagging[]$sort$limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n </$button>\n </$reveal>\n </$list>\n <<toc-caption>>\n </$link>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-unlinked-selective-expandable-body(tag,sort:\"\",itemClassFilter,exclude,path)\n<$qualify name=\"toc-state\" title={{{ [[$:/state/toc]addsuffix<__path__>addsuffix[-]addsuffix<currentTiddler>] }}}>\n <$set name=\"toc-item-class\" filter=<<__itemClassFilter__>> emptyValue=\"toc-item-selected\" value=\"toc-item\">\n <li class=<<toc-item-class>>>\n <$list filter=\"[all[current]tagging[]$sort$limit[1]]\" variable=\"ignore\" emptyMessage=\"<$button class='tc-btn-invisible'>{{$:/core/images/blank}}</$button> <$view field='caption'><$view field='title'/></$view>\">\n <$reveal type=\"nomatch\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"open\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/right-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$button setTitle=<<toc-state>> setTo=\"close\" class=\"tc-btn-invisible tc-popup-keep\">\n {{$:/core/images/down-arrow}}\n <<toc-caption>>\n </$button>\n </$reveal>\n </$list>\n <$reveal type=\"match\" stateTitle=<<toc-state>> text=\"open\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<currentTiddler>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<__exclude__>> path=<<__path__>>/>\n </$reveal>\n </li>\n </$set>\n</$qualify>\n\\end\n\n\\define toc-selective-expandable-empty-message()\n<$macrocall $name=\"toc-linked-selective-expandable-body\" tag=<<tag>> sort=<<sort>> itemClassFilter=<<itemClassFilter>> exclude=<<excluded>> path=<<path>>/>\n\\end\n\n\\define toc-selective-expandable(tag,sort:\"\",itemClassFilter,exclude,path)\n<$vars tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> path={{{ [<__path__>addsuffix[/]addsuffix<__tag__>] }}}>\n <$set name=\"excluded\" filter=\"\"\"[enlist<__exclude__>] [<__tag__>]\"\"\">\n <ol class=\"tc-toc toc-selective-expandable\">\n <$list filter=\"\"\"[all[shadows+tiddlers]tag<__tag__>!has[draft.of]$sort$] -[<__tag__>] -[enlist<__exclude__>]\"\"\">\n <$list filter=\"[all[current]toc-link[no]]\" variable=\"ignore\" emptyMessage=<<toc-selective-expandable-empty-message>> >\n <$macrocall $name=\"toc-unlinked-selective-expandable-body\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=<<__itemClassFilter__>> exclude=<<excluded>> path=<<path>>/>\n </$list>\n </$list>\n </ol>\n </$set>\n</$vars>\n\\end\n\n\\define toc-tabbed-external-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$tiddler tiddler={{{ [<__selectedTiddler__>get[text]] }}}>\n <div class=\"tc-tabbed-table-of-contents\">\n <$linkcatcher to=<<__selectedTiddler__>>>\n <div class=\"tc-table-of-contents\">\n <$macrocall $name=\"toc-selective-expandable\" tag=<<__tag__>> sort=<<__sort__>> itemClassFilter=\"[all[current]] -[<__selectedTiddler__>get[text]]\"/>\n </div>\n </$linkcatcher>\n <div class=\"tc-tabbed-table-of-contents-content\">\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"nomatch\" text=\"\">\n <$transclude mode=\"block\" tiddler=<<__template__>>>\n <h1><<toc-caption>></h1>\n <$transclude mode=\"block\">$missingText$</$transclude>\n </$transclude>\n </$reveal>\n <$reveal stateTitle=<<__selectedTiddler__>> type=\"match\" text=\"\">\n $unselectedText$\n </$reveal>\n </div>\n </div>\n</$tiddler>\n\\end\n\n\\define toc-tabbed-internal-nav(tag,sort:\"\",selectedTiddler:\"$:/temp/toc/selectedTiddler\",unselectedText,missingText,template:\"\")\n<$linkcatcher to=<<__selectedTiddler__>>>\n <$macrocall $name=\"toc-tabbed-external-nav\" tag=<<__tag__>> sort=<<__sort__>> selectedTiddler=<<__selectedTiddler__>> unselectedText=<<__unselectedText__>> missingText=<<__missingText__>> template=<<__template__>>/>\n</$linkcatcher>\n\\end\n\n"
},
"$:/core/macros/translink": {
"title": "$:/core/macros/translink",
"tags": "$:/tags/Macro",
"text": "\\define translink(title,mode:\"block\")\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: black; foreground; white;\">\n<$link to=\"\"\"$title$\"\"\">\n<$text text=\"\"\"$title$\"\"\"/>\n</$link>\n<div style=\"border:1px solid #ccc; padding: 0.5em; background: white; foreground; black;\">\n<$transclude tiddler=\"\"\"$title$\"\"\" mode=\"$mode$\">\n\"<$text text=\"\"\"$title$\"\"\"/>\" is missing\n</$transclude>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/tree": {
"title": "$:/core/macros/tree",
"tags": "$:/tags/Macro",
"text": "\\define leaf-link(full-title,chunk,separator: \"/\")\n<$link to=<<__full-title__>>><$text text=<<__chunk__>>/></$link>\n\\end\n\n\\define leaf-node(prefix,chunk)\n<li>\n<$list filter=\"[<__prefix__>addsuffix<__chunk__>is[shadow]] [<__prefix__>addsuffix<__chunk__>is[tiddler]]\" variable=\"full-title\">\n<$list filter=\"[<full-title>removeprefix<__prefix__>]\" variable=\"chunk\">\n<span>{{$:/core/images/file}}</span> <$macrocall $name=\"leaf-link\" full-title=<<full-title>> chunk=<<chunk>>/>\n</$list>\n</$list>\n</li>\n\\end\n\n\\define branch-node(prefix,chunk,separator: \"/\")\n<li>\n<$set name=\"reveal-state\" value={{{ [[$:/state/tree/]addsuffix<__prefix__>addsuffix<__chunk__>] }}}>\n<$reveal type=\"nomatch\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"show\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$button setTitle=<<reveal-state>> setTo=\"hide\" class=\"tc-btn-invisible\">\n{{$:/core/images/folder}} <$text text=<<__chunk__>>/>\n</$button>\n</$reveal>\n<span>(<$count filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>removeprefix<__chunk__>] -[<__prefix__>addsuffix<__chunk__>]\"/>)</span>\n<$reveal type=\"match\" stateTitle=<<reveal-state>> text=\"show\">\n<$macrocall $name=\"tree-node\" prefix={{{ [<__prefix__>addsuffix<__chunk__>] }}} separator=<<__separator__>>/>\n</$reveal>\n</$set>\n</li>\n\\end\n\n\\define tree-node(prefix,separator: \"/\")\n<ol>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]!suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"leaf-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n<$list filter=\"[all[shadows+tiddlers]removeprefix<__prefix__>splitbefore<__separator__>sort[]suffix<__separator__>]\" variable=\"chunk\">\n<$macrocall $name=\"branch-node\" prefix=<<__prefix__>> chunk=<<chunk>> separator=<<__separator__>>/>\n</$list>\n</ol>\n\\end\n\n\\define tree(prefix: \"$:/\",separator: \"/\")\n<div class=\"tc-tree\">\n<span><$text text=<<__prefix__>>/></span>\n<div>\n<$macrocall $name=\"tree-node\" prefix=<<__prefix__>> separator=<<__separator__>>/>\n</div>\n</div>\n\\end\n"
},
"$:/core/macros/utils": {
"title": "$:/core/macros/utils",
"text": "\\define colour(colour)\n$colour$\n\\end\n"
},
"$:/snippets/minifocusswitcher": {
"title": "$:/snippets/minifocusswitcher",
"text": "<$select tiddler=\"$:/config/AutoFocus\">\n<$list filter=\"title tags text type fields\">\n<option value=<<currentTiddler>>><<currentTiddler>></option>\n</$list>\n</$select>\n"
},
"$:/snippets/minilanguageswitcher": {
"title": "$:/snippets/minilanguageswitcher",
"text": "<$select tiddler=\"$:/language\">\n<$list filter=\"[[$:/languages/en-GB]] [plugin-type[language]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"description\"><$view field=\"name\"><$view field=\"title\"/></$view></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "\\define lingo-base() $:/language/ControlPanel/Theme/\n<<lingo Prompt>> <$select tiddler=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\">\n<option value=<<currentTiddler>>><$view field=\"name\"><$view field=\"title\"/></$view></option>\n</$list>\n</$select>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/language/Docs/ModuleTypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n\n<ul><$list filter=\"[all[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/palette": {
"title": "$:/palette",
"text": "$:/palettes/Vanilla"
},
"$:/snippets/paletteeditor": {
"title": "$:/snippets/paletteeditor",
"text": "<$transclude tiddler=\"$:/PaletteManager\"/>\n"
},
"$:/snippets/palettepreview": {
"title": "$:/snippets/palettepreview",
"text": "<$set name=\"currentTiddler\" value={{$:/palette}}>\n{{||$:/snippets/currpalettepreview}}\n</$set>\n"
},
"$:/snippets/paletteswitcher": {
"title": "$:/snippets/paletteswitcher",
"text": "<$linkcatcher to=\"$:/palette\">\n<div class=\"tc-chooser\"><$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Palette]sort[name]]\"><$set name=\"cls\" filter=\"[all[current]prefix{$:/palette}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' - <$view field=\"description\" format=\"text\"/>{{||$:/snippets/currpalettepreview}}</$link>\n</div></$set>\n</$list>\n</div>\n</$linkcatcher>\n"
},
"$:/snippets/peek-stylesheets": {
"title": "$:/snippets/peek-stylesheets",
"text": "\\define expandable-stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<$vars state=<<qualify \"$:/state/peek-stylesheets/open/\">>>\n<$set name=\"state\" value={{{ [<state>addsuffix<currentTiddler>] }}}>\n<li>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"no\" class=\"tc-btn-invisible\">\n{{$:/core/images/down-arrow}}\n</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=<<state>> text=\"yes\" tag=\"span\">\n<$button set=<<state>> setTo=\"yes\" class=\"tc-btn-invisible\">\n{{$:/core/images/right-arrow}}\n</$button>\n</$reveal>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$reveal type=\"match\" state=<<state>> text=\"yes\" tag=\"div\">\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</$reveal>\n</li>\n</$set>\n</$vars>\n</$list>\n</ol>\n\\end\n\n\\define stylesheets-list()\n<ol>\n<$list filter=\"[all[shadows+tiddlers]tag[$:/tags/Stylesheet]!has[draft.of]]\">\n<li>\n<$link>\n<$view field=\"title\"/>\n</$link>\n<$set name=\"source\" tiddler=<<currentTiddler>>>\n<$wikify name=\"styles\" text=<<source>>>\n<pre>\n<code>\n<$text text=<<styles>>/>\n</code>\n</pre>\n</$wikify>\n</$set>\n</li>\n</$list>\n</ol>\n\\end\n\n<$vars modeState=<<qualify \"$:/state/peek-stylesheets/mode/\">>>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"expanded\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-right}} {{$:/language/ControlPanel/Stylesheets/Expand/Caption}}</$button>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<$button set=<<modeState>> setTo=\"restored\" class=\"tc-btn-invisible\">{{$:/core/images/chevron-down}} {{$:/language/ControlPanel/Stylesheets/Restore/Caption}}</$button>\n</$reveal>\n\n<$reveal type=\"nomatch\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<expandable-stylesheets-list>>\n</$reveal>\n<$reveal type=\"match\" state=<<modeState>> text=\"expanded\" tag=\"div\">\n<<stylesheets-list>>\n</$reveal>\n\n</$vars>\n"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/tags/AdvancedSearch": {
"title": "$:/tags/AdvancedSearch",
"list": "[[$:/core/ui/AdvancedSearch/Standard]] [[$:/core/ui/AdvancedSearch/System]] [[$:/core/ui/AdvancedSearch/Shadows]] [[$:/core/ui/AdvancedSearch/Filter]]"
},
"$:/tags/AdvancedSearch/FilterButton": {
"title": "$:/tags/AdvancedSearch/FilterButton",
"list": "$:/core/ui/AdvancedSearch/Filter/FilterButtons/dropdown $:/core/ui/AdvancedSearch/Filter/FilterButtons/clear $:/core/ui/AdvancedSearch/Filter/FilterButtons/export $:/core/ui/AdvancedSearch/Filter/FilterButtons/delete"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Info $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Settings $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals"
},
"$:/tags/ControlPanel/Info": {
"title": "$:/tags/ControlPanel/Info",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Advanced"
},
"$:/tags/ControlPanel/Plugins": {
"title": "$:/tags/ControlPanel/Plugins",
"list": "[[$:/core/ui/ControlPanel/Plugins/Installed]] [[$:/core/ui/ControlPanel/Plugins/Add]]"
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/shadow]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]"
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/cancel]] [[$:/core/ui/Buttons/save]]"
},
"$:/tags/EditorToolbar": {
"title": "$:/tags/EditorToolbar",
"list": "$:/core/ui/EditorToolbar/paint $:/core/ui/EditorToolbar/opacity $:/core/ui/EditorToolbar/line-width $:/core/ui/EditorToolbar/rotate-left $:/core/ui/EditorToolbar/clear $:/core/ui/EditorToolbar/bold $:/core/ui/EditorToolbar/italic $:/core/ui/EditorToolbar/strikethrough $:/core/ui/EditorToolbar/underline $:/core/ui/EditorToolbar/superscript $:/core/ui/EditorToolbar/subscript $:/core/ui/EditorToolbar/mono-line $:/core/ui/EditorToolbar/mono-block $:/core/ui/EditorToolbar/quote $:/core/ui/EditorToolbar/list-bullet $:/core/ui/EditorToolbar/list-number $:/core/ui/EditorToolbar/heading-1 $:/core/ui/EditorToolbar/heading-2 $:/core/ui/EditorToolbar/heading-3 $:/core/ui/EditorToolbar/heading-4 $:/core/ui/EditorToolbar/heading-5 $:/core/ui/EditorToolbar/heading-6 $:/core/ui/EditorToolbar/link $:/core/ui/EditorToolbar/excise $:/core/ui/EditorToolbar/picture $:/core/ui/EditorToolbar/stamp $:/core/ui/EditorToolbar/size $:/core/ui/EditorToolbar/editor-height $:/core/ui/EditorToolbar/more $:/core/ui/EditorToolbar/preview $:/core/ui/EditorToolbar/preview-type"
},
"$:/tags/Manager/ItemMain": {
"title": "$:/tags/Manager/ItemMain",
"list": "$:/Manager/ItemMain/WikifiedText $:/Manager/ItemMain/RawText $:/Manager/ItemMain/Fields"
},
"$:/tags/Manager/ItemSidebar": {
"title": "$:/tags/Manager/ItemSidebar",
"list": "$:/Manager/ItemSidebar/Tags $:/Manager/ItemSidebar/Colour $:/Manager/ItemSidebar/Icon $:/Manager/ItemSidebar/Tools"
},
"$:/tags/MoreSideBar": {
"title": "$:/tags/MoreSideBar",
"list": "[[$:/core/ui/MoreSideBar/All]] [[$:/core/ui/MoreSideBar/Recent]] [[$:/core/ui/MoreSideBar/Tags]] [[$:/core/ui/MoreSideBar/Missing]] [[$:/core/ui/MoreSideBar/Drafts]] [[$:/core/ui/MoreSideBar/Orphans]] [[$:/core/ui/MoreSideBar/Types]] [[$:/core/ui/MoreSideBar/System]] [[$:/core/ui/MoreSideBar/Shadows]] [[$:/core/ui/MoreSideBar/Explorer]] [[$:/core/ui/MoreSideBar/Plugins]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/Buttons/home]] [[$:/core/ui/Buttons/close-all]] [[$:/core/ui/Buttons/fold-all]] [[$:/core/ui/Buttons/unfold-all]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/new-tiddler]] [[$:/core/ui/Buttons/new-journal]] [[$:/core/ui/Buttons/new-image]] [[$:/core/ui/Buttons/import]] [[$:/core/ui/Buttons/export-page]] [[$:/core/ui/Buttons/control-panel]] [[$:/core/ui/Buttons/advanced-search]] [[$:/core/ui/Buttons/manager]] [[$:/core/ui/Buttons/tag-manager]] [[$:/core/ui/Buttons/language]] [[$:/core/ui/Buttons/palette]] [[$:/core/ui/Buttons/theme]] [[$:/core/ui/Buttons/storyview]] [[$:/core/ui/Buttons/encryption]] [[$:/core/ui/Buttons/timestamp]] [[$:/core/ui/Buttons/full-screen]] [[$:/core/ui/Buttons/print]] [[$:/core/ui/Buttons/save-wiki]] [[$:/core/ui/Buttons/refresh]] [[$:/core/ui/Buttons/more-page-actions]]"
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/topleftbar]] [[$:/core/ui/PageTemplate/toprightbar]] [[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]] [[$:/core/ui/PageTemplate/alerts]]",
"text": ""
},
"$:/tags/PluginLibrary": {
"title": "$:/tags/PluginLibrary",
"list": "$:/config/OfficialPluginLibrary"
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/SideBarSegment": {
"title": "$:/tags/SideBarSegment",
"list": "[[$:/core/ui/SideBarSegments/site-title]] [[$:/core/ui/SideBarSegments/site-subtitle]] [[$:/core/ui/SideBarSegments/page-controls]] [[$:/core/ui/SideBarSegments/search]] [[$:/core/ui/SideBarSegments/tabs]]"
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/Tools]] [[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/TiddlerInfo/Advanced": {
"title": "$:/tags/TiddlerInfo/Advanced",
"list": "[[$:/core/ui/TiddlerInfo/Advanced/ShadowInfo]] [[$:/core/ui/TiddlerInfo/Advanced/PluginInfo]]"
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/unfold]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/classic]] [[$:/core/ui/ViewTemplate/body]]"
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/Buttons/more-tiddler-actions]] [[$:/core/ui/Buttons/info]] [[$:/core/ui/Buttons/new-here]] [[$:/core/ui/Buttons/new-journal-here]] [[$:/core/ui/Buttons/clone]] [[$:/core/ui/Buttons/export-tiddler]] [[$:/core/ui/Buttons/edit]] [[$:/core/ui/Buttons/delete]] [[$:/core/ui/Buttons/permalink]] [[$:/core/ui/Buttons/permaview]] [[$:/core/ui/Buttons/open-window]] [[$:/core/ui/Buttons/close-others]] [[$:/core/ui/Buttons/close]] [[$:/core/ui/Buttons/fold-others]] [[$:/core/ui/Buttons/fold]]"
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "<$linkcatcher to=\"$:/theme\">\n<div class=\"tc-chooser\"><$list filter=\"[plugin-type[theme]sort[title]]\"><$set name=\"cls\" filter=\"[all[current]field:title{$:/theme}] [[$:/theme]!has[text]addsuffix[s/tiddlywiki/vanilla]field:title<currentTiddler>] +[limit[1]]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>><$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"text": "{{$:/SiteTitle}} --- {{$:/SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "\\define icon()\n$:/core/images/storyview-$(storyview)$\n\\end\n<$linkcatcher to=\"$:/view\">\n<div class=\"tc-chooser tc-viewswitcher\">\n<$list filter=\"[storyviews[]]\" variable=\"storyview\">\n<$set name=\"cls\" filter=\"[<storyview>prefix{$:/view}]\" value=\"tc-chooser-item tc-chosen\" emptyValue=\"tc-chooser-item\"><div class=<<cls>>>\n<$link to=<<storyview>>><$transclude tiddler=<<icon>>/><$text text=<<storyview>>/></$link>\n</div>\n</$set>\n</$list>\n</div>\n</$linkcatcher>"
}
}
}
[[starting place]]
muein
The following tiddlers were imported: # [[download-(4).png]]
yes
yes
no
yes
no
$:/palettes/DarkPhotos
alert-background: #ffe476 alert-border: #b99e2f alert-highlight: #881122 alert-muted-foreground: #b99e2f background: #ffffff blockquote-bar: <<colour muted-foreground>> button-background: button-foreground: button-border: code-background: #f7f7f9 code-border: #e1e1e8 code-foreground: #dd1144 dirty-indicator: #ff0000 download-background: #66cccc download-foreground: <<colour background>> dragger-background: <<colour foreground>> dragger-foreground: <<colour background>> dropdown-background: <<colour background>> dropdown-border: <<colour muted-foreground>> dropdown-tab-background-selected: #fff dropdown-tab-background: #ececec dropzone-background: rgba(0,200,0,0.7) external-link-background-hover: inherit external-link-background-visited: inherit external-link-background: inherit external-link-foreground-hover: inherit external-link-foreground-visited: #0000aa external-link-foreground: #0000ee foreground: #333333 message-background: #ecf2ff message-border: #cfd6e6 message-foreground: #547599 modal-backdrop: <<colour foreground>> modal-background: <<colour background>> modal-border: #999999 modal-footer-background: #f5f5f5 modal-footer-border: #dddddd modal-header-border: #eeeeee muted-foreground: #999999 notification-background: #ffffdd notification-border: #999999 page-background: #ffffff pre-background: #f5f5f5 pre-border: #cccccc primary: #9e9e9e select-tag-background: select-tag-foreground: sidebar-button-foreground: <<colour foreground>> sidebar-controls-foreground-hover: #000000 sidebar-controls-foreground: #ccc sidebar-foreground-shadow: rgba(255,255,255, 0.8) sidebar-foreground: #acacac sidebar-muted-foreground-hover: #444444 sidebar-muted-foreground: #c0c0c0 sidebar-tab-background-selected: #ffffff sidebar-tab-background: <<colour tab-background>> sidebar-tab-border-selected: <<colour tab-border-selected>> sidebar-tab-border: <<colour tab-border>> sidebar-tab-divider: #bdbdbd sidebar-tab-foreground-selected: #000000 sidebar-tab-foreground: <<colour tab-foreground>> sidebar-tiddler-link-foreground-hover: #c2c2c2 sidebar-tiddler-link-foreground: #ffffff site-title-foreground: <<colour tiddler-title-foreground>> static-alert-foreground: #aaaaaa tab-background-selected: #ffffff tab-background: #eeeeee tab-border-selected: #cccccc tab-border: #cccccc tab-divider: #d8d8d8 tab-foreground-selected: <<colour tab-foreground>> tab-foreground: #666666 table-border: #dddddd table-footer-background: #a8a8a8 table-header-background: #f0f0f0 tag-background: #ffeedd tag-foreground: #000 tiddler-background: <<colour background>> tiddler-border: #eee tiddler-controls-foreground-hover: #888888 tiddler-controls-foreground-selected: #444444 tiddler-controls-foreground: #cccccc tiddler-editor-background: #f8f8f8 tiddler-editor-border-image: #ffffff tiddler-editor-border: #cccccc tiddler-editor-fields-even: #e0e8e0 tiddler-editor-fields-odd: #f0f4f0 tiddler-info-background: #f8f8f8 tiddler-info-border: #dddddd tiddler-info-tab-background: #f8f8f8 tiddler-link-background: <<colour background>> tiddler-link-foreground: <<colour primary>> tiddler-subtitle-foreground: #c0c0c0 tiddler-title-foreground: #d1d1d1 toolbar-new-button: toolbar-options-button: toolbar-save-button: toolbar-info-button: toolbar-edit-button: toolbar-close-button: toolbar-delete-button: toolbar-cancel-button: toolbar-done-button: untagged-background: #999999 very-muted-foreground: #888888
alert-background: #f00 alert-border: <<colour background>> alert-highlight: <<colour foreground>> alert-muted-foreground: #800 background: #000 blockquote-bar: <<colour muted-foreground>> button-background: <<colour background>> button-foreground: <<colour foreground>> button-border: <<colour foreground>> code-background: <<colour background>> code-border: <<colour foreground>> code-foreground: <<colour foreground>> dirty-indicator: #f2aad3 download-background: #080 download-foreground: <<colour background>> dragger-background: <<colour foreground>> dragger-foreground: <<colour background>> dropdown-background: <<colour background>> dropdown-border: <<colour muted-foreground>> dropdown-tab-background-selected: <<colour foreground>> dropdown-tab-background: <<colour foreground>> dropzone-background: rgba(0,200,0,0.7) external-link-background-hover: inherit external-link-background-visited: inherit external-link-background: inherit external-link-foreground-hover: inherit external-link-foreground-visited: #00a external-link-foreground: #00e foreground: #fff message-background: <<colour foreground>> message-border: <<colour background>> message-foreground: <<colour background>> modal-backdrop: <<colour foreground>> modal-background: #000000 modal-border: <<colour foreground>> modal-footer-background: <<colour background>> modal-footer-border: <<colour foreground>> modal-header-border: <<colour foreground>> muted-foreground: <<colour foreground>> notification-background: #000000 notification-border: #000000 page-background: <<colour background>> pre-background: <<colour background>> pre-border: <<colour foreground>> primary: #ffffff select-tag-background: select-tag-foreground: sidebar-button-foreground: <<colour foreground>> sidebar-controls-foreground-hover: #f2aad3 sidebar-controls-foreground: #f2aad3 sidebar-foreground: #f2aad3 sidebar-muted-foreground-hover: #444444 sidebar-muted-foreground: #f2aad3 sidebar-tab-background-selected: <<colour background>> sidebar-tab-background: <<colour tab-background>> sidebar-tab-border-selected: <<colour tab-border-selected>> sidebar-tab-border: <<colour tab-border>> sidebar-tab-divider: <<colour tab-divider>> sidebar-tab-foreground-selected: <<colour foreground>> sidebar-tab-foreground: <<colour tab-foreground>> sidebar-tiddler-link-foreground-hover: <<colour foreground>> sidebar-tiddler-link-foreground: <<colour primary>> site-title-foreground: <<colour tiddler-title-foreground>> static-alert-foreground: #aaaaaa tab-background-selected: <<colour background>> tab-background: <<colour foreground>> tab-border-selected: <<colour foreground>> tab-border: <<colour foreground>> tab-divider: <<colour foreground>> tab-foreground-selected: <<colour foreground>> tab-foreground: <<colour background>> table-border: #dddddd table-footer-background: #a8a8a8 table-header-background: #f0f0f0 tag-background: #fff tag-foreground: #000 tiddler-background: <<colour background>> tiddler-border: <<colour foreground>> tiddler-controls-foreground-hover: #ddd tiddler-controls-foreground-selected: #fdd tiddler-controls-foreground: <<colour foreground>> tiddler-editor-background: <<colour background>> tiddler-editor-border-image: <<colour foreground>> tiddler-editor-border: #cccccc tiddler-editor-fields-even: <<colour background>> tiddler-editor-fields-odd: <<colour background>> tiddler-info-background: <<colour background>> tiddler-info-border: <<colour foreground>> tiddler-info-tab-background: <<colour background>> tiddler-link-background: <<colour background>> tiddler-link-foreground: <<colour primary>> tiddler-subtitle-foreground: #000000 tiddler-title-foreground: #ffffff toolbar-new-button: toolbar-options-button: toolbar-save-button: toolbar-info-button: toolbar-edit-button: toolbar-close-button: toolbar-delete-button: toolbar-cancel-button: toolbar-done-button: untagged-background: <<colour foreground>> very-muted-foreground: #888888
alert-background: #a8c8a1 alert-border: #a8c8a1 alert-highlight: #881122 alert-muted-foreground: #b99e2f background: #ffffff blockquote-bar: <<colour muted-foreground>> button-background: button-foreground: button-border: code-background: #f7f7f9 code-border: #e1e1e8 code-foreground: #dd1144 dirty-indicator: #c2c2c2 download-background: #34c734 download-foreground: <<colour background>> dragger-background: <<colour foreground>> dragger-foreground: <<colour background>> dropdown-background: <<colour background>> dropdown-border: <<colour muted-foreground>> dropdown-tab-background-selected: #fff dropdown-tab-background: #ececec dropzone-background: rgba(0,200,0,0.7) external-link-background-hover: inherit external-link-background-visited: inherit external-link-background: inherit external-link-foreground-hover: inherit external-link-foreground-visited: #7cb1ad external-link-foreground: #90bdc1 foreground: #333333 message-background: #ecf2ff message-border: #cfd6e6 message-foreground: #547599 modal-backdrop: <<colour foreground>> modal-background: <<colour background>> modal-border: #999999 modal-footer-background: #f5f5f5 modal-footer-border: #dddddd modal-header-border: #eeeeee muted-foreground: #ddd notification-background: #ffffdd notification-border: #999999 page-background: #336438 pre-background: #f5f5f5 pre-border: #cccccc primary: #8fbbbc select-tag-background: #a3c49c select-tag-foreground: #e3e3e3 sidebar-button-foreground: <<colour foreground>> sidebar-controls-foreground-hover: #ccf sidebar-controls-foreground: #fff sidebar-foreground-shadow: rgba(0,0,0, 0.5) sidebar-foreground: #fff sidebar-muted-foreground-hover: #444444 sidebar-muted-foreground: #eee sidebar-tab-background-selected: rgba(255,255,255, 0.8) sidebar-tab-background: rgba(255,255,255, 0.4) sidebar-tab-border-selected: <<colour tab-border-selected>> sidebar-tab-border: <<colour tab-border>> sidebar-tab-divider: rgba(255,255,255, 0.2) sidebar-tab-foreground-selected: sidebar-tab-foreground: <<colour tab-foreground>> sidebar-tiddler-link-foreground-hover: #9e9e9e sidebar-tiddler-link-foreground: #d4d4d4 site-title-foreground: #fff static-alert-foreground: #aaaaaa tab-background-selected: #bababa tab-background: #545454 tab-border-selected: #858585 tab-border: #8a8a8a tab-divider: #d8d8d8 tab-foreground-selected: <<colour tab-foreground>> tab-foreground: #ffffff table-border: #dddddd table-footer-background: #a8a8a8 table-header-background: #f0f0f0 tag-background: #c0dcde tag-foreground: #ffffff tiddler-background: <<colour background>> tiddler-border: <<colour background>> tiddler-controls-foreground-hover: #888888 tiddler-controls-foreground-selected: #444444 tiddler-controls-foreground: #cccccc tiddler-editor-background: #f8f8f8 tiddler-editor-border-image: #ffffff tiddler-editor-border: #cccccc tiddler-editor-fields-even: #e0e8e0 tiddler-editor-fields-odd: #f0f4f0 tiddler-info-background: #f8f8f8 tiddler-info-border: #dddddd tiddler-info-tab-background: #ffffff tiddler-link-background: #787878 tiddler-link-foreground: <<colour primary>> tiddler-subtitle-foreground: #c0c0c0 tiddler-title-foreground: #182955 toolbar-new-button: toolbar-options-button: toolbar-save-button: toolbar-info-button: toolbar-edit-button: toolbar-close-button: toolbar-delete-button: toolbar-cancel-button: toolbar-done-button: untagged-background: #999999 very-muted-foreground: #888888
muein.tiddlyhost.com
https://muein.tiddlyhost.com/thumb.png
Muein's Notebook
https://muein.tiddlyhost.com
yes
hide
hide
techn
show
show
show
yes
no
no
yes
no
yes
yes
$:/core/ui/AdvancedSearch/Filter
$:/core/ui/ControlPanel/Palette
$:/core/ui/ControlPanel/Basics
$:/core/ui/ControlPanel/Plugins/Add/Plugins
$:/core/ui/ControlPanel/Plugins/Installed/Plugins
$:/core/ui/MoreSideBar/Plugins/Languages
$:/core/ui/ControlPanel/Info
$:/core/ui/ControlPanel/Saving/Gitea
$:/core/ui/MoreSideBar/Types
$:/core/ui/SideBar/More
$:/core/ui/ControlPanel/Toolbars/EditToolbar
no
no
[is[tiddler]is[shadow]sort[title]]
{
"tiddlers": {
"$:/info/browser": {
"title": "$:/info/browser",
"text": "yes"
},
"$:/info/node": {
"title": "$:/info/node",
"text": "no"
},
"$:/info/url/full": {
"title": "$:/info/url/full",
"text": "https://muein.tiddlyhost.com/"
},
"$:/info/url/host": {
"title": "$:/info/url/host",
"text": "muein.tiddlyhost.com"
},
"$:/info/url/hostname": {
"title": "$:/info/url/hostname",
"text": "muein.tiddlyhost.com"
},
"$:/info/url/protocol": {
"title": "$:/info/url/protocol",
"text": "https:"
},
"$:/info/url/port": {
"title": "$:/info/url/port",
"text": ""
},
"$:/info/url/pathname": {
"title": "$:/info/url/pathname",
"text": "/"
},
"$:/info/url/search": {
"title": "$:/info/url/search",
"text": ""
},
"$:/info/url/origin": {
"title": "$:/info/url/origin",
"text": "https://muein.tiddlyhost.com"
},
"$:/info/browser/screen/width": {
"title": "$:/info/browser/screen/width",
"text": "1512"
},
"$:/info/browser/screen/height": {
"title": "$:/info/browser/screen/height",
"text": "982"
},
"$:/info/browser/language": {
"title": "$:/info/browser/language",
"text": "en-US"
}
}
}
loaded
$:/themes/tiddlywiki/snowwhite
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n.tc-sidebar-header {\n\ttext-shadow: 0 1px 0 <<colour sidebar-foreground-shadow>>;\n}\n\n.tc-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow \"1px 1px 5px rgba(0, 0, 0, 0.3)\">>\n\t}\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tc-page-controls button svg, .tc-tiddler-controls button svg, .tc-topbar button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tc-tiddler-controls button.tc-selected,\n.tc-page-controls button.tc-selected {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tc-tiddler-frame .tc-edit-tags input.tc-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ntextarea.tc-edit-texteditor {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\ncanvas.tc-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-drop-down {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-block-dropdown {\n\tborder-radius: 4px;\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tc-modal {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.tc-modal-footer {\n\tborder-radius: 0 0 6px 6px;\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n\n.tc-alert {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.6)\">>\n}\n\n.tc-notification {\n\tborder-radius: 6px;\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tc-sidebar-lists .tc-tab-set .tc-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.15) 0%, rgba(0,0,0,0.0) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.01) 0%, rgba(0,0,0,0.1) 100%\">>\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\t<<background-linear-gradient \"left, rgba(0,0,0,0.05) 0%, rgba(255,255,255,0.05) 100%\">>\n}\n\n.tc-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n\n.tc-plugin-info {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel/Appearance",
"caption": "{{$:/language/ThemeTweaks/ThemeTweaks}}",
"text": "\\define lingo-base() $:/language/ThemeTweaks/\n\n\\define replacement-text()\n[img[$(imageTitle)$]]\n\\end\n\n\\define backgroundimage-dropdown()\n<div class=\"tc-drop-down-wrapper\">\n<$button popup=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> class=\"tc-btn-invisible tc-btn-dropdown\">{{$:/core/images/down-arrow}}</$button>\n<$reveal state=<<qualify \"$:/state/popup/themetweaks/backgroundimage\">> type=\"popup\" position=\"belowleft\" text=\"\" default=\"\">\n<div class=\"tc-drop-down\">\n<$macrocall $name=\"image-picker\" actions=\"\"\"\n\n<$action-setfield\n\t$tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"\n\t$value=<<imageTitle>>\n/>\n\n\"\"\"/>\n</div>\n</$reveal>\n</div>\n\\end\n\n\\define backgroundimageattachment-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\" default=\"scroll\">\n<option value=\"scroll\"><<lingo Settings/BackgroundImageAttachment/Scroll>></option>\n<option value=\"fixed\"><<lingo Settings/BackgroundImageAttachment/Fixed>></option>\n</$select>\n\\end\n\n\\define backgroundimagesize-dropdown()\n<$select tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\" default=\"scroll\">\n<option value=\"auto\"><<lingo Settings/BackgroundImageSize/Auto>></option>\n<option value=\"cover\"><<lingo Settings/BackgroundImageSize/Cover>></option>\n<option value=\"contain\"><<lingo Settings/BackgroundImageSize/Contain>></option>\n</$select>\n\\end\n\n<<lingo ThemeTweaks/Hint>>\n\n! <<lingo Options>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><<lingo Options/SidebarLayout>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\"><option value=\"fixed-fluid\"><<lingo Options/SidebarLayout/Fixed-Fluid>></option><option value=\"fluid-fixed\"><<lingo Options/SidebarLayout/Fluid-Fixed>></option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><<lingo Options/StickyTitles>></$link><br>//<<lingo Options/StickyTitles/Hint>>// |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\"><option value=\"no\">{{$:/language/No}}</option><option value=\"yes\">{{$:/language/Yes}}</option></$select> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><<lingo Options/CodeWrapping>></$link> |<$select tiddler=\"$:/themes/tiddlywiki/vanilla/options/codewrapping\"><option value=\"pre\">{{$:/language/No}}</option><option value=\"pre-wrap\">{{$:/language/Yes}}</option></$select> |\n\n! <<lingo Settings>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\"><<lingo Settings/FontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/fontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\"><<lingo Settings/CodeFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/codefontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\"><<lingo Settings/EditorFontFamily>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/editorfontfamily\" default=\"\" tag=\"input\"/> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\"><<lingo Settings/BackgroundImage>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimage\" default=\"\" tag=\"input\"/> |<<backgroundimage-dropdown>> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment\"><<lingo Settings/BackgroundImageAttachment>></$link> |<<backgroundimageattachment-dropdown>> | |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize\"><<lingo Settings/BackgroundImageSize>></$link> |<<backgroundimagesize-dropdown>> | |\n\n! <<lingo Metrics>>\n\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\"><<lingo Metrics/FontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\"><<lingo Metrics/LineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\"><<lingo Metrics/BodyFontSize>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\"><<lingo Metrics/BodyLineHeight>></$link> |<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\"><<lingo Metrics/StoryLeft>></$link><br>//<<lingo Metrics/StoryLeft/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyleft\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\"><<lingo Metrics/StoryTop>></$link><br>//<<lingo Metrics/StoryTop/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storytop\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\"><<lingo Metrics/StoryRight>></$link><br>//<<lingo Metrics/StoryRight/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storyright\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\"><<lingo Metrics/StoryWidth>></$link><br>//<<lingo Metrics/StoryWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/storywidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\"><<lingo Metrics/TiddlerWidth>></$link><br>//<<lingo Metrics/TiddlerWidth/Hint>>//<br> |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\"><<lingo Metrics/SidebarBreakpoint>></$link><br>//<<lingo Metrics/SidebarBreakpoint/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\" default=\"\" tag=\"input\"/> |\n|<$link to=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\"><<lingo Metrics/SidebarWidth>></$link><br>//<<lingo Metrics/SidebarWidth/Hint>>// |^<$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth\" default=\"\" tag=\"input\"/> |\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/Stylesheet]]",
"text": "\\define custom-background-datauri()\n<$set name=\"background\" value={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}>\n<$list filter=\"[<background>is[image]]\">\n`background: url(`\n<$list filter=\"[<background>!has[_canonical_uri]]\">\n`\"`<$macrocall $name=\"datauri\" title={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}}/>`\"`\n</$list>\n<$list filter=\"[<background>has[_canonical_uri]]\">\n`\"`<$view tiddler={{$:/themes/tiddlywiki/vanilla/settings/backgroundimage}} field=\"_canonical_uri\"/>`\"`\n</$list>\n`) center center;`\n`background-attachment: `{{$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment}}`;\n-webkit-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-moz-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\n-o-background-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;\nbackground-size:` {{$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize}}`;`\n</$list>\n</$set>\n\\end\n\n\\define if-fluid-fixed(text,hiddenSidebarText)\n<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/sidebarlayout\" type=\"match\" text=\"fluid-fixed\">\n$text$\n<$reveal state=\"$:/state/sidebar\" type=\"nomatch\" text=\"yes\" default=\"yes\">\n$hiddenSidebarText$\n</$reveal>\n</$reveal>\n\\end\n\n\\define if-editor-height-fixed(then,else)\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"fixed\">\n$then$\n</$reveal>\n<$reveal state=\"$:/config/TextEditor/EditorHeight/Mode\" type=\"match\" text=\"auto\">\n$else$\n</$reveal>\n\\end\n\n\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline macrocallblock\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\nhtml button {\n\tline-height: 1.2;\n\tcolor: <<colour button-foreground>>;\n\tbackground: <<colour button-background>>;\n\tborder-color: <<colour button-border>>;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/fontfamily}};\n\ttext-rendering: optimizeLegibility; /* Enables kerning and ligatures etc. */\n\t-webkit-font-smoothing: antialiased;\n\t-moz-osx-font-smoothing: grayscale;\n}\n\nhtml:-webkit-full-screen {\n\tbackground-color: <<colour page-background>>;\n}\n\nbody.tc-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/lineheight}};\n\tword-wrap: break-word;\n\t<<custom-background-datauri>>\n\tcolor: <<colour foreground>>;\n\tbackground-color: <<colour page-background>>;\n\tfill: <<colour foreground>>;\n}\n\n<<if-background-attachment \"\"\"\n\nbody.tc-body {\n background-color: transparent;\n}\n\n\"\"\">>\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1.2;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tbackground-color: <<colour pre-background>>;\n\tborder: 1px solid <<colour pre-border>>;\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\ncode {\n\tcolor: <<colour code-foreground>>;\n\tbackground-color: <<colour code-background>>;\n\tborder: 1px solid <<colour code-border>>;\n\twhite-space: {{$:/themes/tiddlywiki/vanilla/options/codewrapping}};\n\tpadding: 0 3px 2px;\n\tborder-radius: 3px;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/codefontfamily}};\n}\n\nblockquote {\n\tborder-left: 5px solid <<colour blockquote-bar>>;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n\tquotes: \"\\201C\"\"\\201D\"\"\\2018\"\"\\2019\";\n}\n\nblockquote > div {\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n}\n\nblockquote.tc-big-quote {\n\tfont-family: Georgia, serif;\n\tposition: relative;\n\tbackground: <<colour pre-background>>;\n\tborder-left: none;\n\tmargin-left: 50px;\n\tmargin-right: 50px;\n\tpadding: 10px;\n border-radius: 8px;\n}\n\nblockquote.tc-big-quote cite:before {\n\tcontent: \"\\2014 \\2009\";\n}\n\nblockquote.tc-big-quote:before {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: open-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n left: -50px;\n top: 42px;\n}\n\nblockquote.tc-big-quote:after {\n\tfont-family: Georgia, serif;\n\tcolor: <<colour blockquote-bar>>;\n\tcontent: close-quote;\n\tfont-size: 8em;\n\tline-height: 0.1em;\n\tmargin-right: 0.25em;\n\tvertical-align: -0.4em;\n\tposition: absolute;\n right: -80px;\n bottom: -20px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\n}\n\nbutton, textarea, input, select {\n\toutline-color: <<colour primary>>;\n}\n\ntextarea,\ninput[type=text],\ninput[type=search],\ninput[type=\"\"],\ninput:not([type]) {\n\tcolor: <<colour foreground>>;\n\tbackground: <<colour background>>;\n}\n\ninput[type=\"checkbox\"] {\n vertical-align: middle;\n}\n\n.tc-muted {\n\tcolor: <<colour muted-foreground>>;\n}\n\nsvg.tc-image-button {\n\tpadding: 0px 1px 1px 0px;\n}\n\n.tc-icon-wrapper > svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\nkbd {\n\tdisplay: inline-block;\n\tpadding: 3px 5px;\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tcolor: <<colour foreground>>;\n\tvertical-align: middle;\n\tbackground-color: <<colour background>>;\n\tborder: solid 1px <<colour muted-foreground>>;\n\tborder-bottom-color: <<colour muted-foreground>>;\n\tborder-radius: 3px;\n\tbox-shadow: inset 0 -1px 0 <<colour muted-foreground>>;\n}\n\n/*\nMarkdown likes putting code elements inside pre elements\n*/\npre > code {\n\tpadding: 0;\n\tborder: none;\n\tbackground-color: inherit;\n\tcolor: inherit;\n}\n\ntable {\n\tborder: 1px solid <<colour table-border>>;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n\tmargin-top: 1em;\n\tmargin-bottom: 1em;\n\t/* next 2 elements needed, since normalize 8.0.1 */\n\tborder-collapse: collapse;\n\tborder-spacing: 0;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid <<colour table-border>>;\n\tborder-left: 1px solid <<colour table-border>>;\n}\n\ntable thead tr td, table th {\n\tbackground-color: <<colour table-header-background>>;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: <<colour table-footer-background>>;\n}\n\n.tc-csv-table {\n\twhite-space: nowrap;\n}\n\n.tc-tiddler-frame img,\n.tc-tiddler-frame svg,\n.tc-tiddler-frame canvas,\n.tc-tiddler-frame embed,\n.tc-tiddler-frame iframe {\n\tmax-width: 100%;\n}\n\n.tc-tiddler-body > embed,\n.tc-tiddler-body > iframe {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\nbutton.tc-tiddlylink,\na.tc-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: 500;\n\tcolor: <<colour tiddler-link-foreground>>;\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tc-sidebar-lists a.tc-tiddlylink {\n\tcolor: <<colour sidebar-tiddler-link-foreground>>;\n}\n\n.tc-sidebar-lists a.tc-tiddlylink:hover {\n\tcolor: <<colour sidebar-tiddler-link-foreground-hover>>;\n}\n\nbutton.tc-tiddlylink:hover,\na.tc-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tc-tiddlylink-resolves {\n}\n\na.tc-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tc-tiddlylink-shadow.tc-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tc-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tc-tiddlylink-external {\n\ttext-decoration: underline;\n\tcolor: <<colour external-link-foreground>>;\n\tbackground-color: <<colour external-link-background>>;\n}\n\na.tc-tiddlylink-external:visited {\n\tcolor: <<colour external-link-foreground-visited>>;\n\tbackground-color: <<colour external-link-background-visited>>;\n}\n\na.tc-tiddlylink-external:hover {\n\tcolor: <<colour external-link-foreground-hover>>;\n\tbackground-color: <<colour external-link-background-hover>>;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tc-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tc-tiddler-dragger-inner {\n\tposition: absolute;\n\ttop: -1000px;\n\tleft: -1000px;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: <<colour dragger-foreground>>;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour dragger-background>>;\n\tborder-radius: 20px;\n}\n\n.tc-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: <<colour page-background>>;\n}\n\n.tc-dropzone {\n\tposition: relative;\n}\n\n.tc-dropzone.tc-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour dropzone-background>>;\n\ttext-align: center;\n\tcontent: \"<<lingo DropMessage>>\";\n}\n\n.tc-droppable > .tc-droppable-placeholder {\n\tdisplay: none;\n}\n\n.tc-droppable.tc-dragover > .tc-droppable-placeholder {\n\tdisplay: block;\n\tborder: 2px dashed <<colour dropzone-background>>;\n}\n\n.tc-draggable {\n\tcursor: move;\n}\n\n.tc-sidebar-tab-open .tc-droppable-placeholder, .tc-tagged-draggable-list .tc-droppable-placeholder,\n.tc-links-draggable-list .tc-droppable-placeholder {\n\tline-height: 2em;\n\theight: 2em;\n}\n\n.tc-sidebar-tab-open-item {\n\tposition: relative;\n}\n\n.tc-sidebar-tab-open .tc-btn-invisible.tc-btn-mini svg {\n\tfont-size: 0.7em;\n\tfill: <<colour muted-foreground>>;\n}\n\n/*\n** Plugin reload warning\n*/\n\n.tc-plugin-reload-warning {\n\tz-index: 1000;\n\tdisplay: block;\n\tposition: fixed;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: <<colour alert-background>>;\n\ttext-align: center;\n}\n\n/*\n** Buttons\n*/\n\nbutton svg, button img, label svg, label img {\n\tvertical-align: middle;\n}\n\n.tc-btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n \tcursor: pointer;\n\tcolor: <<colour foreground>>;\n}\n\n.tc-btn-boxed {\n\tfont-size: 0.6em;\n\tpadding: 0.2em;\n\tmargin: 1px;\n\tbackground: none;\n\tborder: 1px solid <<colour tiddler-controls-foreground>>;\n\tborder-radius: 0.25em;\n}\n\nhtml body.tc-body .tc-btn-boxed svg {\n\tfont-size: 1.6666em;\n}\n\n.tc-btn-boxed:hover {\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n}\n\nhtml body.tc-body .tc-btn-boxed:hover svg {\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded {\n\tfont-size: 0.5em;\n\tline-height: 2;\n\tpadding: 0em 0.3em 0.2em 0.4em;\n\tmargin: 1px;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour muted-foreground>>;\n\tcolor: <<colour background>>;\n\tborder-radius: 2em;\n}\n\nhtml body.tc-body .tc-btn-rounded svg {\n\tfont-size: 1.6666em;\n\tfill: <<colour background>>;\n}\n\n.tc-btn-rounded:hover {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tcolor: <<colour muted-foreground>>;\n}\n\nhtml body.tc-body .tc-btn-rounded:hover svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-btn-text {\n\tpadding: 0;\n\tmargin: 0;\n}\n\n/* used for documentation \"fake\" buttons */\n.tc-btn-standard {\n\tline-height: 1.8;\n\tcolor: #667;\n\tbackground-color: #e0e0e0;\n\tborder: 1px solid #888;\n\tpadding: 2px 1px 2px 1px;\n\tmargin: 1px 4px 1px 4px;\n}\n\n.tc-btn-big-green {\n\tdisplay: inline-block;\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: <<colour download-background>>;\n\tcolor: <<colour download-foreground>>;\n\tfill: <<colour download-foreground>>;\n\tborder: none;\n\tborder-radius: 2px;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n\ttext-decoration: none;\n}\n\n.tc-btn-big-green svg,\n.tc-btn-big-green img {\n\theight: 2em;\n\twidth: 2em;\n\tvertical-align: middle;\n\tfill: <<colour download-foreground>>;\n}\n\n.tc-primary-btn {\n \tbackground: <<colour primary>>;\n}\n\n.tc-sidebar-lists input {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-sidebar-lists button {\n\tcolor: <<colour sidebar-button-foreground>>;\n\tfill: <<colour sidebar-button-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini {\n\tcolor: <<colour sidebar-muted-foreground>>;\n}\n\n.tc-sidebar-lists button.tc-btn-mini:hover {\n\tcolor: <<colour sidebar-muted-foreground-hover>>;\n}\n\nbutton svg.tc-image-button, button .tc-image-button img {\n\theight: 1em;\n\twidth: 1em;\n}\n\n.tc-unfold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 100%;\n\twidth: calc(100% + 2px);\n\tmargin-left: -43px;\n\ttext-align: center;\n\tborder-top: 2px solid <<colour tiddler-info-background>>;\n\tmargin-top: 4px;\n}\n\n.tc-unfold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n\tborder-top: 2px solid <<colour tiddler-info-border>>;\n}\n\n.tc-unfold-banner svg, .tc-fold-banner svg {\n\theight: 0.75em;\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-unfold-banner:hover svg, .tc-fold-banner:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n.tc-fold-banner {\n\tposition: absolute;\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n\twidth: 23px;\n\ttext-align: center;\n\tmargin-left: -35px;\n\ttop: 6px;\n\tbottom: 6px;\n}\n\n.tc-fold-banner:hover {\n\tbackground: <<colour tiddler-info-background>>;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-unfold-banner {\n\t\tposition: static;\n\t\twidth: calc(100% + 59px);\n\t}\n\n\t.tc-fold-banner {\n\t\twidth: 16px;\n\t\tmargin-left: -16px;\n\t\tfont-size: 0.75em;\n\t}\n\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tc-tag-list-item {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tc-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tc-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\n\tdisplay: inline-block;\n\tfont-size: 11.844px;\n\tline-height: 14px;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n}\n\nbutton.tc-tag-label, span.tc-tag-label {\n\tdisplay: inline-block;\n\tpadding: 0.16em 0.7em;\n\tfont-size: 0.9em;\n\tfont-weight: 400;\n\tline-height: 1.2em;\n\tcolor: <<colour tag-foreground>>;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: <<colour tag-background>>;\n\tborder-radius: 1em;\n}\n\n.tc-sidebar-scrollable .tc-tag-label {\n\ttext-shadow: none;\n}\n\n.tc-untagged-separator {\n\twidth: 10em;\n\tleft: 0;\n\tmargin-left: 0;\n\tborder: 0;\n\theight: 1px;\n\tbackground: <<colour tab-divider>>;\n}\n\nbutton.tc-untagged-label {\n\tbackground-color: <<colour untagged-background>>;\n}\n\n.tc-tag-label svg, .tc-tag-label img {\n\theight: 1em;\n\twidth: 1em;\n\tmargin-right: 3px; \n\tmargin-bottom: 1px;\n\tvertical-align: text-bottom;\n}\n\n.tc-edit-tags button.tc-remove-tag-button svg {\n\tfont-size: 0.7em;\n\tvertical-align: middle;\n}\n\n.tc-tag-manager-table .tc-tag-label {\n\twhite-space: normal;\n}\n\n.tc-tag-manager-tag {\n\twidth: 100%;\n}\n\nbutton.tc-btn-invisible.tc-remove-tag-button {\n\toutline: none;\n}\n\n/*\n** Page layout\n*/\n\n.tc-topbar {\n\tposition: fixed;\n\tz-index: 1200;\n}\n\n.tc-topbar-left {\n\tleft: 29px;\n\ttop: 5px;\n}\n\n.tc-topbar-right {\n\ttop: 5px;\n\tright: 29px;\n}\n\n.tc-topbar button {\n\tpadding: 8px;\n}\n\n.tc-topbar svg {\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-topbar button:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-sidebar-header {\n\tcolor: <<colour sidebar-foreground>>;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-sidebar-header .tc-title a.tc-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.tc-sidebar-header .tc-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-sidebar-header .tc-missing-tiddler-label {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-advanced-search input {\n\twidth: 60%;\n}\n\n.tc-search a svg {\n\twidth: 1.2em;\n\theight: 1.2em;\n\tvertical-align: middle;\n}\n\n.tc-page-controls {\n\tmargin-top: 14px;\n\tfont-size: 1.5em;\n}\n\n.tc-page-controls .tc-drop-down {\n font-size: 1rem;\n}\n\n.tc-page-controls button {\n\tmargin-right: 0.5em;\n}\n\n.tc-page-controls a.tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-page-controls img {\n\twidth: 1em;\n}\n\n.tc-page-controls svg {\n\tfill: <<colour sidebar-controls-foreground>>;\n}\n\n.tc-page-controls button:hover svg, .tc-page-controls a:hover svg {\n\tfill: <<colour sidebar-controls-foreground-hover>>;\n}\n\n.tc-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tc-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tc-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.tc-story-river {\n\tposition: relative;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-sidebar-header {\n\t\tpadding: 14px;\n\t\tmin-height: 32px;\n\t\tmargin-top: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-message-box {\n\t\tmargin: 21px -21px 21px -21px;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tposition: fixed;\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t\tbottom: 0;\n\t\tright: 0;\n\t\toverflow-y: auto;\n\t\toverflow-x: auto;\n\t\t-webkit-overflow-scrolling: touch;\n\t\tmargin: 0 0 0 -42px;\n\t\tpadding: 71px 0 28px 42px;\n\t}\n\n\thtml[dir=\"rtl\"] .tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tright: {{$:/themes/tiddlywiki/vanilla/metrics/storyright}};\n\t}\n\n\t.tc-story-river {\n\t\tposition: relative;\n\t\tleft: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\ttop: {{$:/themes/tiddlywiki/vanilla/metrics/storytop}};\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/storywidth}};\n\t\tpadding: 42px 42px 42px 42px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-story-river {\n\t\twidth: calc(100% - {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}});\n\t}\n\n\">>\n\n}\n\n@media print {\n\n\tbody.tc-body {\n\t\tbackground-color: transparent;\n\t}\n\n\t.tc-sidebar-header, .tc-topbar {\n\t\tdisplay: none;\n\t}\n\n\t.tc-story-river {\n\t\tmargin: 0;\n\t\tpadding: 0;\n\t}\n\n\t.tc-story-river .tc-tiddler-frame {\n\t\tmargin: 0;\n\t\tborder: none;\n\t\tpadding: 0;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tc-tiddler-frame {\n\tposition: relative;\n\tmargin-bottom: 28px;\n\tbackground-color: <<colour tiddler-background>>;\n\tborder: 1px solid <<colour tiddler-border>>;\n}\n\n{{$:/themes/tiddlywiki/vanilla/sticky}}\n\n.tc-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: <<colour tiddler-info-background>>;\n\tborder-top: 1px solid <<colour tiddler-info-border>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-border>>;\n}\n\n.tc-tiddler-info p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tc-tiddler-info .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour tiddler-info-tab-background>>;\n\tborder-bottom: 1px solid <<colour tiddler-info-tab-background>>;\n}\n\n.tc-view-field-table {\n\twidth: 100%;\n}\n\n.tc-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n\tfont-weight: 200;\n}\n\n.tc-view-field-value {\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\t.tc-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth}};\n\t\tborder-radius: 2px;\n\t}\n\n<<if-no-sidebar \"\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\">>\n\n\t.tc-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.tc-site-title,\n.tc-titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: <<colour tiddler-title-foreground>>;\n\tmargin: 0;\n}\n\n.tc-site-title {\n\tcolor: <<colour site-title-foreground>>;\n}\n\n.tc-tiddler-title-icon {\n\tvertical-align: middle;\n\tmargin-right: .1em;\n}\n\n.tc-system-title-prefix {\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-titlebar h2 {\n\tfont-size: 1em;\n\tdisplay: inline;\n}\n\n.tc-titlebar img {\n\theight: 1em;\n}\n\n.tc-subtitle {\n\tfont-size: 0.9em;\n\tcolor: <<colour tiddler-subtitle-foreground>>;\n\tfont-weight: 300;\n}\n\n.tc-subtitle .tc-tiddlylink {\n\tmargin-right: .3em;\n}\n\n.tc-tiddler-missing .tc-title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tc-tiddler-frame .tc-tiddler-controls {\n\tfloat: right;\n}\n\n.tc-tiddler-controls .tc-drop-down {\n\tfont-size: 0.6em;\n}\n\n.tc-tiddler-controls .tc-drop-down .tc-drop-down {\n\tfont-size: 1em;\n}\n\n.tc-tiddler-controls > span > button,\n.tc-tiddler-controls > span > span > button,\n.tc-tiddler-controls > span > span > span > button {\n\tvertical-align: baseline;\n\tmargin-left:5px;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img,\n.tc-search button svg, .tc-search a svg {\n\tfill: <<colour tiddler-controls-foreground>>;\n}\n\n.tc-tiddler-controls button svg, .tc-tiddler-controls button img {\n\theight: 0.75em;\n}\n\n.tc-search button svg, .tc-search a svg {\n height: 1.2em;\n width: 1.2em;\n margin: 0 0.25em;\n}\n\n.tc-tiddler-controls button.tc-selected svg,\n.tc-page-controls button.tc-selected svg {\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n}\n\n.tc-tiddler-controls button.tc-btn-invisible:hover svg,\n.tc-search button:hover svg, .tc-search a:hover svg {\n\tfill: <<colour tiddler-controls-foreground-hover>>;\n}\n\n@media print {\n\t.tc-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tc-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: <<colour muted-foreground>>;\n\tmargin-top: 14px;\n}\n\n.tc-tiddler-help a.tc-tiddlylink {\n\tcolor: <<colour very-muted-foreground>>;\n}\n\n.tc-tiddler-frame .tc-edit-texteditor {\n\twidth: 100%;\n\tmargin: 4px 0 4px 0;\n}\n\n.tc-tiddler-frame input.tc-edit-texteditor,\n.tc-tiddler-frame textarea.tc-edit-texteditor,\n.tc-tiddler-frame iframe.tc-edit-texteditor {\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tbackground-color: <<colour tiddler-editor-background>>;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings/editorfontfamily}};\n}\n\n.tc-tiddler-frame .tc-binary-warning {\n\twidth: 100%;\n\theight: 5em;\n\ttext-align: center;\n\tpadding: 3em 3em 6em 3em;\n\tbackground: <<colour alert-background>>;\n\tborder: 1px solid <<colour alert-border>>;\n}\n\ncanvas.tc-edit-bitmapeditor {\n\tborder: 6px solid <<colour tiddler-editor-border-image>>;\n\tcursor: crosshair;\n\t-moz-user-select: none;\n\t-webkit-user-select: none;\n\t-ms-user-select: none;\n\tmargin-top: 6px;\n\tmargin-bottom: 6px;\n}\n\n.tc-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tc-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n.tc-tiddler-body {\n\tclear: both;\n}\n\n.tc-tiddler-frame .tc-tiddler-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics/bodylineheight}};\n}\n\n.tc-titlebar, .tc-tiddler-edit-title {\n\toverflow: hidden; /* https://github.com/Jermolene/TiddlyWiki5/issues/282 */\n}\n\nhtml body.tc-body.tc-single-tiddler-window {\n\tmargin: 1em;\n\tbackground: <<colour tiddler-background>>;\n}\n\n.tc-single-tiddler-window img,\n.tc-single-tiddler-window svg,\n.tc-single-tiddler-window canvas,\n.tc-single-tiddler-window embed,\n.tc-single-tiddler-window iframe {\n\tmax-width: 100%;\n}\n\n/*\n** Editor\n*/\n\n.tc-editor-toolbar {\n\tmargin-top: 8px;\n}\n\n.tc-editor-toolbar button {\n\tvertical-align: middle;\n\tbackground-color: <<colour tiddler-controls-foreground>>;\n\tcolor: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour tiddler-controls-foreground-selected>>;\n\tborder-radius: 4px;\n\tpadding: 3px;\n\tmargin: 2px 0 2px 4px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-adjunct {\n\tmargin-left: 1px;\n\twidth: 1em;\n\tborder-radius: 8px;\n}\n\n.tc-editor-toolbar button.tc-text-editor-toolbar-item-start-group {\n\tmargin-left: 11px;\n}\n\n.tc-editor-toolbar button.tc-selected {\n\tbackground-color: <<colour primary>>;\n}\n\n.tc-editor-toolbar button svg {\n\twidth: 1.6em;\n\theight: 1.2em;\n}\n\n.tc-editor-toolbar button:hover {\n\tbackground-color: <<colour tiddler-controls-foreground-selected>>;\n\tfill: <<colour background>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more {\n\twhite-space: normal;\n}\n\n.tc-editor-toolbar .tc-text-editor-toolbar-more button {\n\tdisplay: inline-block;\n\tpadding: 3px;\n\twidth: auto;\n}\n\n.tc-editor-toolbar .tc-search-results {\n\tpadding: 0;\n}\n\n/*\n** Adjustments for fluid-fixed mode\n*/\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n<<if-fluid-fixed text:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 0;\n\t\tposition: relative;\n\t\twidth: auto;\n\t\tleft: 0;\n\t\tmargin-left: {{$:/themes/tiddlywiki/vanilla/metrics/storyleft}};\n\t\tmargin-right: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\t.tc-tiddler-frame {\n\t\twidth: 100%;\n\t}\n\n\t.tc-sidebar-scrollable {\n\t\tleft: auto;\n\t\tbottom: 0;\n\t\tright: 0;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth}};\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 42px);\n\t}\n\n\"\"\" hiddenSidebarText:\"\"\"\n\n\t.tc-story-river {\n\t\tpadding-right: 3em;\n\t\tmargin-right: 0;\n\t}\n\n\tbody.tc-body .tc-storyview-zoomin-tiddler {\n\t\twidth: 100%;\n\t\twidth: calc(100% - 84px);\n\t}\n\n\"\"\">>\n\n}\n\n/*\n** Toolbar buttons\n*/\n\n.tc-page-controls svg.tc-image-new-button {\n fill: <<colour toolbar-new-button>>;\n}\n\n.tc-page-controls svg.tc-image-options-button {\n fill: <<colour toolbar-options-button>>;\n}\n\n.tc-page-controls svg.tc-image-save-button {\n fill: <<colour toolbar-save-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-info-button {\n fill: <<colour toolbar-info-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-edit-button {\n fill: <<colour toolbar-edit-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-close-button {\n fill: <<colour toolbar-close-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-delete-button {\n fill: <<colour toolbar-delete-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-cancel-button {\n fill: <<colour toolbar-cancel-button>>;\n}\n\n.tc-tiddler-controls button svg.tc-image-done-button {\n fill: <<colour toolbar-done-button>>;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tc-tiddler-edit-frame em.tc-edit {\n\tcolor: <<colour muted-foreground>>;\n\tfont-style: normal;\n}\n\n.tc-edit-type-dropdown a.tc-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tc-type-selector .tc-edit-typeeditor {\n\twidth: 20%;\n}\n\n.tc-edit-tags {\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tc-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tc-edit-add-tag .tc-add-tag-name input {\n\twidth: 50%;\n}\n\n.tc-edit-add-tag .tc-keyboard {\n\tdisplay:inline;\n}\n\n.tc-edit-tags .tc-tag-label {\n\tdisplay: inline-block;\n}\n\n.tc-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tc-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tc-tiddler-preview {\n\toverflow: auto;\n}\n\n.tc-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 49%;\n\tborder: 1px solid <<colour tiddler-editor-border>>;\n\tmargin: 4px 0 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n<<if-editor-height-fixed then:\"\"\"\n\n.tc-tiddler-preview-preview {\n\toverflow-y: scroll;\n\theight: {{$:/config/TextEditor/EditorHeight/Height}};\n}\n\n\"\"\">>\n\n.tc-tiddler-frame .tc-tiddler-preview .tc-edit-texteditor {\n\twidth: 49%;\n}\n\n.tc-tiddler-frame .tc-tiddler-preview canvas.tc-edit-bitmapeditor {\n\tmax-width: 49%;\n}\n\n.tc-edit-fields {\n\twidth: 100%;\n}\n\n\n.tc-edit-fields table, .tc-edit-fields tr, .tc-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(odd) {\n\tbackground-color: <<colour tiddler-editor-fields-odd>>;\n}\n\n.tc-edit-fields > tbody > .tc-edit-field:nth-child(even) {\n\tbackground-color: <<colour tiddler-editor-fields-even>>;\n}\n\n.tc-edit-field-name {\n\ttext-align: right;\n}\n\n.tc-edit-field-value input {\n\twidth: 100%;\n}\n\n.tc-edit-field-remove {\n}\n\n.tc-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n\tvertical-align: middle;\n}\n\n.tc-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tc-edit-field-add-value {\n\tdisplay: inline-block;\n\twidth: 40%;\n}\n\n.tc-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Storyview Classes\n*/\n\n.tc-viewswitcher .tc-image-button {\n\tmargin-right: .3em;\n}\n\n.tc-storyview-zoomin-tiddler {\n\tposition: absolute;\n\tdisplay: block;\n\twidth: 100%;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-storyview-zoomin-tiddler {\n\t\twidth: calc(100% - 84px);\n\t}\n\n}\n\n/*\n** Dropdowns\n*/\n\n.tc-btn-dropdown {\n\ttext-align: left;\n}\n\n.tc-btn-dropdown svg, .tc-btn-dropdown img {\n\theight: 1em;\n\twidth: 1em;\n\tfill: <<colour muted-foreground>>;\n}\n\n.tc-drop-down-wrapper {\n\tposition: relative;\n}\n\n.tc-drop-down {\n\tmin-width: 380px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\ttext-shadow: none;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-drop-down {\n\tmargin-left: 14px;\n}\n\n.tc-drop-down button svg, .tc-drop-down a svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down button.tc-btn-invisible:hover svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-drop-down .tc-drop-down-info {\n\tpadding-left: 14px;\n}\n\n.tc-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tc-drop-down svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-drop-down img {\n\twidth: 1em;\n}\n\n.tc-drop-down a, .tc-drop-down button {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n\twidth: 100%;\n\ttext-align: left;\n\tcolor: <<colour foreground>>;\n\tline-height: 1.4;\n}\n\n.tc-drop-down .tc-tab-set .tc-tab-buttons button {\n\tdisplay: inline-block;\n width: auto;\n margin-bottom: 0px;\n border-bottom-left-radius: 0;\n border-bottom-right-radius: 0;\n}\n\n.tc-drop-down .tc-prompt {\n\tpadding: 0 14px;\n}\n\n.tc-drop-down .tc-chooser {\n\tborder: none;\n}\n\n.tc-drop-down .tc-chooser .tc-swatches-horiz {\n\tfont-size: 0.4em;\n\tpadding-left: 1.2em;\n}\n\n.tc-drop-down .tc-file-input-wrapper {\n\twidth: 100%;\n}\n\n.tc-drop-down .tc-file-input-wrapper button {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-drop-down a:hover, .tc-drop-down button:hover, .tc-drop-down .tc-file-input-wrapper:hover button {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-tab-buttons button {\n\tbackground-color: <<colour dropdown-tab-background>>;\n}\n\n.tc-drop-down .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour dropdown-tab-background-selected>>;\n\tborder-bottom: 1px solid <<colour dropdown-tab-background-selected>>;\n}\n\n.tc-drop-down-bullet {\n\tdisplay: inline-block;\n\twidth: 0.5em;\n}\n\n.tc-drop-down .tc-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tc-block-dropdown {\n\tposition: absolute;\n\tmin-width: 220px;\n\tborder: 1px solid <<colour dropdown-border>>;\n\tbackground-color: <<colour dropdown-background>>;\n\tpadding: 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n\ttext-shadow: none;\n}\n\n.tc-block-dropdown.tc-search-drop-down {\n\tmargin-left: -12px;\n}\n\n.tc-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tc-block-dropdown.tc-search-drop-down a {\n\tdisplay: block;\n\tpadding: 0px 10px 0px 10px;\n}\n\n.tc-drop-down .tc-dropdown-item-plain,\n.tc-block-dropdown .tc-dropdown-item-plain {\n\tpadding: 4px 14px 4px 7px;\n}\n\n.tc-drop-down .tc-dropdown-item,\n.tc-block-dropdown .tc-dropdown-item {\n\tpadding: 4px 14px 4px 7px;\n\tcolor: <<colour muted-foreground>>;\n}\n\n.tc-block-dropdown a:hover {\n\tcolor: <<colour tiddler-link-background>>;\n\tbackground-color: <<colour tiddler-link-foreground>>;\n\ttext-decoration: none;\n}\n\n.tc-search-results {\n\tpadding: 0 7px 0 7px;\n}\n\n.tc-image-chooser, .tc-colour-chooser {\n\twhite-space: normal;\n}\n\n.tc-image-chooser a,\n.tc-colour-chooser a {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: center;\n\tposition: relative;\n}\n\n.tc-image-chooser a {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 2px;\n\tmargin: 2px;\n\twidth: 4em;\n\theight: 4em;\n}\n\n.tc-colour-chooser a {\n\tpadding: 3px;\n\twidth: 2em;\n\theight: 2em;\n\tvertical-align: middle;\n}\n\n.tc-image-chooser a:hover,\n.tc-colour-chooser a:hover {\n\tbackground: <<colour primary>>;\n\tpadding: 0px;\n\tborder: 3px solid <<colour primary>>;\n}\n\n.tc-image-chooser a svg,\n.tc-image-chooser a img {\n\tdisplay: inline-block;\n\twidth: auto;\n\theight: auto;\n\tmax-width: 3.5em;\n\tmax-height: 3.5em;\n\tposition: absolute;\n\ttop: 0;\n\tbottom: 0;\n\tleft: 0;\n\tright: 0;\n\tmargin: auto;\n}\n\n/*\n** Modals\n*/\n\n.tc-modal-wrapper {\n\tposition: fixed;\n\toverflow: auto;\n\toverflow-y: scroll;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 900;\n}\n\n.tc-modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: <<colour modal-backdrop>>;\n}\n\n.tc-modal {\n\tz-index: 1100;\n\tbackground-color: <<colour modal-background>>;\n\tborder: 1px solid <<colour modal-border>>;\n}\n\n@media (max-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.tc-modal {\n\t\tposition: fixed;\n\t\ttop: 2em;\n\t\tleft: 25%;\n\t\twidth: 50%;\n\t}\n\n\t.tc-modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t\tmax-height: 60vh;\n\t}\n}\n\n.tc-modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid <<colour modal-header-border>>;\n}\n\n.tc-modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.tc-modal-header img, .tc-modal-header svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-modal-body {\n\tpadding: 15px;\n}\n\n.tc-modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: <<colour modal-footer-background>>;\n\tborder-top: 1px solid <<colour modal-footer-border>>;\n}\n\n/*\n** Notifications\n*/\n\n.tc-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 42px;\n\tz-index: 1300;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: <<colour notification-background>>;\n\tborder: 1px solid <<colour notification-border>>;\n}\n\n/*\n** Tabs\n*/\n\n.tc-tab-set.tc-vertical {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tab-buttons {\n\tfont-size: 0.85em;\n\tpadding-top: 1em;\n\tmargin-bottom: -2px;\n}\n\n.tc-tab-buttons.tc-vertical {\n\tz-index: 100;\n\tdisplay: block;\n\tpadding-top: 14px;\n\tvertical-align: top;\n\ttext-align: right;\n\tmargin-bottom: inherit;\n\tmargin-right: -1px;\n\tmax-width: 33%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n}\n\n.tc-tab-buttons button.tc-tab-selected {\n\tcolor: <<colour tab-foreground-selected>>;\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-left: 1px solid <<colour tab-border-selected>>;\n\tborder-top: 1px solid <<colour tab-border-selected>>;\n\tborder-right: 1px solid <<colour tab-border-selected>>;\n}\n\n.tc-tab-buttons button {\n\tcolor: <<colour tab-foreground>>;\n\tpadding: 3px 5px 3px 5px;\n\tmargin-right: 0.3em;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-right: 1px solid <<colour tab-border>>;\n\tborder-top-left-radius: 2px;\n\tborder-top-right-radius: 2px;\n\tborder-bottom-left-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button {\n\tdisplay: block;\n\twidth: 100%;\n\tmargin-top: 3px;\n\tmargin-right: 0;\n\ttext-align: right;\n\tbackground-color: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tborder-right: none;\n\tborder-top-left-radius: 2px;\n\tborder-bottom-left-radius: 2px;\n\tborder-top-right-radius: 0;\n\tborder-bottom-right-radius: 0;\n}\n\n.tc-tab-buttons.tc-vertical button.tc-tab-selected {\n\tbackground-color: <<colour tab-background-selected>>;\n\tborder-right: 1px solid <<colour tab-background-selected>>;\n}\n\n.tc-tab-divider {\n\tborder-top: 1px solid <<colour tab-divider>>;\n}\n\n.tc-tab-divider.tc-vertical {\n\tdisplay: none;\n}\n\n.tc-tab-content {\n\tmargin-top: 14px;\n}\n\n.tc-tab-content.tc-vertical {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n\tborder-left: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 70%;\n\tflex: 1 0 70%;\n\toverflow: auto;\n}\n\n.tc-sidebar-lists .tc-tab-buttons {\n\tmargin-bottom: -1px;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tcolor: <<colour sidebar-tab-foreground-selected>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border-selected>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border-selected>>;\n}\n\n.tc-sidebar-lists .tc-tab-buttons button {\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tcolor: <<colour sidebar-tab-foreground>>;\n\tborder-left: 1px solid <<colour sidebar-tab-border>>;\n\tborder-top: 1px solid <<colour sidebar-tab-border>>;\n\tborder-right: 1px solid <<colour sidebar-tab-border>>;\n}\n\n.tc-sidebar-lists .tc-tab-divider {\n\tborder-top: 1px solid <<colour sidebar-tab-divider>>;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button {\n\tdisplay: block;\n\twidth: 100%;\n\tbackground-color: <<colour sidebar-tab-background>>;\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n\tmargin-bottom: inherit;\n}\n\n.tc-more-sidebar > .tc-tab-set > .tc-tab-buttons > button.tc-tab-selected {\n\tbackground-color: <<colour sidebar-tab-background-selected>>;\n\tborder: none;\n}\n\n/*\n** Manager\n*/\n\n.tc-manager-wrapper {\n\t\n}\n\n.tc-manager-controls {\n\t\n}\n\n.tc-manager-control {\n\tmargin: 0.5em 0;\n}\n\n.tc-manager-list {\n\twidth: 100%;\n\tborder-top: 1px solid <<colour muted-foreground>>;\n\tborder-left: 1px solid <<colour muted-foreground>>;\n\tborder-right: 1px solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item {\n\n}\n\n.tc-manager-list-item-heading {\n display: block;\n width: 100%;\n text-align: left;\t\n\tborder-bottom: 1px solid <<colour muted-foreground>>;\n\tpadding: 3px;\n}\n\n.tc-manager-list-item-heading-selected {\n\tfont-weight: bold;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n\tbackground-color: <<colour foreground>>;\n}\n\n.tc-manager-list-item-heading:hover {\n\tbackground: <<colour primary>>;\n\tcolor: <<colour background>>;\n}\n\n.tc-manager-list-item-content {\n\tdisplay: flex;\n}\n\n.tc-manager-list-item-content-sidebar {\n flex: 1 0;\n background: <<colour tiddler-editor-background>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n white-space: nowrap;\n}\n\n.tc-manager-list-item-content-item-heading {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: left;\n background: <<colour muted-foreground>>;\n\ttext-transform: uppercase;\n\tfont-size: 0.6em;\n\tfont-weight: bold;\n padding: 0.5em 0 0.5em 0;\n}\n\n.tc-manager-list-item-content-item-body {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tc-manager-list-item-content-item-body > pre {\n\tmargin: 0.5em 0 0.5em 0;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tc-manager-list-item-content-tiddler {\n flex: 3 1;\n border-left: 0.5em solid <<colour muted-foreground>>;\n border-right: 0.5em solid <<colour muted-foreground>>;\n border-bottom: 0.5em solid <<colour muted-foreground>>;\n}\n\n.tc-manager-list-item-content-item-body > table {\n\tborder: none;\n\tpadding: 0;\n\tmargin: 0;\n}\n\n.tc-manager-list-item-content-item-body > table td {\n\tborder: none;\n}\n\n.tc-manager-icon-editor > button {\n\twidth: 100%;\n}\n\n.tc-manager-icon-editor > button > svg,\n.tc-manager-icon-editor > button > button {\n\twidth: 100%;\n\theight: auto;\n}\n\n/*\n** Alerts\n*/\n\n.tc-alerts {\n\tposition: fixed;\n\ttop: 28px;\n\tleft: 0;\n\tright: 0;\n\tmax-width: 50%;\n\tz-index: 20000;\n}\n\n.tc-alert {\n\tposition: relative;\n\tmargin: 14px;\n\tpadding: 7px;\n\tborder: 1px solid <<colour alert-border>>;\n\tbackground-color: <<colour alert-background>>;\n}\n\n.tc-alert-toolbar {\n\tposition: absolute;\n\ttop: 7px;\n\tright: 7px;\n line-height: 0;\n}\n\n.tc-alert-toolbar svg {\n\tfill: <<colour alert-muted-foreground>>;\n}\n\n.tc-alert-subtitle {\n\tcolor: <<colour alert-muted-foreground>>;\n\tfont-weight: bold;\n font-size: 0.8em;\n margin-bottom: 0.5em;\n}\n\n.tc-alert-body > p {\n\tmargin: 0;\n}\n\n.tc-alert-highlight {\n\tcolor: <<colour alert-highlight>>;\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\n\n\t.tc-static-alert {\n\t\tposition: relative;\n\t}\n\n\t.tc-static-alert-inner {\n\t\tposition: absolute;\n\t\tz-index: 100;\n\t}\n\n}\n\n.tc-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: <<colour static-alert-foreground>>;\n}\n\n/*\n** Floating drafts list\n*/\n\n.tc-drafts-list {\n\tz-index: 2000;\n\tposition: fixed;\n\tfont-size: 0.8em;\n\tleft: 0;\n\tbottom: 0;\n}\n\n.tc-drafts-list a {\n\tmargin: 0 0.5em;\n\tpadding: 4px 4px;\n\tborder-top-left-radius: 4px;\n\tborder-top-right-radius: 4px;\n\tborder: 1px solid <<colour background>>;\n\tborder-bottom-none;\n\tbackground: <<colour dirty-indicator>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a:hover {\n\ttext-decoration: none;\n\tbackground: <<colour foreground>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour background>>;\n}\n\n.tc-drafts-list a svg {\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: text-bottom;\n}\n\n/*\n** Control panel\n*/\n\n.tc-control-panel td {\n\tpadding: 4px;\n}\n\n.tc-control-panel table, .tc-control-panel table input, .tc-control-panel table textarea {\n\twidth: 100%;\n}\n\n.tc-plugin-info {\n\tdisplay: flex;\n\tborder: 1px solid <<colour muted-foreground>>;\n\tfill: <<colour muted-foreground>>;\n\tbackground-color: <<colour background>>;\n\tmargin: 0.5em 0 0.5em 0;\n\tpadding: 4px;\n align-items: center;\n}\n\n.tc-plugin-info-sub-plugins .tc-plugin-info {\n margin: 0.5em;\n\tbackground: <<colour background>>;\n}\n\n.tc-plugin-info-sub-plugin-indicator {\n\tmargin: -16px 1em 0 2em;\n}\n\n.tc-plugin-info-sub-plugin-indicator button {\n\tcolor: <<colour background>>;\n\tbackground: <<colour foreground>>;\n\tborder-radius: 8px;\n padding: 2px 7px;\n font-size: 0.75em;\n}\n\n.tc-plugin-info-sub-plugins .tc-plugin-info-dropdown {\n\tmargin-left: 1em;\n\tmargin-right: 1em;\n}\n\n.tc-plugin-info-disabled {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n\tbackground: repeating-linear-gradient(45deg, #ff0, #ff0 10px, #eee 10px, #eee 20px);\n}\n\n.tc-plugin-info-disabled:hover {\n\tbackground: -webkit-repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n\tbackground: repeating-linear-gradient(45deg, #aa0, #aa0 10px, #888 10px, #888 20px);\n}\n\na.tc-tiddlylink.tc-plugin-info:hover {\n\ttext-decoration: none;\n\tbackground-color: <<colour primary>>;\n\tcolor: <<colour background>>;\n\tfill: <<colour foreground>>;\n}\n\na.tc-tiddlylink.tc-plugin-info:hover .tc-plugin-info > .tc-plugin-info-chunk > svg {\n\tfill: <<colour foreground>>;\n}\n\n.tc-plugin-info-chunk {\n margin: 2px;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-toggle {\n\tflex-grow: 0;\n\tflex-shrink: 0;\n\tline-height: 1;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-icon {\n\tflex-grow: 0;\n\tflex-shrink: 0;\n\tline-height: 1;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-description {\n\tflex-grow: 1;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-buttons {\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tflex-grow: 0;\n\tflex-shrink: 0;\n text-align: right;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-description h1 {\n\tfont-size: 1em;\n\tline-height: 1.2;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-description h2 {\n\tfont-size: 0.8em;\n\tline-height: 1.2;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-description div {\n\tfont-size: 0.7em;\n\tline-height: 1.2;\n\tmargin: 2px 0 2px 0;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-toggle img, .tc-plugin-info-chunk.tc-plugin-info-toggle svg {\n\twidth: 1em;\n\theight: 1em;\n}\n\n.tc-plugin-info-chunk.tc-plugin-info-icon img, .tc-plugin-info-chunk.tc-plugin-info-icon svg {\n\twidth: 2em;\n\theight: 2em;\n}\n\n.tc-plugin-info-dropdown {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tbackground: <<colour background>>;\n\tmargin-top: -8px;\n}\n\n.tc-plugin-info-dropdown-message {\n\tbackground: <<colour message-background>>;\n\tpadding: 0.5em 1em 0.5em 1em;\n\tfont-weight: bold;\n\tfont-size: 0.8em;\n}\n\n.tc-plugin-info-dropdown-body {\n\tpadding: 1em 1em 0 1em;\n\tbackground: <<colour background>>;\n}\n\n.tc-plugin-info-sub-plugins {\n\tpadding: 0.5em;\n margin: 0 1em 1em 1em;\n\tbackground: <<colour notification-background>>;\n}\n\n.tc-install-plugin {\n\tfont-weight: bold;\n\tbackground: green;\n\tcolor: white;\n\tfill: white;\n\tborder-radius: 4px;\n\tpadding: 3px;\n}\n\n.tc-install-plugin.tc-reinstall-downgrade {\n\tbackground: red;\n}\n\n.tc-install-plugin.tc-reinstall {\n\tbackground: blue;\n}\n\n.tc-install-plugin.tc-reinstall-upgrade {\n\tbackground: orange;\n}\n\n.tc-check-list {\n\tline-height: 2em;\n}\n\n.tc-check-list .tc-image-button {\n\theight: 1.5em;\n}\n\n/*\n** Message boxes\n*/\n\n.tc-message-box {\n\tborder: 1px solid <<colour message-border>>;\n\tbackground: <<colour message-background>>;\n\tpadding: 0px 21px 0px 21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: <<colour message-foreground>>;\n}\n\n.tc-message-box svg {\n\twidth: 1em;\n\theight: 1em;\n vertical-align: text-bottom;\n}\n\n/*\n** Pictures\n*/\n\n.tc-bordered-image {\n\tborder: 1px solid <<colour muted-foreground>>;\n\tpadding: 5px;\n\tmargin: 5px;\n}\n\n/*\n** Floats\n*/\n\n.tc-float-right {\n\tfloat: right;\n}\n\n/*\n** Chooser\n*/\n\n.tc-chooser {\n\tborder-right: 1px solid <<colour table-header-background>>;\n\tborder-left: 1px solid <<colour table-header-background>>;\n}\n\n\n.tc-chooser-item {\n\tborder-bottom: 1px solid <<colour table-header-background>>;\n\tborder-top: 1px solid <<colour table-header-background>>;\n\tpadding: 2px 4px 2px 14px;\n}\n\n.tc-drop-down .tc-chooser-item {\n\tpadding: 2px;\n}\n\n.tc-chosen,\n.tc-chooser-item:hover {\n\tbackground-color: <<colour table-header-background>>;\n\tborder-color: <<colour table-footer-background>>;\n}\n\n.tc-chosen .tc-tiddlylink {\n\tcursor:default;\n}\n\n.tc-chooser-item .tc-tiddlylink {\n\tdisplay: block;\n\ttext-decoration: none;\n\tbackground-color: transparent;\n}\n\n.tc-chooser-item:hover .tc-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tc-drop-down .tc-chosen .tc-tiddlylink,\n.tc-drop-down .tc-chooser-item .tc-tiddlylink:hover {\n\tcolor: <<colour foreground>>;\n}\n\n.tc-chosen > .tc-tiddlylink:before {\n\tmargin-left: -10px;\n\tposition: relative;\n\tcontent: \"» \";\n}\n\n.tc-chooser-item svg,\n.tc-chooser-item img{\n\twidth: 1em;\n\theight: 1em;\n\tvertical-align: middle;\n}\n\n.tc-language-chooser .tc-image-button img {\n\twidth: 2em;\n\tvertical-align: -0.15em;\n}\n\n/*\n** Palette swatches\n*/\n\n.tc-swatches-horiz {\n}\n\n.tc-swatches-horiz .tc-swatch {\n\tdisplay: inline-block;\n}\n\n.tc-swatch {\n\twidth: 2em;\n\theight: 2em;\n\tmargin: 0.4em;\n\tborder: 1px solid #888;\n}\n\ninput.tc-palette-manager-colour-input {\n\twidth: 100%;\n\tpadding: 0;\n}\n\n/*\n** Table of contents\n*/\n\n.tc-sidebar-lists .tc-table-of-contents {\n\twhite-space: nowrap;\n}\n\n.tc-table-of-contents button {\n\tcolor: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents svg {\n\twidth: 0.7em;\n\theight: 0.7em;\n\tvertical-align: middle;\n\tfill: <<colour sidebar-foreground>>;\n}\n\n.tc-table-of-contents ol {\n\tlist-style-type: none;\n\tpadding-left: 0;\n}\n\n.tc-table-of-contents ol ol {\n\tpadding-left: 1em;\n}\n\n.tc-table-of-contents li {\n\tfont-size: 1.0em;\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li a {\n\tfont-weight: bold;\n}\n\n.tc-table-of-contents li li {\n\tfont-size: 0.95em;\n\tfont-weight: normal;\n\tline-height: 1.4;\n}\n\n.tc-table-of-contents li li a {\n\tfont-weight: normal;\n}\n\n.tc-table-of-contents li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n\tline-height: 1.5;\n}\n\n.tc-table-of-contents li li li li {\n\tfont-size: 0.95em;\n\tfont-weight: 200;\n}\n\n.tc-tabbed-table-of-contents {\n\tdisplay: -webkit-flex;\n\tdisplay: flex;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents {\n\tz-index: 100;\n\tdisplay: inline-block;\n\tpadding-left: 1em;\n\tmax-width: 50%;\n\t-webkit-flex: 0 0 auto;\n\tflex: 0 0 auto;\n\tbackground: <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a,\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tdisplay: block;\n\tpadding: 0.12em 1em 0.12em 0.25em;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a {\n\tborder-top: 1px solid <<colour tab-background>>;\n\tborder-left: 1px solid <<colour tab-background>>;\n\tborder-bottom: 1px solid <<colour tab-background>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item > a:hover {\n\ttext-decoration: none;\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour tab-border>>;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a {\n\tborder-top: 1px solid <<colour tab-border>>;\n\tborder-left: 1px solid <<colour tab-border>>;\n\tborder-bottom: 1px solid <<colour tab-border>>;\n\tbackground: <<colour background>>;\n\tmargin-right: -1px;\n}\n\n.tc-tabbed-table-of-contents .tc-table-of-contents .toc-item-selected > a:hover {\n\ttext-decoration: none;\n}\n\n.tc-tabbed-table-of-contents .tc-tabbed-table-of-contents-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-left: 1.5em;\n\tpadding-right: 1.5em;\n\tborder: 1px solid <<colour tab-border>>;\n\t-webkit-flex: 1 0 50%;\n\tflex: 1 0 50%;\n}\n\n/*\n** Dirty indicator\n*/\n\nbody.tc-dirty span.tc-dirty-indicator, body.tc-dirty span.tc-dirty-indicator svg {\n\tfill: <<colour dirty-indicator>>;\n\tcolor: <<colour dirty-indicator>>;\n}\n\n/*\n** File inputs\n*/\n\n.tc-file-input-wrapper {\n\tposition: relative;\n\toverflow: hidden;\n\tdisplay: inline-block;\n\tvertical-align: middle;\n}\n\n.tc-file-input-wrapper input[type=file] {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tfont-size: 999px;\n\tmax-width: 100%;\n\tmax-height: 100%;\n\tfilter: alpha(opacity=0);\n\topacity: 0;\n\toutline: none;\n\tbackground: white;\n\tcursor: pointer;\n\tdisplay: inline-block;\n}\n\n/*\n** Thumbnail macros\n*/\n\n.tc-thumbnail-wrapper {\n\tposition: relative;\n\tdisplay: inline-block;\n\tmargin: 6px;\n\tvertical-align: top;\n}\n\n.tc-thumbnail-right-wrapper {\n\tfloat:right;\n\tmargin: 0.5em 0 0.5em 0.5em;\n}\n\n.tc-thumbnail-image {\n\ttext-align: center;\n\toverflow: hidden;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-image svg,\n.tc-thumbnail-image img {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n\tmin-width: 100%;\n\tmin-height: 100%;\n\tmax-width: 100%;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-image img {\n\tfilter: alpha(opacity=0.8);\n\topacity: 0.8;\n}\n\n.tc-thumbnail-background {\n\tposition: absolute;\n\tborder-radius: 3px;\n}\n\n.tc-thumbnail-icon svg,\n.tc-thumbnail-icon img {\n\twidth: 3em;\n\theight: 3em;\n\t<<filter \"drop-shadow(2px 2px 4px rgba(0,0,0,0.3))\">>\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon svg,\n.tc-thumbnail-wrapper:hover .tc-thumbnail-icon img {\n\tfill: #fff;\n\t<<filter \"drop-shadow(3px 3px 4px rgba(0,0,0,0.6))\">>\n}\n\n.tc-thumbnail-icon {\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbottom: 0;\n\tdisplay: -webkit-flex;\n\t-webkit-align-items: center;\n\t-webkit-justify-content: center;\n\tdisplay: flex;\n\talign-items: center;\n\tjustify-content: center;\n}\n\n.tc-thumbnail-caption {\n\tposition: absolute;\n\tbackground-color: #777;\n\tcolor: #fff;\n\ttext-align: center;\n\tbottom: 0;\n\twidth: 100%;\n\tfilter: alpha(opacity=0.9);\n\topacity: 0.9;\n\tline-height: 1.4;\n\tborder-bottom-left-radius: 3px;\n\tborder-bottom-right-radius: 3px;\n}\n\n.tc-thumbnail-wrapper:hover .tc-thumbnail-caption {\n\tfilter: alpha(opacity=1);\n\topacity: 1;\n}\n\n/*\n** Diffs\n*/\n\n.tc-diff-equal {\n\tbackground-color: <<colour diff-equal-background>>;\n\tcolor: <<colour diff-equal-foreground>>;\n}\n\n.tc-diff-insert {\n\tbackground-color: <<colour diff-insert-background>>;\n\tcolor: <<colour diff-insert-foreground>>;\n}\n\n.tc-diff-delete {\n\tbackground-color: <<colour diff-delete-background>>;\n\tcolor: <<colour diff-delete-foreground>>;\n}\n\n.tc-diff-invisible {\n\tbackground-color: <<colour diff-invisible-background>>;\n\tcolor: <<colour diff-invisible-foreground>>;\n}\n\n.tc-diff-tiddlers th {\n\ttext-align: right;\n\tbackground: <<colour background>>;\n\tfont-weight: normal;\n\tfont-style: italic;\n}\n\n.tc-diff-tiddlers pre {\n margin: 0;\n padding: 0;\n border: none;\n background: none;\n}\n\n/*\n** Errors\n*/\n\n.tc-error {\n\tbackground: #f00;\n\tcolor: #fff;\n}\n\n/*\n** Tree macro\n*/\n\n.tc-tree div {\n \tpadding-left: 14px;\n}\n\n.tc-tree ol {\n \tlist-style-type: none;\n \tpadding-left: 0;\n \tmargin-top: 0;\n}\n\n.tc-tree ol ol {\n \tpadding-left: 1em; \n}\n\n.tc-tree button { \n \tcolor: #acacac;\n}\n\n.tc-tree svg {\n \tfill: #acacac;\n}\n\n.tc-tree span svg {\n \twidth: 1em;\n \theight: 1em;\n \tvertical-align: baseline;\n}\n\n.tc-tree li span {\n \tcolor: lightgray;\n}\n\nselect {\n color: <<colour select-tag-foreground>>;\n background: <<colour select-tag-background>>;\n}\n\n/*\n** Utility classes for SVG icons\n*/\n\n.tc-fill-background {\n\tfill: <<colour background>>;\n}"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize",
"text": "15px"
},
"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/bodylineheight",
"text": "22px"
},
"$:/themes/tiddlywiki/vanilla/metrics/fontsize": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/fontsize",
"text": "14px"
},
"$:/themes/tiddlywiki/vanilla/metrics/lineheight": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/lineheight",
"text": "20px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyleft": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyleft",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storytop": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storytop",
"text": "0px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storyright": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storyright",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/storywidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/storywidth",
"text": "770px"
},
"$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/tiddlerwidth",
"text": "686px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint",
"text": "960px"
},
"$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth": {
"title": "$:/themes/tiddlywiki/vanilla/metrics/sidebarwidth",
"text": "350px"
},
"$:/themes/tiddlywiki/vanilla/options/stickytitles": {
"title": "$:/themes/tiddlywiki/vanilla/options/stickytitles",
"text": "no"
},
"$:/themes/tiddlywiki/vanilla/options/sidebarlayout": {
"title": "$:/themes/tiddlywiki/vanilla/options/sidebarlayout",
"text": "fixed-fluid"
},
"$:/themes/tiddlywiki/vanilla/options/codewrapping": {
"title": "$:/themes/tiddlywiki/vanilla/options/codewrapping",
"text": "pre-wrap"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v8.0.1 | MIT License | github.com/necolas/normalize.css */\n\n/* Document\n ========================================================================== */\n\n/**\n * 1. Correct the line height in all browsers.\n * 2. Prevent adjustments of font size after orientation changes in iOS.\n */\n\nhtml {\n line-height: 1.15; /* 1 */\n -webkit-text-size-adjust: 100%; /* 2 */\n}\n\n/* Sections\n ========================================================================== */\n\n/**\n * Remove the margin in all browsers.\n */\n\nbody {\n margin: 0;\n}\n\n/**\n * Render the `main` element consistently in IE.\n */\n\nmain {\n display: block;\n}\n\n/**\n * Correct the font size and margin on `h1` elements within `section` and\n * `article` contexts in Chrome, Firefox, and Safari.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/* Grouping content\n ========================================================================== */\n\n/**\n * 1. Add the correct box sizing in Firefox.\n * 2. Show the overflow in Edge and IE.\n */\n\nhr {\n box-sizing: content-box; /* 1 */\n height: 0; /* 1 */\n overflow: visible; /* 2 */\n}\n\n/**\n * 1. Correct the inheritance and scaling of font size in all browsers.\n * 2. Correct the odd `em` font sizing in all browsers.\n */\n\npre {\n font-family: monospace, monospace; /* 1 */\n font-size: 1em; /* 2 */\n}\n\n/* Text-level semantics\n ========================================================================== */\n\n/**\n * Remove the gray background on active links in IE 10.\n */\n\na {\n background-color: transparent;\n}\n\n/**\n * 1. Remove the bottom border in Chrome 57-\n * 2. Add the correct text decoration in Chrome, Edge, IE, Opera, and Safari.\n */\n\nabbr[title] {\n border-bottom: none; /* 1 */\n text-decoration: underline; /* 2 */\n text-decoration: underline dotted; /* 2 */\n}\n\n/**\n * Add the correct font weight in Chrome, Edge, and Safari.\n */\n\nb,\nstrong {\n font-weight: bolder;\n}\n\n/**\n * 1. Correct the inheritance and scaling of font size in all browsers.\n * 2. Correct the odd `em` font sizing in all browsers.\n */\n\ncode,\nkbd,\nsamp {\n font-family: monospace, monospace; /* 1 */\n font-size: 1em; /* 2 */\n}\n\n/**\n * Add the correct font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` elements from affecting the line height in\n * all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsub {\n bottom: -0.25em;\n}\n\nsup {\n top: -0.5em;\n}\n\n/* Embedded content\n ========================================================================== */\n\n/**\n * Remove the border on images inside links in IE 10.\n */\n\nimg {\n border-style: none;\n}\n\n/* Forms\n ========================================================================== */\n\n/**\n * 1. Change the font styles in all browsers.\n * 2. Remove the margin in Firefox and Safari.\n */\n\nbutton,\ninput,\noptgroup,\nselect,\ntextarea {\n font-family: inherit; /* 1 */\n font-size: 100%; /* 1 */\n line-height: 1.15; /* 1 */\n margin: 0; /* 2 */\n}\n\n/**\n * Show the overflow in IE.\n * 1. Show the overflow in Edge.\n */\n\nbutton,\ninput { /* 1 */\n overflow: visible;\n}\n\n/**\n * Remove the inheritance of text transform in Edge, Firefox, and IE.\n * 1. Remove the inheritance of text transform in Firefox.\n */\n\nbutton,\nselect { /* 1 */\n text-transform: none;\n}\n\n/**\n * Correct the inability to style clickable types in iOS and Safari.\n */\n\nbutton,\n[type=\"button\"],\n[type=\"reset\"],\n[type=\"submit\"] {\n -webkit-appearance: button;\n}\n\n/**\n * Remove the inner border and padding in Firefox.\n */\n\nbutton::-moz-focus-inner,\n[type=\"button\"]::-moz-focus-inner,\n[type=\"reset\"]::-moz-focus-inner,\n[type=\"submit\"]::-moz-focus-inner {\n border-style: none;\n padding: 0;\n}\n\n/**\n * Restore the focus styles unset by the previous rule.\n */\n\nbutton:-moz-focusring,\n[type=\"button\"]:-moz-focusring,\n[type=\"reset\"]:-moz-focusring,\n[type=\"submit\"]:-moz-focusring {\n outline: 1px dotted ButtonText;\n}\n\n/**\n * Correct the padding in Firefox.\n */\n\nfieldset {\n padding: 0.35em 0.75em 0.625em;\n}\n\n/**\n * 1. Correct the text wrapping in Edge and IE.\n * 2. Correct the color inheritance from `fieldset` elements in IE.\n * 3. Remove the padding so developers are not caught out when they zero out\n * `fieldset` elements in all browsers.\n */\n\nlegend {\n box-sizing: border-box; /* 1 */\n color: inherit; /* 2 */\n display: table; /* 1 */\n max-width: 100%; /* 1 */\n padding: 0; /* 3 */\n white-space: normal; /* 1 */\n}\n\n/**\n * Add the correct vertical alignment in Chrome, Firefox, and Opera.\n */\n\nprogress {\n vertical-align: baseline;\n}\n\n/**\n * Remove the default vertical scrollbar in IE 10+.\n */\n\ntextarea {\n overflow: auto;\n}\n\n/**\n * 1. Add the correct box sizing in IE 10.\n * 2. Remove the padding in IE 10.\n */\n\n[type=\"checkbox\"],\n[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * Correct the cursor style of increment and decrement buttons in Chrome.\n */\n\n[type=\"number\"]::-webkit-inner-spin-button,\n[type=\"number\"]::-webkit-outer-spin-button {\n height: auto;\n}\n\n/**\n * 1. Correct the odd appearance in Chrome and Safari.\n * 2. Correct the outline style in Safari.\n */\n\n[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n outline-offset: -2px; /* 2 */\n}\n\n/**\n * Remove the inner padding in Chrome and Safari on macOS.\n */\n\n[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * 1. Correct the inability to style clickable types in iOS and Safari.\n * 2. Change font properties to `inherit` in Safari.\n */\n\n::-webkit-file-upload-button {\n -webkit-appearance: button; /* 1 */\n font: inherit; /* 2 */\n}\n\n/* Interactive\n ========================================================================== */\n\n/*\n * Add the correct display in Edge, IE 10+, and Firefox.\n */\n\ndetails {\n display: block;\n}\n\n/*\n * Add the correct display in all browsers.\n */\n\nsummary {\n display: list-item;\n}\n\n/* Misc\n ========================================================================== */\n\n/**\n * Add the correct display in IE 10+.\n */\n\ntemplate {\n display: none;\n}\n\n/**\n * Add the correct display in IE 10.\n */\n\n[hidden] {\n display: none;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings/fontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/fontfamily",
"text": "-apple-system, BlinkMacSystemFont, \"Segoe UI\", Helvetica, Arial, sans-serif, \"Apple Color Emoji\", \"Segoe UI Emoji\", \"Segoe UI Symbol\""
},
"$:/themes/tiddlywiki/vanilla/settings/codefontfamily": {
"title": "$:/themes/tiddlywiki/vanilla/settings/codefontfamily",
"text": "\"SFMono-Regular\",Consolas,\"Liberation Mono\",Menlo,Courier,monospace"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimageattachment",
"text": "fixed"
},
"$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize": {
"title": "$:/themes/tiddlywiki/vanilla/settings/backgroundimagesize",
"text": "auto"
},
"$:/themes/tiddlywiki/vanilla/sticky": {
"title": "$:/themes/tiddlywiki/vanilla/sticky",
"text": "<$reveal state=\"$:/themes/tiddlywiki/vanilla/options/stickytitles\" type=\"match\" text=\"yes\">\n``\n.tc-tiddler-title {\n\tposition: -webkit-sticky;\n\tposition: -moz-sticky;\n\tposition: -o-sticky;\n\tposition: -ms-sticky;\n\tposition: sticky;\n\ttop: 0px;\n\tbackground: ``<<colour tiddler-background>>``;\n\tz-index: 500;\n}\n\n``\n<$list filter=\"[range[100]]\">\n`.tc-story-river .tc-tiddler-frame:nth-child(100n+`<$text text=<<currentTiddler>>/>`) {\nz-index: `<$text text={{{ [[200]subtract<currentTiddler>] }}}/>`;\n}\n`\n</$list>\n</$reveal>\n"
}
}
}
800px
200px
875px
800px
800px
fixed-fluid
yes
download.gif
fixed
cover
Georgia, serif, BlinkMacSystemFont, "Segoe UI", Helvetica, Arial, sans-serif, "Apple Color Emoji", "Segoe UI Emoji", "Segoe UI Symbol"
muein
https://muein.tiddlyhost.com
yes
classic
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//i visited the cybernetics library again a few months ago and had a wonderful non-linear exploration of the seemingly endless books to be found in their collection...as a note this was after being picked up by the unstoppable david hecht from my new home in ridgewood. we got my first white castle ! (mushy food) and david had just begun teaching a class <3
<br>
<br>
the following is an attempt at transposing a series of fragments ~ quotes, phrases, words, etc. that i thought it was worth writing down as i explored ~//
1. SAUSSURIAN LINGUISTICS <br>
2. "by analogy, these communication technologies are also performances of a sort of scientific competence" <br>
3. competence <----------------------------------------------------------> performance <br>
transformations from deep to surface level <br>
4. electromagnetic phenomena + photokinesics** = the fundamental lines of scientific inquiry <br>
[img[Figure 1 Building the model: the social sphere]]<br>
//~ in an attempt to figure out what this word means, i re-discovered the source via search results <br><br>
"''Media Technology and Society'' offers a comprehensive account of the history of
communications technologies, from the telegraph to the Internet.
Winston argues that the development of new media, from the telephone to
computers, satellite, camcorders and CD-ROM, is the product of a constant play-off
between social necessity and suppression: the unwritten ‘law’ by which new
technologies are introduced into society"
<br>
<br>
https://monoskop.org/images/d/da/Winston_Brian_Media_Technology_and_Society_A_History_From_the_Telegraph_to_the_Internet.pdf<br>}}
//
5. "photoelectric responses of selenium"? (*didn't know what this meant when i wrote it down)<br>
6. "a technologist absorbs science just as a speaker absorbs grammar." <br>
7. (third transformation ~ the furthest from the realm of pure science)<br>
"law of the suppression of radical potential" makes me think of [[dream infrastructures]] <br>
8. "before railways there was no need for telegraphic devices" <br>
9. is there any social media possible that isn't about growth?<br>
imagining 1000 people sign up and then there's no further account creation or deletion. people naturally (or increasingly unnaturally i guess) trail off, but simultaneously there's typically a sticky core group that forms..
even if the platform 're-opened,' I wonder if that core group would ever significantly change.<br>
10. PHONOGRAPH CARTRIDGES AND CONTACT MICROPHONES<br>
11. almost every artist goes through a feedback phase. "It is one of the simplest ways to create powerful, lyrical, abstract imagery given only a camera and a monitor. It is pure video."<br>
12. "Nickelodeons's explosion into preschool territory was part of a larger marketing strategy for the company..we recognize that if we start getting kids to watch us at this age [6-11], we have them for life." - NY TIMES, MARCH 21, 1994<br>
good quote for [[teletubby essay]]
<br>
13. Skip Sweeney <br>
14. Steina Vasulka ? (setup the kitchen) <br>
15. Xanachy <br>
16. " LIGHT MUSIC" <br>
17. audio-visual polyphony <br>
18. kazan sound institute <br>
19. KHARKOV <br>
20. YU A PRAVDIUK<br>
Yury Pravdyuk
"If, during the course of a concert, we would acquire the ability
to see air, which at that time would oscillate simultaneously from
the impact of various voices and instruments, we would with great
pleasure see in it very lively and beautifully grouped colors"
<br>
- L.B. Castel, A. Kircher, Musurgia universalis
having adhd and needing to focus usually involves me alternating through different over-stimulating, messy, and chaotic environments - something about using my subconscious to processes my environment leaves just enough to work through information i need to process
[[Olafur Eliasson| Olafur Eliasson]] is a Danish-Icelandic installation and sculptural artist that manipulates things such as light and water to create an interactive user experience. Recurring themes for him seem to be things dealing with reflections and finding different ways for people to interact with the color spectrum of light. While looking through his works, I discovered that he was the artist behind the rainbow panorama in Denmark! (So I have actually heard of some of his work and did not know it.) With his installation work, Beauty, he created a space in which water and light interplay to show each participant a different rainbow. Explicate your understanding of Kwastek's idea of "artistically configured interactivity" as an "extracted sample" in a wider social context. Used “playthings or mechanical toys” - Joseph Cornell and Marcel [[Duchamp|Duchamp]] Group de Recherche d’Art Visuel - a group of French Kinetic artists ''Interactive Art seeks parallels with Computer Games. In media art, goal oriented processes are only rarely at the focus of artistically staged interactivity.'' Agnes Hegedus’ Fruit Machine ! Movement and Perception ! The focus of optical art and kinetic art is motion and it’s perception. Victor Vasarely - heighten the sensitivity of the observer to processes of human perception with line structures Jean Tinguely Alexander Calder pioneering works of the classical avant-garde Duchamp’s Bicycle Wheel and Roto Reliefs, Naum Gabo’s Kinetic Construction and Laszlo Moholy-Nagy’s Light-Space Modulator What was being sought was not just a new concept of the artwork but a new role for the observer. Creating an image in time. Roy Ascott Claude Parent Gilles Larrain “As soon as an observer relates to an artwork, he can become totally involved in it-physically, intellectually, and emotionally.” It is still the artist who defines the boundaries within which the recipient can act. The participant becomes responsible for the extension of the artwork’s meaning. Victor Vasarely - utopia, universal aesthetics Enzo Mari Bruce Nauman Richard Serra Vito Acconci Ilya Labakov Romas Saraceno Antony Gormley Bill Viola James Turrell Olafur Eliasson Rebecca Horn Roman Signer Self Perception and Self Observation Nam June Paik Bruce Nauman - “I mistrust audience participation” Frank Gillette and Ira Schneider Dan Graham ! From Cybernetics to Artificial Reality ! The boundary between apparatuses build for scientific experiments and works presented explicitly as artworks was very fluid. Nicolas Schoffer - cybernetic spatiodynamic sculpture Primary focus on interaction with the environment total synthesis between sculpture and the sound. Aesthetic Hygiene - bathe in aesthetic climate with control..? Cybernetic Serendipity Gordon Pask The work thus illustrates the fact that interactions that are primarily technical can also be measured in terms of social interaction if appropriate metaphors are used. Edward Ihnatowicz Unpredictability in cybernetic art projects made the human analogy work. Myron Krueger ! Artificial Intelligence and Artificial Life ! Ken Feingold Peter Dittmer Lynn Hershman Stelarc Christina Sommerer Laurent Mignonneau 3 avant gardes -Classic (00-20s) Revolutionary, political, utopia -Neo Avant Garde (50s-60s) Aestheticizes classic avant garde within institutional art world -Post Avant Garde (traditional art with openness and interactivity) Very Nervous System https://www.youtube.com/watch?v=GALMmVZ49Pc ! Art as knowledge ! Experiential vs. Observational Knowledge Transformational experience vs. discursive cognitive Knowledge Response theories Umberto Eco - levels of intensity of openness Structure - role of structure balance between openness and predetermination ! Characteristics of Play ! Freedom Self contained Inner infinitude Artificiality Rules Ambivalence and flow Classifications of play (Callois) Jesper Julll - “The Art of Failure”
"Africa is science fiction. Not the science fiction of your grandfather or the Foundation of your Asimov, no. Africa lends herself to the dystopian gloom of failed states, the iron rule of corruption, cartels snaking cold fingers into the upper echelons of government, and high tech gangs of disillusioned youth. " //Source - Wired Magazine, May 6th, 2010 // Continued focus on [[dystopia |Dystopia]]- what is thought for [[utopia|Utopia]]? Also I don't know anything about African [[political|politics]]/[[cultural|culture]]/[[social |sociology]]aspects. This feels like the wrong place to begin but I'll continue..
Afro-punk refers to the participation of African Americans and other black people in punk and [[alternative subcultures|alternative subculture]], especially in the United States where this scene had been overwhelmingly white.
“All animals play” ethologists have boxed themselves into a world where to be scientific means to offer an explanation of behavior in rational terms—which in turn means describing an animal as if it were a calculating economic actor trying to maximize some sort of self-interest—whatever their theory of animal psychology, or motivation, might be. Why does the existence of action carried out for the sheer pleasure of acting, the exertion of powers for the sheer pleasure of exerting them, strike us as mysterious? What does it tell us about ourselves that we instinctively assume that it is? Mutual Aid: A Factor of Evolution We know at the present time that all animals, beginning with the ants, going on to the birds, and ending with the highest mammals, are fond of plays, wrestling, running after each other, trying to capture each other, teasing each other, and so on. And while many plays are, so to speak, a school for the proper behavior of the young in mature life, there are others which, apart from their utilitarian purposes, are, together with dancing and singing, mere manifestations of an excess of forces—“the joy of life,” and a desire to communicate in some way or another with other individuals of the same or of other species—in short, a manifestation of sociability proper, which is a distinctive feature of all the animal world. We don’t have to explain why creatures desire to be alive. Life is an end in itself. And if what being alive actually consists of is having powers—to run, jump, fight, fly through the air—then surely the exercise of such powers as an end in itself does not have to be explained either. It’s just an extension of the same principle. Once you reduce all living beings to the equivalent of market actors, rational calculating machines trying to propagate their genetic code, you accept that not only the cells that make up our bodies, but whatever beings are our immediate ancestors, lacked anything even remotely like self-consciousness, freedom, or moral life—which makes it hard to understand how or why consciousness (a mind, a soul) could ever have evolved in the first place.
The question regarding the human body is one that perhaps stands the test of time since we as humans have always been interested in modifying it in different ways. Within the discipline of [[anthropology|anthropology]], body decorations and modifications are understood as a way to meet either beauty standards or to express religious or social obligations. Modifications are also in the words of anthropologists Margo De Mello: “[…] the simplest means by which human beings are turned into social beings – they move from “raw” to “cooked” as the body goes from naked to marked” (De Mello 2011: 339). Even though the ideas of transhumanism have been around for a long time, the philosophy of [[transhumanism |Definition of Transhumanism?]]is in many ways, the next step in how one can [[perceive |perception]]the body, which is why this is a fruitful field for [[anthropology |anthropology]]to explore. The question is, how do we relate to the idea of the “cooked” body or if you will, the enhanced and augmented body? What happens with our perception of the body when we take it one step further or perhaps even several steps further with ideas such as backed-up brains, avatars and super longevity? - h+ Magazine, May 13th 2019
on the tiny dvd player, wrapped in a sculpted casing, video plays for the duration of the devices battery on a loop, then the piece is completed
Artforms that today’s artists categorize as printmaking, such as woodcut graphic art, engraving, etching, and lithography, are yesterday’s groundbreaking steps into the mechanical reproduction of art. In Benjamin's essay, "Art in the Age of mechanical Reproduction," his arguments make it apparent how drastically mechanical reproduction has redefined art. The aura of a work is associated with the traditions and rituals that led to the initial creation of art. Art was traditionally something that purely existed within the cult of beauty and that was the primary focus. Now, art is made for reproduction and to be displayed, maybe sold and published as well. The way to know if something is revolutionary in a field, is by the resistance and criticism that greets it. Are photography and film really art? Photography meant that someone could take a picture of something like religious statue and expose it for the world to see. The fact that “Photography can exceed natural vision and put the original work in places that it would have not been before” made it so controversial. And even more controversial, film. People interact with both in completely different ways than any art form before them. Benjamin explains the concept of how the actor and the audience interact through a bridge when he states : “the audience’s identification with the actor is really an identification with the camera.” Although the bridge connects people that would have otherwise never been connected, there is still a distance between them that can never go away. Art is everywhere and in a way more prevalent than ever. The tools, techniques, and reproduction of works are everywhere. Music can be listened to from virtually any device, and art is seen through museum websites, user driven uploads, and the press. We are in a world filled with instantaneous fulfilments of desire and a million things going on at once. Distractions cloud our mind more than ever and the task of art now is to engage a distracted population. When we can engage that distracted population, a need that is not normally realized, if fulfilled. As Benjamin says: “A man who concentrates before a work of art is absorbed by it” and that is the goal of today. Collective experience, actually going and seeing something in person, is now more important than ever. Only then can the audience identify with the art itself, not the pixels of a computer monitor, not the ink of a textbook, but the essential aura of the piece. When humans stop demanding this feeling, a quality that makes us human disappears. When humans become satisfied with experiencing life through a computer,then what is life? Who will be left to create the experience that we seek?
When a cup or a bowl enters the world, it passes through many hands over its lifetime. Beginning with its maker, every subsequent user adds to the narrative of that object’s trek through the world. The role of touch extends far beyond the act of making. The maker’s touch, the touch that most often occupies us in the discourse of the handmade, is only the first in what is often a long story of touch.
"Nick Yee and Jeremy Bailenson suggest that even small decisions such as changing an avatar’s hair color can make a difference in a user’s behavior both on- and offline (272–74). Rather than being separate, the virtual and the physical intertwine to alter behaviors in both worlds, challenging while also reifying social norms carried into the virtual performance space from the physical world." Further support for the Proteus effect comes from a series of studies that used avatars to increase the amount of exercise performed by individuals.[20] Across three studies, the results consistently showed that participants were more likely to increase their level of physical activity after observing an avatar engage in those behaviors and be rewarded for them. One major difference in this study is that the effects that avatars had on participants' behavior depended on how much the avatar resembled the user. This difference was tested by assigning some users avatars that had been created using photographs of their actual faces. Habitus, in its most basic definition, is a system that regulates social norms. In Pierre Bourdieu’s definition, habitus represents “systems of durable, transposable dispositions, structured structures, that is, a principle of the generation and structuring of practices and representations which can be objectively ‘regulated’ and ‘regular’ without in any way being the product of obedience to rules” (72). Older residents passed on their disregard for child avatars to newer residents as they arrived, assigning deviant status to child avatars through the transmission of habitus, regardless of the intentions behind each child avatar’s performance. Ngai theorizes cuteness as an example of an aesthetic category that is “fundamentally non-theological, unable to foster religious awe and uncoupling the experience of art from the discourse of spiritual transcendence” (22) Ngai calls cuteness “an exact cross between the dainty and dumpy” (53). Daniel Harris writes that “[c]uteness [...] is closely linked to the grotesque, the malformed” (3), Cuteness is the verdict we resort to when we find ourselves unable to quite call something beautiful, the province of things that have failed to be beautiful—things that have come to lack “fairness, symmetry, or proportion” (Ngai 54)—in one way or another. At the same time, this failure still holds value because the cute is always already valued. Ngai stresses that the emotions elicited by cuteness are “mixed or equivocal feelings” (236); backhanded as the compliment may at times be, it is a compliment nonetheless. This is the first facet of cuteness that I want to keep in mind when developing a medieval notion of the cute. Cuteness is an odd and awkward aesthetic category, populated by things that we so often define and appreciate according to how they diverge from the perfection of beauty. Kate - updated renders of H&W // Wellness based on EDG
Cannot any animal be treated in all three ways? Oedipal animal - individualized and sentimentalized, has a unique history and name that arises from its emotional alliance with a human Jungian, or “archetype”, animal - has a symbolic presence in the myths, rituals, and spiritual beliefs of many human cultures. demonic animal - flexible, ever evolving, it exists in a realm, a fold, all of its own All these forms of becoming share certain characteristics. Becoming is not imitation, because imitation implies a shift from identity A to identity B (Beaulieu 2011). Rather than implying a shift from one identity to another identity, or the synthesis of two identities, becoming implies the deconstructing of identity itself. Becoming is neither regressive nor progressive. Regression and progression imply that certain forms are higher, or more central, than others. The notion of becoming by definition rejects this hierarchical and linear structure.
[img[Screen Shot 2022-06-20 at 6.47.38 PM.png]] [img[Screen Shot 2022-06-20 at 6.46.13 PM.png]] [img[Screen Shot 2022-06-20 at 6.46.29 PM.png]]
https://spheres-journal.org/contribution/careless-networks-social-media-care-and-reproduction-in-the-web-of-life/ Social networks thrive on the repetition of these signals, endless chains of expressions of interest and concern for the real problems of people, groups and places, which nevertheless soon disappear from our timelines without materializing in action. As Elise Thoburn has argued, drawing on Mario Tronti’s notion of society as a factory, social media can be analysed as a site of social reproduction which at once allows for the intensification of communication and expressions of care between loved ones while also enabling “the commodification of the very affective, emotional, and psychic dimensions of life” “The time we consume in the social factory, preparing ourselves for work, or going to work, restoring our ‘muscles, nerves, bones, and brains’ with quick snacks, quick sex, movies, etc…all this appears as leisure, free time, individual choice.”
Think of the city as game (or simulation of nature). Space influences everything that exists within it. And our blueprint for how space should work is all around us. It's nature and the harmony found within it's systems. We aren't designers, we're translators. Yes, there is a physical city. But it exists in tandem with a virtual, simulated city. If the internet is the world, then a game is a city within that world. A community that is infinitely expandable, infinitely diverse, with infinite resources. These two realities exist separately, but we're blurring the lines - digital space allows for physical consciousness to thrive and physical space needs technology to enable harmony between systems. The two spaces must be created together, designed in tandem. Physical architecture as adaptable as possible. Digital space integrating as many elements of the physical architecture as possible. We can't just be architects, we must be ecologists, game designers, archaeologists, philosophers.
What color is the sacred? Michael Taussig Isidore of Seville said in the seventh century AD that color and heat were the same since colors came from fire or sunlight and because the words for them were fundamentally the same, calor and color. ~ not light, but sunlight. We cannot see that as sacred or enchanting because we have displaced that language of alchemy by that of the chemists. to equate calor with color, is to detach us from a purely visual approach to vision - color vision becomes less a retinal and more a total bodily activity. They see color as something alive, like an animal. What is the child's view of color. Color comes across here as more a presence than a sign, more a force than a code. Colour is the most sacred element of all visible things. - John Ruskin, Modern Painters In central Africa, 1950s, among Ndembu-speaking people - their primary colors were white, black, and red - "conceived as rivers of power flowing from a common source in Gos and permeating the whole world of sensory phenomena with their specific qualities." ..."these colors are thought to tinge the moral and social life of mankind with their peculiar efficacies." The social dramas among the Ndembu exhibit a processual form (Turner [1957a:91] uses the term "processional"), following a pattern of four phases: (1) a breach of regular norm-governed social relationships between persons or groups of a social unit; (2) a crisis or extension of the breach, unless the conflict can be sealed off quickly; (3) adjustive and redressive mechanisms brought into operation by leading members of the social group; and (4) reintegration of the disturbed social group or social recognition of an irreparable breach or schism (91-94). Rituals, performed by cult-associations cross-cutting the boundaries of lineages and villages, creating wider networks of association, were treated by Turner as merely the "social glue" that holds Ndembu society together. Ritual has a function to fulfill: "The ritual system compensates to some extent for the limited range of effective political control and for the instability of kinship and affinal ties to which political value is attached" (291). Turner (1967:19) defined ritual as "prescribed formal behavior for occasions not given over to technological routine, having reference to beliefs in mystical beings and powers." Likewise, a symbol is the smallest unit of ritual which still retains the specific properties of ritual behavior; it is a "storage unit" filled with a vast amount of information (Turner 1968a:1-2). Symbols can be objects, activities, words, relationships, events, gestures, or spatial units (Turner 1967:19). Ritual, religious beliefs, and symbols are in Turner's perspective essentially related. Two types of symbols : Instrumental and dominant. Instrumental symbols are the means of attaining the specific goals of each ritual performance. Instrumental symbols can be investigated only in terms of the total system of symbols which makes up a particular ritual, since their meaning can be revealed only in relation to other symbols Turner (1967:28-29; 50-55; 1968a:18-19) identified three major empirical properties of dominant symbols: (1) condensation, polysemy, or multivocality, when one single dominant symbol represents many different things and actions; (2) unification of disparate significata, where the significata (the underlaying meanings of the symbol) are interconnected by virtue of their common analogous qualities, or by association in fact or thought; and (3) polarization of meaning or bipolarity, in which dominant symbols possess two distinct poles of meaning; at the ideological or normative pole, a cluster of significata refers to components of the moral and social order, to principles of social organization; at the sensory or orectic pole, the significata are natural or physiological phenomena and processes that arouse desires and feelings. One single dominant symbol comprises both a natural necessity and a social need or desire; it "represents both the obligatory and the desirable. Here we have an intimate union of the material and the moral" (Turner 1967:54).
Some things I am thinking about: * the role and importance of communities in the access of information * communications through communities vs. information curated by platforms and medias * offline communities vs. online communities * locality of the net * integration of the offline and the online * ownership of information and related power structures After censorship of google, among other forms of technological control, the internet in China became something that people have a much different relationship with than people in western civilizations. There seem to be somewhat less of an interest in creating a version of real identities and connections virtually, and more of one in creating and discovering new communities through channels of online communication. Forums and chat groups became an important part of online activities for a lot of people. These forums and private chat groups are still monitored and censored by the government. After sensitive topics and keywords come up in a group chat, the chat group would usually get deleted. Even then, people were able to come up with alternative terms that address the same subjects without hitting the keyword detections. These forums therefore are becoming important channels for knowledge and discourse. <br> ''As art and curation integrate with each other, maybe it is time to think about a collective approach / strategy as a more sustainable model for creative communities.'' <br> It creates an ecosystem that promotes communities that are both offline and online. It allows for offline local communities to expand to a local “online” and vice versa. This is interesting in that it strengthens and broadens offline communities by creating another channel for communication, while adding an element of caring to digital connections. <br> Even though the usefulness of extending the metaphor of gardening to the distributed web can only take us so far, here are a few elements of the holistic practice of gardening that we might learn from to stretch the boundaries of the normative patterns in our digital spaces today. * The notion of time and seasons as a forcing function for growth, death, rest and rebirth. Maybe as a rejection of the vectorized ideal of technology (uni-directional and totalizing) * Slowness and patience in waiting for the development of one’s self and people around you. * Seeding and cultivation as an intentional act with a clear understanding of the substrate in which it happens. * Sanctuary and reflection related to spaces of calm, quiet and safety. * The relationship between social structures and knowledge, especially knowledge that is embedded in practice.
''Legitimate Peripheral Participation (LPP)''
1. newcomers become experienced members and eventually old timers of a 'community of practice' or collaborative project
2. learning is a contextual social phenomenon achieved through participation in a community practice.
3. members of a community become engrained by initially participating in simple, low-risk tasks that are productive and further the goals of the community.
4. through these simple activities, new members learn the tasks, the language, and the organizing principles of the community
5. the older member has the power to legitimize the younger member + control their level of access to the community
''Duality (Wenger later abandoned the concept of LPP for this)''
1. It's an interdisciplinary field between sociology of education and educational psychology
2. tension between two opposing forces that become a driver for change and creativity
3. "dynamism, continual change, and mutual adjustment as the tensions are both creative and constraining.
1. **participation vs reification (on meaning)** - creating an abstract, concise representation of something more complex (making it easier to share with the community)
2. **designed vs emergent (on time)** - planning an activity for a particular purpose vs some activities emerging through interaction + community
3. **identification vs negotiability (how we define power)** - the process of how identities are built
4. **local vs global -** the challenge to share local knowledge but in a way that is relevant to others who are not involved.
--
''Typical Roles within a Community of Practice''
[img[Screen-Shot-2017-06-28-at-3.28.55-PM-300x272.png]]
Core team – The core team forms the heart of the community that will organize, charter, market, nurture, and operate the community.
Active – These members work closely with the core team to help shape the definition and direction of the CoP. This includes defining the community’s shared vision, purpose, roles, strategies for interaction, marketing, and communications.
Occasional – These members participate when specific topics of interest are addressed or when they have something to contribute to the group. They are often the largest group in the community.
Peripheral – These members feel a connection to the community but engage on a limited basis. These could be newcomers or those who have a more casual interest in community activities.
Transactional – These members are the least connected to the community and may connect only to access CoP resources or to provide a specific service to the CoP (for example, website support).
What is the link between communities of practice, psychological theories of immersion, and games/media ?
Self care ... It indexes a common and understandable need—the desire to be delivered from the constant wear of workday weariness and chronic stress, currents of degradation that make us sick and sad, requiring rejuvenation. <br> Our sense of ourselves recedes into that which can be signalled on-screen; paradoxically, as our awareness of our physical bodies wanes, our desire to accrue products promising self-improvement seems to skyrocket. <br> Hito Steyerl - “junktime" <br> The obligation to publicly perform one’s physical and psychological upkeep has been a mainstay since at least the origin of capitalism: “technologies of the self,” per Foucault, are nothing new. But as our faith in market-based solutions only seems to grow—as “freedom” is increasingly understood to mean “unlimited consumer choice”—the radical politics that once underpinned “self-care” diminish in direct proportion to their utility for advertising purposes. <br> “Artistic imagination…is a fragile force in a world filled with various hardness,” reads one drawing, reminding us that revolutionary action so often begins with an injunction against the crystallized, certain, or immutable. Solidarity can only exist when we learn to see past stasis—a process of unlearning the received un-wisdom that leads us to seek individual fulfillment over mutual support and collective becoming. <br> https://www.dukeupress.edu/pink-globalization <br>
Discovering Common Practice: Using Graph Theory to Compare Harmonic Sequences in Musical Audio Collections https://sci-hub.hkvisa.net/10.1145/3469013.3469025 Much of the study of tonal music involves the identification and analysis of chord sequences and the underlying harmonic structures which define a piece of music. The identification of chord sequences from audio source material is referred to as chord transcription. Analysis of chord transcriptions is a valuable tool in the musicological comparison and classification of musical pieces. Although graph representations have been used in the study of musical chords, much of the previous work has centred on modelling tonality by assigning musical sounds to positions in qualitative spaces, and on the statistical study of chord transition patterns. Lewin [14]. Chew [5] and Harte [9] have explored tonality and the mapping of musical sounds onto qualitative harmonic spaces such as spirals and torii using variations of the Tonnetz, a tonal lattice framework first proposed by Leonhard Euler in 1739. Researchers such as Krumhansl and Lerdahl have explored its use in cognitive perceptual studies [12], [13]. Thus, motif graphs do not fully convey the cardinal importance of each chord in relation to the others and cannot be ‘unpacked’ to recreate the original chord sequence transcription. Chord sequences were then transcribed using the Chordino algorithm. --- Low A at 55 cycles per second, or 55 Hertz, when doubled to 110 Hz, goes up an octave to A to give you the second partial. Triple the 55Hz to 165 Hz and get the E a 12th above the original A. And in fact, 110 + 55 = 165, just as the partial numbers add up in exactly the same way, first partial plus second partial gives the third partial, 1+2=3. This works perfectly all the way up the harmonic series. --- A Graph-Theoretical Approach forPattern Matching in Post-Tonal Music Analysis Bela Bartok, Alban Berg, Arnold Schoenberg, Igor Stravinsky, Anton Webern—consists of studying how this music works by finding the building blocks as unifyingcells in such a musical work. The melodic relationship can be described in the stream segregation model. When listening to music, people perceive music in groupings of musical notes1called streamswhich are the perceptual impression of connected series of musical notes, instead of iso-lated sounds [2]. The process of grouping musical notes into streams is called stream seg-regation2. A melody is usually perceived as a single coherent and continuous musical line,that is, a stream. A stream is represented as a cluster3. In the stream segregation model, eachmusical note is represented as an event. An event e^s a vector (ts, te, p), where is the start time, t^e is the end time, and p is the pitch. There are two kinds of the relation between two events: sequential events and simultaneous events. Given two events, if their durations overlap each other, they are simultaneous events. Otherwise, they are sequential events.
''Quotes related to Environments as Cognitive Extension '' In this perspective, best summarized in Bateson’s lecture “Form, Substance, and Difference” (1972, 448-65), intelligence is not confined to the deliberations of the intending ego or cogito, but can be found in the changing patterns of mutual adaptation and co-adaptation undergone within and by the organism-environment ensemble (1972,460-61). The environment itself is a bearer of intelligence (see also Bateson 1979). -- projective identification, in which “aspects of the self are not simply projected onto the psychic representation of the object (as in projection), but ‘into’ the object” (Ogden 1992,617), setting up a dialectic of container and contained that in W. R. Bion’s words “makes it possible for . . . [the infant] to investigate his own feelings in a personality powerful enough to contain them” (Bion 1959, 314). -- Other spaces experienced by the infant are the inner world of fantasy and outer world of sociotechnical reality, bits of which become caught up as “tran. sitional objects’’ in a third space, called “potential space” by Winnicott (197 1, 107). Being able to play safely in this potential space, negotiating between inner and outer worlds and self and (m)other, is an essential part of infantile development, and moreover, Winnicott argues, it is the foundation for later creative experiencing and cultural production which plays (or works) on the borders of fantasy and reality.’ --- ''To be quiet in a world of noise... '' "Thus, the analyst of container technologies must constantly work against the grain of the objects and spaces themselves ...to the foreground that which is designed to be the background." --- ''Some potential lenses in which to view container technologies '' Containment: is not just about what holds or houses us, but what we put our stuff into, and thereby identify with; what of ourselves we can and cannot contain Toy or tool as transitional object: from this we might understand that the tool is never a purely material object, but always has its partial origin in the inner world, which is to say that it is always meaningful, part of a narrative or set of human purposes. Potential space: corresponding to the infant’s play space-an imaginative space between inner and outer worlds-are work spaces for discovery and invention: the workshop, the lab, the studio, the library, the study. --- ''Referenching Bachelard's Poetics of Space '' Working analogously to the holding functions of memory, and with some similarity to the kind of poetics of space Bachelard identifies with the miniature, which “deploys to the dimensions of a universe” and where “large is contained in small” (Bachelard 1969, 157), these electronic and print media are storage technologies for other spaces and experiences --- ''Referencing Heideigger's The Thing '' The jug’s character as a thing‘ resides in its being a vessel” (1971c, 169), that is, its capacity as a container. When we fill it we pour into its emptiness, and “The emptiness, the void, is what does the vessel’s holding. The empty space, the nothing of the jug, is what the jug is as holding vessel” To hold is not to be passive. "we might interpret a holding vessel like a jug or urn as a technology of re-sourcing: it can be filled from a source, then itself becomes a source of what it has kept and preserved." --- ''To protect <3 '' It the root of German words for building (bauen) and existing (bin). The sense of dwelling as a basic, habitual, and inhabited condition of human life tends to recede in normal notions of building (bauen) as a kind of productive activity (1971a, 147). Heidegger wants to bring to the fore the sense of humans as dwellers and building as a letting-dwell. Dwelling means “to remain, to stay in a place” (1971a, 146) and also, in Heidegger’s exposition, “to cherish and protect, to preserve and care for”: --- ''The Meeting Grounds '' Doreen Massey makes a similar point about the sense of place in globalized cultures: “places are processes, too” she writes, and any particular place is a “meeting place,” a gathering and manifestation of local and global social, economic, and communications relations (Massey 1993,239). Thus the uniqueness of a place is defined less in terms of some “authentic” history of a single, inevitably fictionalized and homogenized local community, than by “the fact that each place is a distinct mixture of wider and more local social relations” (1993,240). --- The artisan making the chalice is involved in a practice of techne, a way of revealing the world in a creative and reverential “bringing forth of the thing, that brings together the four causes (1977b, 6-12). Heidegger contrasts this to the modem modes of aggressive use of resources and mass scale production and supply (197715, 14). In contrast to the artisan-dominated modes of production in antiquity or pre-modern Europe, where art and technique came together in techne, stands the modern epoch with its large power plants, airplanes, nuclear reactors, and industrialized science. --- Processes of containment and supply, and the utensils, apparatus, and utilities that help extract, store, and distribute resources from the standing-reserve, are not relics of pre-modernity but continue to define a fundamental aspect of what technology is in the late modern epoch: it is about supply, securing access, rapidly making resources available for distribution and consumption.
'' Cognitive Communication'' - the influence our thoughts have on the way we communicate ''Individual differences context'' - Nature Nurture/ Individual differences and social roles play a role in the communication process ''Interpersonal context'' - interactions between two individuals, who most often have a relationship with each other ''Intercultural context'' - interpersonal communication when two people are from different cultures - Persuasive context - Group context - Organizational context ''Mediated context'' - how technology influences our interpersonal, group, and organizational communication ''Mass Communication Context'' - influence of mass mediated messages
We illustrate the value of the tracker by analyzing the impacts of recent policy decisions in the COVID-19 crisis, focusing in particular on state shutdowns and re-openings. Perhaps surprisingly, we find these policies have little or no impact on economic activity. The decline in economic activity – consumer spending, the number of small business open, and employment – occurred in most cases before states “shut down,” consistent with other recent work examining data on hours of work and movement patterns (Bartik et al. 2020, Villas-Boas et al. 2020). Moreover, we show that recent policies ending these shut-downs in certain states such as Georgia and South Carolina have not been associated with significant increases in economic activity. These findings suggest that the primary barrier to economic activity is the threat of COVID-19 itself as opposed to legislated economic shutdowns.
"Critical Questions for Big Data: ''The introduction of a new tool can completely change the methodology of what the tool was meant to complete''. Well, big data is a big tool and this paper explores how it is changing the way we handle knowledge and facts, marketing, and science. The argument on whether or not the data speaks for itself or if trained individuals should interpret the data arises. With big data and it’s increasing availability to the public, it becomes harder to have an actual legitimate analysis. ''Big data also appears to be a “tell-all” type of evidence in any kind of argument. “You can’t argue with the facts” is something people tend to say. But, this essay points out that the numbers aren’t always the facts, big data is still a subjective science. Data can be wrong as well. ''There have been numerous cases where data has been wrong and more importantly misinterpreted. Lots of news sources misinterpret data and spread information that morphs the public view of science. The quote, “Just because Big Data presents us with large quantities of data does not mean that methodological issues are no longer relevant” says something huge about the preconceptions associated with big data. There will always be some sort of bias related to data. Twitter does not represent the entirety of people on the internet, let alone people in the world. In a lot of cases, people don’t have internet or even the slightest desire to sign up for twitter. “Big data and whole data are not the same.” is a good way to sum up this issue. There is also the problem associated with ethnicity and availability. “Who’s data are we using, do we have their permission, and who should be able to see it?” are a few questions that come to mind.
! Social Inequality
!
One can speculate that ''some technologies may cause [[social inequalities|social inequality]] to widen''. For example, if some form of intelligence amplification becomes available, it may at first be so expensive that only the wealthiest can afford it. The same could happen when we learn how to genetically enhance our children. Those who are already well off would become smarter and make even more money. This phenomenon is not new. Rich parents send their kids to better schools and provide them with resources such as personal connections and information technology that may not be available to the less privileged. Such advantages lead to greater earnings later in life and serve to increase social inequalities.
! Exerpts from an "Eco-Social Perspective on Transhumanism"
!
Considered by some as the “defining worldview of the postmodern age”, transhumanism can be understood then as a technoscientific [[utopia|Utopia]], a worldview that stems from a dissatisfaction with certain aspects of the here and now and which seeks to transform it. As opposed to literary utopia, transhumanism is utopian practice
''First, the problem of accessibility and supremacy is one of the most common counterarguments, as it is reasonable to think that the kinds of enhancements transhumanism proposes would further separate the rich from the poor. It is not a stretch to imagine a future in which enhanced individuals are the ones in positions of power.''
Finally, the problem with seeing opportunity in transhumanism is that, just when we urgently need to face the harsh reality of the social and environmental problems that afflict us, it actually serves to undermine that effort. Though not necessarily the intention, this technophile utopia strengthens the collective self-delusion that technological innovations will solve our major problems.
As Riechmann has argued on more than one occasion, ''transhumanism is a utopia that can only ever materialise as a dystopia''. First, because in the present situation of environmental overreach, the pursuit of a high-tech industrial society will end up finishing off the Earth; and second, because the breakdown of the biological unity of the human species will lead to a world of inequalities and biologically determined domination.
There's a group of spanish cross-discplinary non-fiction writers critiquing the unsustainsable social and enviornmental degradation caused by gloabal capitalism.
"According to Riechmann, cultural consumerism and economic growth must be abandoned and replaced by ecological rationality. ("Para una teoria") This new rationality will focus on the satisfaction of human needs through a sustainable (smaller) social metabolism. ''The main goal is not to maximize, but to optimize.'' The current economic system tends to maximize production" - Riechmann
--
https://rhizome.org/editorial/2020/may/13/curating-online-exhibitions-pt-1/ Born-digital artworks and cultural artifacts–works that depend on the computer for their creation and reception–can be experienced only when enacted within complex ensembles of hardware and software, and may also rely on audience participation, external websites or media, APIs, or other inputs and services. They are performed, not merely displayed. Variability is perhaps the most fundamental and confounding concept involved in working digitally. We use the metaphor of the object boundary to help guide conversations about the role that a given software or network context might play in relation to a given work. In the context of networked software, objecthood is only the performance of objecthood, and the object boundary is not a given, but a variable. The artifact—the resources such as files that make up the work, which are there even when the computer is turned off—are performed with other resources (usually ones that were not created by the artist) to perform the object. Regardless of how the boundary is drawn, what results is not a stable object, but the performance of objecthood. Each re-staging of an artwork in online exhibition will be new and different and shaped by its participation in a real-time network.
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
Cyberspace -- a "consensual hallucination" accessed through the computer, where one's thoughts manifest totally, and reality itself conforms to the wave patterns. The battle for your reality begins on the fields of digital interaction. Reality itself is up for grabs. It can be dreamt up. The ability to observe phenomena, they now believe, is inextricably linked to the phenomena themselves. it points toward this era--the turn of the century--as man's leap out of history altogether and into some sort of timeless dimension. ;Gaia,' the living being that is the Earth, for which humans serve as the neurons. Computers do not simplify human issues but expose and even amplify the obvious faults in our systems of logic and social engineering. The hypnotic spell of years of television and its intense public relations is broken as people learn to deconstruct and recombine the images intended to persuade them. The result is that the population at large gains the freedom to reexamine previously accepted policies and prejudices. These kids are not stealing information--they are surfing data. In Cyberia, the computer serves as a metaphor as much as a tool; to hack through one system to another and yet another is to discover the secret rooms and passageways where no one has ever traveled before. The web of interconnected computer networks provides the ultimate electronic neural extension for the growing mind. To reckon with this technological frontier of human consciousness means to reevaluate the very nature of information, creativity, property and human relations. Each new opening leads to the discovery of an entirely new world, each connected to countless other new worlds. You don't just get in somewhere, look around, find out it's a dead end, and leave. https://apnews.com/ef0be74207f6c73c6435d7764695e708 http://cd.textfiles.com/group42/ANARCHY/COOKBOOK/HACKTRW.HTM TRW?? If someone is working on a complex program or set of computations, it's more convenient to use some corporation's huge system to carry out the procedure in a few minutes or hours than to tie up one's own tiny personal computer for days. Hacking is surfing. You don't do it for a reason. You just do it.
''Transhumanism ''is a class of [[philosophies |philosophy]]of life that seek the continuation and acceleration of the evolution of intelligent life beyond its currently human form and human limitations by means of science and technology, guided by life-promoting principles and values. – Max More (1990) # The intellectual and cultural movement that affirms the possibility and desirability of fundamentally improving the human condition through applied reason, especially by developing and making widely available technologies to eliminate aging and to greatly enhance human intellectual, physical, and psychological capacities. # The study of the ramifications, promises, and potential dangers of technologies that will enable us to overcome fundamental human limitations, and the related study of the ethical matters involved in developing and using such technologies. There are a ton of valid [[Critiques of Transhumanism]] as well as benefits and [[Anthropological Studies into Transhumanism]]. The [[World-Wide Web|web]] is beginning to link the world’s people, adding a new global layer to human society where information is supreme. The [[Human Genome Project|Human Genome Project]] has been completed, and the study of the functional roles of our genes (functional genomics) is proceeding rapidly. Techniques for using this genetic information to modify adult organisms or the germ-line are being developed. The [[performance of computers doubles every 18 months|Markov's Law]] and will approach the computational power of a human brain in the foreseeable future. Pharmaceutical companies are refining drugs that will enable us to regulate mood and aspects of personality with few side effects. Many transhumanist aims can be pursued with present technologies. Can there be much doubt that, barring a civilization-destroying cataclysm, technological progress will give us much more radical options in the future? Some of these are commonplace – exercise, healthy diet, relaxation techniques, time management, study skills, information technology, coffee or tea (as stimulants), education, and nutritional supplements (such as vitamins, minerals, fatty acids, or hormones). There are a ton of valid [[Critiques of Transhumanism]] .
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
https://rhizome.org/community/41812/ Ars Electronica Memesis Statement May 3, 1996 Media memory - the collective memory and experience of humanity externalized in world-wide networks. Memes, as a "mass crystal", the identification and integration of virtual communities that gather only in network interfaces. Memes, the cognitive pixels as a blueprint for the cultural practice of sampling, of the universal "copy and paste", which has emerged from the new conditions of media. - https://rhizome.org/community/41834/ on memory // Kinograffiti continued: memory May 25, 1997 It seems no accident that our language for describing the workings of human memory bears close similarity to that with which we describe objects around us. For example, we say that we place and misplace things in memory. We often describe surrounding objects as if they could be receptacles for memories. As if what these objects hold is fluid, we also describe memories as able to undergo change or revision. Today, something in the way we regard the dynamism of computer memory and processing reverberates with our sense of personal and cultural memory as a place of programming, failure, interruption, and perhaps even crash. New media is regarded as an aesthetics of infinity. And this seems consistent with a desire to stress our own self-consciousness. Our senses of self depend on some sense of interplay between ourselves and the world. New media's interactive aspect seems to provide us with a representation of this desire for self. There is a sense that the hype of having access to limitless amounts of information is also a possibility, more than just hype. By remaining attentive to the interfaces between our bodies and machines, we maintain responsiveness to the limits of representations, while at the same time acknowledging their power - random access memory http://randomaccessmemory.org/ -- https://rhizome.org/community/41703/ The Death of Computer Art - Oct. 22, 1996 I conclude from my analysis that now, as Duchamp-land has finally discovered computers and begun to use them with its usual irony and sophistication, gatherings such as ISEA and Ars Electronica should simply be abolished? Probably not. These gatherings do play an important function of being a buffer zone, an interface where the world of culture at large and the world of computer culture meet each other. Sometimes we even see artists genuinely pushing the boundaries of new media aesthetics, i.e. going beyond what is already accomplished by flight simulators, new computer games with their AI engines, MIT Media Lab projects, etc. In short, on occasion artists are able to compete with computer researchers, rather than simply creating new demos for commercial software, thus functioning as "memes" for computer industry. -- https://rhizome.org/community/42203/ RHIZOME, ada' web, and The Museum of Modern Art... March 25, 1997 For an artist, the creation of a virtual artist is a contemporary form of self-portraiture. The more advanced "young artists" are not doing what London thinks they are doing; for instance creating single author virtual objects that can be displayed, collected bought & sold. They are doing things such as building multi-user gaming environments that take two or more people to activate. The content of the work occurs in the cognitive shifts, learning and communication between the users. Notice I said "users" not viewers. -- https://rhizome.org/community/41200/ Trace Route--Questions for the Homeless July 30, 1998 The call to digital literacy was a seduction to abandon the forms of the linear narrative, with all the implications that has on our understanding of past, present, future, history, memory, language, blah blah blah. But I think that's turned out to be a largely empty seduction. Without the capacity to play with different forms of narrative or language, it seems mostly masturbatory. I try to understand desire in the context of the Buddhist philosophy of "dependent co-origination." What interests me about communication on the Internet is the way in which it can teach us to abandon attachments we have to identity formations. Desire arises out of the six senses: eye, ear, nose, tongue, body and mind. These senses give rise to six kinds of contact. Those six kinds of contact, give rise to feeling, again six kinds, by way of the eyes, ear, nose, tongue, body and mind. Those six kinds of feeling give rise to six kinds of desire: for forms, sounds, smells, tastes, tactile sensations, and mental objects. That desire conditions the arising of four kinds of attachment: sensuous attachment, attachment to views, attachment to rules and rituals, and attachment to the idea that there is a self, an I. Attachment, in turns, conditions the arising of becoming and starts the whole cycle over again.
Before ever coming across the idea of 'digital healing' // 'virtual meditation' // etc. - I wrote about my frustration of placing the burden of 'wellness' on the individual vs. the collective + mainstream bodies that are some of the most frequented websites on the internet. One of my first few experiences of a virtual meditation of sorts was runescape - i would spend hours chopping yew logs, the idea of grinding in places our minds in a state that isn't as active. doing the same repetitive task (never using bots lmao), yet still requiring some level of interaction..'i have to click on another tree when one disappears' 'i have to empty my inventory Another version of I can think of is when I got really into No Mans Sky - massive absolutely beautiful worlds, procedurally generated just for your discovery (sounds kinda colonialist rip) but I would get lost for hours just wandering around. (something new york hasn't been able to provide on the same level of calm) "surfing the web is like a dream" "We need to create space for complexity’s important sibling: nuance. " --- Satisfying / ASMR / Slime / Sand Slicing the virality contributes to the satisfying effect of these? you get used to seeing repetive slime squishs the practice of closing out my tabs is a ritual for me i try to close them out before bed (often failing) but it's like a mental reset to pause, and then re-discover the things that naturally come back to my mind. so there's more of a feedback instead of pure-forced reading/exploration oftentimes when i find myself interested in a topic, i search back through my notes and realize my first encounter was 5+ years back. it's an exciting feeling and a reminder that maybe i do have some resemblance of a self, some sort of consistency? my background as a safe space - always like to put green spaces - but also as a health indicator it's similar to the way that if my room is messy, i begin to wonder if i'm depressed? ''Open Tabs are Cognitive Spaces'' Quick article that talks about the ways tabs are used as an extension of the mind. https://rybakov.com/blog/open_tabs_are_cognitive_spaces/ --'slow' internet' ''Principles for Slower Internet'' http://slowerinternet.com/principles.html ''Gossips Cafe'' A 'slow website' that consists of a minimal chat that can only be accessed when the 'cafe' is open. 8am to 11pm. Also, the posts all expire each day. http://gossips.cafe/ --games as meditation ''Leveling MMO Mediation Metaphor'' https://www.reddit.com/r/Meditation/comments/23q4ez/leveling_up_my_mmo_meditation_metaphor/ ''Replay as Mediation'' https://www.raphkoster.com/2011/03/10/replay-as-meditation/ -- webpages as healing tools ''Soul Booster'' Odd webpage that gives words of affirmation and encouragement each time you click a button. http://screenself.me/soul_booster/ ''The Softheart Clinic'' An extremely cute website with various mental health and wellness resources, bound together by a pastel pink health aesthetic https://softheartclinic.neocities.org/home.html ''Water Spell'' Remind a friend to drink water❤️ https://principles.design/examples/principles-of-calm-technology ''Super Uplifting Friendship Simulator'' This one, I can't decide if it's dystopic or cute. "This game is to replace each other when we are too busy with work, out of town, or otherwise unable to be a support system." https://karastone.itch.io/super-uplifting-friendship-simulator ''Traumagotchi'' Really interesting example of virtual pet as healing environment, through caring for it https://www.traumagotchi.com/ ''Virtually Sacred: The Performance of Asynchronous Cyber-Rituals in Online Spaces'' - Academic paper that goes even a step further with the cyber-spiritualism + ritualism exploring a Christian Virtual Church and a Hindu Virtual Temple https://onlinelibrary.wiley.com/doi/epdf/10.1111/j.1083-6101.2007.00365.x ''Slime Videos are the new ASMR'' A quick article referencing a more in-depth article discussing some of slime's appeal https://conversations.e-flux.com/t/slime-videos-are-the-new-asmr/5703 ''Virtual Care Lab'' https://virtualcarelab.com/
Discord is a constantly evolving platform on both the meta level and the micro/community/user-scale. Developers are constantly experimenting endlessly implementing, new features that seem to enable an increasingly wide variety of communities. Communities are constantly inventing new methods for discord use, oftentimes unintentionally, and occasionally through built-in structures that allow certain channels within groups to have an increased level of plasticity. Although for the most part it seems disappointing that a mass audience has started to use yet another centralized platform as it's primary method of communication - there is a bit of light at the end of the tunnel; or should I say bridge, or portal. [[trust portal + conversation with joanna]] There have been multiple instances where bots have been used in ways that I think have extremely powerful implications to how people communicate and interact across a diverse range of homes online. https://boilingsteam.com/how-to-bridge-discord-in-matrix/ discord rot lack of history, without lore, the decay of a community the feeling of building something, contributing, being a part of something, ownership, agency
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