<div class="tw-control-panel"><<tabs "[is[shadow]!has[draft.of]tag[$:/tags/ControlPanel]] [!is[shadow]!has[draft.of]tag[$:/tags/ControlPanel]] +[tag[$:/tags/ControlPanel]]" "$:/core/ui/ControlPanel/Basics">></div>
{
"tiddlers": {
"$:/config/EditorTypeMappings/image/gif": {
"title": "$:/config/EditorTypeMappings/image/gif",
"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"
},
"$:/core/copyright.txt": {
"title": "$:/core/copyright.txt",
"type": "text/plain",
"text": "TiddlyWiki created by Jeremy Ruston, (jeremy [at] jermolene [dot] com)\n\nCopyright © Jeremy Ruston 2004-2007\nCopyright © UnaMesa Association 2007-2014\n\nRedistribution and use in source and binary forms, with or without modification,\nare permitted provided that the following conditions are met:\n\nRedistributions of source code must retain the above copyright notice, this\nlist of conditions and the following disclaimer.\n\nRedistributions in binary form must reproduce the above copyright notice, this\nlist of conditions and the following disclaimer in the documentation and/or other\nmaterials provided with the distribution.\n\nNeither the name of the UnaMesa Association nor the names of its contributors may be\nused to endorse or promote products derived from this software without specific\nprior written permission.\n\nTHIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 'AS IS' AND ANY\nEXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES\nOF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT\nSHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,\nINCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED\nTO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR\nBUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN\nCONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN\nANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGE.\n"
},
"$:/docs/fields/bag": {
"title": "$:/docs/fields/bag",
"text": "The name of the bag from which a tiddler came"
},
"$:/docs/fields/color": {
"title": "$:/docs/fields/color",
"text": "The CSS color value associated with a tiddler"
},
"$:/docs/fields/created": {
"title": "$:/docs/fields/created",
"text": "The date a tiddler was created"
},
"$:/docs/fields/creator": {
"title": "$:/docs/fields/creator",
"text": "The name of the person who created a tiddler"
},
"$:/docs/fields/description": {
"title": "$:/docs/fields/description",
"text": "The descriptive text for a wizard"
},
"$:/docs/fields/draft.of": {
"title": "$:/docs/fields/draft.of",
"text": "For draft tiddlers, contains the title of the tiddler of which this is a draft"
},
"$:/docs/fields/draft.title": {
"title": "$:/docs/fields/draft.title",
"text": "For draft tiddlers, contains the proposed new title of the tiddler"
},
"$:/docs/fields/footer": {
"title": "$:/docs/fields/footer",
"text": "The footer text for a wizard"
},
"$:/docs/fields/icon": {
"title": "$:/docs/fields/icon",
"text": "The title of the tiddler containing the icon associated with a tiddler"
},
"$:/docs/fields/library": {
"title": "$:/docs/fields/library",
"text": "If set to \"yes\" indicates that a tiddler should be saved as a JavaScript library"
},
"$:/docs/fields/list": {
"title": "$:/docs/fields/list",
"text": "An ordered list of tiddler titles associated with a tiddler"
},
"$:/docs/fields/modified": {
"title": "$:/docs/fields/modified",
"text": "The date and time at which a tiddler was last modified"
},
"$:/docs/fields/modifier": {
"title": "$:/docs/fields/modifier",
"text": "The tiddler title associated with the person who last modified a tiddler"
},
"$:/docs/fields/name": {
"title": "$:/docs/fields/name",
"text": "The human readable name associated with a plugin tiddler"
},
"$:/docs/fields/plugin-priority": {
"title": "$:/docs/fields/plugin-priority",
"text": "A numerical value indicating the priority of a plugin tiddler"
},
"$:/docs/fields/plugin-type": {
"title": "$:/docs/fields/plugin-type",
"text": "The type of plugin in a plugin tiddler"
},
"$:/docs/fields/revision": {
"title": "$:/docs/fields/revision",
"text": "The revision of the tiddler held at the server"
},
"$:/docs/fields/source": {
"title": "$:/docs/fields/source",
"text": "The source URL associated with a tiddler"
},
"$:/docs/fields/subtitle": {
"title": "$:/docs/fields/subtitle",
"text": "The subtitle text for a wizard"
},
"$:/docs/fields/tags": {
"title": "$:/docs/fields/tags",
"text": "A list of tags associated with a tiddler"
},
"$:/docs/fields/text": {
"title": "$:/docs/fields/text",
"text": "The body text of a tiddler"
},
"$:/docs/fields/title": {
"title": "$:/docs/fields/title",
"text": "The unique name of a tiddler"
},
"$:/docs/fields/type": {
"title": "$:/docs/fields/type",
"text": "The content type of a tiddler"
},
"$:/docs/moduletypes/animation": {
"title": "$:/docs/moduletypes/animation",
"text": "Animation modules contain animations that may be used with the RevealWidget."
},
"$:/docs/types/application/json": {
"title": "$:/docs/types/application/json",
"description": "JSON data",
"name": "application/json",
"text": ""
},
"$:/docs/types/application/x-tiddler-dictionary": {
"title": "$:/docs/types/application/x-tiddler-dictionary",
"description": "Data dictionary",
"name": "application/x-tiddler-dictionary",
"text": ""
},
"$:/docs/types/image/gif": {
"title": "$:/docs/types/image/gif",
"description": "GIF image",
"name": "image/gif",
"text": ""
},
"$:/docs/types/image/jpeg": {
"title": "$:/docs/types/image/jpeg",
"description": "JPEG image",
"name": "image/jpeg",
"text": ""
},
"$:/docs/types/image/png": {
"title": "$:/docs/types/image/png",
"description": "PNG image",
"name": "image/png",
"text": ""
},
"$:/docs/types/image/svg+xml": {
"title": "$:/docs/types/image/svg+xml",
"description": "Structured Vector Graphics image",
"name": "image/svg+xml",
"text": ""
},
"$:/docs/types/image/x-icon": {
"title": "$:/docs/types/image/x-icon",
"description": "ICO format icon file",
"name": "image/x-icon",
"text": ""
},
"$:/docs/types/text/plain": {
"title": "$:/docs/types/text/plain",
"description": "Plain text",
"name": "text/plain",
"text": ""
},
"$:/docs/types/text/vnd.tiddlywiki": {
"title": "$:/docs/types/text/vnd.tiddlywiki",
"description": "TiddlyWiki version 5 wikitext",
"name": "text/vnd.tiddlywiki",
"text": ""
},
"$:/docs/types/text/x-tiddlywiki": {
"title": "$:/docs/types/text/x-tiddlywiki",
"description": "TiddlyWiki Classic wikitext",
"name": "text/x-tiddlywiki",
"text": ""
},
"$:/core/images/cancel-button": {
"title": "$:/core/images/cancel-button",
"text": "<svg class=\"tw-image-cancel-button tw-image-button\" viewBox=\"366 150 58 58\" width=\"22pt\" height=\"22pt\"><path d=\"M 414.76236 158.98764 C 403.77887 148.0041 385.97113 148.0041 374.98764 158.98764 C 364.0041 169.97113 364.0041 187.77887 374.98764 198.76236 C 385.97113 209.7459 403.77887 209.7459 414.76236 198.76236 C 425.7459 187.77887 425.7459 169.97113 414.76236 158.98764 M 385.3967 165.32954 L 385.3967 165.32954 L 394.77674 174.7096 L 404.3533 165.13303 C 405.53068 163.95566 407.4396 163.95566 408.61697 165.13303 C 409.79434 166.31041 409.79434 168.21932 408.61697 169.39669 L 399.0404 178.97325 L 408.42046 188.35331 C 409.59783 189.53068 409.59783 191.43959 408.42046 192.61697 L 408.42046 192.61697 C 407.24308 193.79434 405.33417 193.79434 404.1568 192.61697 L 394.77675 183.23692 L 385.5932 192.42046 C 384.41583 193.59783 382.50692 193.59783 381.32954 192.42046 L 381.32954 192.42046 C 380.15217 191.24308 380.15217 189.33417 381.32954 188.1568 C 381.32954 188.1568 381.32954 188.1568 381.32954 188.1568 L 381.32954 188.1568 L 381.32954 188.1568 L 390.51309 178.97326 L 381.13303 169.5932 C 379.95566 168.41583 379.95566 166.50692 381.13303 165.32954 L 381.13303 165.32954 C 382.3104 164.15217 384.21932 164.15217 385.3967 165.32954 C 385.3967 165.32954 385.3967 165.32954 385.3967 165.32954 Z\"/></svg>"
},
"$:/core/images/close-button": {
"title": "$:/core/images/close-button",
"text": "<svg class=\"tw-image-close-button tw-image-button\" viewBox=\"222 150 56 56\" width=\"22pt\" height=\"22pt\"><path d=\"M 249.56668 185.88827 L 267.06757 203.38916 C 269.26427 205.58586 272.82582 205.58586 275.02252 203.38916 L 275.02252 203.38916 C 277.21922 201.19246 277.21922 197.63091 275.02252 195.43421 L 257.52163 177.93332 L 275.38916 160.06579 C 277.58586 157.86909 277.58586 154.30754 275.38916 152.11084 C 273.19246 149.91414 269.63091 149.91414 267.43421 152.11084 L 249.56668 169.97837 L 232.06579 152.47748 L 232.06579 152.47748 C 232.06579 152.47748 232.06579 152.47748 232.06579 152.47748 C 229.86909 150.28078 226.30754 150.28078 224.11084 152.47748 L 224.11084 152.47748 C 221.91414 154.674175 221.91414 158.23573 224.11084 160.43243 L 241.61173 177.93332 L 224.47748 195.06757 L 224.47748 195.06757 L 224.47748 195.06757 C 224.47748 195.06757 224.47748 195.06757 224.47748 195.06757 C 222.28078 197.26427 222.28078 200.82583 224.47748 203.02252 L 224.47748 203.02252 C 226.67418 205.21922 230.23573 205.21922 232.43243 203.02252 Z\"/></svg>\n"
},
"$:/core/images/delete-button": {
"title": "$:/core/images/delete-button",
"text": "<svg class=\"tw-image-delete-button tw-image-button\" viewBox=\"303 155 39 50\" width=\"17pt\" height=\"22pt\"><path d=\"M 333 164.25 L 333 157.25 C 333 156.14543 332.10457 155.25 331 155.25 L 314.75 155.25 C 314.75 155.25 314.75 155.25 314.75 155.25 C 313.64543 155.25 312.75 156.14543 312.75 157.25 L 312.75 164.25 L 303.75 164.25 L 303.75 168.75 L 306 168.75 L 306 201.75 L 306 201.75 L 306 201.75 C 306 203.40685 307.34315 204.75 309 204.75 L 336.75 204.75 C 338.40685 204.75 339.75 203.40685 339.75 201.75 L 339.75 168.75 L 342 168.75 L 342 164.25 Z M 317.25 160.75 L 317.25 160.75 C 317.25 160.19772 317.69772 159.75 318.25 159.75 C 318.25 159.75 318.25 159.75 318.25 159.75 L 327.5 159.75 C 328.05228 159.75 328.5 160.19772 328.5 160.75 L 328.5 164.25 L 317.25 164.25 L 317.25 160.75 Z M 310.5 168.75 L 312.75 168.75 L 312.75 200.25 L 310.5 200.25 Z M 317.25 168.75 L 319.5 168.75 L 319.5 200.25 L 317.25 200.25 Z M 324 168.75 L 326.25 168.75 L 326.25 200.25 L 324 200.25 Z M 330.75 168.75 L 333 168.75 L 333 200.25 L 330.75 200.25 Z\"/></svg>\n"
},
"$:/core/images/done-button": {
"title": "$:/core/images/done-button",
"text": "<svg class=\"tw-image-done-button tw-image-button\" viewBox=\"434 150 68 55\" width=\"22pt\" height=\"18pt\"><path d=\"M 438.49266 178.00797 L 439.00744 177.49319 C 441.35054 175.15008 445.14946 175.15004 447.49262 177.49309 L 452.50734 182.50757 C 454.8505 184.85063 458.6494 184.85058 460.99252 182.50748 L 488.50747 154.99255 C 490.85058 152.64944 494.6495 152.6494 496.99266 154.99246 L 497.50722 155.506995 C 499.8504 157.85009 499.8505 161.64908 497.5074 163.99228 C 497.50738 163.99229 497.50736 163.99231 497.50734 163.99233 L 460.9926 200.5077 C 458.64947 202.85087 454.85048 202.8509 452.50732 200.50778 C 452.5073 200.50777 452.5073 200.50777 452.5073 200.50776 L 438.49268 186.49327 C 436.14952 184.15013 436.1495 180.35114 438.49264 178.00799 C 438.49265 178.00798 438.49265 178.00797 438.49266 178.00797 Z\"/></svg>\n"
},
"$:/core/images/down-arrow": {
"title": "$:/core/images/down-arrow",
"text": "<svg class=\"tw-image-down-arrow tw-image-button\" viewBox=\"441 306 59 45\" width=\"24pt\" height=\"22pt\"><path d=\"M 441 306 L 470.25 351 L 499.5 306 Z\"/></svg>\n"
},
"$:/core/images/edit-button": {
"title": "$:/core/images/edit-button",
"text": "<svg class=\"tw-image-edit-button tw-image-button\" viewBox=\"244 193 20 22\" width=\"20pt\" height=\"22pt\"><path d=\"M 257.33334 196.80951 L 245.90476 207.2857 L 244 212.0476 L 248.7619 210.14284 L 260.19048 199.66665 Z M 259.2381 194.90475 L 258.28566 195.85716 L 261.14284 198.71428 L 262.09522 197.76187 Z M 261.14286 193 L 260.19042 193.95241 L 263.04762 196.80953 L 264 195.85714 Z M 244 213.72882 C 244 213.72882 247.4281 215.43353 250.8572 213.7288 C 254.28599 212.02405 261.14284 214.86531 261.14284 214.86531 L 261.14284 213.72884 C 261.14284 213.72884 254.28577 210.88755 250.8572 212.5923 C 247.42858 214.29712 244 212.59228 244 212.59228 Z\"/></svg>\n"
},
"$:/core/images/info-button": {
"title": "$:/core/images/info-button",
"text": "<svg class=\"tw-image-info-button tw-image-button\" viewBox=\"294 150 58 58\" width=\"22pt\" height=\"22pt\"><path d=\"M 342.76236 158.98764 C 331.77887 148.0041 313.97113 148.0041 302.98764 158.98764 C 292.0041 169.97113 292.0041 187.77887 302.98764 198.76236 C 313.97113 209.7459 331.77887 209.7459 342.76236 198.76236 C 353.7459 187.77887 353.7459 169.97113 342.76236 158.98764 M 326.5425 157.5 L 326.5425 157.5 C 327.72545 157.5 328.72201 157.91022 329.5337 158.73088 C 330.34465 159.55157 330.75 160.54402 330.75 161.7075 C 330.75 162.87172 330.33979 163.86316 329.51911 164.68385 C 328.69842 165.5045 327.70674 165.91501 326.5425 165.91501 C 325.39801 165.91501 324.4153 165.5045 323.5946 164.68385 C 322.77393 163.86316 322.36372 162.87172 322.36372 161.7075 C 322.36372 160.54402 322.76906 159.55157 323.58 158.73088 C 324.39171 157.91022 325.3793 157.5 326.5425 157.5 Z M 327.80211 190.47259 C 324.91945 195.49132 321.85778 198 318.61462 198 C 317.37452 198 316.38691 197.65158 315.65186 196.9555 C 314.9176 196.25866 314.54943 195.37617 314.54943 194.30782 C 314.54943 193.60202 314.71223 192.70572 315.03629 191.61813 L 319.0151 177.93651 C 319.39685 176.61922 319.58735 175.62754 319.58735 174.95991 C 319.58735 174.53996 319.40582 174.16692 319.04356 173.84286 C 318.68052 173.51905 318.18469 173.35701 317.55527 173.35701 C 317.26861 173.35701 316.92506 173.36677 316.5246 173.38548 L 316.89661 172.2407 L 326.59967 170.66627 L 328.31744 170.66627 L 322.44986 191.01638 C 322.12503 192.18064 321.963 192.94337 321.963 193.30666 C 321.963 193.51588 322.04862 193.71121 322.2204 193.89273 C 322.39218 194.07425 322.5737 194.16554 322.7642 194.16477 C 323.08903 194.16554 323.4131 194.02221 323.73792 193.73559 C 324.59605 193.02976 325.6267 191.75142 326.82838 189.90008 Z\"/></svg>\n"
},
"$:/core/images/new-button": {
"title": "$:/core/images/new-button",
"text": "<svg class=\"tw-image-new-button tw-image-button\" viewBox=\"83 81 50 50\" width=\"22pt\" height=\"22pt\"><path d=\"M 101.25 112.5 L 101.25 127.5 C 101.25 127.5 101.25 127.5 101.25 127.5 L 101.25 127.5 C 101.25 129.156855 102.593146 130.5 104.25 130.5 L 111.75 130.5 C 113.406854 130.5 114.75 129.156854 114.75 127.5 L 114.75 112.5 L 129.75 112.5 C 131.406854 112.5 132.75 111.156854 132.75 109.5 L 132.75 102 C 132.75 100.343146 131.406854 99 129.75 99 L 114.75 99 L 114.75 84 C 114.75 82.343146 113.406854 81 111.75 81 L 104.25 81 C 104.25 81 104.25 81 104.25 81 C 102.593146 81 101.25 82.343146 101.25 84 L 101.25 99 L 86.25 99 C 86.25 99 86.25 99 86.25 99 C 84.593146 99 83.25 100.343146 83.25 102 L 83.25 109.5 C 83.25 109.5 83.25 109.5 83.25 109.5 L 83.25 109.5 C 83.25 111.156855 84.593146 112.5 86.25 112.5 Z\"/></svg>\n"
},
"$:/core/images/options-button": {
"title": "$:/core/images/options-button",
"text": "<svg class=\"tw-image-options-button tw-image-button\" viewBox=\"434 218 68 68\" width=\"22pt\" height=\"22pt\"><path d=\"M 478.39696 232.53705 L 478.39696 232.53705 C 477.11453 231.85132 475.77877 231.30146 474.4106 230.88735 L 474.4106 218.24993 L 461.58944 218.24993 L 461.58944 230.88735 C 460.22126 231.30146 458.8855 231.85132 457.60308 232.53705 L 448.66825 223.60214 L 439.6022 232.66814 L 448.53716 241.60304 C 447.8515 242.88541 447.30158 244.22116 446.88747 245.58935 L 434.25 245.58935 L 434.25 258.41052 L 446.88747 258.41052 C 447.30158 259.7787 447.8515 261.11446 448.53716 262.39689 L 439.6022 271.33173 L 448.66825 280.39779 L 457.60308 271.46281 C 458.8855 272.14862 460.22126 272.69847 461.58944 273.11251 L 461.58944 285.74986 L 474.4106 285.74986 L 474.4106 273.11251 C 475.77877 272.69847 477.11453 272.14862 478.39696 271.46281 L 487.3318 280.39779 L 496.3977 271.33173 L 487.46287 262.39689 C 488.14854 261.11446 488.6984 259.7787 489.11257 258.41052 L 501.7499 258.41052 L 501.7499 245.58935 L 489.11257 245.58935 C 488.6984 244.22116 488.14854 242.88541 487.46287 241.60304 L 496.3977 232.66814 L 487.3318 223.60214 Z M 475.3328 244.66714 C 479.38253 248.71698 479.38253 255.2829 475.3328 259.33273 C 471.28297 263.3826 464.71706 263.3826 460.66723 259.33273 C 456.61737 255.2829 456.61737 248.71698 460.66723 244.66714 C 464.71706 240.61734 471.28297 240.61734 475.3328 244.66714\"/></svg>\n"
},
"$:/core/images/save-button": {
"title": "$:/core/images/save-button",
"text": "<svg class=\"tw-image-save-button tw-image-button\" viewBox=\"4 512 64 60\" width=\"22pt\" height=\"21pt\"><path d=\"M 13.5 537.75 L 11.5 537.75 C 11.5 537.75 11.5 537.75 11.5 537.75 C 7.6340064 537.75 4.4999994 540.884 4.5 544.75 L 4.5 564.5 L 4.5 564.5 C 4.5 564.5 4.5 564.5 4.5 564.5 L 4.5 564.5 C 4.5000006 568.366 7.634007 571.5 11.5 571.5 L 60.5 571.5 C 64.365993 571.5 67.5 568.366 67.5 564.5 L 67.5 544.75 C 67.5 540.884 64.365993 537.75 60.5 537.75 L 58.5 537.75 L 49.5 546.75 L 50 546.75 C 52.20914 546.75 54 548.54086 54 550.75 L 54 556.25 C 54 558.45914 52.20914 560.25 50 560.25 L 36 560.25 L 22 560.25 C 19.790861 560.25 18 558.45914 18 556.25 L 18 556.25 C 18 556.25 18 556.25 18 556.25 L 18 550.75 C 18 548.54086 19.790861 546.75 22 546.75 C 22 546.75 22 546.75 22 546.75 L 22.5 546.75 Z\"/><path d=\"M 16.37132 533.87132 L 33.87868 551.37868 C 35.050253 552.55025 36.949747 552.55025 38.12132 551.37868 L 55.62868 533.87132 C 56.800252 532.69975 56.800252 530.80025 55.62868 529.62868 C 55.06607 529.06607 54.30301 528.75 53.50736 528.75 L 48 528.75 C 46.343146 528.75 45 527.40685 45 525.75 L 45 516 C 45 514.34315 43.656854 513 42 513 L 30 513 C 28.343146 513 27 514.34315 27 516 L 27 525.75 C 27 527.40685 25.656854 528.75 24 528.75 L 18.492641 528.75 C 16.835786 528.75 15.492641 530.09315 15.492641 531.75 C 15.492641 532.54565 15.808711 533.3087 16.37132 533.87132 Z\"/></svg>\n"
},
"$:/messages/Download": {
"title": "$:/messages/Download",
"type": "text/vnd.tiddlywiki",
"subtitle": "Download changes",
"footer": "<$button message=\"tw-close-tiddler\" class=\"btn btn-primary\">Close</$button>",
"help": "http://five.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"
},
"$:/messages/EnterEditMode": {
"title": "$:/messages/EnterEditMode",
"type": "text/vnd.tiddlywiki",
"subtitle": "Editing this wiki",
"footer": "<<button close class:\"btn btn-primary\"><Close>>",
"help": "http://five.tiddlywiki.com/static/EditMode",
"text": "You can edit this wiki and save your changes. You are strongly advised to verify that saving is working properly before trusting ~TiddlyWiki with your data.\n\nThe following methods of saving changes are available:\n\n* Using Firefox's built-in file system access\n* Uploading to a simple server script\n* Using HTML5's data URI and download attribute\n\n\n[x] Don't show this message again"
},
"$:/messages/SaveInstructions": {
"title": "$:/messages/SaveInstructions",
"type": "text/vnd.tiddlywiki",
"subtitle": "Save your work",
"footer": "<$button message=\"tw-close-tiddler\" class=\"btn btn-primary\">Close</$button>",
"help": "http://five.tiddlywiki.com/static/SavingChanges",
"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"
},
"$:/messages/Saved": {
"title": "$:/messages/Saved",
"text": "Saved wiki\n"
},
"$:/messages/StartingSave": {
"title": "$:/messages/StartingSave",
"text": "Starting to save wiki\n"
},
"$:/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\tthis.commandTokens = commandTokens;\n\tthis.nextToken = 0;\n\tthis.callback = callback;\n\tthis.wiki = wiki;\n\tthis.streams = streams;\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\");\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 = $tw.commands[commandName],\n\t\t\t\tc,err;\n\t\t\tif(!command) {\n\t\t\t\tthis.callback(\"Unknown command: \" + commandName);\n\t\t\t} else {\n\t\t\t\tif(this.verbose) {\n\t\t\t\t\tthis.streams.output.write(\"Executing command: \" + commandName + \" \" + params.join(\" \") + \"\\n\");\n\t\t\t\t}\n\t\t\t\tif(command.info.synchronous) {\n\t\t\t\t\t// Synchronous command\n\t\t\t\t\tc = new command.Command(params,this);\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t} else {\n\t\t\t\t\t\tthis.executeNextCommand();\n\t\t\t\t\t}\n\t\t\t\t} else {\n\t\t\t\t\t// Asynchronous command\n\t\t\t\t\tc = new command.Command(params,this,function(err) {\n\t\t\t\t\t\tif(err) {\n\t\t\t\t\t\t\tself.callback(err);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tself.executeNextCommand();\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t\terr = c.execute();\n\t\t\t\t\tif(err) {\n\t\t\t\t\t\tthis.callback(err);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\nCommander.initCommands = function(moduleType) {\n\tmoduleType = moduleType || \"command\";\n\t$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",
"title": "$:/core/modules/commander.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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\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\tfs.readFile(this.params[0],\"utf8\",function(err,data) {\n\t\tif(err) {\n\t\t\tself.callback(err);\n\t\t} else {\n\t\t\tvar fields = {title: self.params[0]},\n\t\t\t\ttype = path.extname(self.params[0]);\n\t\t\tvar tiddlers = self.commander.wiki.deserializeTiddlers(type,data,fields);\n\t\t\tif(!tiddlers) {\n\t\t\t\tself.callback(\"No tiddlers found in file \\\"\" + self.params[0] + \"\\\"\");\n\t\t\t} else {\n\t\t\t\tfor(var t=0; t<tiddlers.length; t++) {\n\t\t\t\t\tself.commander.wiki.addTiddler(new $tw.Tiddler(tiddlers[t]));\n\t\t\t\t}\n\t\t\t\tself.callback(null);\t\n\t\t\t}\n\t\t}\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/load.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/password.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/print.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/print.js\ntype: application/javascript\nmodule-type: command\n\nPrint command for inspecting TiddlyWiki internals\n\n\\*/\n(function(){\n\n/*jshint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"print\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.output = commander.streams.output;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 1) {\n\t\treturn \"Too few parameters for print command\";\n\t}\n\tvar subcommand = this.subcommands[this.params[0]];\n\tif(subcommand) {\n\t\treturn subcommand.call(this);\n\t} else {\n\t\treturn \"Unknown subcommand (\" + this.params[0] + \") for print command\";\n\t}\n};\n\nCommand.prototype.subcommands = {};\n\nCommand.prototype.subcommands.tiddler = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Too few parameters for print tiddler command\";\n\t}\n\tvar tiddler = this.commander.wiki.getTiddler(this.params[1]);\n\tif(!tiddler) {\n\t\treturn \"No such tiddler as '\" + this.params[1] + \"'\";\n\t}\n\tthis.output.write(\"Tiddler '\" + this.params[1] + \"' contains these fields:\\n\");\n\tfor(var t in tiddler.fields) {\n\t\tthis.output.write(\" \" + t + \": \" + tiddler.getFieldString(t) + \"\\n\");\n\t}\n\treturn null; // No error\n};\n\nCommand.prototype.subcommands.tiddlers = function() {\n\tvar tiddlers = this.commander.wiki.getTiddlers();\n\tthis.output.write(\"Wiki contains these tiddlers:\\n\");\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.output.write(tiddlers[t] + \"\\n\");\n\t}\n\treturn null; // No error\n};\n\nCommand.prototype.subcommands.system = function() {\n\tvar tiddlers = this.commander.wiki.getSystemTitles();\n\tthis.output.write(\"Wiki contains these system tiddlers:\\n\");\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tthis.output.write(tiddlers[t] + \"\\n\");\n\t}\n\treturn null; // No error\n};\n\nCommand.prototype.subcommands.config = function() {\n\tvar self = this;\n\tvar quotePropertyName = function(p) {\n\t\t\tvar unquotedPattern = /^[A-Za-z0-9_]*$/mg;\n\t\t\tif(unquotedPattern.test(p)) {\n\t\t\t\treturn p;\n\t\t\t} else {\n\t\t\t\treturn \"[\\\"\" + $tw.utils.stringify(p) + \"\\\"]\";\n\t\t\t}\n\t\t},\n\t\tprintConfig = function(object,prefix) {\n\t\t\tfor(var n in object) {\n\t\t\t\tvar v = object[n];\n\t\t\t\tif(typeof v === \"object\") {\n\t\t\t\t\tprintConfig(v,prefix + \".\" + quotePropertyName(n));\n\t\t\t\t} else if(typeof v === \"string\") {\n\t\t\t\t\tself.output.write(prefix + \".\" + quotePropertyName(n) + \": \\\"\" + $tw.utils.stringify(v) + \"\\\"\\n\");\n\t\t\t\t} else {\n\t\t\t\t\tself.output.write(prefix + \".\" + quotePropertyName(n) + \": \" + v.toString() + \"\\n\");\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\t\tprintObject = function(heading,object) {\n\t\t\tself.output.write(heading +\"\\n\");\n\t\t\tfor(var n in object) {\n\t\t\t\tself.output.write(\" \" + n + \"\\n\");\n\t\t\t}\n\t\t};\n\tthis.output.write(\"Configuration:\\n\");\n\tprintConfig($tw.config,\" $tw.config\");\n\tprintObject(\"Tiddler field modules:\",$tw.Tiddler.fieldModules);\n\tprintObject(\"Loaded modules:\",$tw.modules.titles);\n\tprintObject(\"Command modules:\",$tw.commands);\n\tprintObject(\"Parser modules:\",$tw.wiki.parsers);\n\tprintObject(\"Macro modules:\",$tw.wiki.macros);\n\tprintObject(\"Deserializer modules:\",$tw.Wiki.tiddlerDeserializerModules);\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/print.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"rendertiddler\",\n\tsynchronous: false\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n};\n\nCommand.prototype.execute = function() {\n\tif(this.params.length < 2) {\n\t\treturn \"Missing filename\";\n\t}\n\tvar self = this,\n\t\tfs = require(\"fs\"),\n\t\tpath = require(\"path\"),\n\t\ttitle = this.params[0],\n\t\tfilename = this.params[1],\n\t\ttype = this.params[2] || \"text/html\";\n\tfs.writeFile(filename,this.commander.wiki.renderTiddler(type,title),\"utf8\",function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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\tpathname = this.params[2],\n\t\ttype = this.params[3] || \"text/html\",\n\t\textension = this.params[4] || \".html\",\n\t\ttiddlers = wiki.filterTiddlers(filter);\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\tvar container = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = type === \"text/html\" ? container.innerHTML : container.textContent;\n\t\tfs.writeFileSync(path.resolve(pathname,encodeURIComponent(title) + extension),text,\"utf8\");\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/rendertiddlers.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 = this.params[1],\n\t\ttiddler = this.commander.wiki.getTiddler(title),\n\t\ttype = tiddler.fields.type || \"text/vnd.tiddlywiki\",\n\t\tcontentTypeInfo = $tw.config.contentTypeInfo[type] || {encoding: \"utf8\"};\n\tfs.writeFile(filename,tiddler.fields.text,contentTypeInfo.encoding,function(err) {\n\t\tself.callback(err);\n\t});\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/savetiddler.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/core/modules/commands/server.js": {
"text": "/*\\\ntitle: $:/core/modules/commands/server.js\ntype: application/javascript\nmodule-type: command\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.browser) {\n\tvar util = require(\"util\"),\n\t\tfs = require(\"fs\"),\n\t\turl = require(\"url\"),\n\t\tpath = require(\"path\"),\n\t\thttp = require(\"http\");\t\n}\n\nexports.info = {\n\tname: \"server\",\n\tsynchronous: true\n};\n\n/*\nA simple HTTP server with regexp-based routes\n*/\nfunction SimpleServer(options) {\n\tthis.routes = options.routes || [];\n\tthis.wiki = options.wiki;\n\tthis.variables = options.variables || {};\n}\n\nSimpleServer.prototype.set = function(obj) {\n\tvar self = this;\n\t$tw.utils.each(obj,function(value,name) {\n\t\tself.variables[name] = value;\n\t});\n};\n\nSimpleServer.prototype.get = function(name) {\n\treturn this.variables[name];\n};\n\nSimpleServer.prototype.addRoute = function(route) {\n\tthis.routes.push(route);\n};\n\nSimpleServer.prototype.findMatchingRoute = function(request,state) {\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\tmatch = potentialRoute.path.exec(state.urlInfo.pathname);\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\nSimpleServer.prototype.checkCredentials = function(request,incomingUsername,incomingPassword) {\n\tvar header = request.headers[\"authorization\"] || \"\",\n\t\ttoken = header.split(/\\s+/).pop() || \"\",\n\t\tauth = $tw.utils.base64Decode(token),\n\t\tparts = auth.split(/:/),\n\t\tusername = parts[0],\n\t\tpassword = parts[1];\n\tif(incomingUsername === username && incomingPassword === password) {\n\t\treturn \"ALLOWED\";\n\t} else {\n\t\treturn \"DENIED\";\n\t}\n}\n\nSimpleServer.prototype.listen = function(port,host) {\n\tvar self = this;\n\thttp.createServer(function(request,response) {\n\t\t// Compose the state object\n\t\tvar state = {};\n\t\tstate.wiki = self.wiki;\n\t\tstate.server = self;\n\t\tstate.urlInfo = url.parse(request.url);\n\t\t// Find the route that matches this path\n\t\tvar route = self.findMatchingRoute(request,state);\n\t\t// Check for the username and password if we've got one\n\t\tvar username = self.get(\"username\"),\n\t\t\tpassword = self.get(\"password\");\n\t\tif(username && password) {\n\t\t\t// Check they match\n\t\t\tif(self.checkCredentials(request,username,password) !== \"ALLOWED\") {\n\t\t\t\tresponse.writeHead(401,\"Authentication required\",{\n\t\t\t\t\t\"WWW-Authenticate\": 'Basic realm=\"Please provide your username and password to login to TiddlyWiki5\"'\n\t\t\t\t});\n\t\t\t\tresponse.end();\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t// Return a 404 if we didn't find a route\n\t\tif(!route) {\n\t\t\tresponse.writeHead(404);\n\t\t\tresponse.end();\n\t\t\treturn;\n\t\t}\n\t\t// Dispatch the appropriate method\n\t\tswitch(request.method) {\n\t\t\tcase \"GET\": // Intentional fall-through\n\t\t\tcase \"DELETE\":\n\t\t\t\troute.handler(request,response,state);\n\t\t\t\tbreak;\n\t\t\tcase \"PUT\":\n\t\t\t\tvar data = \"\";\n\t\t\t\trequest.on(\"data\",function(chunk) {\n\t\t\t\t\tdata += chunk.toString();\n\t\t\t\t});\n\t\t\t\trequest.on(\"end\",function() {\n\t\t\t\t\tstate.data = data;\n\t\t\t\t\troute.handler(request,response,state);\n\t\t\t\t});\n\t\t\t\tbreak;\n\t\t}\n\t}).listen(port,host);\n};\n\nvar Command = function(params,commander,callback) {\n\tthis.params = params;\n\tthis.commander = commander;\n\tthis.callback = callback;\n\t// Set up server\n\tthis.server = new SimpleServer({\n\t\twiki: this.commander.wiki\n\t});\n\t// Add route handlers\n\tthis.server.addRoute({\n\t\tmethod: \"PUT\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\tfields = JSON.parse(state.data);\n\t\t\t// Pull up any subfields in the `fields` object\n\t\t\tif(fields.fields) {\n\t\t\t\t$tw.utils.each(fields.fields,function(field,name) {\n\t\t\t\t\tfields[name] = field;\n\t\t\t\t});\n\t\t\t\tdelete fields.fields;\n\t\t\t}\n\t\t\t// Remove any revision field\n\t\t\tif(fields[\"revision\"]) {\n\t\t\t\tdelete fields[\"revision\"];\n\t\t\t}\n\t\t\tstate.wiki.addTiddler(new $tw.Tiddler(state.wiki.getCreationFields(),fields,{title: title}));\n\t\t\tvar changeCount = state.wiki.getChangeCount(title).toString();\n\t\t\tresponse.writeHead(204, \"OK\",{\n\t\t\t\tEtag: \"\\\"default/\" + title + \"/\" + changeCount + \":\\\"\"\n\t\t\t});\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"DELETE\",\n\t\tpath: /^\\/bags\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]);\n\t\t\tstate.wiki.deleteTiddler(title);\n\t\t\tresponse.writeHead(204, \"OK\");\n\t\t\tresponse.end();\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": state.server.get(\"serveType\")});\n\t\t\tvar text = state.wiki.renderTiddler(state.server.get(\"renderType\"),state.server.get(\"rootTiddler\"));\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/status$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar text = JSON.stringify({\n\t\t\t\tusername: state.server.get(\"username\"),\n\t\t\t\tspace: {\n\t\t\t\t\trecipe: \"default\"\n\t\t\t\t},\n\t\t\t\ttiddlywiki_version: $tw.version\n\t\t\t});\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/favicon.ico$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"image/x-icon\"});\n\t\t\tvar buffer = state.wiki.getTiddlerText(\"$:/favicon.ico\",\"\");\n\t\t\tresponse.end(buffer,\"base64\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers.json$/,\n\t\thandler: function(request,response,state) {\n\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\tvar tiddlers = [];\n\t\t\tstate.wiki.forEachTiddler({sortField: \"title\"},function(title,tiddler) {\n\t\t\t\tvar tiddlerFields = {};\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tif(name !== \"text\") {\n\t\t\t\t\t\ttiddlerFields[name] = tiddler.getFieldString(name);\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields[\"revision\"] = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\ttiddlers.push(tiddlerFields);\n\t\t\t});\n\t\t\tvar text = JSON.stringify(tiddlers);\n\t\t\tresponse.end(text,\"utf8\");\n\t\t}\n\t});\n\tthis.server.addRoute({\n\t\tmethod: \"GET\",\n\t\tpath: /^\\/recipes\\/default\\/tiddlers\\/(.+)$/,\n\t\thandler: function(request,response,state) {\n\t\t\tvar title = decodeURIComponent(state.params[0]),\n\t\t\t\ttiddler = state.wiki.getTiddler(title),\n\t\t\t\ttiddlerFields = {},\n\t\t\t\tknownFields = [\n\t\t\t\t\t\"bag\", \"created\", \"creator\", \"modified\", \"modifier\", \"permissions\", \"recipe\", \"revision\", \"tags\", \"text\", \"title\", \"type\", \"uri\"\n\t\t\t\t];\n\t\t\tif(tiddler) {\n\t\t\t\t$tw.utils.each(tiddler.fields,function(field,name) {\n\t\t\t\t\tvar value = tiddler.getFieldString(name);\n\t\t\t\t\tif(knownFields.indexOf(name) !== -1) {\n\t\t\t\t\t\ttiddlerFields[name] = value;\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttiddlerFields.fields = tiddlerFields.fields || {};\n\t\t\t\t\t\ttiddlerFields.fields[name] = value;\n\t\t\t\t\t}\n\t\t\t\t});\n\t\t\t\ttiddlerFields[\"revision\"] = state.wiki.getChangeCount(title);\n\t\t\t\ttiddlerFields.type = tiddlerFields.type || \"text/vnd.tiddlywiki\";\n\t\t\t\tresponse.writeHead(200, {\"Content-Type\": \"application/json\"});\n\t\t\t\tresponse.end(JSON.stringify(tiddlerFields),\"utf8\");\n\t\t\t} else {\n\t\t\t\tresponse.writeHead(404);\n\t\t\t\tresponse.end();\n\t\t\t}\n\t\t}\n\t});\n};\n\nCommand.prototype.execute = function() {\n\tvar port = this.params[0] || \"8080\",\n\t\trootTiddler = this.params[1] || \"$:/core/save/all\",\n\t\trenderType = this.params[2] || \"text/plain\",\n\t\tserveType = this.params[3] || \"text/html\",\n\t\tusername = this.params[4],\n\t\tpassword = this.params[5],\n\t\thost = this.params[6] || \"127.0.0.1\";\n\tthis.server.set({\n\t\trootTiddler: rootTiddler,\n\t\trenderType: renderType,\n\t\tserveType: serveType,\n\t\tusername: username,\n\t\tpassword: password\n\t});\n\tthis.server.listen(port,host);\n\tconsole.log(\"Serving on \" + host + \":\" + port);\n\tconsole.log(\"(press ctrl-C to exit)\");\n\treturn null;\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/server.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.info = {\n\tname: \"verbose\",\n\tsynchronous: true\n};\n\nvar Command = function(params,commander) {\n\tthis.params = params;\n\tthis.commander = commander;\n};\n\nCommand.prototype.execute = function() {\n\tthis.commander.verbose = true;\n\treturn null; // No error\n};\n\nexports.Command = Command;\n\n})();\n",
"title": "$:/core/modules/commands/verbose.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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",
"title": "$:/core/modules/commands/version.js",
"type": "application/javascript",
"module-type": "command"
},
"$:/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.dateFormats = {\n\tmonths: [\"Januar\", \"Februar\", \"Marts\", \"April\", \"Maj\", \"Juni\", \"Juli\", \"August\", \"September\", \"Oktober\", \"November\",\"December\"],\n\tdays: [\"Søndag\", \"Mandag\", \"Tirsdag\", \"Onsdag\", \"Torsdag\", \"Fredag\", \"Lørdag\"],\n\tshortMonths: [\"Jan\", \"Feb\", \"Mar\", \"Apr\", \"Maj\", \"Jun\", \"Jul\", \"Aug\", \"Sep\", \"Okt\", \"Nov\", \"Dec\"],\n\tshortDays: [\"Søn\", \"Man\", \"Tir\", \"Ons\", \"Tor\", \"Fre\", \"Lør\"],\n// suffixes for dates, eg \"1ste\",\"2en\",\"3die\"...\"30te\",\"31te\"\n\tdaySuffixes: [\"ste\",\"en\",\"die\",\"de\",\"te\",\"te\",\"ne\",\"ne\",\"ende\",\"ende\",\n\t\t\"te\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\n\t\t\"st\",\"nd\",\"rd\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\"th\",\n\t\t\"st\"],\n\tam: \"am\",\n\tpm: \"pm\"\n};\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\n\n})();\n",
"title": "$:/core/modules/config.js",
"type": "application/javascript",
"module-type": "config"
},
"$:/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];\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 tiddlers = JSON.parse(text),\n\t\tresult = [],\n\t\tgetKnownFields = function(tid) {\n\t\t\tvar fields = {};\n\t\t\t\"title text created creator modified modifier type tags\".split(\" \").forEach(function(value) {\n\t\t\t\tif(tid[value] !== null) {\n\t\t\t\t\tfields[value] = tid[value];\n\t\t\t\t}\n\t\t\t});\n\t\t\treturn fields;\n\t\t};\n\tfor(var t=0; t<tiddlers.length; t++) {\n\t\tresult.push(getKnownFields(tiddlers[t]));\n\t}\n\treturn result;\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] = $tw.utils.htmlDecode(value);\n\t\t\t}\n\t\t});\n\t\tif(tiddlerFields.text !== null) {\n\t\t\tresults.push(tiddlerFields);\n\t\t}\n\t\tstartPos = endPos;\n\t\tmatch = endOfDivRegExp.exec(text);\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/deserializers.js",
"type": "application/javascript",
"module-type": "tiddlerdeserializer"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.backlinks = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerBacklinks(title));\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/backlinks.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.each = function(source,operator,options) {\n\t// Convert the source to an array if necessary\n\tif(!$tw.utils.isArray(source)) {\n\t\tvar copy = [];\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcopy.push(title);\n\t\t});\n\t\tsource = copy;\n\t}\n\t// Collect up the first tiddler with each unique value of the specified field\n\tvar results = [],values = {};\n\t$tw.utils.each(source,function(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar value = tiddler.getFieldString(operator.operand);\n\t\t\tif(!$tw.utils.hop(values,value)) {\n\t\t\t\tvalues[value] = true;\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t});\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/each.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.eachday = function(source,operator,options) {\n\t// Function to convert a date/time to a date integer\n\tvar toDate = function(value) {\n\t\tvalue = (new Date(value)).setHours(0,0,0,0);\n\t\treturn value+0;\n\t};\n\t// Convert the source to an array if necessary\n\tif(!$tw.utils.isArray(source)) {\n\t\tvar copy = [];\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcopy.push(title);\n\t\t});\n\t\tsource = copy;\n\t}\n\t// Collect up the first tiddler with each unique day value of the specified field\n\tvar results = [],values = [];\n\t$tw.utils.each(source,function(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler && tiddler.fields[operator.operand]) {\n\t\t\tvar value = toDate(tiddler.fields[operator.operand]);\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",
"title": "$:/core/modules/filters/eachday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.field = function(source,operator,options) {\n\tvar results = [],\n\t\tfieldname = (operator.suffix || operator.operator).toLowerCase();\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar match,\n\t\t\t\ttext = tiddler.getFieldString(fieldname);\n\t\t\tif(operator.regexp) {\n\t\t\t\tmatch = !!operator.regexp.exec(text);\n\t\t\t} else {\n\t\t\t\tmatch = text === operator.operand;\n\t\t\t}\n\t\t\tif(operator.prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/field.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.fields = function(source,operator,options) {\n\tvar self = this,\n\t\tresults = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\t// Return the fields on the specified tiddler\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tfor(var fieldName in tiddler.fields) {\n\t\t\t\t$tw.utils.pushTop(results,fieldName);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/fields.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\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// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar match = $tw.utils.hop(tiddler.fields,operator.operand) && tiddler.fields[operator.operand] !== \"\";\n\t\t\tif(operator.prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/has.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.current = function(source,prefix,options) {\n\tvar results = [];\n\t// Function to check a tiddler\n\tfunction checkTiddler(title) {\n\t\tif(title !== options.currTiddlerTitle) {\n\t\t\tresults.push(title);\n\t\t}\n\t};\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\tif(prefix === \"!\") {\n\t\t\t$tw.utils.each(source,function(title) {\n\t\t\t\tcheckTiddler(title);\n\t\t\t});\n\t\t} else {\n\t\t\tif(source.indexOf(options.currTiddlerTitle) !== -1) {\n\t\t\t\tresults.push(options.currTiddlerTitle);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(prefix === \"!\") {\n\t\t\t$tw.utils.each(source,function(element,title) {\n\t\t\t\tcheckTiddler(title);\n\t\t\t});\n\t\t} else {\n\t\t\tresults.push(options.currTiddlerTitle);\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/current.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.missing = function(source,prefix,options) {\n\tvar results = [],\n\t\tmissingTitles;\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\tmissingTitles = options.wiki.getMissingTitles();\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tvar match = missingTitles.indexOf(title) !== -1;\n\t\t\tif(prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\tif(prefix !== \"!\") {\n\t\t\tmissingTitles = options.wiki.getMissingTitles();\n\t\t\t$tw.utils.each(missingTitles,function(title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t} else {\n\t\t\t$tw.utils.each(source,function(element,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/missing.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.orphan = function(source,prefix,options) {\n\tvar results = [],\n\t\torphanTitles = options.wiki.getOrphanTitles();\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tvar match = orphanTitles.indexOf(title) !== -1;\n\t\t\tif(prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tvar match = orphanTitles.indexOf(title) !== -1;\n\t\t\tif(prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/orphan.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.shadow = function(source,prefix,options) {\n\tvar results = [];\n\t// Function to check a tiddler\n\tfunction checkTiddler(title) {\n\t\tvar match = options.wiki.isShadowTiddler(title);\n\t\tif(prefix === \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\tresults.push(title);\n\t\t}\n\t};\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\tif(prefix !== \"!\") {\n\t\t\t$tw.utils.each(options.wiki.shadowTiddlers,function(tiddler,title) {\n\t\t\t\tresults.push(title);\n\t\t\t});\n\t\t} else {\n\t\t\t$tw.utils.each(source,function(element,title) {\n\t\t\t\tcheckTiddler(title);\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/shadow.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.system = function(source,prefix,options) {\n\tvar results = [];\n\t// Function to check a tiddler\n\tfunction checkTiddler(title) {\n\t\tvar match = options.wiki.isSystemTiddler(title);\n\t\tif(prefix === \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\tresults.push(title);\n\t\t}\n\t};\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/system.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tiddler = function(source,prefix,options) {\n\tvar results = [];\n\t// Function to check a tiddler\n\tfunction checkTiddler(title) {\n\t\tvar match = options.wiki.tiddlerExists(title);\n\t\tif(prefix === \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\tresults.push(title);\n\t\t}\n\t};\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/is/tiddler.js",
"type": "application/javascript",
"module-type": "isfilteroperator"
},
"$:/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\tvar isFilterOperator = isFilterOperators[operator.operand];\n\tif(isFilterOperator) {\n\t\treturn isFilterOperator(source,operator.prefix,options);\n\t} else {\n\t\treturn [\"Filter Error: Unknown operand for the 'is' filter operator\"];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/filters/is.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.limit = function(source,operator,options) {\n\tvar results = [];\n\t// Convert to an array if necessary\n\tif(!$tw.utils.isArray(source)) {\n\t\tvar copy = [];\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcopy.push(title);\n\t\t});\n\t\tsource = copy;\n\t}\n\t// Slice the array if necessary\n\tvar limit = Math.min(source.length,parseInt(operator.operand,10));\n\tif(operator.prefix === \"!\") {\n\t\tresults = source.slice(source.length - limit);\n\t} else {\n\t\tresults = source.slice(0,limit);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/limit.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.links = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlerLinks(title));\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/links.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 = $tw.utils.parseTextReference(operator.operand),\n\t\tlist = options.wiki.getTiddlerList(tr.title,tr.field,tr.index);\n\tfunction checkTiddler(title) {\n\t\tvar match = list.indexOf(title) !== -1;\n\t\tif(operator.prefix === \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\tresults.push(title);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\tif(operator.prefix !== \"!\") {\n\t\t\tresults = list;\n\t\t} else {\n\t\t\t$tw.utils.each(source,function(element,title) {\n\t\t\t\tcheckTiddler(title);\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/list.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.listed = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\t$tw.utils.pushTop(results,options.wiki.findListingsOfTiddler(title));\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/listed.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nReverse list\n*/\nexports.reverse = function(source,operator,options) {\n\tvar results = [];\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\t$tw.utils.each(source,function(title) {\n\t\tresults.unshift(title);\n\t});\n\treturn results;\n};\n\n/*\nFirst entry/entries in list\n*/\nexports.first = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1;\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\treturn source.slice(0,Math.min(count,source.length));\n};\n\n/*\nLast entry/entries in list\n*/\nexports.last = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1;\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\treturn source.slice(-count);\n};\n\n/*\nAll but the first entry/entries of the list\n*/\nexports.rest = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1;\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\treturn source.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 = parseInt(operator.operand) || 1;\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\treturn source.slice(0,-count);\n};\nexports.bl = exports.butlast;\n\n/*\nThe nth member of the list\n*/\nexports.nth = function(source,operator,options) {\n\tvar count = parseInt(operator.operand) || 1;\n\tif(!$tw.utils.isArray(source)) {\n\t\tsource = Object.keys(source).sort();\n\t}\n\treturn source.slice(count-1,count);\n};\n\n})();\n",
"title": "$:/core/modules/filters/listops.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.modules = function(source,operator,options) {\n\tvar results = [],\n\t\tpushModules = function(type) {\n\t\t\t$tw.utils.each($tw.modules.types[type],function(moduleInfo,moduleName) {\n\t\t\t\tresults.push(moduleName);\n\t\t\t});\n\t\t};\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tpushModules(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tpushModules(title);\n\t\t});\n\t}\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/modules.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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($tw.modules.types,function(moduleInfo,type) {\n\t\tresults.push(type);\n\t});\n\tresults.sort();\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/moduletypes.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.next = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\n\tfunction checkTiddler(title) {\n\t\tvar match = list.indexOf(title);\n\t\t// increment match and then test if result is in range\n\t\tmatch++;\n\t\tif(match > 0 && match < list.length) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/next.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.prefix = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar match = title.substr(0,operator.operand.length).toLowerCase() === operator.operand.toLowerCase();\n\t\tif(operator.prefix === \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\tresults.push(title);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/prefix.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.previous = function(source,operator,options) {\n\tvar results = [],\n\t\tlist = options.wiki.getTiddlerList(operator.operand);\n\n\tfunction checkTiddler(title) {\n\t\tvar match = list.indexOf(title);\n\t\t// decrement match and then test if result is in range\n\t\tmatch--;\n\t\tif( match >= 0 ) {\n\t\t\tresults.push(list[match]);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/previous.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sameday = function(source,operator,options) {\n\tvar results = [],\n\t\tisSameDay = function(dateField,dateString) {\n\t\t\tvar date1 = (new Date(dateField)).setHours(0,0,0,0),\n\t\t\t\tdate2 = (new Date($tw.utils.parseDate(dateString))).setHours(0,0,0,0);\n\t\t\treturn date1 === date2;\n\t\t};\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar match = isSameDay(tiddler.fields.modified,operator.operand);\n\t\t\tif(operator.prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/sameday.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.search = function(source,operator,options) {\n\tvar invert = operator.prefix === \"!\";\n\treturn options.wiki.search(operator.operand,{\n\t\ttitles: source,\n\t\tinvert: invert\n\t});\n};\n\n})();\n",
"title": "$:/core/modules/filters/search.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.sort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand,operator.prefix === \"!\",false,false);\n\treturn results;\n};\n\nexports.nsort = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand,operator.prefix === \"!\",false,true);\n\treturn results;\n};\n\nexports.sortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand,operator.prefix === \"!\",true,false);\n\treturn results;\n};\n\nexports.nsortcs = function(source,operator,options) {\n\tvar results = prepare_results(source);\n\toptions.wiki.sortTiddlers(results,operator.operand,operator.prefix === \"!\",true,true);\n\treturn results;\n};\n\nvar prepare_results = function (source) {\n\tvar results;\n\tif($tw.utils.isArray(source)) {\n\t\tresults = source;\n\t} else {\n\t\tresults = [];\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tresults.push(title);\n\t\t});\n\t}\n\treturn results;\n}\n\n})();\n",
"title": "$:/core/modules/filters/sort.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tag = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar match = tiddler.hasTag(operator.operand);\n\t\t\tif(operator.prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\t// Sort the results if we are matching a tag\n\tif(operator.prefix !== \"!\") {\n\t\tresults = options.wiki.sortByList(results,operator.operand);\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tag.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tagging = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\t$tw.utils.pushTop(results,options.wiki.getTiddlersWithTag(title));\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tagging.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.tags = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler && tiddler.fields.tags) {\n\t\t\t$tw.utils.pushTop(results,tiddler.fields.tags);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/tags.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nExport our filter function\n*/\nexports.title = function(source,operator,options) {\n\tvar results = [];\n\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title);\n\t\tif(tiddler) {\n\t\t\tvar match = tiddler.fields[operator.operator] === operator.operand;\n\t\t\tif(operator.prefix === \"!\") {\n\t\t\t\tmatch = !match;\n\t\t\t}\n\t\t\tif(match) {\n\t\t\t\tresults.push(title);\n\t\t\t}\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t// If we're filtering a hashmap we change the behaviour to pass through missing tiddlers\n\t\tif(operator.prefix !== \"!\") {\n\t\t\tresults.push(operator.operand);\n\t\t} else {\n\t\t\t$tw.utils.each(source,function(element,title) {\n\t\t\t\tif(title !== operator.operand) {\n\t\t\t\t\tcheckTiddler(title);\n\t\t\t\t}\n\t\t\t});\n\t\t}\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/title.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/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\t// Function to check an individual title\n\tfunction checkTiddler(title) {\n\t\tvar tiddler = options.wiki.getTiddler(title),\n\t\t\tmatch = tiddler && $tw.utils.isArray(tiddler.fields.tags) && tiddler.fields.tags.length > 0;\n\t\tif(operator.prefix !== \"!\") {\n\t\t\tmatch = !match;\n\t\t}\n\t\tif(match) {\n\t\t\t$tw.utils.pushTop(results,title);\n\t\t}\n\t}\n\t// Iterate through the source tiddlers\n\tif($tw.utils.isArray(source)) {\n\t\t$tw.utils.each(source,function(title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t} else {\n\t\t$tw.utils.each(source,function(element,title) {\n\t\t\tcheckTiddler(title);\n\t\t});\n\t}\n\treturn results;\n};\n\n})();\n",
"title": "$:/core/modules/filters/untagged.js",
"type": "application/javascript",
"module-type": "filteroperator"
},
"$:/core/modules/filters.js": {
"text": "/*\\\ntitle: $:/core/modules/filters.js\ntype: application/javascript\nmodule-type: wikimethod\n\nAdds tiddler filtering 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 within a filter string\n\tresults: 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 operator, operand, bracketPos, curlyBracketPos;\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\tvar nextBracketPos = 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\n\t\t// Any suffix?\n\t\tvar colon = operator.operator.indexOf(':');\n\t\tif(colon > -1) {\n\t\t\toperator.suffix = operator.operator.substring(colon + 1);\n\t\t\toperator.operator = operator.operator.substring(0,colon) || \"field\";\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\tcase '{': // Curly brackets\n\t\t\toperator.indirect = true;\n\t\t\tnextBracketPos = filterString.indexOf('}',p);\n\t\t\tbreak;\n\t\tcase '[': // Square brackets\n\t\t\tnextBracketPos = filterString.indexOf(']',p);\n\t\t\tbreak;\n\t\tcase '/': // regexp brackets\n\t\t\tvar rex = /^((?:[^\\\\\\/]*|\\\\.))*\\/(?:\\(([mygi]+)\\))?/g,\n\t\t\t\trexMatch = rex.exec(filterString.substring(p));\n\t\t\tif(rexMatch) {\n\t\t\t\toperator.regexp = new RegExp(rexMatch[1], rexMatch[2]);\n\t\t\t\tnextBracketPos = p + rex.lastIndex - 1;\n\t\t\t}\n\t\t\telse {\n\t\t\t\tthrow \"Unterminated regular expression in filter expression\";\n\t\t\t}\n\t\t\tbreak;\n\t\t}\n\t\t\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\t\t\t\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 \"Syntax error in filter expression\";\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$tw.modules.applyMethods(\"filteroperator\",this.filterOperators);\n\t}\n\treturn this.filterOperators;\n};\n\nexports.filterTiddlers = function(filterString,currTiddlerTitle,tiddlerList) {\n\tvar fn = this.compileFilter(filterString);\n\treturn fn.call(this,tiddlerList || this.tiddlers,currTiddlerTitle);\n};\n\nexports.compileFilter = function(filterString) {\n\tvar filterParseTree;\n\ttry {\n\t\tfilterParseTree = this.parseFilter(filterString);\n\t} catch(e) {\n\t\treturn function(source,currTiddlerTitle) {\n\t\t\treturn [\"Filter error: \" + e];\n\t\t};\n\t}\n\t// Get the hashmap of filter operator functions\n\tvar filterOperators = this.getFilterOperators();\n\t// Assemble array of functions, one for each operation\n\tvar operationFunctions = [];\n\t// Step through the operations\n\tvar self = this;\n\t$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,currTiddlerTitle) {\n\t\t\tvar accumulator = source,\n\t\t\t\tresults = [];\n\t\t\t$tw.utils.each(operation.operators,function(operator) {\n\t\t\t\tvar operatorFunction = filterOperators[operator.operator] || filterOperators.field || function(source,operator,operations) {\n\t\t\t\t\t\treturn [\"Filter Error: unknown operator '\" + operator.operator + \"'\"];\n\t\t\t\t\t},\n\t\t\t\t\toperand = operator.operand;\n\t\t\t\tif(operator.indirect) {\n\t\t\t\t\toperand = self.getTextReference(operator.operand,\"\",currTiddlerTitle);\n\t\t\t\t}\n\t\t\t\tresults = operatorFunction(accumulator,{\n\t\t\t\t\t\t\toperator: operator.operator,\n\t\t\t\t\t\t\toperand: operand,\n\t\t\t\t\t\t\tprefix: operator.prefix,\n\t\t\t\t\t\t\tsuffix: operator.suffix,\n\t\t\t\t\t\t\tregexp: operator.regexp\n\t\t\t\t\t\t},{\n\t\t\t\t\t\t\twiki: self,\n\t\t\t\t\t\t\tcurrTiddlerTitle: currTiddlerTitle\n\t\t\t\t\t\t});\n\t\t\t\taccumulator = results;\n\t\t\t});\n\t\t\treturn results;\n\t\t};\n\t\t// Wrap the operator functions in a wrapper function that depends on the prefix\n\t\toperationFunctions.push((function() {\n\t\t\tswitch(operation.prefix || \"\") {\n\t\t\t\tcase \"\": // No prefix means that the operation is unioned into the result\n\t\t\t\t\treturn function(results,source,currTiddlerTitle) {\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,currTiddlerTitle));\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,currTiddlerTitle) {\n\t\t\t\t\t\t$tw.utils.removeArrayEntries(results,operationSubFunction(source,currTiddlerTitle));\n\t\t\t\t\t};\n\t\t\t\tcase \"+\": // This operation is applied to the main results so far\n\t\t\t\t\treturn function(results,source,currTiddlerTitle) {\n\t\t\t\t\t\t// This replaces all the elements of the array, but keeps the actual array so that references to it are preserved\n\t\t\t\t\t\tsource = results.slice(0);\n\t\t\t\t\t\tresults.splice(0,results.length);\n\t\t\t\t\t\t$tw.utils.pushTop(results,operationSubFunction(source,currTiddlerTitle));\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 array/hashmap of tiddler titles\n\treturn function(source,currTiddlerTitle) {\n\t\tvar results = [];\n\t\t$tw.utils.each(operationFunctions,function(operationFunction) {\n\t\t\toperationFunction(results,source,currTiddlerTitle);\n\t\t});\n\t\treturn results;\n\t};\n};\n\n})();\n",
"title": "$:/core/modules/filters.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"changecount\";\n\nexports.params = [];\n\n/*\nRun the macro\n*/\nexports.run = function() {\n\treturn this.wiki.getChangeCount(this.getVariable(\"currentTiddler\")) + \"\";\n};\n\n})();\n",
"title": "$:/core/modules/macros/changecount.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/core/modules/macros/makedatauri.js": {
"text": "/*\\\ntitle: $:/core/modules/macros/makedatauri.js\ntype: application/javascript\nmodule-type: macro\n\nMacro to convert the content of a tiddler 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];\n\n/*\nRun the macro\n*/\nexports.run = function(text,type) {\n\ttype = type || \"text/vnd.tiddlywiki\";\n\tvar typeInfo = $tw.config.contentTypeInfo[type] || $tw.config.contentTypeInfo[\"text/plain\"],\n\t\tisBase64 = typeInfo.encoding === \"base64\",\n\t\tparts = [];\n\tparts.push(\"data:\");\n\tparts.push(type);\n\tparts.push(isBase64 ? \";base64\" : \"\");\n\tparts.push(\",\");\n\tparts.push(isBase64 ? text : encodeURIComponent(text));\n\treturn parts.join(\"\");\n};\n\n})();\n",
"title": "$:/core/modules/macros/makedatauri.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nInformation about this macro\n*/\n\nexports.name = \"qualify\";\n\nexports.params = [\n\t{name: \"title\"}\n];\n\n/*\nRun the macro\n*/\nexports.run = function(title) {\n\treturn title + \"-\" + this.getStateQualifier();\n};\n\n})();\n",
"title": "$:/core/modules/macros/qualify.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw.version;\n};\n\n})();\n",
"title": "$:/core/modules/macros/version.js",
"type": "application/javascript",
"module-type": "macro"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar HtmlParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"raw\",\n\t\thtml: text\n\t}];\n};\n\nexports[\"text/html\"] = HtmlParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/htmlparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar ImageParser = function(type,text,options) {\n\tvar element = \"img\",\n\t\tsrc;\n\tif(type === \"application/pdf\" || type === \".pdf\") {\n\t\tsrc = \"data:application/pdf;base64,\" + text;\n\t\telement = \"embed\";\n\t} else if(type === \"image/svg+xml\" || type === \".svg\") {\n\t\tsrc = \"data:image/svg+xml,\" + encodeURIComponent(text);\n\t} else {\n\t\tsrc = \"data:\" + type + \";base64,\" + text;\n\t}\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: element,\n\t\tattributes: {\n\t\t\t\"src\": {type: \"string\", value: src}\n\t\t}\n\t}];\n};\n\nexports[\"image/svg+xml\"] = ImageParser;\nexports[\"image/jpg\"] = ImageParser;\nexports[\"image/jpeg\"] = ImageParser;\nexports[\"image/png\"] = ImageParser;\nexports[\"image/gif\"] = ImageParser;\nexports[\"application/pdf\"] = ImageParser;\nexports[\"image/x-icon\"] = ImageParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/imageparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar TextParser = function(type,text,options) {\n\tthis.tree = [{\n\t\ttype: \"element\",\n\t\ttag: \"pre\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\nexports[\"text/plain\"] = TextParser;\nexports[\"text/x-tiddlywiki\"] = TextParser;\nexports[\"application/javascript\"] = TextParser;\nexports[\"application/json\"] = TextParser;\nexports[\"text/css\"] = TextParser;\nexports[\"application/x-tiddler-dictionary\"] = TextParser;\n\n})();\n\n",
"title": "$:/core/modules/parsers/textparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $codeblock widget\n\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"$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",
"title": "$:/core/modules/parsers/wikiparser/rules/codeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"codeinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(``?)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar reEnd = new RegExp(this.match[1], \"mg\");\n\t// Look for the end marker\n\treEnd.lastIndex = this.parser.pos;\n\tvar match = reEnd.exec(this.parser.source),\n\t\ttext;\n\t// Process the text\n\tif(match) {\n\t\ttext = this.parser.source.substring(this.parser.pos,match.index);\n\t\tthis.parser.pos = match.index + match[0].length;\n\t} else {\n\t\ttext = this.parser.source.substr(this.parser.pos);\n\t\tthis.parser.pos = this.parser.sourceLength;\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"code\",\n\t\tchildren: [{\n\t\t\ttype: \"text\",\n\t\t\ttext: text\n\t\t}]\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/codeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match - HTML comment regexp by Stephen Ostermiller, http://ostermiller.org/findhtmlcomment.html\n\tthis.matchRegExp = /\\<![ \\r\\n\\t]*(?:--(?:[^\\-]|[\\r\\n]|-[^\\-])*--[ \\r\\n\\t]*)\\>\\r?\\n/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"commentinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match - HTML comment regexp by Stephen Ostermiller, http://ostermiller.org/findhtmlcomment.html\n\tthis.matchRegExp = /\\<![ \\r\\n\\t]*(?:--(?:[^\\-]|[\\r\\n]|-[^\\-])*--[ \\r\\n\\t]*)\\>/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Don't return any elements\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/commentinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"dash\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /-{2,3}(?!-)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar dash = this.match[0].length === 2 ? \"–\" : \"—\";\n\treturn [{\n\t\ttype: \"entity\",\n\t\tentity: dash\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/dash.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/core/modules/parsers/wikiparser/rules/emphasis.js": {
"text": "/*\\\ntitle: $:/core/modules/parsers/wikiparser/rules/emphasis.js\ntype: application/javascript\nmodule-type: wikirule\n\nWiki text inline rule for emphasis. For example:\n\n```\n\tThis is ''bold'' text\n\n\tThis is //italic// text\n\n\tThis is __underlined__ text\n\n\tThis is ^^superscript^^ text\n\n\tThis is ,,subscript,, text\n\n\tThis is ~~strikethrough~~ text\n```\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nexports.name = \"emphasis\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /''|\\/\\/|__|\\^\\^|,,|~~/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Figure out which element and closing regexp to use\n\tvar tag,reEnd;\n\tswitch(this.match[0]) {\n\t\tcase \"''\": // Bold\n\t\t\ttag = \"strong\";\n\t\t\treEnd = /''/mg;\n\t\t\tbreak;\n\t\tcase \"//\": // Italics\n\t\t\ttag = \"em\";\n\t\t\treEnd = /\\/\\//mg;\n\t\t\tbreak;\n\t\tcase \"__\": // Underline\n\t\t\ttag = \"u\";\n\t\t\treEnd = /__/mg;\n\t\t\tbreak;\n\t\tcase \"^^\": // Superscript\n\t\t\ttag = \"sup\";\n\t\t\treEnd = /\\^\\^/mg;\n\t\t\tbreak;\n\t\tcase \",,\": // Subscript\n\t\t\ttag = \"sub\";\n\t\t\treEnd = /,,/mg;\n\t\t\tbreak;\n\t\tcase \"~~\": // Strikethrough\n\t\t\ttag = \"strike\";\n\t\t\treEnd = /~~/mg;\n\t\t\tbreak;\n\t}\n\t// Parse the run including the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: tag,\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/emphasis.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"entity\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(&#?[a-zA-Z0-9]{2,8};)/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar entityString = this.match[1];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Return the entity\n\treturn [{type: \"entity\", entity: this.match[0]}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/entity.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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: http://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 $tw: false */\n\"use strict\";\n\nexports.name = \"extlink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /~?(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s'\"<>]+(?:\\/|\\b)/mg;\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Create the link unless it is suppressed\n\tif(this.match[0].substr(0,1) === \"~\") {\n\t\treturn [{type: \"text\", text: this.match[0].substr(1)}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: this.match[0]},\n\t\t\t\t\"class\": {type: \"string\", value: \"tw-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: this.match[0]\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/extlink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"$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",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.utils.trim(this.match[3]),\n\t\tstyle = this.match[4],\n\t\tclasses = this.match[5];\n\t// Return the list widget\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"$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",
"title": "$:/core/modules/parsers/wikiparser/rules/filteredtranscludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"hardlinebreaks\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\"\"\"(?:\\r?\\n)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /(\"\"\")|(\\r?\\n)/mg,\n\t\ttree = [];\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tdo {\n\t\t// Parse the run up to the terminator\n\t\ttree.push.apply(tree,this.parser.parseInlineRun(reEnd,{eatTerminator: false}));\n\t\t// Redo the terminator match\n\t\treEnd.lastIndex = this.parser.pos;\n\t\tvar match = reEnd.exec(this.parser.source);\n\t\tif(match) {\n\t\t\tthis.parser.pos = reEnd.lastIndex;\n\t\t\t// Add a line break if the terminator was a line break\n\t\t\tif(match[2]) {\n\t\t\t\ttree.push({type: \"element\", tag: \"br\"});\n\t\t\t}\n\t\t}\n\t} while(match && !match[1]);\n\t// Return the nodes\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/hardlinebreaks.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"heading\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(!{1,6})/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar headingLevel = this.match[1].length;\n\t// Move past the !s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse any classes, whitespace and then the heading itself\n\tvar classes = this.parser.parseClasses();\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar tree = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// Return the heading\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"h\" + this.match[1].length, \n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: classes.join(\" \")}\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/heading.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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",
"title": "$:/core/modules/parsers/wikiparser/rules/horizrule.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 a following linebreak\n\tvar hasLineBreak = !tag.isSelfClosing && !!this.parseTokenRegExp(this.parser.source,this.parser.pos,/(\\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 a whitespace token. Returns null if not found, otherwise returns {type: \"whitespace\", start:, end:,}\n*/\nexports.parseWhiteSpace = function(source,pos) {\n\tvar node = {\n\t\ttype: \"whitespace\",\n\t\tstart: pos\n\t};\n\tvar re = /(\\s)+/g;\n\tre.lastIndex = pos;\n\tvar match = re.exec(source);\n\tif(match && match.index === pos) {\n\t\tnode.end = pos + match[0].length;\n\t\treturn node;\n\t}\n\treturn null;\n};\n\n/*\nConvenience wrapper for parseWhiteSpace\n*/\nexports.skipWhiteSpace = function(source,pos) {\n\tvar whitespace = this.parseWhiteSpace(source,pos);\n\tif(whitespace) {\n\t\treturn whitespace.end;\n\t}\n\treturn pos;\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 = /(?:\"([^\"]*)\")|(?:'([^']*)')/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[2] : match[1];\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>\"'=]+)))/g;\n\t// Skip whitespace\n\tpos = this.skipWhiteSpace(source,pos);\n\t// Look for the parameter\n\tvar token = this.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\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 = this.skipWhiteSpace(source,pos);\n\t// Look for a double less than sign\n\tvar token = this.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 = this.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 = this.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 = this.parseMacroParameter(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = this.skipWhiteSpace(source,pos);\n\t// Look for a double greater than sign\n\ttoken = this.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\treIndirectValue = /\\{\\{([^\\}]+)\\}\\}/g;\n\t// Skip whitespace\n\tpos = this.skipWhiteSpace(source,pos);\n\t// Get the attribute name\n\tvar name = this.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 = this.skipWhiteSpace(source,pos);\n\t// Look for an equals sign\n\tvar token = this.parseTokenString(source,pos,\"=\");\n\tif(token) {\n\t\tpos = token.end;\n\t\t// Skip whitespace\n\t\tpos = this.skipWhiteSpace(source,pos);\n\t\t// Look for a string literal\n\t\tvar stringLiteral = this.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 an indirect value\n\t\t\tvar indirectValue = this.parseTokenRegExp(source,pos,reIndirectValue);\n\t\t\tif(indirectValue) {\n\t\t\t\tpos = indirectValue.end;\n\t\t\t\tnode.type = \"indirect\";\n\t\t\t\tnode.textReference = indirectValue.match[1];\n\t\t\t} else {\n\t\t\t\t// Look for a unquoted value\n\t\t\t\tvar unquotedValue = this.parseTokenRegExp(source,pos,reUnquotedAttribute);\n\t\t\t\tif(unquotedValue) {\n\t\t\t\t\tpos = unquotedValue.end;\n\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\tnode.value = unquotedValue.match[1];\n\t\t\t\t} else {\n\t\t\t\t\t// Look for a macro invocation value\n\t\t\t\t\tvar macroInvocation = this.parseMacroInvocation(source,pos);\n\t\t\t\t\tif(macroInvocation) {\n\t\t\t\t\t\tpos = macroInvocation.end;\n\t\t\t\t\t\tnode.type = \"macro\";\n\t\t\t\t\t\tnode.value = macroInvocation;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tnode.type = \"string\";\n\t\t\t\t\t\tnode.value = \"true\";\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/*\nLook for an HTML tag. Returns null if not found, otherwise returns {type: \"tag\", 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 = this.skipWhiteSpace(source,pos);\n\t// Look for a less than sign\n\ttoken = this.parseTokenString(source,pos,\"<\");\n\tif(!token) {\n\t\treturn null;\n\t}\n\tpos = token.end;\n\t// Get the tag name\n\ttoken = this.parseTokenRegExp(source,pos,reTagName);\n\tif(!token) {\n\t\treturn null;\n\t}\n\tnode.tag = token.match[1];\n\tpos = token.end;\n\t// Process attributes\n\tvar attribute = this.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 = this.parseAttribute(source,pos);\n\t}\n\t// Skip whitespace\n\tpos = this.skipWhiteSpace(source,pos);\n\t// Look for a closing slash\n\ttoken = this.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 = this.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 = this.parseTokenRegExp(source,pos,/(\\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.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// If it starts with a $ then we'll let anything go\n\tif(tag.charAt(0) === \"$\") {\n\t\treturn true;\n\t// If it starts with a dash then it's not legal\n\t} else if(tag.charAt(0) === \"-\") {\n\t\treturn false;\n\t} else {\n\t\t// Otherwise it's OK\n\t\treturn true;\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/html.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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: \"p\"}\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",
"title": "$:/core/modules/parsers/wikiparser/rules/list.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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]+)))/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]\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",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"macrocallinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /<<([^\\s>]+)\\s*([\\s\\S]*?)>>/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get all the details of the match\n\tvar macroName = this.match[1],\n\t\tparamString = this.match[2];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\tvar params = [],\n\t\treParam = /\\s*(?:([A-Za-z0-9\\-_]+)\\s*:)?(?:\\s*(?:\"([^\"]*)\"|'([^']*)'|\\[\\[([^\\]]*)\\]\\]|([^\"'\\s]+)))/mg,\n\t\tparamMatch = reParam.exec(paramString);\n\twhile(paramMatch) {\n\t\t// Process this parameter\n\t\tvar paramInfo = {\n\t\t\tvalue: paramMatch[2] || paramMatch[3] || paramMatch[4] || paramMatch[5]\n\t\t};\n\t\tif(paramMatch[1]) {\n\t\t\tparamInfo.name = paramMatch[1];\n\t\t}\n\t\tparams.push(paramInfo);\n\t\t// Find the next match\n\t\tparamMatch = reParam.exec(paramString);\n\t}\n\treturn [{\n\t\ttype: \"macrocall\",\n\t\tname: macroName,\n\t\tparams: params\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrocallinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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*([^)]*)\\)(\\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]+)))?/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];\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\\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}\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: \"macrodef\",\n\t\tname: this.match[1],\n\t\tparams: params,\n\t\ttext: text\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/macrodef.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"prettylink\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /\\[\\[(.*?)(?:\\|(.*?))?\\]\\]/mg;\n};\n\nvar isLinkExternal = function(to) {\n\tvar externalRegExp = /(?:file|http|https|mailto|ftp|irc|news|data|skype):[^\\s'\"]+(?:\\/|\\b)/i;\n\treturn externalRegExp.test(to);\n};\n\nexports.parse = function() {\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Process the link\n\tvar text = this.match[1],\n\t\tlink = this.match[2] || text;\n\tif(isLinkExternal(link)) {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"a\",\n\t\t\tattributes: {\n\t\t\t\thref: {type: \"string\", value: link},\n\t\t\t\t\"class\": {type: \"string\", value: \"tw-tiddlylink-external\"},\n\t\t\t\ttarget: {type: \"string\", value: \"_blank\"}\n\t\t\t},\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\", text: text\n\t\t\t}]\n\t\t}];\n\t} else {\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"$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",
"title": "$:/core/modules/parsers/wikiparser/rules/prettylink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"quoteblock\";\nexports.types = {block: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /(<<<+)/mg;\n};\n\nexports.parse = function() {\n\tvar classes = [\"tw-quote\"];\n\t// Get all the details of the match\n\tvar reEndString = \"^\" + this.match[1] + \"(?!<)\";\n\t// Move past the <s\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t\n\t// Parse any classes, whitespace and then the optional cite itself\n\tclasses.push.apply(classes, this.parser.parseClasses());\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\n\t// before handling the cite, parse the body of the quote\n\tvar tree= this.parser.parseBlocks(reEndString);\n\t// If we got a cite, put it before the text\n\tif(cite.length > 0) {\n\t\ttree.unshift({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\n\t// Parse any optional cite\n\tthis.parser.skipWhitespace({treatNewlinesAsNonWhitespace: true});\n\tvar cite = this.parser.parseInlineRun(/(\\r?\\n)/mg);\n\t// If we got a cite, push it\n\tif(cite.length > 0) {\n\t\ttree.push({\n\t\t\ttype: \"element\",\n\t\t\ttag: \"cite\",\n\t\t\tchildren: cite\n\t\t});\n\t}\n\n\t// Return the blockquote element\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"blockquote\",\n\t\tattributes: {\n\t\t\tclass: { type: \"string\", value: classes.join(\" \") },\n\t\t},\n\t\tchildren: tree\n\t}];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/quoteblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"rules\";\nexports.types = {pragma: true};\n\n/*\nInstantiate parse rule\n*/\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /^\\\\rules[^\\S\\n]/mg;\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Move past the pragma invocation\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse whitespace delimited tokens terminated by a line break\n\tvar reMatch = /[^\\S\\n]*(\\S+)|(\\r?\\n)/mg,\n\t\ttokens = [];\n\treMatch.lastIndex = this.parser.pos;\n\tvar match = reMatch.exec(this.parser.source);\n\twhile(match && match.index === this.parser.pos) {\n\t\tthis.parser.pos = reMatch.lastIndex;\n\t\t// Exit if we've got the line break\n\t\tif(match[2]) {\n\t\t\tbreak;\n\t\t}\n\t\t// Process the token\n\t\tif(match[1]) {\n\t\t\ttokens.push(match[1]);\n\t\t}\n\t\t// Match the next token\n\t\tmatch = reMatch.exec(this.parser.source);\n\t}\n\t// Process the tokens\n\tif(tokens.length > 0) {\n\t\tthis.parser.amendRules(tokens[0],tokens.slice(1));\n\t}\n\t// No parse tree nodes to return\n\treturn [];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/rules.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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$tw.utils.addAttributeToParseTreeNode(tree[t],\"style\",styles.join(\"\"));\n\t\t}\n\t}\n\treturn tree;\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"styleinline\";\nexports.types = {inline: true};\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = /@@((?:[^\\.\\r\\n\\s:]+:[^\\r\\n;]+;)+)?(\\.(?:[^\\r\\n\\s]+)\\s+)?/mg;\n};\n\nexports.parse = function() {\n\tvar reEnd = /@@/g;\n\t// Get the styles and class\n\tvar stylesString = this.match[1],\n\t\tclassString = this.match[2] ? this.match[2].split(\".\").join(\" \") : undefined;\n\t// Move past the match\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// Parse the run up to the terminator\n\tvar tree = this.parser.parseInlineRun(reEnd,{eatTerminator: true});\n\t// Return the classed span\n\tvar node = {\n\t\ttype: \"element\",\n\t\ttag: \"span\",\n\t\tattributes: {\n\t\t\t\"class\": {type: \"string\", value: \"tw-inline-style\"}\n\t\t},\n\t\tchildren: tree\n\t};\n\tif(classString) {\n\t\t$tw.utils.addClassToParseTreeNode(node,classString);\n\t}\n\tif(stylesString) {\n\t\t$tw.utils.addAttributeToParseTreeNode(node,\"style\",stylesString);\n\t}\n\treturn [node];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/styleinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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|$))/mg,\n\t\tcellTermRegExp = /((?:\\x20*)\\|)/mg,\n\t\ttree = [],\n\t\tcol = 0,\n\t\tcolSpanCount = 1,\n\t\tprevCell;\n\t// Match a single cell\n\tcellRegExp.lastIndex = this.parser.pos;\n\tvar cellMatch = cellRegExp.exec(this.parser.source);\n\twhile(cellMatch && cellMatch.index === this.parser.pos) {\n\t\tif(cellMatch[1] === \"~\") {\n\t\t\t// Rowspan\n\t\t\tvar last = prevColumns[col];\n\t\t\tif(last) {\n\t\t\t\tlast.rowSpanCount++;\n\t\t\t\t$tw.utils.addAttributeToParseTreeNode(last.element,\"rowspan\",last.rowSpanCount);\n\t\t\t\tvar vAlign = $tw.utils.getAttributeValueFromParseTreeNode(last.element,\"valign\",\"center\");\n\t\t\t\t$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$tw.utils.addAttributeToParseTreeNode(prevCell,\"colspan\",colSpanCount);\n\t\t\t}\n\t\t\tthis.parser.pos = cellRegExp.lastIndex - 1;\n\t\t\tbreak;\n\t\t} else {\n\t\t\t// For ordinary cells, step beyond the opening `|`\n\t\t\tthis.parser.pos++;\n\t\t\t// Look for a space at the start of the cell\n\t\t\tvar spaceLeft = false,\n\t\t\t\tvAlign = null;\n\t\t\tif(this.parser.source.substr(this.parser.pos).search(/^\\^([^\\^]|\\^\\^)/) === 0) {\n\t\t\t\tvAlign = \"top\";\n\t\t\t} else if(this.parser.source.substr(this.parser.pos).search(/^,([^,]|,,)/) === 0) {\n\t\t\t\tvAlign = \"bottom\";\n\t\t\t}\n\t\t\tif(vAlign) {\n\t\t\t\tthis.parser.pos++;\n\t\t\t}\n\t\t\tvar chr = this.parser.source.substr(this.parser.pos,1);\n\t\t\twhile(chr === \" \") {\n\t\t\t\tspaceLeft = true;\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tchr = this.parser.source.substr(this.parser.pos,1);\n\t\t\t}\n\t\t\t// Check whether this is a heading cell\n\t\t\tvar cell;\n\t\t\tif(chr === \"!\") {\n\t\t\t\tthis.parser.pos++;\n\t\t\t\tcell = {type: \"element\", tag: \"th\", children: []};\n\t\t\t} else {\n\t\t\t\tcell = {type: \"element\", tag: \"td\", children: []};\n\t\t\t}\n\t\t\ttree.push(cell);\n\t\t\t// Record information about this cell\n\t\t\tprevCell = cell;\n\t\t\tprevColumns[col] = {rowSpanCount:1,element:cell};\n\t\t\t// Check for a colspan\n\t\t\tif(colSpanCount > 1) {\n\t\t\t\t$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$tw.utils.addClassToParseTreeNode(theRow,rowCount%2 ? \"oddRow\" : \"evenRow\");\n\t\t\t\trowContainer.children.push(theRow);\n\t\t\t\t// Process the row\n\t\t\t\ttheRow.children = processRow.call(this,prevColumns);\n\t\t\t\tthis.parser.pos = rowMatch.index + rowMatch[0].length;\n\t\t\t\t// Increment the row count\n\t\t\t\trowCount++;\n\t\t\t}\n\t\t}\n\t\trowMatch = rowRegExp.exec(this.parser.source);\n\t}\n\treturn [table];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/table.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 textRef = $tw.utils.trim(this.match[1]),\n\t\ttr = $tw.utils.parseTextReference(textRef),\n\t\ttargetTitle = tr.title,\n\t\ttargetField = tr.field,\n\t\ttargetIndex = tr.index,\n\t\ttemplate = $tw.utils.trim(this.match[2]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"$transclude\",\n\t\t\tattributes: {},\n\t\t\tisBlock: true\n\t\t};\n\tvar tiddlerNode = {\n\t\ttype: \"element\",\n\t\ttag: \"$tiddler\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t},\n\t\tisBlock: true,\n\t\tchildren: [transcludeNode]\n\t};\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t} else {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\tif(targetField) {\n\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t}\n\t\tif(targetIndex) {\n\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t}\n\t}\n\treturn [tiddlerNode];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 textRef = $tw.utils.trim(this.match[1]),\n\t\ttr = $tw.utils.parseTextReference(textRef),\n\t\ttargetTitle = tr.title,\n\t\ttargetField = tr.field,\n\t\ttargetIndex = tr.index,\n\t\ttemplate = $tw.utils.trim(this.match[2]);\n\t// Prepare the transclude widget\n\tvar transcludeNode = {\n\t\t\ttype: \"element\",\n\t\t\ttag: \"$transclude\",\n\t\t\tattributes: {}\n\t\t};\n\tvar tiddlerNode = {\n\t\ttype: \"element\",\n\t\ttag: \"$tiddler\",\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: targetTitle}\n\t\t},\n\t\tchildren: [transcludeNode]\n\t};\n\tif(template) {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: template};\n\t} else {\n\t\ttranscludeNode.attributes.tiddler = {type: \"string\", value: targetTitle};\n\t\tif(targetField) {\n\t\t\ttranscludeNode.attributes.field = {type: \"string\", value: targetField};\n\t\t}\n\t\tif(targetIndex) {\n\t\t\ttranscludeNode.attributes.index = {type: \"string\", value: targetIndex};\n\t\t}\n\t}\n\treturn [tiddlerNode];\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/transcludeinline.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 = $tw.fakeDocument.createElement(\"div\");\n\t\twidgetNode.render(container,null);\n\t\tvar text = renderType === \"text/html\" ? container.innerHTML : container.textContent;\n\t\treturn [{\n\t\t\ttype: \"element\",\n\t\t\ttag: \"pre\",\n\t\t\tchildren: [{\n\t\t\t\ttype: \"text\",\n\t\t\t\ttext: text\n\t\t\t}]\n\t\t}];\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/typedblock.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.name = \"wikilink\";\nexports.types = {inline: true};\n\nvar textPrimitives = {\n\tupperLetter: \"[A-Z\\u00c0-\\u00de\\u0150\\u0170]\",\n\tlowerLetter: \"[a-z0-9_\\\\-\\u00df-\\u00ff\\u0151\\u0171]\",\n\tanyLetter: \"[A-Za-z0-9_\\\\-\\u00c0-\\u00de\\u00df-\\u00ff\\u0150\\u0170\\u0151\\u0171]\",\n\tanyLetterStrict: \"[A-Za-z0-9\\u00c0-\\u00de\\u00df-\\u00ff\\u0150\\u0170\\u0151\\u0171]\"\n};\n\ntextPrimitives.unWikiLink = \"~\";\ntextPrimitives.wikiLink = textPrimitives.upperLetter + \"+\" +\n\ttextPrimitives.lowerLetter + \"+\" +\n\ttextPrimitives.upperLetter +\n\ttextPrimitives.anyLetter + \"*\";\n\nexports.init = function(parser) {\n\tthis.parser = parser;\n\t// Regexp to match\n\tthis.matchRegExp = new RegExp(textPrimitives.unWikiLink + \"?\" + textPrimitives.wikiLink,\"mg\");\n};\n\n/*\nParse the most recent match\n*/\nexports.parse = function() {\n\t// Get the details of the match\n\tvar linkText = this.match[0];\n\t// Move past the macro call\n\tthis.parser.pos = this.matchRegExp.lastIndex;\n\t// If the link starts with the unwikilink character then just output it as plain text\n\tif(linkText.substr(0,1) === textPrimitives.unWikiLink) {\n\t\treturn [{type: \"text\", text: linkText.substr(1)}];\n\t}\n\t// If the link has been preceded with a letter then don't treat it as a link\n\tif(this.match.index > 0) {\n\t\tvar preRegExp = new RegExp(textPrimitives.anyLetterStrict,\"mg\");\n\t\tpreRegExp.lastIndex = this.match.index-1;\n\t\tvar preMatch = preRegExp.exec(this.parser.source);\n\t\tif(preMatch && preMatch.index === this.match.index-1) {\n\t\t\treturn [{type: \"text\", text: linkText}];\n\t\t}\n\t}\n\treturn [{\n\t\ttype: \"element\",\n\t\ttag: \"$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",
"title": "$:/core/modules/parsers/wikiparser/rules/wikilink.js",
"type": "application/javascript",
"module-type": "wikirule"
},
"$:/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\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\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}\n\tif(!this.blockRuleClasses) {\n\t\tWikiParser.prototype.blockRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"block\",$tw.WikiRuleBase);\n\t}\n\tif(!this.inlineRuleClasses) {\n\t\tWikiParser.prototype.inlineRuleClasses = $tw.modules.createClassesFromModules(\"wikirule\",\"inline\",$tw.WikiRuleBase);\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// 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 = this.parsePragmas();\n\t// Parse the text into inline runs or blocks\n\tif(options.parseAsInline) {\n\t\tthis.tree.push.apply(this.tree,this.parseInlineRun());\n\t} else {\n\t\tthis.tree.push.apply(this.tree,this.parseBlocks());\n\t}\n\t// Return the parse tree\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 = undefined,\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 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\ttree.push.apply(tree,nextMatch.rule.parse());\n\t}\n\treturn tree;\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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: 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\ttree.push({type: \"text\", text: this.source.substr(this.pos)});\n\t}\n\tthis.pos = this.sourceLength;\n\treturn tree;\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\tvar match = 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",
"title": "$:/core/modules/parsers/wikiparser/wikiparser.js",
"type": "application/javascript",
"module-type": "parser"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nThis constructor is always overridden with a blank constructor, and so shouldn't be used\n*/\nvar WikiRuleBase = function() {\n};\n\n/*\nTo be overridden by individual rules\n*/\nWikiRuleBase.prototype.init = function(parser) {\n\tthis.parser = parser;\n};\n\n/*\nDefault implementation of findNextMatch uses RegExp matching\n*/\nWikiRuleBase.prototype.findNextMatch = function(startPos) {\n\tthis.matchRegExp.lastIndex = startPos;\n\tthis.match = this.matchRegExp.exec(this.parser.source);\n\treturn this.match ? this.match.index : undefined;\n};\n\nexports.WikiRuleBase = WikiRuleBase;\n\n})();\n",
"title": "$:/core/modules/parsers/wikiparser/rules/wikirulebase.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar AndTidWiki = function(wiki) {\n};\n\nAndTidWiki.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = decodeURIComponent(document.location.toString());\n\t// Strip the file://\n\tif(pathname.indexOf(\"file://\") === 0) {\n\t\tpathname = pathname.substr(7);\n\t}\n\t// Strip any query or location part\n\tvar p = pathname.indexOf(\"?\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\tp = pathname.indexOf(\"#\");\n\tif(p !== -1) {\n\t\tpathname = pathname.substr(0,p);\n\t}\n\t// Save the file\n\twindow.twi.saveFile(pathname,text)\n\t// Call the callback\n\tcallback(null);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nAndTidWiki.prototype.info = {\n\tname: \"andtidwiki\",\n\tpriority: 1600\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.twi && !!window.twi.saveFile;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new AndTidWiki(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/andtidwiki.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar DownloadSaver = function(wiki) {\n};\n\nDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar link = document.createElement(\"a\");\n\tlink.setAttribute(\"target\",\"_blank\");\n\tif(Blob !== undefined) {\n\t\tvar blob = new Blob([text], {type: \"text/html\"});\n\t\tlink.setAttribute(\"href\", URL.createObjectURL(blob));\n\t} else {\n\t\tlink.setAttribute(\"href\",\"data:text/html,\" + encodeURIComponent(text));\n\t}\n\tlink.setAttribute(\"download\",filename);\n\tdocument.body.appendChild(link);\n\tlink.click();\n\tdocument.body.removeChild(link);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nDownloadSaver.prototype.info = {\n\tname: \"download\",\n\tpriority: 100\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn document.createElement(\"a\").download !== undefined;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new DownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/download.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar FSOSaver = function(wiki) {\n};\n\nFSOSaver.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\t// Get the pathname of this document\n\tvar pathname = unescape(document.location.pathname);\n\t// Test for a Windows path of the form /x:\\blah...\n\tif(/^\\/[A-Z]\\:\\\\[^\\\\]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t} else if(document.location.hostname !== \"\" && /^\\/\\\\[^\\\\]+\\\\[^\\\\]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t// Remove the leading slash\n\t\tpathname = pathname.substr(1);\n\t\t// reconstruct UNC path\n\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t} else return false;\n\t\n\t// Save the file (as UTF-16)\n\tvar fso = new ActiveXObject(\"Scripting.FileSystemObject\");\n\tvar file = fso.OpenTextFile(pathname,2,-1,-1);\n\t\n\tfile.Write(text);\n\tfile.Close();\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nFSOSaver.prototype.info = {\n\tname: \"FSOSaver\",\n\tpriority: 120\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\ttry {\n\t\treturn (window.location.protocol === \"file:\") && !!(new ActiveXObject(\"Scripting.FileSystemObject\"));\n\t} catch(e) { return false; }\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new FSOSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/fsosaver.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Title of the tiddler containing the download message\nvar downloadInstructionsTitle = \"$:/messages/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$tw.modal.display(downloadInstructionsTitle,{\n\t\tdownloadLink: \"data:text/html,\" + encodeURIComponent(text)\n\t});\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nManualDownloadSaver.prototype.info = {\n\tname: \"manualdownload\",\n\tpriority: 0\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn true;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new ManualDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/manualdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar MsDownloadSaver = function(wiki) {\n};\n\nMsDownloadSaver.prototype.save = function(text,method,callback) {\n\t// Get the current filename\n\tvar filename = \"tiddlywiki.html\",\n\t\tp = document.location.pathname.lastIndexOf(\"/\");\n\tif(p !== -1) {\n\t\tfilename = document.location.pathname.substr(p+1);\n\t}\n\t// Set up the link\n\tvar blob = new Blob([text], {type: \"text/html\"});\n\twindow.navigator.msSaveBlob(blob,filename);\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nMsDownloadSaver.prototype.info = {\n\tname: \"msdownload\",\n\tpriority: 110\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn !!window.navigator.msSaveBlob;\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new MsDownloadSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/msdownload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false, netscape: false, Components: false */\n\"use strict\";\n\nvar TiddlyFoxSaver = function(wiki) {\n};\n\nTiddlyFoxSaver.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\tvar messageBox = document.getElementById(\"tiddlyfox-message-box\");\n\tif(messageBox) {\n\t\t// Get the pathname of this document\n\t\tvar pathname = document.location.pathname;\n\t\t// Test for a Windows path of the form /x:/blah/blah\n\t\tif(/^\\/[A-Z]\\:\\//i.test(pathname)) {\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t}\n\t\t// Create the message element and put it in the message box\n\t\tvar message = document.createElement(\"div\");\n\t\tmessage.setAttribute(\"data-tiddlyfox-path\",decodeURIComponent(pathname));\n\t\tmessage.setAttribute(\"data-tiddlyfox-content\",text);\n\t\tmessageBox.appendChild(message);\n\t\t// Add an event handler for when the file has been saved\n\t\tmessage.addEventListener(\"tiddlyfox-have-saved-file\",function(event) {\n\t\t\tcallback(null);\n\t\t}, false);\n\t\t// Create and dispatch the custom event to the extension\n\t\tvar event = document.createEvent(\"Events\");\n\t\tevent.initEvent(\"tiddlyfox-save-file\",true,false);\n\t\tmessage.dispatchEvent(event);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyFoxSaver.prototype.info = {\n\tname: \"tiddlyfox\",\n\tpriority: 1500\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyFoxSaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyfox.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar TiddlyIESaver = function(wiki) {\n};\n\nTiddlyIESaver.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\t// check existence of TiddlyIE BHO extension (note: only works after document is complete)\n\tif(typeof(window.TiddlyIE) != \"undefined\") {\n\t\t// Get the pathname of this document\n\t\tvar pathname = unescape(document.location.pathname);\n\t\t// Test for a Windows path of the form /x:/blah...\n\t\tif(/^\\/[A-Z]\\:\\/[^\\/]+/i.test(pathname)) {\t// ie: ^/[a-z]:/[^/]+ (is this better?: ^/[a-z]:/[^/]+(/[^/]+)*\\.[^/]+ )\n\t\t\t// Remove the leading slash\n\t\t\tpathname = pathname.substr(1);\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t} else if(document.hostname !== \"\" && /^\\/[^\\/]+\\/[^\\/]+/i.test(pathname)) {\t// test for \\\\server\\share\\blah... - ^/[^/]+/[^/]+\n\t\t\t// Convert slashes to backslashes\n\t\t\tpathname = pathname.replace(/\\//g,\"\\\\\");\n\t\t\t// reconstruct UNC path\n\t\t\tpathname = \"\\\\\\\\\" + document.location.hostname + pathname;\n\t\t} else return false;\n\t\t\n\t\t// Prompt the user to save the file\n\t\twindow.TiddlyIE.save(pathname, text);\n\t\treturn true;\n\t} else {\n\t\treturn false;\n\t}\n};\n\n/*\nInformation about this saver\n*/\nTiddlyIESaver.prototype.info = {\n\tname: \"tiddlyiesaver\",\n\tpriority: 1500\n};\n\n/*\nStatic method that returns true if this saver is capable of working\n*/\nexports.canSave = function(wiki) {\n\treturn (window.location.protocol === \"file:\");\n};\n\n/*\nCreate an instance of this saver\n*/\nexports.create = function(wiki) {\n\treturn new TiddlyIESaver(wiki);\n};\n\n})();\n",
"title": "$:/core/modules/savers/tiddlyie.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\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// Error\n \tcallback(\"Error saving to TWEdit: \" + event.target.error.code);\n };\n\t// Get the file system\n window.requestFileSystem(LocalFileSystem.PERSISTENT,0,function(fileSystem) {\n \t// Now we've got the filesystem, get the fileEntry\n fileSystem.root.getFile(pathname, {create: true}, function(fileEntry) {\n \t// Now we've got the fileEntry, create the writer\n \tfileEntry.createWriter(function(writer) {\n\t\t writer.onerror = errorHandler;\n\t\t writer.onwrite = function() {\n\t\t \tcallback(null);\n\t\t };\n\t\t writer.position = 0;\n\t\t writer.write(text);\n \t},errorHandler);\n }, errorHandler);\n }, errorHandler);\n return true;\n};\n\n/*\nInformation about this saver\n*/\nTWEditSaver.prototype.info = {\n\tname: \"twedit\",\n\tpriority: 1600\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",
"title": "$:/core/modules/savers/twedit.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nSelect the appropriate saver module and set it up\n*/\nvar UploadSaver = function(wiki) {\n\tthis.wiki = wiki;\n};\n\nUploadSaver.prototype.save = function(text,method,callback) {\n\t// Bail out unless this is a save (rather than a download)\n\tif(method !== \"save\") {\n\t\treturn false;\n\t}\n\t// Get the various parameters we need\n\tvar backupDir = this.wiki.getTextReference(\"$:/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\thttp.send(data);\n\t$tw.notifier.display(\"$:/messages/StartingSave\");\n\treturn true;\n};\n\n/*\nInformation about this saver\n*/\nUploadSaver.prototype.info = {\n\tname: \"upload\",\n\tpriority: 2000\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",
"title": "$:/core/modules/savers/upload.js",
"type": "application/javascript",
"module-type": "saver"
},
"$:/core/modules/startup.js": {
"text": "/*\\\ntitle: $:/core/modules/startup.js\ntype: application/javascript\nmodule-type: startup\n\nThis is the main application logic for both the client and server\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar widget = require(\"$:/core/modules/widgets/widget.js\");\n\nexports.startup = function() {\n\tvar modules,n,m,f,commander;\n\t// Load utility modules and initialise the logger\n\t$tw.modules.applyMethods(\"utils\",$tw.utils);\n\t$tw.logger = new $tw.utils.Logger();\n\t$tw.log = $tw.logger.log;\n\t// Load other modules\n\t$tw.modules.applyMethods(\"global\",$tw);\n\t$tw.modules.applyMethods(\"config\",$tw.config);\n\tif($tw.browser) {\n\t\t$tw.utils.getBrowserInfo($tw.browser);\n\t}\n\t$tw.version = $tw.utils.extractVersionInfo();\n\t$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.modules.applyMethods(\"tiddlerdeserializer\",$tw.Wiki.tiddlerDeserializerModules);\n\t$tw.macros = $tw.modules.getModulesByTypeAsHashmap(\"macro\");\n\t// Set up the parsers\n\t$tw.wiki.initParsers();\n\t// Set up the syncer object\n\t$tw.syncer = new $tw.Syncer({wiki: $tw.wiki});\n\t// Set up the command modules\n\t$tw.Commander.initCommands();\n\t// Kick off the theme manager\n\t$tw.themeManager = new $tw.ThemeManager($tw.wiki);\n\t// Get the default tiddlers\n\tvar defaultTiddlersTitle = \"$:/DefaultTiddlers\",\n\t\tdefaultTiddlersTiddler = $tw.wiki.getTiddler(defaultTiddlersTitle),\n\t\tdefaultTiddlers = [];\n\tif(defaultTiddlersTiddler) {\n\t\tdefaultTiddlers = $tw.wiki.filterTiddlers(defaultTiddlersTiddler.fields.text);\n\t}\n\t// Initialise the story and history\n\tvar storyTitle = \"$:/StoryList\",\n\t\tstory = [];\n\tfor(var t=0; t<defaultTiddlers.length; t++) {\n\t\tstory[t] = defaultTiddlers[t];\n\t}\n\t$tw.wiki.addTiddler({title: storyTitle, text: \"\", list: story},$tw.wiki.getModificationFields());\n\t// Host-specific startup\n\tif($tw.browser) {\n\t\t// Install the popup manager\n\t\t$tw.popup = new $tw.utils.Popup({\n\t\t\trootElement: document.body\n\t\t});\n\t\t// Install the animator\n\t\t$tw.anim = new $tw.utils.Animator();\n\t\t// Create a root widget for attaching event handlers. By using it as the parentWidget for another widget tree, one can reuse the event handlers\n\t\t$tw.rootWidget = new widget.widget({\n\t\t\ttype: \"widget\",\n\t\t\tchildren: []\n\t\t},{\n\t\t\twiki: $tw.wiki,\n\t\t\tdocument: document\n\t\t});\n\t\t// Install the modal message mechanism\n\t\t$tw.modal = new $tw.utils.Modal($tw.wiki);\n\t\t$tw.rootWidget.addEventListener(\"tw-modal\",function(event) {\n\t\t\t$tw.modal.display(event.param);\n\t\t});\n\t\t// Install the notification mechanism\n\t\t$tw.notifier = new $tw.utils.Notifier($tw.wiki);\n\t\t$tw.rootWidget.addEventListener(\"tw-notify\",function(event) {\n\t\t\t$tw.notifier.display(event.param);\n\t\t});\n\t\t// Install the scroller\n\t\t$tw.pageScroller = new $tw.utils.PageScroller();\n\t\t$tw.rootWidget.addEventListener(\"tw-scroll\",function(event) {\n\t\t\t$tw.pageScroller.handleEvent(event);\n\t\t});\n\t\t// Install the save action handler\n\t\t$tw.wiki.initSavers();\n\t\t$tw.rootWidget.addEventListener(\"tw-save-wiki\",function(event) {\n\t\t\t$tw.wiki.saveWiki({\n\t\t\t\ttemplate: event.param,\n\t\t\t\tdownloadType: \"text/plain\"\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tw-download-file\",function(event) {\n\t\t\t$tw.wiki.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});\n\t\t});\n\t\t// Install the crypto event handlers\n\t\t$tw.rootWidget.addEventListener(\"tw-set-password\",function(event) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Set a new password for this TiddlyWiki\",\n\t\t\t\tnoUserName: true,\n\t\t\t\tsubmitText: \"Set password\",\n\t\t\t\tcanCancel: true,\n\t\t\t\tcallback: function(data) {\n\t\t\t\t\tif(data) {\n\t\t\t\t\t\t$tw.crypto.setPassword(data.password);\n\t\t\t\t\t}\n\t\t\t\t\treturn true; // Get rid of the password prompt\n\t\t\t\t}\n\t\t\t});\n\t\t});\n\t\t$tw.rootWidget.addEventListener(\"tw-clear-password\",function(event) {\n\t\t\t$tw.crypto.setPassword(null);\n\t\t});\n\t\t// Set up the favicon\n\t\tvar faviconTitle = \"$:/favicon.ico\",\n\t\t\tfaviconLink = document.getElementById(\"faviconLink\"),\n\t\t\tsetFavicon = function() {\n\t\t\t\tvar tiddler = $tw.wiki.getTiddler(faviconTitle);\n\t\t\t\tif(tiddler) {\n\t\t\t\t\tfaviconLink.setAttribute(\"href\",\"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text);\n\t\t\t\t}\n\t\t\t};\n\t\tsetFavicon();\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.utils.hop(changes,faviconTitle)) {\n\t\t\t\tsetFavicon();\n\t\t\t}\n\t\t});\n\t\t// Set up the styles\n\t\tvar styleTemplateTitle = \"$:/core/ui/PageStylesheet\",\n\t\t\tstyleParser = $tw.wiki.parseTiddler(styleTemplateTitle);\n\t\t$tw.styleWidgetNode = $tw.wiki.makeWidget(styleParser,{document: $tw.fakeDocument});\n\t\t$tw.styleContainer = $tw.fakeDocument.createElement(\"style\");\n\t\t$tw.styleWidgetNode.render($tw.styleContainer,null);\n\t\t$tw.styleElement = document.createElement(\"style\");\n\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\tdocument.head.insertBefore($tw.styleElement,document.head.firstChild);\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\tif($tw.styleWidgetNode.refresh(changes,$tw.styleContainer,null)) {\n\t\t\t\t$tw.styleElement.innerHTML = $tw.styleContainer.textContent;\n\t\t\t}\n\t\t});\n\t\t// Display the PageMacros, which includes the PageTemplate\n\t\tvar templateTitle = \"$:/core/ui/PageMacros\",\n\t\t\tparser = $tw.wiki.parseTiddler(templateTitle);\n\t\t$tw.pageWidgetNode = $tw.wiki.makeWidget(parser,{document: document, parentWidget: $tw.rootWidget});\n\t\t$tw.pageContainer = document.createElement(\"div\");\n\t\t$tw.utils.addClass($tw.pageContainer,\"tw-page-container\");\n\t\tdocument.body.insertBefore($tw.pageContainer,document.body.firstChild);\n\t\t$tw.pageWidgetNode.render($tw.pageContainer,null);\n\t\t$tw.wiki.addEventListener(\"change\",function(changes) {\n\t\t\t$tw.pageWidgetNode.refresh(changes,$tw.pageContainer,null);\n\t\t});\n\t\t// Fix up the link between the root widget and the page container\n\t\t$tw.rootWidget.domNodes = [$tw.pageContainer];\n\t\t$tw.rootWidget.children = [$tw.pageWidgetNode];\n\t\t// If we're being viewed on a data: URI then give instructions for how to save\n\t\tif(document.location.protocol === \"data:\") {\n\t\t\t$tw.utils.dispatchCustomEvent(document,\"tw-modal\",{\n\t\t\t\tparam: \"$:/messages/SaveInstructions\"\n\t\t\t});\n\t\t}\n\t\t// Call browser startup modules\n\t\t$tw.modules.forEachModuleOfType(\"browser-startup\",function(title,module) {\n\t\t\tif(module.startup) {\n\t\t\t\tmodule.startup();\n\t\t\t}\n\t\t});\n\t} else {\n\t\t// On the server, start a commander with the command line arguments\n\t\tcommander = new $tw.Commander(\n\t\t\t$tw.boot.argv,\n\t\t\tfunction(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tconsole.log(\"Error: \" + err);\n\t\t\t\t}\n\t\t\t},\n\t\t\t$tw.wiki,\n\t\t\t{output: process.stdout, error: process.stderr}\n\t\t);\n\t\tcommander.execute();\n\t}\n\n};\n\n})();\n",
"title": "$:/core/modules/startup.js",
"type": "application/javascript",
"module-type": "startup"
},
"$:/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 ClassicStoryView = function(listWidget) {\n\tthis.listWidget = listWidget;\n}\n\nClassicStoryView.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// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tw-scroll\", target: targetElement});\n};\n\nClassicStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Get the current height of the tiddler\n\tvar computedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Reset the margin once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{marginBottom: \"\"}\n\t\t]);\n\t},duration);\n\t// Set up the initial position of the element\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t// Transition to the final position\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"opacity \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n};\n\nClassicStoryView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Get the current height of the tiddler\n\tvar currWidth = targetElement.offsetWidth,\n\t\tcomputedStyle = window.getComputedStyle(targetElement),\n\t\tcurrMarginBottom = parseInt(computedStyle.marginBottom,10),\n\t\tcurrMarginTop = parseInt(computedStyle.marginTop,10),\n\t\tcurrHeight = targetElement.offsetHeight + currMarginTop;\n\t// Remove the dom nodes of the widget at the end of the transition\n\tsetTimeout(function() {\n\t\twidget.removeChildDomNodes();\n\t},duration);\n\t// Animate the closure\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: \"none\"},\n\t\t{transform: \"translateX(0px)\"},\n\t\t{marginBottom: currMarginBottom + \"px\"},\n\t\t{opacity: \"1.0\"}\n\t]);\n\t$tw.utils.forceLayout(targetElement);\n\t$tw.utils.setStyle(targetElement,[\n\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"translateX(-\" + currWidth + \"px)\"},\n\t\t{marginBottom: (-currHeight) + \"px\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.classic = ClassicStoryView;\n\n})();",
"title": "$:/core/modules/storyviews/classic.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/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// Scroll the node into view\n\tthis.listWidget.dispatchEvent({type: \"tw-scroll\", target: targetElement});\n};\n\nPopStoryView.prototype.insert = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Reset once the transition is over\n\tsetTimeout(function() {\n\t\t$tw.utils.setStyle(targetElement,[\n\t\t\t{transition: \"none\"},\n\t\t\t{transform: \"none\"}\n\t\t]);\n\t},duration);\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 = $tw.utils.getAnimationDuration();\n\t// Remove the element at the end of the transition\n\tsetTimeout(function() {\n\t\tif(targetElement.parentNode) {\n\t\t\twidget.removeChildDomNodes();\n\t\t}\n\t},duration);\n\t// Animate the closure\n\t$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: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{transform: \"scale(0.1)\"},\n\t\t{opacity: \"0.0\"}\n\t]);\n};\n\nexports.pop = PopStoryView;\n\n})();\n",
"title": "$:/core/modules/storyviews/pop.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar ZoominListView = function(listWidget) {\n\tvar self = this;\n\tthis.listWidget = listWidget;\n\t// Make all the tiddlers position absolute, and hide all but the first one\n\t$tw.utils.each(this.listWidget.children,function(itemWidget,index) {\n\t\tvar domNode = itemWidget.findFirstDomNode();\n\t\tif(index) {\n\t\t\tdomNode.style.display = \"none\";\n\t\t} else {\n\t\t\tself.currentTiddlerDomNode = domNode;\n\t\t}\n\t\tdomNode.style.position = \"absolute\";\n\t});\n}\n\nZoominListView.prototype.navigateTo = function(historyInfo) {\n\tvar duration = $tw.utils.getAnimationDuration(),\n\t\tlistElementIndex = this.listWidget.findListItem(0,historyInfo.title);\n\tif(listElementIndex === undefined) {\n\t\treturn;\n\t}\n\tvar listItemWidget = this.listWidget.children[listElementIndex],\n\t\ttargetElement = listItemWidget.findFirstDomNode();\n\t// Make the new tiddler be position absolute and visible so that we can measure it\n\t$tw.utils.setStyle(targetElement,[\n\t\t{position: \"absolute\"},\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: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in, opacity \" + duration + \"ms ease-in\"},\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateX(0px) translateY(0px) scale(1)\"},\n\t\t{zIndex: \"500\"},\n\t]);\n\t// Transform the previous tiddler out of the way and then hide it\n\tif(prevCurrentTiddler && prevCurrentTiddler !== targetElement) {\n\t\tvar scale = zoomBounds.width / sourceBounds.width;\n\t\tx = zoomBounds.left - targetBounds.left - (sourceBounds.left - targetBounds.left) * scale;\n\t\ty = zoomBounds.top - targetBounds.top - (sourceBounds.top - targetBounds.top) * scale;\n\t\t$tw.utils.setStyle(prevCurrentTiddler,[\n\t\t\t{transition: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in, opacity \" + duration + \"ms ease-in\"},\n\t\t\t{opacity: \"0.0\"},\n\t\t\t{transformOrigin: \"0 0\"},\n\t\t\t{transform: \"translateX(\" + x + \"px) translateY(\" + y + \"px) scale(\" + scale + \")\"},\n\t\t\t{zIndex: \"0\"}\n\t\t]);\n\t\t// Hide the tiddler when the transition has finished\n\t\tsetTimeout(function() {\n\t\t\tif(self.currentTiddlerDomNode !== prevCurrentTiddler) {\n\t\t\t\tprevCurrentTiddler.style.display = \"none\";\n\t\t\t}\n\t\t},duration);\n\t}\n\t// Scroll the target into view\n//\t$tw.pageScroller.scrollIntoView(targetElement);\n};\n\n/*\nFind the first child DOM node of a widget that has the class \"title\"\n*/\nfunction findTitleDomNode(widget,targetClass) {\n\ttargetClass = targetClass || \"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// Make the newly inserted node position absolute and hidden\n\t$tw.utils.setStyle(targetElement,[\n\t\t{display: \"none\"},\n\t\t{position: \"absolute\"}\n\t]);\n};\n\nZoominListView.prototype.remove = function(widget) {\n\tvar targetElement = widget.findFirstDomNode(),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Set up the tiddler that is being closed\n\t$tw.utils.setStyle(targetElement,[\n\t\t{position: \"absolute\"},\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.setStyle(toWidgetDomNode,[\n\t\t\t{position: \"absolute\"},\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: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in, opacity \" + duration + \"ms ease-in\"},\n\t\t\t{opacity: \"0\"},\n\t\t\t{zIndex: \"500\"}\n\t\t]);\n\t\tthis.currentTiddlerDomNode = toWidgetDomNode;\n\t}\n\t// Animate them both\n\t// Force layout\n\t$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: $tw.utils.roundTripPropertyName(\"transform\") + \" \" + duration + \"ms ease-in, opacity \" + duration + \"ms ease-in\"},\n\t\t{opacity: \"0\"},\n\t\t{zIndex: \"0\"}\n\t]);\n\tsetTimeout(function() {\n\t\t// Delete the DOM node when the transition is over\n\t\twidget.removeChildDomNodes();\n\t},duration);\n\t// Now the tiddler we're going back to\n\tif(toWidgetDomNode) {\n\t\t$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})();",
"title": "$:/core/modules/storyviews/zoomin.js",
"type": "application/javascript",
"module-type": "storyview"
},
"$:/core/modules/syncer.js": {
"text": "/*\\\ntitle: $:/core/modules/syncer.js\ntype: application/javascript\nmodule-type: global\n\nThe syncer transfers content to and from data sources using syncadaptor modules.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\n/*\nInstantiate the syncer with the following options:\nwiki: wiki to be synced\n*/\nfunction Syncer(options) {\n\tvar self = this;\n\tthis.wiki = options.wiki;\n\t// Make a logger\n\tthis.log = $tw.logger.makeLog(\"syncer\");\n\t// Find a working syncadaptor\n\tthis.syncadaptor = undefined;\n\t$tw.modules.forEachModuleOfType(\"syncadaptor\",function(title,module) {\n\t\tif(!self.syncadaptor && module.adaptorClass) {\n\t\t\tself.syncadaptor = new module.adaptorClass(self);\n\t\t}\n\t});\n\t// Only do anything if we've got a syncadaptor\n\tif(this.syncadaptor) {\n\t\tthis.init();\n\t}\n}\n\n/*\nError handling\n*/\nSyncer.prototype.showError = function(error) {\n\tthis.log(\"Error: \" + error);\n};\n\n/*\nConstants\n*/\nSyncer.prototype.titleIsLoggedIn = \"$:/status/IsLoggedIn\";\nSyncer.prototype.titleUserName = \"$:/status/UserName\";\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.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/*\nInitialise the syncer\n*/\nSyncer.prototype.init = function() {\n\tvar self = this;\n\t// Hashmap by title of {revision:,changeCount:,adaptorInfo:}\n\tthis.tiddlerInfo = {};\n\t// Record information for known tiddlers\n\tthis.wiki.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tself.tiddlerInfo[title] = {\n\t\t\trevision: tiddler.fields[\"revision\"],\n\t\t\tadaptorInfo: self.syncadaptor.getTiddlerInfo(tiddler),\n\t\t\tchangeCount: self.wiki.getChangeCount(title)\n\t\t}\n\t});\n\t// Tasks are {type: \"load\"/\"save\"/\"delete\", title:, queueTime:, lastModificationTime:}\n\tthis.taskQueue = {}; // Hashmap of tasks to be performed\n\tthis.taskInProgress = {}; // Hash of tasks in progress\n\tthis.taskTimerId = null; // Timer for task dispatch\n\tthis.pollTimerId = null; // Timer for polling server\n\t// Listen out for changes to tiddlers\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tself.syncToServer(changes);\n\t});\n\t// Listen out for lazyLoad events\n\tthis.wiki.addEventListener(\"lazyLoad\",function(title) {\n\t\tself.handleLazyLoadEvent(title);\n\t});\n\t// Listen out for login/logout/refresh events in the browser\n\tif($tw.browser) {\n\t\tdocument.addEventListener(\"tw-login\",function(event) {\n\t\t\tself.handleLoginEvent(event);\n\t\t},false);\n\t\tdocument.addEventListener(\"tw-logout\",function(event) {\n\t\t\tself.handleLogoutEvent(event);\n\t\t},false);\n\t\tdocument.addEventListener(\"tw-server-refresh\",function(event) {\n\t\t\tself.handleRefreshEvent(event);\n\t\t},false);\n\t}\n\t// Get the login status\n\tthis.getStatus(function (err,isLoggedIn) {\n\t\tif(isLoggedIn) {\n\t\t\t// Do a sync from the server\n\t\t\tself.syncFromServer();\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(this.wiki.getTiddler(tiddlerFields.title),tiddlerFields);\n\tthis.wiki.addTiddler(tiddler);\n\t// Save the tiddler revision and changeCount details\n\tthis.tiddlerInfo[tiddlerFields.title] = {\n\t\trevision: tiddlerFields.revision,\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.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) {\n\t\t\tif(err) {\n\t\t\t\tself.showError(err);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\t// Set the various status tiddlers\n\t\t\tself.wiki.addTiddler({title: self.titleIsLoggedIn,text: isLoggedIn ? \"yes\" : \"no\"});\n\t\t\tif(isLoggedIn) {\n\t\t\t\tself.wiki.addTiddler({title: self.titleUserName,text: username});\n\t\t\t} else {\n\t\t\t\tself.wiki.deleteTiddler(self.titleUserName);\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\tif(this.syncadaptor.getSkinnyTiddlers) {\n\t\tthis.log(\"Retrieving skinny tiddler list\");\n\t\tvar self = this;\n\t\tif(this.pollTimerId) {\n\t\t\tclearTimeout(this.pollTimerId);\n\t\t\tthis.pollTimerId = null;\n\t\t}\n\t\tthis.syncadaptor.getSkinnyTiddlers(function(err,tiddlers) {\n\t\t\t// Trigger another sync\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\t// Check for errors\n\t\t\tif(err) {\n\t\t\t\tself.log(\"Error retrieving skinny tiddler list:\",err);\n\t\t\t\treturn;\n\t\t\t}\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.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// 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// Do a full load if we've already got a fat version of the tiddler\n\t\t\t\t\tif(tiddler && tiddler.fields.text !== undefined) {\n\t\t\t\t\t\t// Do a full load of this tiddler\n\t\t\t\t\t\tself.enqueueSyncTask({\n\t\t\t\t\t\t\ttype: \"load\",\n\t\t\t\t\t\t\ttitle: tiddlerFields.title\n\t\t\t\t\t\t});\n\t\t\t\t\t} else {\n\t\t\t\t\t\t// Load the skinny version of the tiddler\n\t\t\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nSynchronise a set of changes to the server\n*/\nSyncer.prototype.syncToServer = function(changes) {\n\tvar self = this,\n\t\tnow = new Date();\n\t$tw.utils.each(changes,function(change,title,object) {\n\t\t// Ignore the change if it is a shadow tiddler\n\t\tif((change.deleted && $tw.utils.hop(self.tiddlerInfo,title)) || (!change.deleted && self.wiki.tiddlerExists(title))) {\n\t\t\t// Queue a task to sync this tiddler\n\t\t\tself.enqueueSyncTask({\n\t\t\t\ttype: change.deleted ? \"delete\" : \"save\",\n\t\t\t\ttitle: title\n\t\t\t});\n\t\t}\n\t});\n};\n\n/*\nLazily load a skinny tiddler if we can\n*/\nSyncer.prototype.handleLazyLoadEvent = function(title) {\n\t// Queue up a sync task to load this tiddler\n\tthis.enqueueSyncTask({\n\t\ttype: \"load\",\n\t\ttitle: title\n\t});\n};\n\n/*\nDispay a password prompt and allow the user to login\n*/\nSyncer.prototype.handleLoginEvent = function() {\n\tvar self = this;\n\tthis.getStatus(function(err,isLoggedIn,username) {\n\t\tif(!isLoggedIn) {\n\t\t\t$tw.passwordPrompt.createPrompt({\n\t\t\t\tserviceName: \"Login to TiddlySpace\",\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.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(null,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.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.showError(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/*\nQueue up a sync task. If there is already a pending task for the tiddler, just update the last modification time\n*/\nSyncer.prototype.enqueueSyncTask = function(task) {\n\tvar self = this,\n\t\tnow = new Date();\n\t// Set the timestamps on this task\n\ttask.queueTime = now;\n\ttask.lastModificationTime = now;\n\t// Fill in some tiddlerInfo if the tiddler is one we haven't seen before\n\tif(!$tw.utils.hop(this.tiddlerInfo,task.title)) {\n\t\tthis.tiddlerInfo[task.title] = {\n\t\t\trevision: null,\n\t\t\tadaptorInfo: {},\n\t\t\tchangeCount: -1\n\t\t}\n\t}\n\t// Bail if this is a save and the tiddler is already at the changeCount that the server has\n\tif(task.type === \"save\" && this.wiki.getChangeCount(task.title) <= this.tiddlerInfo[task.title].changeCount) {\n\t\treturn;\n\t}\n\t// Check if this tiddler is already in the queue\n\tif($tw.utils.hop(this.taskQueue,task.title)) {\n\t\tthis.log(\"Re-queueing up sync task with type:\",task.type,\"title:\",task.title);\n\t\tvar existingTask = this.taskQueue[task.title];\n\t\t// If so, just update the last modification time\n\t\texistingTask.lastModificationTime = task.lastModificationTime;\n\t\t// If the new task is a save then we upgrade the existing task to a save. Thus a pending load is turned into a save if the tiddler changes locally in the meantime. But a pending save is not modified to become a load\n\t\tif(task.type === \"save\" || task.type === \"delete\") {\n\t\t\texistingTask.type = task.type;\n\t\t}\n\t} else {\n\t\tthis.log(\"Queuing up sync task with type:\",task.type,\"title:\",task.title);\n\t\t// If it is not in the queue, insert it\n\t\tthis.taskQueue[task.title] = task;\n\t}\n\t// Process the queue\n\t$tw.utils.nextTick(function() {self.processTaskQueue.call(self);});\n};\n\n/*\nReturn the number of tasks in progress\n*/\nSyncer.prototype.numTasksInProgress = function() {\n\treturn $tw.utils.count(this.taskInProgress);\n};\n\n/*\nReturn the number of tasks in the queue\n*/\nSyncer.prototype.numTasksInQueue = function() {\n\treturn $tw.utils.count(this.taskQueue);\n};\n\n/*\nTrigger a timeout if one isn't already outstanding\n*/\nSyncer.prototype.triggerTimeout = function() {\n\tvar self = this;\n\tif(!this.taskTimerId) {\n\t\tthis.taskTimerId = setTimeout(function() {\n\t\t\tself.taskTimerId = null;\n\t\t\tself.processTaskQueue.call(self);\n\t\t},self.taskTimerInterval);\n\t}\n};\n\n/*\nProcess the task queue, performing the next task if appropriate\n*/\nSyncer.prototype.processTaskQueue = function() {\n\tvar self = this;\n\t// Only process a task if we're not already performing a task. If we are already performing a task then we'll dispatch the next one when it completes\n\tif(this.numTasksInProgress() === 0) {\n\t\t// Choose the next task to perform\n\t\tvar task = this.chooseNextTask();\n\t\t// Perform the task if we had one\n\t\tif(task) {\n\t\t\t// Remove the task from the queue and add it to the in progress list\n\t\t\tdelete this.taskQueue[task.title];\n\t\t\tthis.taskInProgress[task.title] = task;\n\t\t\t// Dispatch the task\n\t\t\tthis.dispatchTask(task,function(err) {\n\t\t\t\tif(err) {\n\t\t\t\t\tself.showError(\"Sync error while processing '\" + task.title + \"':\\n\" + err);\n\t\t\t\t}\n\t\t\t\t// Mark that this task is no longer in progress\n\t\t\t\tdelete self.taskInProgress[task.title];\n\t\t\t\t// Process the next task\n\t\t\t\tself.processTaskQueue.call(self);\n\t\t\t});\n\t\t} else {\n\t\t\t// Make sure we've set a time if there wasn't a task to perform, but we've still got tasks in the queue\n\t\t\tif(this.numTasksInQueue() > 0) {\n\t\t\t\tthis.triggerTimeout();\n\t\t\t}\n\t\t}\n\t}\n};\n\n/*\nChoose the next applicable task\n*/\nSyncer.prototype.chooseNextTask = function() {\n\tvar self = this,\n\t\tcandidateTask = null,\n\t\tnow = new Date();\n\t// Select the best candidate task\n\t$tw.utils.each(this.taskQueue,function(task,title) {\n\t\t// Exclude the task if there's one of the same name in progress\n\t\tif($tw.utils.hop(self.taskInProgress,title)) {\n\t\t\treturn;\n\t\t}\n\t\t// Exclude the task if it is a save and the tiddler has been modified recently, but not hit the fallback time\n\t\tif(task.type === \"save\" && (now - task.lastModificationTime) < self.throttleInterval &&\n\t\t\t(now - task.queueTime) < self.fallbackInterval) {\n\t\t\treturn;\t\n\t\t}\n\t\t// Exclude the task if it is newer than the current best candidate\n\t\tif(candidateTask && candidateTask.queueTime < task.queueTime) {\n\t\t\treturn;\n\t\t}\n\t\t// Now this is our best candidate\n\t\tcandidateTask = task;\n\t});\n\treturn candidateTask;\n};\n\n/*\nDispatch a task and invoke the callback\n*/\nSyncer.prototype.dispatchTask = function(task,callback) {\n\tvar self = this;\n\tif(task.type === \"save\") {\n\t\tvar changeCount = this.wiki.getChangeCount(task.title),\n\t\t\ttiddler = this.wiki.getTiddler(task.title);\n\t\tthis.log(\"Dispatching 'save' task:\",task.title);\n\t\tif(tiddler) {\n\t\t\tthis.syncadaptor.saveTiddler(tiddler,function(err,adaptorInfo,revision) {\n\t\t\t\tif(err) {\n\t\t\t\t\treturn callback(err);\n\t\t\t\t}\n\t\t\t\t// Adjust the info stored about this tiddler\n\t\t\t\tself.tiddlerInfo[task.title] = {\n\t\t\t\t\tchangeCount: changeCount,\n\t\t\t\t\tadaptorInfo: adaptorInfo,\n\t\t\t\t\trevision: revision\n\t\t\t\t};\n\t\t\t\t// Invoke the callback\n\t\t\t\tcallback(null);\n\t\t\t});\n\t\t}\n\t} else if(task.type === \"load\") {\n\t\t// Load the tiddler\n\t\tthis.log(\"Dispatching 'load' task:\",task.title);\n\t\tthis.syncadaptor.loadTiddler(task.title,function(err,tiddlerFields) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Store the tiddler\n\t\t\tif(tiddlerFields) {\n\t\t\t\tself.storeTiddler(tiddlerFields);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t} else if(task.type === \"delete\") {\n\t\t// Delete the tiddler\n\t\tthis.log(\"Dispatching 'delete' task:\",task.title);\n\t\tthis.syncadaptor.deleteTiddler(task.title,function(err) {\n\t\t\tif(err) {\n\t\t\t\treturn callback(err);\n\t\t\t}\n\t\t\t// Invoke the callback\n\t\t\tcallback(null);\n\t\t});\n\t}\n};\n\nexports.Syncer = Syncer;\n\n})();\n",
"title": "$:/core/modules/syncer.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/core/modules/themes.js": {
"text": "/*\\\ntitle: $:/core/modules/themes.js\ntype: application/javascript\nmodule-type: global\n\nManages themes and styling.\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false */\n\"use strict\";\n\nvar THEME_PLUGIN_TITLE = \"$:/theme\", // This tiddler contains the title of the current theme plugin\n\tDEFAULT_THEME_PLUGINS = [\n\t\t\"$:/themes/tiddlywiki/snowwhite\",\n\t\t\"$:/themes/tiddlywiki/vanilla\"\n\t];\n\nfunction ThemeManager(wiki) {\n\tthis.wiki = wiki;\n\t// There's no theme to start with\n\tthis.currentThemeTitle = undefined;\n\t// Switch to the current theme\n\tthis.switchTheme();\n\t// Listen for changes to the theme\n\tvar self = this;\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tif($tw.utils.hop(changes,THEME_PLUGIN_TITLE)) {\n\t\t\tself.switchTheme();\n\t\t}\n\t});\n}\n\nThemeManager.prototype.switchTheme = function() {\n\t// Get the name of the current theme\n\tvar themePluginTitle = this.wiki.getTiddlerText(THEME_PLUGIN_TITLE);\n\t// If it doesn't exist, then fallback to one of the default themes\n\tvar index = 0;\n\twhile(!this.wiki.getTiddler(themePluginTitle) && index < DEFAULT_THEME_PLUGINS.length) {\n\t\tthemePluginTitle = DEFAULT_THEME_PLUGINS[index++];\n\t}\n\t// Accumulate the titles of the plugins that we need to load\n\tvar themePlugins = [],\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() && themePlugins.indexOf(title) === -1) {\n\t\t\t\tthemePlugins.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(themePluginTitle);\n\t// Unregister any existing theme tiddlers\n\tvar unregisteredThemeTiddlers = $tw.wiki.unregisterPluginTiddlers(\"theme\");\n\t// Accumulate the titles of shadow tiddlers that have changed as a result of this switch\n\tvar changedTiddlers = {};\n\t$tw.utils.each(this.wiki.shadowTiddlers,function(shadowInfo,title) {\n\t\tif(unregisteredThemeTiddlers.indexOf(shadowInfo.source) !== -1) {\n\t\t\tchangedTiddlers[title] = true; // isDeleted?\n\t\t}\n\t});\n\t// Register any new theme tiddlers\n\tvar registeredThemeTiddlers = $tw.wiki.registerPluginTiddlers(\"theme\",themePlugins);\n\t// Unpack the current theme tiddlers\n\t$tw.wiki.unpackPluginTiddlers();\n\t// Accumulate the affected shadow tiddlers\n\t$tw.utils.each(this.wiki.shadowTiddlers,function(shadowInfo,title) {\n\t\tif(registeredThemeTiddlers.indexOf(shadowInfo.source) !== -1) {\n\t\t\tchangedTiddlers[title] = false; // isDeleted?\n\t\t}\n\t});\n\t// Issue change events for the modified tiddlers\n\t$tw.utils.each(changedTiddlers,function(status,title) {\n\t\tself.wiki.enqueueTiddlerEvent(title,status);\n\t});\n};\n\nexports.ThemeManager = ThemeManager;\n\n})();\n",
"title": "$:/core/modules/themes.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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.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 = $tw.Tiddler.fieldModules[field];\n\tif(fieldModule && fieldModule.stringify) {\n\t\treturn fieldModule.stringify.call(this,value);\n\t} else {\n\t\treturn value.toString();\n\t}\n};\n\n/*\nGet all the fields as a name:value block. Options:\n\texclude: an array of field names to exclude\n*/\nexports.getFieldStringBlock = function(options) {\n\toptions = options || {};\n\tvar exclude = options.exclude || [];\n\tvar fields = [];\n\tfor(var field in this.fields) {\n\t\tif($tw.utils.hop(this.fields,field)) {\n\t\t\tif(exclude.indexOf(field) === -1) {\n\t\t\t\tfields.push(field + \": \" + this.getFieldString(field));\n\t\t\t}\n\t\t}\n\t}\n\treturn fields.join(\"\\n\");\n};\n\n})();\n",
"title": "$:/core/modules/tiddler.js",
"type": "application/javascript",
"module-type": "tiddlermethod"
},
"$:/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\nexports.decryptStoreAreaInteractive = function(encryptedStoreArea,callback) {\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 = $tw.utils.decryptStoreArea(encryptedStoreArea,data.password);\n\t\t\t\tif(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t\t// Exit and remove the password prompt\n\t\t\t\t\treturn true;\n\t\t\t\t} else {\n\t\t\t\t\t// We didn't decrypt everything, so continue to prompt for password\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/crypto.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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$tw.utils.setStyle(domNode,[\n\t\t{transition: \"margin-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"margin-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-top \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"padding-bottom \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"height \" + duration + \"ms ease-in-out, \" +\n\t\t\t\t\t\"opacity \" + duration + \"ms ease-in-out\"},\n\t\t{marginTop: \"0px\"},\n\t\t{marginBottom: \"0px\"},\n\t\t{paddingTop: \"0px\"},\n\t\t{paddingBottom: \"0px\"},\n\t\t{height: \"0px\"},\n\t\t{opacity: \"0\"}\n\t]);\n}\n\nexports.slide = {\n\topen: slideOpen,\n\tclose: slideClosed\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/animations/slide.js",
"type": "application/javascript",
"module-type": "animation"
},
"$:/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",
"title": "$:/core/modules/utils/dom/animator.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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(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 = $tw.utils.convertStyleNameToPropertyName(mappings.correspondingCssProperty);\n\t\tif(mappings.mappings[convertedProperty]) {\n\t\t\tnewEventName = mappings.mappings[convertedProperty];\n\t\t}\n\t}\n\t// Put it in the cache too\n\teventNameCache[eventName] = newEventName;\n\treturn newEventName;\n};\n\n// Setup constants for the current browser\nexports.getBrowserInfo = function(info) {\n\tinfo.isIE = (/msie|trident/i.test(navigator.userAgent));\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/browser.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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.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}\n\tel.className = c.join(\" \");\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\nexports.applyStyleSheet = function(id,css) {\n\tvar el = document.getElementById(id);\n\tif(document.createStyleSheet) { // Older versions of IE\n\t\tif(el) {\n\t\t\tel.parentNode.removeChild(el);\n\t\t}\n\t\tdocument.getElementsByTagName(\"head\")[0].insertAdjacentHTML(\"beforeEnd\",\n\t\t\t' <style id=\"' + id + '\" type=\"text/css\">' + css + '</style>'); // fails without \n\t} else { // Modern browsers\n\t\tif(el) {\n\t\t\tel.replaceChild(document.createTextNode(css), el.firstChild);\n\t\t} else {\n\t\t\tel = document.createElement(\"style\");\n\t\t\tel.type = \"text/css\";\n\t\t\tel.id = id;\n\t\t\tel.appendChild(document.createTextNode(css));\n\t\t\tdocument.getElementsByTagName(\"head\")[0].appendChild(el);\n\t\t}\n\t}\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() {\n\tif(\"scrollX\" in window) {\n\t\treturn {x: window.scrollX, y: window.scrollY};\n\t} else {\n\t\treturn {x: document.documentElement.scrollLeft, y: document.documentElement.scrollTop};\n\t}\n};\n\n/*\nGets the bounding rectangle of an element in absolute page coordinates\n*/\nexports.getBoundingPageRect = function(element) {\n\tvar scrollPos = $tw.utils.getScrollPosition(),\n\t\tclientRect = element.getBoundingClientRect();\n\treturn {\n\t\tleft: clientRect.left + scrollPos.x,\n\t\twidth: clientRect.width,\n\t\tright: clientRect.right + scrollPos.x,\n\t\ttop: clientRect.top + scrollPos.y,\n\t\theight: clientRect.height,\n\t\tbottom: clientRect.bottom + scrollPos.y\n\t};\n};\n\n/*\nSaves a named password in the browser\n*/\nexports.savePassword = function(name,password) {\n\tif(window.localStorage) {\n\t\tlocalStorage.setItem(\"tw5-password-\" + name,password);\n\t}\n};\n\n/*\nRetrieve a named password from the browser\n*/\nexports.getPassword = function(name) {\n\treturn window.localStorage ? localStorage.getItem(\"tw5-password-\" + name) : \"\";\n};\n\n/*\nForce layout of a dom node and its descendents\n*/\nexports.forceLayout = function(element) {\n\tvar dummy = element.offsetWidth;\n};\n\n/*\nPulse an element for debugging purposes\n*/\nexports.pulseElement = function(element) {\n\t// Event handler to remove the class at the end\n\telement.addEventListener($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/*\nConstruct and dispatch a custom event\n*/\nexports.dispatchCustomEvent = function(target,name,members) {\n\tvar event = document.createEvent(\"Event\");\n\tevent.initEvent(name,true,true);\n\t$tw.utils.each(members,function(member,name) {\n\t\tevent[name] = member;\n\t});\n\ttarget.dispatchEvent(event); \n};\n\n\n})();\n",
"title": "$:/core/modules/utils/dom.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nA quick and dirty HTTP function; to be refactored later. Options are:\n\turl: URL to retrieve\n\ttype: GET, PUT, POST etc\n\tcallback: function invoked with (err,data)\n*/\nexports.httpRequest = function(options) {\n\tvar type = options.type || \"GET\",\n\t\theaders = options.headers || {accept: \"application/json\"},\n\t\trequest = new XMLHttpRequest(),\n\t\tdata = \"\",\n\t\tf,results;\n\t// Massage the data hashmap into a string\n\tif(options.data) {\n\t\tif(typeof options.data === \"string\") { // Already a string\n\t\t\tdata = options.data;\n\t\t} else { // A hashmap of strings\n\t\t\tresults = [];\n\t\t\t$tw.utils.each(options.data,function(dataItem,dataItemTitle) {\n\t\t\t\tresults.push(dataItemTitle + \"=\" + encodeURIComponent(dataItem));\n\t\t\t});\n\t\t\tdata = results.join(\"&\");\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 === 204) {\n\t\t\t\t// Success!\n\t\t\t\toptions.callback(null,this.responseText,this);\n\t\t\t\treturn;\n\t\t\t}\n\t\t// Something went wrong\n\t\toptions.callback(new Error(\"XMLHttpRequest error: \" + this.status));\n\t\t}\n\t};\n\t// Make the request\n\trequest.open(type,options.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\trequest.send(data);\n\treturn request;\n};\n\n})();\n",
"title": "$:/core/modules/utils/dom/http.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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\tvar self = this,\n\t\tduration = $tw.utils.getAnimationDuration(),\n\t\ttiddler = this.wiki.getTiddler(title);\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Create the wrapper divs\n\tvar wrapper = document.createElement(\"div\"),\n\t\tmodalBackdrop = document.createElement(\"div\"),\n\t\tmodalWrapper = document.createElement(\"div\"),\n\t\tmodalHeader = document.createElement(\"div\"),\n\t\theaderTitle = document.createElement(\"h3\"),\n\t\tmodalBody = document.createElement(\"div\"),\n\t\tmodalLink = document.createElement(\"a\"),\n\t\tmodalFooter = document.createElement(\"div\"),\n\t\tmodalFooterHelp = document.createElement(\"span\"),\n\t\tmodalFooterButtons = document.createElement(\"span\");\n\t// Up the modal count and adjust the body class\n\tthis.modalCount++;\n\tthis.adjustPageClass();\n\t// Add classes\n\t$tw.utils.addClass(wrapper,\"modal-wrapper\");\n\t$tw.utils.addClass(modalBackdrop,\"modal-backdrop\");\n\t$tw.utils.addClass(modalWrapper,\"modal\");\n\t$tw.utils.addClass(modalHeader,\"modal-header\");\n\t$tw.utils.addClass(modalBody,\"modal-body\");\n\t$tw.utils.addClass(modalLink,\"btn btn-large btn-block btn-success\");\n\t$tw.utils.addClass(modalFooter,\"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 titleText;\n\tif(tiddler && tiddler.fields && tiddler.fields.subtitle) {\n\t\ttitleText = tiddler.fields.subtitle;\n\t} else {\n\t\ttitleText = title;\n\t}\n\tvar headerParser = this.wiki.parseText(\"text/vnd.tiddlywiki\",titleText,{parseAsInline: true}),\n\t\theaderWidgetNode = this.wiki.makeWidget(headerParser,{parentWidget: $tw.rootWidget, document: document});\n\theaderWidgetNode.render(headerTitle,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\theaderWidgetNode.refresh(changes,modalHeader,null);\n\t});\n\t// Render the body of the message\n\tvar bodyParser = this.wiki.parseTiddler(title),\n\t\tbodyWidgetNode = this.wiki.makeWidget(bodyParser,{parentWidget: $tw.rootWidget, document: document});\n\tbodyWidgetNode.render(modalBody,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tbodyWidgetNode.refresh(changes,modalBody,null);\n\t});\n\t// Setup the link if present\n\tif(options.downloadLink) {\n\t\tmodalLink.href = options.downloadLink\n\t\tmodalLink.appendChild(document.createTextNode(\"Right-click to save changes\"));\n\t\tmodalBody.appendChild(modalLink);\n\t}\n\t// Render the footer of the message\n\tif(tiddler && tiddler.fields && tiddler.fields.help) {\n\t\tvar link = document.createElement(\"a\");\n\t\tlink.setAttribute(\"href\",tiddler.fields.help);\n\t\tlink.setAttribute(\"target\",\"_blank\");\n\t\tlink.appendChild(document.createTextNode(\"Help\"));\n\t\tmodalFooterHelp.appendChild(link);\n\t\tmodalFooterHelp.style.float = \"left\";\n\t}\n\tvar footerText;\n\tif(tiddler && tiddler.fields && tiddler.fields.footer) {\n\t\tfooterText = tiddler.fields.footer;\n\t} else {\n\t\tfooterText = '<$button message=\"tw-close-tiddler\" class=\"btn btn-primary\">Luk</$button>';\n\t}\n\tvar footerParser = this.wiki.parseText(\"text/vnd.tiddlywiki\",footerText,{parseAsInline: true}),\n\t\tfooterWidgetNode = this.wiki.makeWidget(footerParser,{parentWidget: $tw.rootWidget, document: document});\n\tfooterWidgetNode.render(modalFooterButtons,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\tfooterWidgetNode.refresh(changes,modalFooterButtons,null);\n\t});\n\t// Add the close event handler\n\tvar closeHandler = function(event) {\n\t\t// Decrease the modal count and adjust the body class\n\t\tself.modalCount--;\n\t\tself.adjustPageClass();\n\t\t// Force layout and animate the modal message away\n\t\t$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$tw.utils.setStyle(modalWrapper,[\n\t\t\t{transform: \"translateY(\" + window.innerHeight + \"px)\"}\n\t\t]);\n\t\t// Set up an event for the transition end\n\t\twindow.setTimeout(function() {\n\t\t\tif(wrapper.parentNode) {\n\t\t\t\t// Remove the modal message from the DOM\n\t\t\t\tdocument.body.removeChild(wrapper);\n\t\t\t}\n\t\t},duration);\n\t\t// Don't let anyone else handle the tw-close-tiddler message\n\t\treturn false;\n\t};\n\theaderWidgetNode.addEventListener(\"tw-close-tiddler\",closeHandler,false);\n\tbodyWidgetNode.addEventListener(\"tw-close-tiddler\",closeHandler,false);\n\tfooterWidgetNode.addEventListener(\"tw-close-tiddler\",closeHandler,false);\n\t// Set the initial styles for the message\n\t$tw.utils.setStyle(modalBackdrop,[\n\t\t{opacity: \"0\"}\n\t]);\n\t$tw.utils.setStyle(modalWrapper,[\n\t\t{transformOrigin: \"0% 0%\"},\n\t\t{transform: \"translateY(\" + (-window.innerHeight) + \"px)\"}\n\t]);\n\t// Put the message into the document\n\tdocument.body.appendChild(wrapper);\n\t// Set up animation for the styles\n\t$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$tw.utils.setStyle(modalWrapper,[\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n};\n\nModal.prototype.adjustPageClass = function() {\n\tif($tw.pageContainer) {\n\t\t$tw.utils.toggleClass($tw.pageContainer,\"tw-modal-displayed\",this.modalCount > 0);\n\t}\n};\n\nexports.Modal = Modal;\n\n})();\n",
"title": "$:/core/modules/utils/dom/modal.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 notification = document.createElement(\"div\"),\n\t\ttiddler = this.wiki.getTiddler(title),\n\t\tduration = $tw.utils.getAnimationDuration();\n\t// Don't do anything if the tiddler doesn't exist\n\tif(!tiddler) {\n\t\treturn;\n\t}\n\t// Add classes\n\t$tw.utils.addClass(notification,\"tw-notification\");\n\t// Render the body of the notification\n\tvar parser = this.wiki.parseTiddler(title),\n\t\twidgetNode = this.wiki.makeWidget(parser,{parentWidget: $tw.rootWidget, document: document});\n\twidgetNode.render(notification,null);\n\tthis.wiki.addEventListener(\"change\",function(changes) {\n\t\twidgetNode.refresh(changes,notification,null);\n\t});\n\t// Set the initial styles for the notification\n\t$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$tw.utils.setStyle(notification,[\n\t\t{opacity: \"1.0\"},\n\t\t{transform: \"translateY(0px)\"}\n\t]);\n\t// Set a timer to remove the notification\n\twindow.setTimeout(function() {\n\t\t// Force layout and animate the notification away\n\t\t$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",
"title": "$:/core/modules/utils/dom/notifier.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nCreates a Popup object with these options:\n\trootElement: the DOM element to which the popup zapper should be attached\n*/\nvar Popup = function(options) {\n\toptions = options || {};\n\tthis.rootElement = options.rootElement || document.body;\n};\n\nPopup.prototype.show = function(options) {\n\tthis.cancel();\n\tthis.title = options.title;\n\tthis.wiki = options.wiki;\n\tthis.anchorDomNode = options.domNode;\n\t$tw.utils.addClass(this.anchorDomNode,\"tw-popup\");\n\tthis.rootElement.addEventListener(\"click\",this,false);\n};\n\nPopup.prototype.handleEvent = function(event) {\n\t// Dismiss the popup if we get a click on an element that doesn't have .tw-popup class\n\tif(event.type === \"click\") {\n\t\tvar node = event.target;\n\t\twhile(node && !$tw.utils.hasClass(node,\"tw-popup\")) {\n\t\t\tnode = node.parentNode;\n\t\t}\n\t\tif(!node) {\n\t\t\tthis.cancel();\n\t\t}\n\t}\n};\n\nPopup.prototype.cancel = function() {\n\tif(this.anchorDomNode) {\n\t\t$tw.utils.removeClass(this.anchorDomNode,\"tw-popup\");\n\t\tthis.anchorDomNode = null;\t\t\n\t}\n\tthis.rootElement.removeEventListener(\"click\",this,false);\n\tif(this.title) {\n\t\tthis.wiki.deleteTiddler(this.title);\n\t\tthis.title = null;\n\t}\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\n\twiki: wiki\n\tforce: if specified, forces the popup state to true or false\n*/\nPopup.prototype.triggerPopup = function(options) {\n\t// Get the current popup state tiddler\n\tvar value = options.wiki.getTextReference(options.title,\"\");\n\t// Check if the popup is open by checking whether it matches \"(<x>,<y>)\"\n\tvar state = !this.readPopupState(options.title,value);\n\tif(\"force\" in options) {\n\t\tstate = options.force;\n\t}\n\tif(state) {\n\t\t// Set the position if we're opening it\n\t\tthis.cancel();\n\t\toptions.wiki.setTextReference(options.title,\n\t\t\t\"(\" + options.domNode.offsetLeft + \",\" + options.domNode.offsetTop + \",\" + \n\t\t\t\toptions.domNode.offsetWidth + \",\" + options.domNode.offsetHeight + \")\");\n\t\tthis.show(options);\n\t} else {\n\t\tthis.cancel();\n\t}\n};\n\n/*\nReturns true if the specified title and text identifies an active popup\n*/\nPopup.prototype.readPopupState = function(title,text) {\n\tvar popupLocationRegExp = /^\\((-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+),(-?[0-9\\.E]+)\\)$/,\n\t\tresult = false;\n\tif(this.title === title) {\n\t\tresult = popupLocationRegExp.test(text);\n\t}\n\treturn result;\n};\n\nexports.Popup = Popup;\n\n})();\n",
"title": "$:/core/modules/utils/dom/popup.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 `tw-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.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 an event\n*/\nPageScroller.prototype.handleEvent = function(event) {\n\tif(event.type === \"tw-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) {\n\tvar duration = $tw.utils.getAnimationDuration();\n\t// Get the offset bounds of the element\n\tvar bounds = {\n\t\t\tleft: element.offsetLeft,\n\t\t\ttop: element.offsetTop,\n\t\t\twidth: element.offsetWidth,\n\t\t\theight: element.offsetHeight\n\t\t};\n\t// Walk up the tree adjusting the offset bounds by each offsetParent\n\twhile(element.offsetParent) {\n\t\telement = element.offsetParent;\n\t\tbounds.left += element.offsetLeft;\n\t\tbounds.top += element.offsetTop;\n\t}\n\t// Now get ready to scroll the body\n\tthis.cancelScroll();\n\tthis.startTime = new Date();\n\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t// We'll consider the horizontal and vertical scroll directions separately via this function\n\t\tgetEndPos = function(targetPos,targetSize,currentPos,currentSize) {\n\t\t\t// If the target is above/left of the current view, then scroll to it's top/left\n\t\t\tif(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,window.innerWidth),\n\t\tendY = getEndPos(bounds.top,bounds.height,scrollPosition.y,window.innerHeight);\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 = ((new Date()) - 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 = $tw.utils.slowInSlowOut(t);\n\t\t\twindow.scrollTo(scrollPosition.x + (endX - scrollPosition.x) * t,scrollPosition.y + (endY - scrollPosition.y) * t);\n\t\t\tif(t < 1) {\n\t\t\t\tself.idRequestFrame = self.requestAnimationFrame.call(window,drawFrame);\n\t\t\t}\n\t\t};\n\t\tdrawFrame();\n\t}\n};\n\nexports.PageScroller = PageScroller;\n\n})();\n",
"title": "$:/core/modules/utils/dom/scroller.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Sequence number used to enable us to track objects for testing\nvar sequenceNumber = null;\n\nvar bumpSequenceNumber = function(object) {\n\tif(sequenceNumber !== null) {\n\t\tobject.sequenceNumber = sequenceNumber++;\n\t}\n}\n\nvar TW_TextNode = function(text) {\n\tbumpSequenceNumber(this);\n\tthis.textContent = text;\n};\n\nvar TW_Element = function(tag,namespace) {\n\tbumpSequenceNumber(this);\n\tthis.isTiddlyWikiFakeDom = true;\n\tthis.tag = tag;\n\tthis.attributes = {};\n\tthis.isRaw = false;\n\tthis.children = [];\n\tthis.namespaceURI = namespace || \"http://www.w3.org/1999/xhtml\";\n};\n\nTW_Element.prototype.setAttribute = function(name,value) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot setAttribute on a raw TW_Element\";\n\t}\n\tthis.attributes[name] = value;\n};\n\nTW_Element.prototype.setAttributeNS = function(namespace,name,value) {\n\tthis.setAttribute(name,value);\n};\n\nTW_Element.prototype.removeAttribute = function(name) {\n\tif(this.isRaw) {\n\t\tthrow \"Cannot removeAttribute on a raw TW_Element\";\n\t}\n\tif($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, \"firstChild\", {\n get: function() {\n \treturn this.children[0];\n }\n});\n\nTW_Element.prototype.addEventListener = function(type,listener,useCapture) {\n\t// Do nothing\n};\n\nObject.defineProperty(TW_Element.prototype, \"className\", {\n\tget: function() {\n\t\treturn this.attributes[\"class\"] || \"\";\n\t},\n set: function(value) {\n \tthis.attributes[\"class\"] = value;\n }\n});\n\nObject.defineProperty(TW_Element.prototype, \"outerHTML\", {\n get: 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],\"='\",$tw.utils.htmlEncode(v),\"'\");\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\toutput.push(\">\");\n\t\tif($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 }\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 set: function(value) {\n \tthis.isRaw = true;\n \tthis.rawHTML = value;\n }\n});\n\nObject.defineProperty(TW_Element.prototype, \"textContent\", {\n\tget: function() {\n\t\tif(this.isRaw) {\n\t\t\tthrow \"Cannot get textContent on a raw TW_Element\";\n\t\t} else {\n\t\t\tvar b = [];\n\t\t\t$tw.utils.each(this.children,function(node) {\n\t\t\t\tb.push(node.textContent);\n\t\t\t});\n\t\t\treturn b.join(\"\");\n\t\t}\n\t}\n});\n\nvar document = {\n\tsetSequenceNumber: function(value) {\n\t\tsequenceNumber = value;\n\t},\n\tcreateElementNS: function(namespace,tag) {\n\t\treturn new TW_Element(tag,namespace);\n\t},\n\tcreateElement: function(tag) {\n\t\treturn new TW_Element(tag);\n\t},\n\tcreateTextNode: function(text) {\n\t\treturn new TW_TextNode(text);\n\t},\n};\n\nexports.fakeDocument = document;\n\n})();\n",
"title": "$:/core/modules/utils/fakedom.js",
"type": "application/javascript",
"module-type": "global"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nMake a new logger\n*/\nfunction Logger() {\n\n}\n\n/*\nMake a log function for a particular component\n*/\nLogger.prototype.makeLog = function(componentName) {\n\tvar self = this;\n\treturn function(/* args */) {\n\t\tself.log.apply(self.log,[componentName + \":\"].concat(Array.prototype.slice.call(arguments,0)));\n\t};\n};\n\n/*\nLog a message\n*/\nLogger.prototype.log = function(/* args */) {\n\tif(console !== undefined && console.log !== undefined) {\n\t\treturn Function.apply.call(console.log, console, arguments);\n\t}\n};\n\nexports.Logger = Logger;\n\n})();\n",
"title": "$:/core/modules/utils/logger.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\nexports.addAttributeToParseTreeNode = function(node,name,value) {\n\tif(node.type === \"element\") {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes[name] = {type: \"string\", value: value};\n\t}\n};\n\nexports.getAttributeValueFromParseTreeNode = function(node,name,defaultValue) {\n\tif(node.type === \"element\" && node.attributes && node.attributes[name] && node.attributes[name].value !== undefined) {\n\t\treturn node.attributes[name].value;\n\t}\n\treturn defaultValue;\n};\n\nexports.addClassToParseTreeNode = function(node,classString) {\n\tvar classes = [];\n\tif(node.type === \"element\") {\n\t\tnode.attributes = node.attributes || {};\n\t\tnode.attributes[\"class\"] = node.attributes[\"class\"] || {type: \"string\", value: \"\"};\n\t\tif(node.attributes[\"class\"].type === \"string\") {\n\t\t\tif(node.attributes[\"class\"].value !== \"\") {\n\t\t\t\tclasses = node.attributes[\"class\"].value.split(\" \");\n\t\t\t}\n\t\t\tif(classString !== \"\") {\n\t\t\t\t$tw.utils.pushTop(classes,classString.split(\" \"));\n\t\t\t}\n\t\t\tnode.attributes[\"class\"].value = classes.join(\" \");\n\t\t}\n\t}\n};\n\nexports.addStyleToParseTreeNode = function(node,name,value) {\n\tif(node.type === \"element\") {\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\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})();\n",
"title": "$:/core/modules/utils/parsetree.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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 $tw: false */\n\"use strict\";\n\n/*\nTrim whitespace from the start and end of a string\nThanks to Steven Levithan, http://blog.stevenlevithan.com/archives/faster-trim-javascript\n*/\nexports.trim = function(str) {\n\tif(typeof str === \"string\") {\n\t\treturn str.replace(/^\\s\\s*/, '').replace(/\\s\\s*$/, '');\n\t} else {\n\t\treturn str;\n\t}\n};\n\n/*\nReturn the number of keys in an object\n*/\nexports.count = function(object) {\n\tvar s = 0;\n\t$tw.utils.each(object,function() {s++;});\n\treturn s;\n};\n\n/*\nPush entries onto an array, removing them first if they already exist in the array\n\tarray: array to modify\n\tvalue: a single value to push or an array of values to push\n*/\nexports.pushTop = function(array,value) {\n\tvar t,p;\n\tif($tw.utils.isArray(value)) {\n\t\t// Remove any array entries that are duplicated in the new values\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\t// Push the values on top of the main array\n\t\tarray.push.apply(array,value);\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\tarray.push(value);\n\t}\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] = $tw.utils.deepCopy(extendedProperties[t]);\n\t\t}\n\t}\n\treturn result;\n};\n\nexports.slowInSlowOut = function(t) {\n\treturn (1 - ((Math.cos(t * Math.PI) + 1) / 2));\n};\n\nexports.formatDateString = function (date,template) {\n\tvar t = template.replace(/0hh12/g,$tw.utils.pad($tw.utils.getHours12(date)));\n\tt = t.replace(/hh12/g,$tw.utils.getHours12(date));\n\tt = t.replace(/0hh/g,$tw.utils.pad(date.getHours()));\n\tt = t.replace(/hh/g,date.getHours());\n\tt = t.replace(/mmm/g,$tw.config.dateFormats.shortMonths[date.getMonth()]);\n\tt = t.replace(/0mm/g,$tw.utils.pad(date.getMinutes()));\n\tt = t.replace(/mm/g,date.getMinutes());\n\tt = t.replace(/0ss/g,$tw.utils.pad(date.getSeconds()));\n\tt = t.replace(/ss/g,date.getSeconds());\n\tt = t.replace(/[ap]m/g,$tw.utils.getAmPm(date).toLowerCase());\n\tt = t.replace(/[AP]M/g,$tw.utils.getAmPm(date).toUpperCase());\n\tt = t.replace(/wYYYY/g,$tw.utils.getYearForWeekNo(date));\n\tt = t.replace(/wYY/g,$tw.utils.pad($tw.utils.getYearForWeekNo(date)-2000));\n\tt = t.replace(/YYYY/g,date.getFullYear());\n\tt = t.replace(/YY/g,$tw.utils.pad(date.getFullYear()-2000));\n\tt = t.replace(/MMM/g,$tw.config.dateFormats.months[date.getMonth()]);\n\tt = t.replace(/0MM/g,$tw.utils.pad(date.getMonth()+1));\n\tt = t.replace(/MM/g,date.getMonth()+1);\n\tt = t.replace(/0WW/g,$tw.utils.pad($tw.utils.getWeek(date)));\n\tt = t.replace(/WW/g,$tw.utils.getWeek(date));\n\tt = t.replace(/DDD/g,$tw.config.dateFormats.days[date.getDay()]);\n\tt = t.replace(/ddd/g,$tw.config.dateFormats.shortDays[date.getDay()]);\n\tt = t.replace(/0DD/g,$tw.utils.pad(date.getDate()));\n\tt = t.replace(/DDth/g,date.getDate()+$tw.utils.getDaySuffix(date));\n\tt = t.replace(/DD/g,date.getDate());\n\tvar tz = date.getTimezoneOffset();\n\tvar atz = Math.abs(tz);\n\tt = t.replace(/TZD/g,(tz < 0 ? '+' : '-') + $tw.utils.pad(Math.floor(atz / 60)) + ':' + $tw.utils.pad(atz % 60));\n\tt = t.replace(/\\\\/g,\"\");\n\treturn t;\n};\n\nexports.getAmPm = function(date) {\n\treturn date.getHours() >= 12 ? $tw.config.dateFormats.pm : $tw.config.dateFormats.am;\n};\n\nexports.getDaySuffix = function(date) {\n\treturn $tw.config.dateFormats.daySuffixes[date.getDate()-1];\n};\n\nexports.getWeek = function(date) {\n\tvar dt = new Date(date.getTime());\n\tvar d = dt.getDay();\n\tif(d === 0) d=7;// JavaScript Sun=0, ISO Sun=7\n\tdt.setTime(dt.getTime()+(4-d)*86400000);// shift day to Thurs of same week to calculate weekNo\n\tvar n = Math.floor((dt.getTime()-new Date(dt.getFullYear(),0,1)+3600000)/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) d=7;// JavaScript Sun=0, ISO Sun=7\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 sekunder siden\", \"27 minutter siden\" 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 units = [\n\t\t{name: \"years\", duration: 365 * 24 * 60 * 60 * 1000},\n\t\t{name: \"måneder\", duration: (365/12) * 24 * 60 * 60 * 1000},\n\t\t{name: \"dage\", duration: 24 * 60 * 60 * 1000},\n\t\t{name: \"timer\", duration: 60 * 60 * 1000},\n\t\t{name: \"minutter\", duration: 60 * 1000},\n\t\t{name: \"sekunder\", 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: result + \" \" + units[t].name + \" siden\",\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: \"1 sekund siden\",\n\t\tupdatePeriod: 1000\n\t};\n};\n\n// Convert & to \"&\", < to \"<\", > to \">\" and \" 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 e = s.substr(1,s.length-2); // Strip the & and the ;\n\tif(e.charAt(0) === \"#\") {\n\t\tif(e.charAt(1) === \"x\" || e.charAt(1) === \"X\") {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(2),16));\t\n\t\t} else {\n\t\t\treturn String.fromCharCode(parseInt(e.substr(1),10));\n\t\t}\n\t} else {\n\t\tvar c = $tw.config.htmlEntities[e];\n\t\tif(c) {\n\t\t\treturn String.fromCharCode(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' + $tw.utils.pad(charCode.toString(16).toUpperCase(),4);\n\t}\n};\n\n// Turns a string into a legal JavaScript string\n// Copied from peg.js, thanks to David Majda\nexports.stringify = function(s) {\n\t/*\n\t* ECMA-262, 5th ed., 7.8.4: All characters may appear literally in a string\n\t* literal except for the closing quote character, backslash, carriage return,\n\t* line separator, paragraph separator, and line feed. Any character may\n\t* appear in the form of an escape sequence.\n\t*\n\t* For portability, we also escape escape all non-ASCII characters.\n\t*/\n\treturn s\n\t\t.replace(/\\\\/g, '\\\\\\\\') // backslash\n\t\t.replace(/\"/g, '\\\\\"') // double quote character\n\t\t.replace(/'/g, \"\\\\'\") // single quote character\n\t\t.replace(/\\r/g, '\\\\r') // carriage return\n\t\t.replace(/\\n/g, '\\\\n') // line feed\n\t\t.replace(/[\\x80-\\uFFFF]/g, exports.escape); // non-ASCII characters\n};\n\n/*\nEscape the RegExp special characters with a preceding backslash\n*/\nexports.escapeRegExp = function(s) {\n return s.replace(/[\\-\\/\\\\\\^\\$\\*\\+\\?\\.\\(\\)\\|\\[\\]\\{\\}]/g, '\\\\$&');\n};\n\nexports.nextTick = function(fn) {\n/*global window: false */\n\tif(typeof window !== \"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 = /^\\s*([^!#]+)?(?:(?:!!([^\\s]+))|(?:##([^\\s]+)))?\\s*/mg,\n\t\tmatch = reTextRef.exec(textRef);\n\tif(match && reTextRef.lastIndex === textRef.length) {\n\t\t// Return the parts\n\t\treturn {\n\t\t\ttitle: match[1],\n\t\t\tfield: match[2],\n\t\t\tindex: match[3]\n\t\t};\n\t} else {\n\t\t// If we couldn't parse it (eg it started with a)\n\t\treturn {\n\t\t\ttitle: textRef\n\t\t};\n\t}\n};\n\n/*\nExtract the version number from the meta tag or from the boot file\n*/\n\nif($tw.browser) {\n\n// Browser version\nexports.extractVersionInfo = function() {\n\tvar metatags = document.getElementsByTagName(\"meta\");\n\tfor(var t=0; t<metatags.length; t++) {\n\t\tvar m = metatags[t];\n\t\tif(m.name === \"tiddlywiki-version\") {\n\t\t\treturn m.content;\n\t\t}\n\t}\n\treturn null;\n};\n\n} else {\n\n// Server version\nexports.extractVersionInfo = function() {\n\treturn $tw.packageInfo.version;\n};\n\n}\n\n/*\nGet the animation duration in ms\n*/\nexports.getAnimationDuration = function() {\n\treturn parseInt($tw.wiki.getTiddlerText(\"$:/config/AnimationDuration\",\"400\"),10);\n};\n\n/*\nHash a string to a number\nDerived from http://stackoverflow.com/a/15710692\n*/\nexports.hashString = function(str) {\n\treturn str.split(\"\").reduce(function(a,b) {\n\t\ta = ((a << 5) - a) + b.charCodeAt(0);\n\t\treturn a & a;\n\t},0);\n};\n\n/*\nDecode a base64 string\n*/\nexports.base64Decode = function(string64) {\n\tif($tw.browser) {\n\t\t// TODO\n\t\tthrow \"$tw.utils.base64Decode() doesn't work in the browser\";\n\t} else {\n\t\treturn (new Buffer(string64,\"base64\")).toString();\n\t}\n};\n\n})();\n",
"title": "$:/core/modules/utils/utils.js",
"type": "application/javascript",
"module-type": "utils"
},
"$:/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\tdomNode.setAttribute(\"multiple\",\"multiple\");\n\t// Add a click event handler\n\tdomNode.addEventListener(\"change\",function (event) {\n\t\tself.wiki.readFiles(event.target.files,function(tiddlerFieldsArray) {\n\t\t\tself.dispatchEvent({type: \"tw-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\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};\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",
"title": "$:/core/modules/widgets/browse.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 domNode = this.document.createElement(\"button\");\n\t// Assign classes\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tif(this.selectedClass) {\n\t\tif(this.set && this.setTo && this.isSelected()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t\tif(this.popup && this.isPoppedUp()) {\n\t\t\t$tw.utils.pushTop(classes,this.selectedClass.split(\" \"));\n\t\t}\n\t}\n\tdomNode.className = classes.join(\" \");\n\t// Assign classes\n\tif(this.style) {\n\t\tdomNode.setAttribute(\"style\",this.style);\n\t}\n\t// Add a click event handler\n\tdomNode.addEventListener(\"click\",function (event) {\n\t\tvar handled = false;\n\t\tif(self.message) {\n\t\t\tself.dispatchMessage(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.popup) {\n\t\t\tself.triggerPopup(event);\n\t\t\thandled = true;\n\t\t}\n\t\tif(self.set) {\n\t\t\tself.setTiddler();\n\t\t\thandled = true;\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// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nButtonWidget.prototype.isSelected = function() {\n\tvar tiddler = this.wiki.getTiddler(this.set);\n\treturn tiddler ? tiddler.fields.text === this.setTo : this.defaultSetValue === this.setTo;\n};\n\nButtonWidget.prototype.isPoppedUp = function() {\n\tvar tiddler = this.wiki.getTiddler(this.popup);\n\tvar result = tiddler && tiddler.fields.text ? $tw.popup.readPopupState(this.popup,tiddler.fields.text) : false;\n\treturn result;\n};\n\nButtonWidget.prototype.dispatchMessage = function(event) {\n\tthis.dispatchEvent({type: this.message, param: this.param, tiddlerTitle: this.getVariable(\"currentTiddler\")});\n};\n\nButtonWidget.prototype.triggerPopup = function(event) {\n\t$tw.popup.triggerPopup({\n\t\tdomNode: this.domNodes[0],\n\t\ttitle: this.popup,\n\t\twiki: this.wiki\n\t});\n};\n\nButtonWidget.prototype.setTiddler = function() {\n\tvar tiddler = this.wiki.getTiddler(this.set);\n\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.set, text: this.setTo}));\n};\n\n/*\nCompute the internal state of the widget\n*/\nButtonWidget.prototype.execute = function() {\n\t// Get attributes\n\tthis.message = this.getAttribute(\"message\");\n\tthis.param = this.getAttribute(\"param\");\n\tthis.set = this.getAttribute(\"set\");\n\tthis.setTo = this.getAttribute(\"setTo\");\n\tthis.popup = this.getAttribute(\"popup\");\n\tthis.hover = this.getAttribute(\"hover\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis.style = this.getAttribute(\"style\");\n\tthis.selectedClass = this.getAttribute(\"selectedClass\");\n\tthis.defaultSetValue = this.getAttribute(\"default\");\n\t// Make child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nButtonWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.message || changedAttributes.param || changedAttributes.set || changedAttributes.setTo || changedAttributes.popup || changedAttributes.hover || changedAttributes[\"class\"] || changedAttributes.selectedClass || changedAttributes.style || (this.set && changedTiddlers[this.set]) || (this.popup && changedTiddlers[this.popup])) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.button = ButtonWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/button.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.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\treturn tiddler ? tiddler.hasTag(this.checkboxTag) : false;\n};\n\nCheckboxWidget.prototype.handleChangeEvent = function(event) {\n\tvar checked = this.inputDomNode.checked,\n\t\ttiddler = this.wiki.getTiddler(this.checkboxTitle);\n\tif(tiddler && tiddler.hasTag(this.checkboxTag) !== checked) {\n\t\tvar newTags = (tiddler.fields.tags || []).slice(0),\n\t\t\tpos = newTags.indexOf(this.checkboxTag);\n\t\tif(pos !== -1) {\n\t\t\tnewTags.splice(pos,1);\n\t\t}\n\t\tif(checked) {\n\t\t\tnewTags.push(this.checkboxTag);\n\t\t}\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{tags: newTags},this.wiki.getModificationFields()));\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nCheckboxWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.checkboxTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.checkboxTag = this.getAttribute(\"tag\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nCheckboxWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.tag || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.checkboxTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.checkbox = CheckboxWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/checkbox.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tif(this.getAttribute(\"language\")) {\n\t\tcodeNode.setAttribute(\"class\",this.getAttribute(\"language\"));\n\t}\n\tvar domNode = 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\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\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*/\nCodeBlockWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.codeblock = CodeBlockWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/codeblock.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.getVariable(\"currentTiddler\")).length;\n\t} else {\n\t\tthis.currentCount = undefined;\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\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",
"title": "$:/core/modules/widgets/count.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 = \"tw-dropzone\";\n\t// Add event handlers\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"dragenter\", handlerObject: this, handlerMethod: \"handleDragEnterEvent\"},\n\t\t{name: \"dragover\", handlerObject: this, handlerMethod: \"handleDragOverEvent\"},\n\t\t{name: \"dragleave\", handlerObject: this, handlerMethod: \"handleDragLeaveEvent\"},\n\t\t{name: \"drop\", handlerObject: this, handlerMethod: \"handleDropEvent\"},\n\t\t{name: \"paste\", handlerObject: this, handlerMethod: \"handlePasteEvent\"}\n\t]);\n\tdomNode.addEventListener(\"click\",function (event) {\n\t},false);\n\t// Insert element\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nDropZoneWidget.prototype.handleDragEnterEvent = function(event) {\n\t// We count enter/leave events\n\tthis.dragEnterCount = (this.dragEnterCount || 0) + 1;\n\t// If we're entering for the first time we need to apply highlighting\n\tif(this.dragEnterCount === 1) {\n\t\t$tw.utils.addClass(this.domNodes[0],\"tw-dragover\");\n\t}\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// 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\t// Reduce the enter count\n\tthis.dragEnterCount = (this.dragEnterCount || 0) - 1;\n\t// Remove highlighting if we're leaving externally\n\tif(this.dragEnterCount <= 0) {\n\t\t$tw.utils.removeClass(this.domNodes[0],\"tw-dragover\");\n\t}\n};\n\nDropZoneWidget.prototype.handleDropEvent = function(event) {\n\tvar self = this,\n\t\tdataTransfer = event.dataTransfer;\n\t// Reset the enter count\n\tthis.dragEnterCount = 0;\n\t// Remove highlighting\n\t$tw.utils.removeClass(this.domNodes[0],\"tw-dragover\");\n\t// Import any files in the drop\n\tvar numFiles = this.wiki.readFiles(dataTransfer.files,function(tiddlerFieldsArray) {\n\t\tself.dispatchEvent({type: \"tw-import-tiddlers\", param: JSON.stringify(tiddlerFieldsArray)});\n\t});\n\t// Try to import the various data types we understand\n\tif(numFiles === 0) {\n\t\tthis.importData(dataTransfer);\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.importData = function(dataTransfer) {\n\t// Try each provided data type in turn\n\tfor(var t=0; t<this.importDataTypes.length; t++) {\n\t\tif(!$tw.browser.isIE || this.importDataTypes[t].IECompatible) {\n\t\t\t// Get the data\n\t\t\tvar dataType = this.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\tvar tiddlerFields = dataType.convertToFields(data);\n\t\t\t\tif(!tiddlerFields.title) {\n\t\t\t\t\ttiddlerFields.title = this.wiki.generateNewTitle(\"Untitled\");\n\t\t\t\t}\n\t\t\t\tthis.dispatchEvent({type: \"tw-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t};\n};\n\nDropZoneWidget.prototype.importDataTypes = [\n\t{type: \"text/vnd.tiddler\", IECompatible: false, convertToFields: function(data) {\n\t\treturn JSON.parse(data);\n\t}},\n\t{type: \"URL\", IECompatible: true, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/x-moz-url\", IECompatible: false, convertToFields: function(data) {\n\t\t// Check for tiddler data URI\n\t\tvar match = decodeURI(data).match(/^data\\:text\\/vnd\\.tiddler,(.*)/i);\n\t\tif(match) {\n\t\t\treturn JSON.parse(match[1]);\n\t\t} else {\n\t\t\treturn { // As URL string\n\t\t\t\ttext: data\n\t\t\t};\n\t\t}\n\t}},\n\t{type: \"text/plain\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"Text\", IECompatible: true, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}},\n\t{type: \"text/uri-list\", IECompatible: false, convertToFields: function(data) {\n\t\treturn {\n\t\t\ttext: data\n\t\t};\n\t}}\n];\n\nDropZoneWidget.prototype.handlePasteEvent = function(event) {\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) {\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(),function(tiddlerFields) {\n\t\t\t\t\tself.dispatchEvent({type: \"tw-import-tiddlers\", param: JSON.stringify([tiddlerFields])});\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\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};\n\t\t\t\t\tself.dispatchEvent({type: \"tw-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\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\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.dropzone = DropZoneWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/dropzone.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw: false */\n\"use strict\";\n\n// Default image sizes\nvar DEFAULT_IMAGE_WIDTH = 300,\n\tDEFAULT_IMAGE_HEIGHT = 185;\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditBitmapWidget = function(parseTreeNode,options) {\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 our element\n\tthis.canvasDomNode = $tw.utils.domMaker(\"canvas\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tw-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\tthis.widthDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tw-edit-bitmapeditor-width\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleWidthChangeEvent\"\n\t\t}]\n\t});\n\tthis.heightDomNode = $tw.utils.domMaker(\"input\",{\n\t\tdocument: this.document,\n\t\t\"class\":\"tw-edit-bitmapeditor-height\",\n\t\teventListeners: [{\n\t\t\tname: \"change\", handlerObject: this, handlerMethod: \"handleHeightChangeEvent\"\n\t\t}]\n\t});\n\t// Insert the elements into the DOM\n\tparent.insertBefore(this.canvasDomNode,nextSibling);\n\tparent.insertBefore(this.widthDomNode,nextSibling);\n\tparent.insertBefore(this.heightDomNode,nextSibling);\n\tthis.domNodes.push(this.canvasDomNode,this.widthDomNode,this.heightDomNode);\n\t// Load the image into the canvas\n\tthis.loadCanvas();\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};\n\n/*\nNote that the bitmap editor intentionally doesn't try to refresh itself because it would be confusing to have the image changing spontaneously while editting it\n*/\nEditBitmapWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\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.updateSize();\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.updateSize();\n\t}\n\t// Get the current bitmap into an image object\n\tcurrImage.src = \"data:\" + tiddler.fields.type + \";base64,\" + tiddler.fields.text;\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** Update the input boxes with the actual size of the canvas\n*/\nEditBitmapWidget.prototype.updateSize = function() {\n\tthis.widthDomNode.value = this.currCanvas.width;\n\tthis.heightDomNode.value = this.currCanvas.height;\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\nEditBitmapWidget.prototype.handleWidthChangeEvent = function(event) {\n\t// Get the new width\n\tvar newWidth = parseInt(this.widthDomNode.value,10);\n\t// Update if necessary\n\tif(newWidth > 0 && newWidth !== this.currCanvas.width) {\n\t\tthis.changeCanvasSize(newWidth,this.currCanvas.height);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\n};\n\nEditBitmapWidget.prototype.handleHeightChangeEvent = function(event) {\n\t// Get the new width\n\tvar newHeight = parseInt(this.heightDomNode.value,10);\n\t// Update if necessary\n\tif(newHeight > 0 && newHeight !== this.currCanvas.height) {\n\t\tthis.changeCanvasSize(this.currCanvas.width,newHeight);\n\t}\n\t// Update the input controls\n\tthis.updateSize();\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.strokeStyle = \"#ff0\";\n\tctx.lineWidth = 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);\n\tif(tiddler) {\n\t\t// data URIs look like \"data:<type>;base64,<text>\"\n\t\tvar dataURL = this.canvasDomNode.toDataURL(tiddler.fields.type,1.0),\n\t\t\tposColon = dataURL.indexOf(\":\"),\n\t\t\tposSemiColon = dataURL.indexOf(\";\"),\n\t\t\tposComma = dataURL.indexOf(\",\"),\n\t\t\ttype = dataURL.substring(posColon+1,posSemiColon),\n\t\t\ttext = dataURL.substring(posComma+1);\n\t\tvar update = {type: type, text: text};\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,update));\n\t}\n};\n\nexports[\"edit-bitmap\"] = EditBitmapWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-bitmap.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar MIN_TEXT_AREA_HEIGHT = 100; // Minimum height of textareas in pixels\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar EditTextWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nEditTextWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nEditTextWidget.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 our element\n\tvar editInfo = this.getEditInfo();\n\tvar domNode = this.document.createElement(this.editTag);\n\tif(this.editType) {\n\t\tdomNode.setAttribute(\"type\",this.editType);\n\t}\n\tif(editInfo.value === \"\" && this.editPlaceholder) {\n\t\tdomNode.setAttribute(\"placeholder\",this.editPlaceholder);\n\t}\n\t// Assign classes\n\tif(this.editClass) {\n\t\tdomNode.className = this.editClass;\n\t}\n\t// Set the text\n\tif(this.editTag === \"textarea\") {\n\t\tdomNode.appendChild(this.document.createTextNode(editInfo.value));\n\t} else {\n\t\tdomNode.setAttribute(\"value\",editInfo.value)\n\t}\n\t// Add an input event handler\n\t$tw.utils.addEventListeners(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\tparent.insertBefore(domNode,nextSibling);\n\tthis.domNodes.push(domNode);\n\tif(this.postRender) {\n\t\tthis.postRender();\n\t}\n\t// Fix height\n\tthis.fixHeight();\n};\n\n/*\nGet the tiddler being edited and current value\n*/\nEditTextWidget.prototype.getEditInfo = function() {\n\t// Get the edit value\n\tvar self = this,\n\t\tvalue,\n\t\tupdate;\n\tif(this.editIndex) {\n\t\tvalue = this.wiki.extractTiddlerDataItem(this.editTitle,this.editIndex,this.editDefault);\n\t\tupdate = function(value) {\n\t\t\tvar data = self.wiki.getTiddlerData(self.editTitle,{});\n\t\t\tif(data[self.editIndex] !== value) {\n\t\t\t\tdata[self.editIndex] = value;\n\t\t\t\tself.wiki.setTiddlerData(self.editTitle,data);\n\t\t\t}\n\t\t};\n\t} else {\n\t\t// Get the current tiddler and the field name\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\t// If we've got a tiddler, the value to display is the field string value\n\t\t\tvalue = tiddler.getFieldString(this.editField);\n\t\t} else {\n\t\t\t// Otherwise, we need to construct a default value for the editor\n\t\t\tswitch(this.editField) {\n\t\t\t\tcase \"text\":\n\t\t\t\t\tvalue = \"Type the text for the tiddler '\" + this.editTitle + \"'\";\n\t\t\t\t\tbreak;\n\t\t\t\tcase \"title\":\n\t\t\t\t\tvalue = this.editTitle;\n\t\t\t\t\tbreak;\n\t\t\t\tdefault:\n\t\t\t\t\tvalue = \"\";\n\t\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif(this.editDefault !== undefined) {\n\t\t\t\tvalue = this.editDefault;\n\t\t\t}\n\t\t}\n\t\tupdate = function(value) {\n\t\t\tvar tiddler = self.wiki.getTiddler(self.editTitle),\n\t\t\t\tupdateFields = {\n\t\t\t\t\ttitle: self.editTitle\n\t\t\t\t};\n\t\t\tupdateFields[self.editField] = value;\n\t\t\tself.wiki.addTiddler(new $tw.Tiddler(self.wiki.getCreationFields(),tiddler,updateFields,self.wiki.getModificationFields()));\n\t\t};\n\t}\n\treturn {value: value, update: update};\n};\n\n/*\nCompute the internal state of the widget\n*/\nEditTextWidget.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.editDefault = this.getAttribute(\"default\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\tthis.editFocusPopup = this.getAttribute(\"focusPopup\");\n\t// Get the editor element tag and type\n\tvar tag,type;\n\tif(this.editField === \"text\") {\n\t\ttag = \"textarea\";\n\t} else {\n\t\ttag = \"input\";\n\t\tvar fieldModule = $tw.Tiddler.fieldModules[this.editField];\n\t\tif(fieldModule && fieldModule.editTag) {\n\t\t\ttag = fieldModule.editTag;\n\t\t}\n\t\tif(fieldModule && fieldModule.editType) {\n\t\t\ttype = fieldModule.editType;\n\t\t}\n\t\ttype = type || \"text\";\n\t}\n\t// Get the rest of our parameters\n\tthis.editTag = this.getAttribute(\"tag\",tag);\n\tthis.editType = this.getAttribute(\"type\",type);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditTextWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\t// Completely rerender if any of our attributes have changed\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else if(changedTiddlers[this.editTitle]) {\n\t\tthis.updateEditor(this.getEditInfo().value);\n\t\treturn true;\n\t}\n\treturn false;\n};\n\n/*\nUpdate the editor with new text. This method is separate from updateEditorDomNode()\nso that subclasses can override updateEditor() and still use updateEditorDomNode()\n*/\nEditTextWidget.prototype.updateEditor = function(text) {\n\tthis.updateEditorDomNode(text);\n};\n\n/*\nUpdate the editor dom node with new text\n*/\nEditTextWidget.prototype.updateEditorDomNode = function(text) {\n\t// Replace the edit value if the tiddler we're editing has changed\n\tvar domNode = this.domNodes[0];\n\tif(!domNode.isTiddlyWikiFakeDom) {\n\t\tif(this.document.activeElement !== domNode) {\n\t\t\tdomNode.value = text;\n\t\t}\n\t\t// Fix the height if needed\n\t\tthis.fixHeight();\n\t}\n};\n\n/*\nFix the height of textareas to fit their content\n*/\nEditTextWidget.prototype.fixHeight = function() {\n\tvar self = this,\n\t\tdomNode = this.domNodes[0];\n\tif(domNode && !domNode.isTiddlyWikiFakeDom && this.editTag === \"textarea\") {\n\t\t$tw.utils.nextTick(function() {\n\t\t\t// Resize the textarea to fit its content, preserving scroll position\n\t\t\tvar scrollPosition = $tw.utils.getScrollPosition(),\n\t\t\t\tscrollTop = scrollPosition.y;\n\t\t\t// Set its height to auto so that it snaps to the correct height\n\t\t\tdomNode.style.height = \"auto\";\n\t\t\t// Calculate the revised height\n\t\t\tvar newHeight = Math.max(domNode.scrollHeight + domNode.offsetHeight - domNode.clientHeight,MIN_TEXT_AREA_HEIGHT);\n\t\t\t// Only try to change the height if it has changed\n\t\t\tif(newHeight !== domNode.offsetHeight) {\n\t\t\t\tdomNode.style.height = newHeight + \"px\";\n\t\t\t\t// Make sure that the dimensions of the textarea are recalculated\n\t\t\t\t$tw.utils.forceLayout(domNode);\n\t\t\t\t// Check that the scroll position is still visible before trying to scroll back to it\n\t\t\t\tscrollTop = Math.min(scrollTop,self.document.body.scrollHeight - window.innerHeight);\n\t\t\t\twindow.scrollTo(scrollPosition.x,scrollTop);\n\t\t\t}\n\t\t});\n\t}\n};\n\n/*\nHandle a dom \"input\" event\n*/\nEditTextWidget.prototype.handleInputEvent = function(event) {\n\tthis.saveChanges(this.domNodes[0].value);\n\tthis.fixHeight();\n\treturn true;\n};\n\nEditTextWidget.prototype.handleFocusEvent = function(event) {\n\tif(this.editFocusPopup) {\n\t\t$tw.popup.triggerPopup({\n\t\t\tdomNode: this.domNodes[0],\n\t\t\ttitle: this.editFocusPopup,\n\t\t\twiki: this.wiki,\n\t\t\tforce: true\n\t\t});\n\t}\n\treturn true;\n};\n\nEditTextWidget.prototype.saveChanges = function(text) {\n\tvar editInfo = this.getEditInfo();\n\tif(text !== editInfo.value) {\n\t\teditInfo.update(text);\n\t}\n};\n\nexports[\"edit-text\"] = EditTextWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit-text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 = \"$:/config/EditorTypeMappings/\";\n\n/*\nCompute the internal state of the widget\n*/\nEditWidget.prototype.execute = function() {\n\t// Get our parameters\n\tthis.editTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.editField = this.getAttribute(\"field\",\"text\");\n\tthis.editIndex = this.getAttribute(\"index\");\n\tthis.editClass = this.getAttribute(\"class\");\n\tthis.editPlaceholder = this.getAttribute(\"placeholder\");\n\t// Get the content type of the thing we're editing\n\tvar type;\n\tif(this.editField === \"text\") {\n\t\tvar tiddler = this.wiki.getTiddler(this.editTitle);\n\t\tif(tiddler) {\n\t\t\ttype = tiddler.fields.type;\n\t\t}\n\t}\n\ttype = type || \"text/vnd.tiddlywiki\";\n\t// Choose the appropriate edit widget\n\tvar editorType = this.wiki.getTiddlerText(EDITOR_MAPPING_PREFIX + type) || \"text\";\n\t// Make the child widgets\n\tthis.makeChildWidgets([{\n\t\ttype: \"edit-\" + editorType,\n\t\tattributes: {\n\t\t\ttiddler: {type: \"string\", value: this.editTitle},\n\t\t\tfield: {type: \"string\", value: this.editField},\n\t\t\tindex: {type: \"string\", value: this.editIndex},\n\t\t\t\"class\": {type: \"string\", value: this.editClass},\n\t\t\t\"placeholder\": {type: \"string\", value: this.editPlaceholder}\n\t\t}\n\t}]);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEditWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.edit = EditWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/edit.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tvar domNode = this.document.createElementNS(this.namespace,this.parseTreeNode.tag);\n\tthis.assignAttributes(domNode);\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 = $tw.utils.count(changedAttributes) > 0;\n\tif(hasChangedAttributes) {\n\t\t// Update our attributes\n\t\tthis.assignAttributes(this.domNodes[0]);\n\t}\n\treturn this.refreshChildren(changedTiddlers) || hasChangedAttributes;\n};\n\nexports.element = ElementWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/element.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tvar changedAttributes = this.computeAttributes(),\n\t\taffectedTiddlers = this.wiki.filterTiddlers(this.filter,null,changedTiddlers);\n\tif(changedAttributes.filter || affectedTiddlers.length > 0) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.encrypt = EncryptWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/encrypt.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 textNode = this.document.createTextNode($tw.utils.entityDecode(this.parseTreeNode.entity));\n\tparent.insertBefore(textNode,nextSibling);\n\tthis.domNodes.push(textNode);\n};\n\n/*\nCompute the internal state of the widget\n*/\nEntityWidget.prototype.execute = function() {\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nEntityWidget.prototype.refresh = function(changedTiddlers) {\n\treturn false;\n};\n\nexports.entity = EntityWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/entity.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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: \"tw-remove-field\", handler: \"handleRemoveFieldEvent\"},\n\t\t{type: \"tw-add-field\", handler: \"handleAddFieldEvent\"},\n\t\t{type: \"tw-remove-tag\", handler: \"handleRemoveTagEvent\"},\n\t\t{type: \"tw-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 $tw.Tiddler(tiddler,deletion));\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddFieldEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\") {\n\t\tvar name = event.param.toLowerCase();\n\t\tif(name !== \"\" && !$tw.utils.hop(tiddler.fields,name)) {\n\t\t\tvar addition = this.wiki.getModificationFields();\n\t\t\taddition[name] = \"\";\n\t\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,addition));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleRemoveTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && tiddler.fields.tags) {\n\t\tvar p = tiddler.fields.tags.indexOf(event.param);\n\t\tif(p !== -1) {\n\t\t\tvar modification = this.wiki.getModificationFields();\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\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t\t}\n\t}\n\treturn true;\n};\n\nFieldManglerWidget.prototype.handleAddTagEvent = function(event) {\n\tvar tiddler = this.wiki.getTiddler(this.mangleTitle);\n\tif(tiddler && typeof event.param === \"string\" && event.param !== \"\") {\n\t\tvar modification = this.wiki.getModificationFields();\n\t\tmodification.tags = (tiddler.fields.tags || []).slice(0);\n\t\t$tw.utils.pushTop(modification.tags,event.param);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,modification));\n\t}\n\treturn true;\n};\n\nexports.fieldmangler = FieldManglerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fieldmangler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.exclude = this.getAttribute(\"exclude\");\n\tthis.stripTitlePrefix = this.getAttribute(\"stripTitlePrefix\",\"no\") === \"yes\";\n\t// Get the value to display\n\tvar tiddler = this.wiki.getTiddler(this.tiddlerTitle);\n\t// Get the exclusion list\n\tvar exclude;\n\tif(this.exclude) {\n\t\texclude = this.exclude.split(\" \");\n\t} else {\n\t\texclude = [\"text\"]; \n\t}\n\t// Compose the template\n\tvar text = [];\n\tif(this.template && tiddler) {\n\t\tvar fields = [];\n\t\tfor(var fieldName in tiddler.fields) {\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tfields.push(fieldName);\n\t\t\t}\n\t\t}\n\t\tfields.sort();\n\t\tfor(var f=0; f<fields.length; f++) {\n\t\t\tfieldName = fields[f];\n\t\t\tif(exclude.indexOf(fieldName) === -1) {\n\t\t\t\tvar row = this.template,\n\t\t\t\t\tvalue = tiddler.getFieldString(fieldName);\n\t\t\t\tif(this.stripTitlePrefix && fieldName === \"title\") {\n\t\t\t\t\tvar reStrip = /^\\{[^\\}]+\\}(.+)/mg,\n\t\t\t\t\t\treMatch = reStrip.exec(value);\n\t\t\t\t\tif(reMatch) {\n\t\t\t\t\t\tvalue = reMatch[1];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\trow = row.replace(\"$name$\",fieldName);\n\t\t\t\trow = row.replace(\"$value$\",value);\n\t\t\t\trow = row.replace(\"$encoded_value$\",$tw.utils.htmlEncode(value));\n\t\t\t\ttext.push(row)\n\t\t\t}\n\t\t}\n\t}\n\tthis.text = text.join(\"\");\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nFieldsWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.template || changedAttributes.exclude || changedAttributes.stripTitlePrefix || changedTiddlers[this.tiddlerTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.fields = FieldsWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/fields.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 tw-wikilinks configuration macro\n\tvar wikiLinksMacro = this.getVariable(\"tw-wikilinks\"),\n\t\tuseWikiLinks = wikiLinksMacro ? !(wikiLinksMacro.trim() === \"no\") : true;\n\t// Render the link if required\n\tif(useWikiLinks) {\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// Create our element\n\tvar domNode = this.document.createElement(\"a\");\n\t// Assign classes\n\t$tw.utils.addClass(domNode,\"tw-tiddlylink\");\n\tif(this.isShadow) {\n\t\t$tw.utils.addClass(domNode,\"tw-tiddlylink-shadow\");\n\t}\n\tif(this.isMissing && !this.isShadow) {\n\t\t$tw.utils.addClass(domNode,\"tw-tiddlylink-missing\");\n\t} else {\n\t\tif(!this.isMissing) {\n\t\t\t$tw.utils.addClass(domNode,\"tw-tiddlylink-resolves\");\n\t\t}\n\t}\n\t// Set an href\n\tvar wikiLinkTemplateMacro = this.getVariable(\"tw-wikilink-template\"),\n\t\twikiLinkTemplate = wikiLinkTemplateMacro ? wikiLinkTemplateMacro.trim() : \"#$uri_encoded$\",\n\t\twikiLinkText = wikiLinkTemplate.replace(\"$uri_encoded$\",encodeURIComponent(this.to));\n\twikiLinkText = wikiLinkText.replace(\"$uri_doubleencoded$\",encodeURIComponent(encodeURIComponent(this.to)));\n\tdomNode.setAttribute(\"href\",wikiLinkText);\n\t// Add a click event handler\n\t$tw.utils.addEventListeners(domNode,[\n\t\t{name: \"click\", handlerObject: this, handlerMethod: \"handleClickEvent\"},\n\t\t{name: \"dragstart\", handlerObject: this, handlerMethod: \"handleDragStartEvent\"},\n\t\t{name: \"dragend\", handlerObject: this, handlerMethod: \"handleDragEndEvent\"}\n\t]);\n\t// Insert the link into the DOM and render any children\n\tparent.insertBefore(domNode,nextSibling);\n\tthis.renderChildren(domNode,null);\n\tthis.domNodes.push(domNode);\n};\n\nLinkWidget.prototype.handleClickEvent = function (event) {\n\t// Send the click on it's way as a navigate event\n\tvar bounds = this.domNodes[0].getBoundingClientRect();\n\tthis.dispatchEvent({\n\t\ttype: \"tw-navigate\",\n\t\tnavigateTo: this.to,\n\t\tnavigateFromTitle: this.getVariable(\"storyTiddler\"),\n\t\tnavigateFromNode: this,\n\t\tnavigateFromClientRect: { top: bounds.top, left: bounds.left, width: bounds.width, right: bounds.right, bottom: bounds.bottom, height: bounds.height\n\t\t}\n\t});\n\tevent.preventDefault();\n\tevent.stopPropagation();\n\treturn false;\n};\n\nLinkWidget.prototype.handleDragStartEvent = function(event) {\n\tif(this.to) {\n\t\t// Set the dragging class on the element being dragged\n\t\t$tw.utils.addClass(event.target,\"tw-tiddlylink-dragging\");\n\t\t// Create the drag image elements\n\t\tthis.dragImage = this.document.createElement(\"div\");\n\t\tthis.dragImage.className = \"tw-tiddler-dragger\";\n\t\tvar inner = this.document.createElement(\"div\");\n\t\tinner.className = \"tw-tiddler-dragger-inner\";\n\t\tinner.appendChild(this.document.createTextNode(this.to));\n\t\tthis.dragImage.appendChild(inner);\n\t\tthis.document.body.appendChild(this.dragImage);\n\t\t// Astoundingly, we need to cover the dragger up: http://www.kryogenix.org/code/browser/custom-drag-image.html\n\t\tvar cover = this.document.createElement(\"div\");\n\t\tcover.className = \"tw-tiddler-dragger-cover\";\n\t\tcover.style.left = (inner.offsetLeft - 16) + \"px\";\n\t\tcover.style.top = (inner.offsetTop - 16) + \"px\";\n\t\tcover.style.width = (inner.offsetWidth + 32) + \"px\";\n\t\tcover.style.height = (inner.offsetHeight + 32) + \"px\";\n\t\tthis.dragImage.appendChild(cover);\n\t\t// Set the data transfer properties\n\t\tvar dataTransfer = event.dataTransfer;\n\t\t// First the image\n\t\tdataTransfer.effectAllowed = \"copy\";\n\t\tif(dataTransfer.setDragImage) {\n\t\t\tdataTransfer.setDragImage(this.dragImage.firstChild,-16,-16);\n\t\t}\n\t\t// Then the data\n\t\tdataTransfer.clearData();\n\t\tvar jsonData = this.wiki.getTiddlerAsJson(this.to),\n\t\t\ttextData = this.wiki.getTiddlerText(this.to,\"\");\n\t\t// IE doesn't like these content types\n\t\tif(!$tw.browser.isIE) {\n\t\t\tdataTransfer.setData(\"text/vnd.tiddler\",jsonData);\n\t\t\tdataTransfer.setData(\"text/plain\",textData);\n\t\t\tdataTransfer.setData(\"text/x-moz-url\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\t}\n\t\tdataTransfer.setData(\"URL\",\"data:text/vnd.tiddler,\" + encodeURI(jsonData));\n\t\tdataTransfer.setData(\"Text\",textData);\n\t\tevent.stopPropagation();\n\t} else {\n\t\tevent.preventDefault();\n\t}\n};\n\nLinkWidget.prototype.handleDragEndEvent = function(event) {\n\t// Remove the dragging class on the element being dragged\n\t$tw.utils.removeClass(event.target,\"tw-tiddlylink-dragging\");\n\t// Delete the drag image element\n\tif(this.dragImage) {\n\t\tthis.dragImage.parentNode.removeChild(this.dragImage);\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nLinkWidget.prototype.execute = function() {\n\t// Get the target tiddler title\n\tthis.to = this.getAttribute(\"to\",this.getVariable(\"currentTiddler\"));\n\t// Determine the link characteristics\n\tthis.isMissing = !this.wiki.tiddlerExists(this.to);\n\tthis.isShadow = this.wiki.isShadowTiddler(this.to);\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*/\nLinkWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.to || changedTiddlers[this.to]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t}\n\treturn this.refreshChildren(changedTiddlers);\n};\n\nexports.link = LinkWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/link.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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: \"tw-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\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*/\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 tw-navigate event\n*/\nLinkCatcherWidget.prototype.handleNavigateEvent = function(event) {\n\tif(this.catchTo) {\n\t\tthis.wiki.setTextReference(this.catchTo,event.navigateTo,this.getVariable(\"currentTiddler\"));\n\t}\n\tif(this.catchMessage) {\n\t\tthis.dispatchEvent({\n\t\t\ttype: this.catchMessage,\n\t\t\tparam: event.navigateTo\n\t\t});\n\t}\n\tif(this.catchSet) {\n\t\tvar tiddler = this.wiki.getTiddler(this.catchSet);\n\t\tthis.wiki.addTiddler(new $tw.Tiddler(tiddler,{title: this.catchSet, text: this.catchSetTo}));\n\t}\n\treturn false;\n};\n\nexports.linkcatcher = LinkCatcherWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/linkcatcher.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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$tw.modules.applyMethods(\"storyview\",this.storyViews);\n\t}\n\t// Main initialisation inherited from widget.js\n\tthis.initialise(parseTreeNode,options);\n};\n\n/*\nInherit from the base widget class\n*/\nListWidget.prototype = new Widget();\n\n/*\nRender this widget into the DOM\n*/\nListWidget.prototype.render = function(parent,nextSibling) {\n\tthis.parentDomNode = parent;\n\tthis.computeAttributes();\n\tthis.execute();\n\tthis.renderChildren(parent,nextSibling);\n\t// Construct the storyview\n\tvar StoryView = this.storyViews[this.storyViewName];\n\tthis.storyview = StoryView ? new StoryView(this) : null;\n};\n\n/*\nCompute the internal state of the widget\n*/\nListWidget.prototype.execute = function() {\n\t// Get our attributes\n\tthis.template = this.getAttribute(\"template\");\n\tthis.editTemplate = this.getAttribute(\"editTemplate\");\n\tthis.variableName = this.getAttribute(\"variable\",\"currentTiddler\");\n\tthis.storyViewName = this.getAttribute(\"storyview\");\n\tthis.historyTitle = this.getAttribute(\"history\");\n\t// Compose the list elements\n\tthis.list = this.getTiddlerList();\n\tvar members = [],\n\t\tself = this;\n\t// Check for an empty list\n\tif(this.list.length === 0) {\n\t\tmembers = this.getEmptyMessage();\n\t} else {\n\t\t$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.getVariable(\"currentTiddler\"));\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// 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\treturn true;\n\t} else {\n\t\t// Handle any changes to the list\n\t\tvar hasChanged = 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\treturn hasChanged;\n\t}\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.getTiddlerData(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})();\n",
"title": "$:/core/modules/widgets/list.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 text = this.getVariable(this.parseTreeNode.name || this.getAttribute(\"$name\"),{params: params}),\n\t\tparseTreeNodes;\n\t// Are we rendering to HTML?\n\tif(this.renderOutput === \"text/html\") {\n\t\t// If so we'll return the parsed macro\n\t\tvar parser = this.wiki.parseText(this.parseType,text,\n\t\t\t\t\t\t\t{parseAsInline: !this.parseTreeNode.isBlock});\n\t\tparseTreeNodes = parser ? parser.tree : [];\n\t} else {\n\t\t// Otherwise, we'll render the text\n\t\tvar plainText = this.wiki.renderText(\"text/plain\",this.parseType,text,{parentWidget: this});\n\t\tparseTreeNodes = [{type: \"text\", text: plainText}];\n\t}\n\t// Construct the child widgets\n\tthis.makeChildWidgets(parseTreeNodes);\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nMacroCallWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif($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",
"title": "$:/core/modules/widgets/macrocall.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw: false */\n\"use strict\";\n\nvar Widget = require(\"$:/core/modules/widgets/widget.js\").widget;\n\nvar NavigatorWidget = function(parseTreeNode,options) {\n\tthis.initialise(parseTreeNode,options);\n\tthis.addEventListeners([\n\t\t{type: \"tw-navigate\", handler: \"handleNavigateEvent\"},\n\t\t{type: \"tw-edit-tiddler\", handler: \"handleEditTiddlerEvent\"},\n\t\t{type: \"tw-delete-tiddler\", handler: \"handleDeleteTiddlerEvent\"},\n\t\t{type: \"tw-save-tiddler\", handler: \"handleSaveTiddlerEvent\"},\n\t\t{type: \"tw-cancel-tiddler\", handler: \"handleCancelTiddlerEvent\"},\n\t\t{type: \"tw-close-tiddler\", handler: \"handleCloseTiddlerEvent\"},\n\t\t{type: \"tw-close-all-tiddlers\", handler: \"handleCloseAllTiddlersEvent\"},\n\t\t{type: \"tw-close-other-tiddlers\", handler: \"handleCloseOtherTiddlersEvent\"},\n\t\t{type: \"tw-new-tiddler\", handler: \"handleNewTiddlerEvent\"},\n\t\t{type: \"tw-import-tiddlers\", handler: \"handleImportTiddlersEvent\"},\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\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);\t\t\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\tvar storyTiddler = this.wiki.getTiddler(this.storyTitle);\n\tthis.wiki.addTiddler(new $tw.Tiddler(\n\t\t{title: this.storyTitle},\n\t\tstoryTiddler,\n\t\t{list: storyList}\n\t));\n};\n\nNavigatorWidget.prototype.findTitleInStory = function(storyList,title,defaultIndex) {\n\tvar p = storyList.indexOf(title);\n\treturn p === -1 ? defaultIndex : p;\n};\n\nNavigatorWidget.prototype.removeTitleFromStory = function(storyList,title) {\n\tvar p = storyList.indexOf(title);\n\twhile(p !== -1) {\n\t\tstoryList.splice(p,1);\n\t\tp = storyList.indexOf(title);\n\t}\n};\n\nNavigatorWidget.prototype.replaceFirstTitleInStory = function(storyList,oldTitle,newTitle) {\n\tvar pos = storyList.indexOf(oldTitle);\n\tif(pos !== -1) {\n\t\tstoryList[pos] = newTitle;\n\t\tdo {\n\t\t\tpos = storyList.indexOf(oldTitle,pos + 1);\n\t\t\tif(pos !== -1) {\n\t\t\t\tstoryList.splice(pos,1);\n\t\t\t}\n\t\t} while(pos !== -1);\n\t} else {\n\t\tstoryList.splice(0,0,newTitle);\n\t}\n};\n\nNavigatorWidget.prototype.addToStory = function(title,fromTitle) {\n\tvar storyList = this.getStoryList();\n\tif(storyList) {\n\t\t// See if the tiddler is already there\n\t\tvar slot = this.findTitleInStory(storyList,title,-1);\n\t\t// If not we need to add it\n\t\tif(slot === -1) {\n\t\t\t// First we try to find the position of the story element we navigated from\n\t\t\tslot = this.findTitleInStory(storyList,fromTitle,-1) + 1;\n\t\t\t// Add the tiddler\n\t\t\tstoryList.splice(slot,0,title);\n\t\t\t// Save the story\n\t\t\tthis.saveStoryList(storyList);\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\tvar titles = $tw.utils.isArray(title) ? title : [title];\n\t// Add a new record to the top of the history stack\n\tif(this.historyTitle) {\n\t\tvar historyList = this.wiki.getTiddlerData(this.historyTitle,[]);\n\t\t$tw.utils.each(titles,function(title) {\n\t\t\thistoryList.push({title: title, fromPageRect: fromPageRect});\n\t\t});\n\t\tthis.wiki.setTiddlerData(this.historyTitle,historyList);\n\t}\n};\n\n/*\nHandle a tw-navigate event\n*/\nNavigatorWidget.prototype.handleNavigateEvent = function(event) {\n\tthis.addToStory(event.navigateTo,event.navigateFromTitle);\n\tthis.addToHistory(event.navigateTo,event.navigateFromClientRect);\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\t// Replace the specified tiddler with a draft in edit mode\n\tvar title = event.param || event.tiddlerTitle,\n\t\tdraftTiddler = this.makeDraftTiddler(title),\n\t\tdraftTitle = draftTiddler.fields.title,\n\t\tstoryList = this.getStoryList();\n\tthis.removeTitleFromStory(storyList,draftTitle);\n\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\tthis.saveStoryList(storyList);\n\treturn false;\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// Check if the tiddler we're deleting is in draft mode\n\tif(tiddler.hasField(\"draft.title\")) {\n\t\t// Delete the original tiddler\n\t\tvar originalTitle = tiddler.fields[\"draft.of\"];\n\t\tthis.wiki.deleteTiddler(originalTitle);\n\t\tthis.removeTitleFromStory(storyList,originalTitle);\n\t}\n\t// Delete this 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\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 drafts = [];\n\tthis.wiki.forEachTiddler({includeSystem: true},function(title,tiddler) {\n\t\tif(tiddler.fields[\"draft.title\"] && tiddler.fields[\"draft.of\"] === targetTitle) {\n\t\t\tdrafts.push(tiddler);\n\t\t}\n\t});\n\tif(drafts.length > 0) {\n\t\treturn drafts[0];\n\t}\n\t// Get the current value of the tiddler we're editing\n\tvar tiddler = this.wiki.getTiddler(targetTitle),\n\t\tdraftTitle = this.generateDraftTitle(targetTitle);\n\t// Save the initial value of the draft tiddler\n\tvar draftTiddler = new $tw.Tiddler(\n\t\t\t{text: \"Type the text for the tiddler '\" + targetTitle + \"'\"},\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\tvar c = 0;\n\tdo {\n\t\tvar draftTitle = \"Kladde \" + (c ? (c + 1) + \" \" : \"\") + \"til '\" + title + \"'\";\n\t\tc++;\n\t} while(this.wiki.tiddlerExists(draftTitle));\n\treturn draftTitle;\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\tstoryTiddlerModified = false; // We have to special case saving the story tiddler itself\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(\"Do you wish to overwrite the tiddler '\" + draftTitle + \"'?\");\n\t\t\t}\n\t\t\tif(isConfirmed) {\n\t\t\t\t// Save the draft tiddler as the real tiddler\n\t\t\t\tthis.wiki.addTiddler(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\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// Replace the draft in the story with the original\n\t\t\t\tthis.replaceFirstTitleInStory(storyList,title,draftTitle);\n\t\t\t\tthis.addToHistory(draftTitle,event.navigateFromClientRect);\n\t\t\t\tif(draftTitle !== this.storyTitle) {\n\t\t\t\t\tthis.saveStoryList(storyList);\n\t\t\t\t}\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\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.fields[\"draft.of\"],\n\t\tstoryList = this.getStoryList();\n\tif(draftTiddler && originalTitle) {\n\t\t// Remove the draft tiddler\n\t\tthis.wiki.deleteTiddler(draftTitle);\n\t\tthis.replaceFirstTitleInStory(storyList,draftTitle,originalTitle);\n\t\tthis.addToHistory(originalTitle,event.navigateFromClientRect);\n\t\tthis.saveStoryList(storyList);\n\t}\n\treturn false;\n};\n\n// Create a new draft tiddler\nNavigatorWidget.prototype.handleNewTiddlerEvent = function(event) {\n\t// Get the story details\n\tvar storyList = this.getStoryList();\n\t// Get the template tiddler if there is one\n\tvar templateTiddler = this.wiki.getTiddler(event.param);\n\t// Create the new tiddler\n\tvar title = this.wiki.generateNewTitle((templateTiddler && templateTiddler.fields.title) || \"Ny Tiddler\");\n\tvar tiddler = new $tw.Tiddler(this.wiki.getCreationFields(),{\n\t\ttext: \"Newly created tiddler\",\n\t\ttitle: title\n\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(tiddler);\n\t// Create the draft tiddler\n\tvar draftTitle = this.generateDraftTitle(title),\n\t\tdraftTiddler = new $tw.Tiddler({\n\t\t\ttext: \"\"\n\t\t},templateTiddler,\n\t\tthis.wiki.getCreationFields(),\n\t\t{\n\t\t\ttitle: draftTitle,\n\t\t\t\"draft.title\": title,\n\t\t\t\"draft.of\": title\n\t\t},this.wiki.getModificationFields());\n\tthis.wiki.addTiddler(draftTiddler);\n\t// Update the story to insert the new draft at the top\n\tvar slot = storyList.indexOf(event.navigateFromTitle);\n\tstoryList.splice(slot + 1,0,draftTitle);\n\t// Save the updated story\n\tthis.saveStoryList(storyList);\n\t// Add a new record to the top of the history stack\n\tthis.addToHistory(draftTitle);\n\treturn false;\n};\n\n// Import JSON tiddlers\nNavigatorWidget.prototype.handleImportTiddlersEvent = function(event) {\n\tvar self = this;\n\t// Get the story and history details\n\tvar storyList = this.getStoryList();\n\tvar history = [];\n\t// Get the tiddlers\n\tvar tiddlers = [];\n\ttry {\n\t\ttiddlers = JSON.parse(event.param);\t\n\t} catch(e) {\n\t}\n\t// Process each tiddler\n\t$tw.utils.each(tiddlers,function(tiddlerFields) {\n\t\tvar title = tiddlerFields.title;\n\t\t// Add it to the store\n\t\tvar imported = self.wiki.importTiddler(new $tw.Tiddler(\n\t\t\tself.wiki.getCreationFields(),\n\t\t\tself.wiki.getModificationFields(),\n\t\t\ttiddlerFields\n\t\t));\n\t\tif(imported) {\n\t\t\t// Add it to the story\n\t\t\tif(storyList.indexOf(title) === -1) {\n\t\t\t\tstoryList.unshift(title);\n\t\t\t}\n\t\t\t// And to history\n\t\t\thistory.push(title);\n\t\t}\n\t});\n\t// Save the updated story and history\n\tthis.saveStoryList(storyList);\n\tthis.addToHistory(history);\n\treturn false;\n};\n\nexports.navigator = NavigatorWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/navigator.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 $tw.utils.savePassword(this.passwordName,password);\n};\n\n/*\nCompute the internal state of the widget\n*/\nPasswordWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.passwordName = this.getAttribute(\"name\",\"\");\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nPasswordWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\n\t}\n};\n\nexports.password = PasswordWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/password.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/core/modules/widgets/radio.js": {
"text": "/*\\\ntitle: $:/core/modules/widgets/radio.js\ntype: application/javascript\nmodule-type: widget\n\nRadio widget\n\nWill set a field to the selected value:\n\n```\n\t<$radio field=\"myfield\" value=\"check 1\">one</$radio>\n\t<$radio field=\"myfield\" value=\"check 2\">two</$radio>\n\t<$radio field=\"myfield\" value=\"check 3\">three</$radio>\n```\n\n|Parameter |Description |h\n|tiddler |Name of the tiddler in which the field should be set. Defaults to current tiddler |\n|field |The name of the field to be set |\n|value |The value to set |\n|class |Optional class name(s) |\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 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\t// Create our elements\n\tthis.labelDomNode = this.document.createElement(\"label\");\n\tthis.labelDomNode.setAttribute(\"class\",this.radioClass);\n\tthis.inputDomNode = this.document.createElement(\"input\");\n\tthis.inputDomNode.setAttribute(\"type\",\"radio\");\n\tif(this.getValue() == this.radioValue) {\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 tiddler = this.wiki.getTiddler(this.radioTitle);\n\treturn tiddler && tiddler.getFieldString(this.radioField);\n};\n\nRadioWidget.prototype.setValue = function() {\n\tif(this.radioField) {\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 $tw.Tiddler(tiddler,addition));\n\t}\n};\n\nRadioWidget.prototype.handleChangeEvent = function(event) {\n\tif(this.inputDomNode.checked) {\n\t\tthis.setValue();\n\t}\n};\n\n/*\nCompute the internal state of the widget\n*/\nRadioWidget.prototype.execute = function() {\n\t// Get the parameters from the attributes\n\tthis.radioTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\tthis.radioField = this.getAttribute(\"field\");\n\tthis.radioValue = this.getAttribute(\"value\");\n\tthis.radioClass = this.getAttribute(\"class\",\"\");\n\tif(this.radioClass !== \"\") {\n\t\tthis.radioClass += \" \";\n\t}\n\tthis.radioClass += \"tw-radio\";\n\t// Make the child widgets\n\tthis.makeChildWidgets();\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nRadioWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.value || changedAttributes[\"class\"]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.radioTitle]) {\n\t\t\tthis.inputDomNode.checked = this.getValue() === this.radioValue;\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\nexports.radio = RadioWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/radio.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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",
"title": "$:/core/modules/widgets/raw.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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 domNode = this.document.createElement(this.parseTreeNode.isBlock ? \"div\" : \"span\");\n\tvar classes = this[\"class\"].split(\" \") || [];\n\tclasses.push(\"tw-reveal\");\n\tdomNode.className = classes.join(\" \");\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,\"tw-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\tswitch(this.position) {\n\t\tcase \"left\":\n\t\t\tdomNode.style.left = (this.popup.left - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"above\":\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"aboveright\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height - domNode.offsetHeight) + \"px\";\n\t\t\tbreak;\n\t\tcase \"right\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width) + \"px\";\n\t\t\tdomNode.style.top = this.popup.top + \"px\";\n\t\t\tbreak;\n\t\tcase \"belowleft\":\n\t\t\tdomNode.style.left = (this.popup.left + this.popup.width - domNode.offsetWidth) + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t\tdefault: // Below\n\t\t\tdomNode.style.left = this.popup.left + \"px\";\n\t\t\tdomNode.style.top = (this.popup.top + this.popup.height) + \"px\";\n\t\t\tbreak;\n\t}\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.type = this.getAttribute(\"type\");\n\tthis.text = this.getAttribute(\"text\");\n\tthis.position = this.getAttribute(\"position\");\n\tthis[\"class\"] = this.getAttribute(\"class\",\"\");\n\tthis[\"default\"] = this.getAttribute(\"default\",\"\");\n\tthis.animate = this.getAttribute(\"animate\",\"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.stateTitle = this.state;\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\tif(this.stateTitle) {\n\t\tvar state = this.wiki.getTextReference(this.stateTitle,this[\"default\"],this.getVariable(\"currentTiddler\"));\n\t\tswitch(this.type) {\n\t\t\tcase \"popup\":\n\t\t\t\tthis.readPopupState(state);\n\t\t\t\tbreak;\n\t\t\tcase \"match\":\n\t\t\t\tthis.readMatchState(state);\n\t\t\t\tbreak;\n\t\t\tcase \"nomatch\":\n\t\t\t\tthis.readMatchState(state);\n\t\t\t\tthis.isOpen = !this.isOpen;\n\t\t\t\tbreak;\n\t\t}\n\t}\n};\n\nRevealWidget.prototype.readMatchState = function(state) {\n\tthis.isOpen = state === this.text;\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[\"default\"] || changedAttributes.animate) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\tvar refreshed = false;\n\t\tif(changedTiddlers[this.stateTitle]) {\n\t\t\t// this.updateState();\n\t\t\tthis.refreshSelf();\n\t\t\trefreshed = true;\n\t\t}\n\t\treturn this.refreshChildren(changedTiddlers) || refreshed;\n\t}\n};\n\n/*\nCalled by refresh() to dynamically show or hide the content\n*/\nRevealWidget.prototype.updateState = function() {\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,\"tw-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\tdomNode.setAttribute(\"hidden\",\"true\");\n }});\n\t}\n};\n\nexports.reveal = RevealWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/reveal.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.setValue = this.getAttribute(\"value\");\n\t// Set context variable\n\tthis.setVariable(this.setName,this.setValue,this.parseTreeNode.params);\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*/\nSetWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.name || changedAttributes.value) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn this.refreshChildren(changedTiddlers);\t\t\n\t}\n};\n\nexports.setvariable = SetWidget;\nexports.set = SetWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/set.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\t\ttextNode = 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\treturn false;\n};\n\nexports.text = TextNodeWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/text.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\t// Get our parameters\n\tthis.tiddlerTitle = this.getAttribute(\"tiddler\",this.getVariable(\"currentTiddler\"));\n\t// Set context variables\n\tthis.setVariable(\"currentTiddler\",this.tiddlerTitle);\n\tthis.setVariable(\"missingTiddlerClass\",(this.wiki.tiddlerExists(this.tiddlerTitle) || this.wiki.isShadowTiddler(this.tiddlerTitle)) ? \"tw-tiddler-exists\" : \"tw-tiddler-missing\");\n\tthis.setVariable(\"shadowTiddlerClass\",this.wiki.isShadowTiddler(this.tiddlerTitle) ? \"tw-tiddler-shadow\" : \"\");\n\tthis.setVariable(\"systemTiddlerClass\",this.wiki.isSystemTiddler(this.tiddlerTitle) ? \"tw-tiddler-system\" : \"\");\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*/\nTiddlerWidget.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\nexports.tiddler = TiddlerWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/tiddler.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.transcludeField = this.getAttribute(\"field\");\n\tthis.transcludeIndex = this.getAttribute(\"index\");\n\t// Check for recursion\n\tvar recursionMarker = this.makeRecursionMarker();;\n\tif(this.parentWidget && this.parentWidget.hasVariable(\"transclusion\",recursionMarker)) {\n\t\tthis.makeChildWidgets([{type: \"text\", text: \"Tiddler recursion error in transclude widget\"}]);\n\t\treturn;\n\t}\n\t// Set context variables for recursion detection\n\tthis.setVariable(\"transclusion\",recursionMarker);\n\t// Parse the text reference\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{parseAsInline: !this.parseTreeNode.isBlock}),\n\t\tparseTreeNodes = parser ? parser.tree : [];\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\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",
"title": "$:/core/modules/widgets/transclude.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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.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\tswitch(this.viewFormat) {\n\t\tcase \"htmlwikified\":\n\t\t\tthis.text = this.getValueAsHtmlWikified();\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\nViewWidget.prototype.getValue = function() {\n\t// Get the value to display\n\tvar value,\n\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\tif(tiddler) {\n\t\tif(this.viewField === \"text\") {\n\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\tvalue = this.wiki.getTiddlerText(this.viewTitle);\n\t\t} else {\n\t\t\tif($tw.utils.hop(tiddler.fields,this.viewField)) {\n\t\t\t\tvalue = tiddler.fields[this.viewField];\t\t\t\t\n\t\t\t} else {\n\t\t\t\tvalue = \"\";\n\t\t\t}\n\t\t}\n\t} else {\n\t\tif(this.viewField === \"title\") {\n\t\t\tvalue = this.viewTitle;\n\t\t} else {\n\t\t\tvalue = undefined;\n\t\t}\n\t}\n\treturn value;\n};\n\nViewWidget.prototype.getValueAsText = function() {\n\t// Get the value to display\n\tvar text,\n\t\ttiddler = this.wiki.getTiddler(this.viewTitle);\n\tif(tiddler) {\n\t\tif(this.viewField === \"text\") {\n\t\t\t// Calling getTiddlerText() triggers lazy loading of skinny tiddlers\n\t\t\ttext = this.wiki.getTiddlerText(this.viewTitle);\n\t\t} else {\n\t\t\ttext = tiddler.getFieldString(this.viewField);\n\t\t}\n\t} else { // Use a special value if the tiddler is missing\n\t\tif(this.viewField === \"title\") {\n\t\t\ttext = this.viewTitle;\n\t\t} else {\n\t\t\ttext = \"\";\n\t\t}\n\t}\n\treturn text;\n};\n\nViewWidget.prototype.getValueAsHtmlWikified = function() {\n\treturn this.wiki.renderText(\"text/html\",\"text/vnd.tiddlywiki\",this.getValueAsText(),{parentWidget: this});\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 $tw.utils.stringify(this.getValueAsText());\n};\n\n/*\nSelectively refreshes the widget if needed. Returns true if the widget or any of its children needed re-rendering\n*/\nViewWidget.prototype.refresh = function(changedTiddlers) {\n\tvar changedAttributes = this.computeAttributes();\n\tif(changedAttributes.tiddler || changedAttributes.field || changedAttributes.index || changedAttributes.template || changedAttributes.format || changedTiddlers[this.viewTitle]) {\n\t\tthis.refreshSelf();\n\t\treturn true;\n\t} else {\n\t\treturn false;\t\n\t}\n};\n\nexports.view = ViewWidget;\n\n})();\n",
"title": "$:/core/modules/widgets/view.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\tvariables: optional hashmap of context variables (see below)\n\tparentWidget: optional reference to a parent renderer node for the context chain\n\tdocument: optional document object to use instead of global document\nContext variables include:\n\tcurrentTiddler: title of the tiddler providing the context\n*/\nvar Widget = function(parseTreeNode,options) {\n\tif(arguments.length > 0) {\n\t\tthis.initialise(parseTreeNode,options);\n\t}\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\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\tWidget.prototype.widgetClasses = $tw.modules.applyMethods(\"widget\");\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\n*/\nWidget.prototype.setVariable = function(name,value,params) {\n\tthis.variables[name] = {value: value, params: params};\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*/\nWidget.prototype.getVariable = function(name,options) {\n\toptions = options || {};\n\tvar actualParams = options.params || [];\n\t// If the variable doesn't exist then look for a macro module\n\tif(!(name in this.variables)) {\n\t\treturn this.evaluateMacroModule(name,actualParams,options.defaultValue);\n\t}\n\tvar variable = this.variables[name],\n\t\tvalue = variable.value || \"\";\n\t// Substitute any parameters specified in the definition\n\tvalue = this.substituteVariableParameters(value,variable.params,actualParams);\n\tvalue = this.substituteVariableReferences(value);\n\treturn value;\n};\n\nWidget.prototype.substituteVariableParameters = function(text,formalParams,actualParams) {\n\tif(formalParams) {\n\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\tparamInfo, paramValue;\n\t\t// Step through each of the parameters in the macro definition\n\t\tfor(var p=0; p<formalParams.length; p++) {\n\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\tparamInfo = formalParams[p];\n\t\t\tparamValue = undefined;\n\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\tnextAnonParameter++;\n\t\t\t}\n\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t}\n\t\t\t// If we've still not got a value, use the default, if any\n\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t// Replace any instances of this parameter\n\t\t\ttext = text.replace(new RegExp(\"\\\\$\" + $tw.utils.escapeRegExp(paramInfo.name) + \"\\\\$\",\"mg\"),paramValue);\n\t\t}\n\t}\n\treturn text;\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 = $tw.macros[name],\n\t\t\targs = [];\n\t\tif(macro.params.length > 0) {\n\t\t\tvar nextAnonParameter = 0, // Next candidate anonymous parameter in macro call\n\t\t\t\tparamInfo, paramValue;\n\t\t\t// Step through each of the parameters in the macro definition\n\t\t\tfor(var p=0; p<macro.params.length; p++) {\n\t\t\t\t// Check if we've got a macro call parameter with the same name\n\t\t\t\tparamInfo = macro.params[p];\n\t\t\t\tparamValue = undefined;\n\t\t\t\tfor(var m=0; m<actualParams.length; m++) {\n\t\t\t\t\tif(actualParams[m].name === paramInfo.name) {\n\t\t\t\t\t\tparamValue = actualParams[m].value;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t// If not, use the next available anonymous macro call parameter\n\t\t\t\twhile(nextAnonParameter < actualParams.length && actualParams[nextAnonParameter].name) {\n\t\t\t\t\tnextAnonParameter++;\n\t\t\t\t}\n\t\t\t\tif(paramValue === undefined && nextAnonParameter < actualParams.length) {\n\t\t\t\t\tparamValue = actualParams[nextAnonParameter++].value;\n\t\t\t\t}\n\t\t\t\t// If we've still not got a value, use the default, if any\n\t\t\t\tparamValue = paramValue || paramInfo[\"default\"] || \"\";\n\t\t\t\t// Save the parameter\n\t\t\t\targs.push(paramValue);\n\t\t\t}\n\t\t}\n\t\telse for(var i=0; i<actualParams.length; ++i) {\n\t\t\targs.push(actualParams[i].value);\n\t\t}\n\t\treturn macro.run.apply(this,args)\n\t} else {\n\t\treturn defaultValue;\n\t}\n};\n\n/*\nCheck whether a given context variable value exists in the parent chain\n*/\nWidget.prototype.hasVariable = function(name,value) {\n\tvar node = this;\n\twhile(node) {\n\t\tif($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\tname = name || \"transclusion\";\n\tvar output = [],\n\t\tnode = this;\n\twhile(node) {\n\t\tif($tw.utils.hop(node.variables,name)) {\n\t\t\toutput.push(node.getVariable(name));\n\t\t}\n\t\tnode = node.parentWidget;\n\t}\n\treturn \"{\" + $tw.utils.hashString(output.join(\"\")) + \"}\";\n};\n\n/*\nCompute the current values of the attributes of the widget. Returns a hashmap of the names of the attributes that have changed\n*/\nWidget.prototype.computeAttributes = function() {\n\tvar changedAttributes = {},\n\t\tself = this,\n\t\tvalue;\n\t$tw.utils.each(this.parseTreeNode.attributes,function(attribute,name) {\n\t\tif(attribute.type === \"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\n*/\nWidget.prototype.assignAttributes = function(domNode) {\n\tvar self = this;\n\t$tw.utils.each(this.attributes,function(v,a) {\n\t\tif(v !== undefined) {\n\t\t\t// Setting certain attributes can cause a DOM error (eg xmlns on the svg element)\n\t\t\ttry {\n\t\t\t\tdomNode.setAttributeNS(null,a,v);\n\t\t\t} catch(e) {\n\t\t\t}\n\t\t}\n\t});\n};\n\n/*\nMake child widgets correspondng to specified parseTreeNodes\n*/\nWidget.prototype.makeChildWidgets = function(parseTreeNodes) {\n\tthis.children = [];\n\tvar self = this;\n\t$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\t$tw.utils.each(this.children,function(childWidget) {\n\t\tchildWidget.render(parent,nextSibling);\n\t});\n};\n\n/*\nAdd a list of event listeners from an array [{type:,handler:},...]\n*/\nWidget.prototype.addEventListeners = function(listeners) {\n\tvar self = this;\n\t$tw.utils.each(listeners,function(listenerInfo) {\n\t\tself.addEventListener(listenerInfo.type,listenerInfo.handler);\t\t\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\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 self = this,\n\t\trefreshed = false;\n\t$tw.utils.each(this.children,function(childWidget) {\n\t\trefreshed = childWidget.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\treturn parent.findNextSiblingDomNode(index);\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$tw.utils.each(this.children,function(childWidget) {\n\t\t\tchildWidget.removeChildDomNodes();\n\t\t});\n\t}\n};\n\nexports.widget = Widget;\n\n})();\n",
"title": "$:/core/modules/widgets/widget.js",
"type": "application/javascript",
"module-type": "widget"
},
"$:/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\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,tiddler,fields;\n\t// Check if it is a reference to a tiddler\n\tif(tr.title && !tr.field) {\n\t\ttiddler = this.getTiddler(tr.title);\n\t\tthis.addTiddler(new $tw.Tiddler(tiddler,{title: tr.title,text: value},this.getModificationFields()));\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) {\n\t\t\tfields = {};\n\t\t\tfields[tr.field] = value;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\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 = {};\n\t\t\tfields[tr.field] = undefined;\n\t\t\tthis.addTiddler(new $tw.Tiddler(tiddler,fields,this.getModificationFields()));\n\t\t}\n\t}\n};\n\nexports.addEventListener = function(type,listener) {\n\tthis.eventListeners = this.eventListeners || {};\n\tthis.eventListeners[type] = this.eventListeners[type] || [];\n\tthis.eventListeners[type].push(listener);\t\n};\n\nexports.removeEventListener = function(type,listener) {\n\tvar listeners = this.eventListeners[type];\n\tif(listeners) {\n\t\tvar p = listeners.indexOf(listener);\n\t\tif(p !== -1) {\n\t\t\tlisteners.splice(p,1);\n\t\t}\n\t}\n};\n\nexports.dispatchEvent = function(type /*, args */) {\n\tvar args = Array.prototype.slice.call(arguments,1),\n\t\tlisteners = this.eventListeners[type];\n\tif(listeners) {\n\t\tfor(var p=0; p<listeners.length; p++) {\n\t\t\tvar listener = listeners[p];\n\t\t\tlistener.apply(listener,args);\n\t\t}\n\t}\n};\n\n/*\nCauses a tiddler to be marked as changed, incrementing the change count, and triggers event handlers.\nThis method should be called after the changes it describes have been made to the wiki.tiddlers[] array.\n\ttitle: Title of tiddler\n\tisDeleted: defaults to false (meaning the tiddler has been created or modified),\n\t\ttrue if the tiddler has been created\n*/\nexports.enqueueTiddlerEvent = function(title,isDeleted) {\n\t// Record the touch in the list of changed tiddlers\n\tthis.changedTiddlers = this.changedTiddlers || {};\n\tthis.changedTiddlers[title] = this.changedTiddlers[title] || {};\n\tthis.changedTiddlers[title][isDeleted ? \"deleted\" : \"modified\"] = true;\n\t// Increment the change count\n\tthis.changeCount = this.changeCount || {};\n\tif($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$tw.utils.nextTick(function() {\n\t\t\tvar changes = self.changedTiddlers;\n\t\t\tself.changedTiddlers = {};\n\t\t\tself.eventsTriggered = false;\n\t\t\tself.dispatchEvent(\"change\",changes);\n\t\t});\n\t\tthis.eventsTriggered = true;\n\t}\n};\n\nexports.getChangeCount = function(title) {\n\tthis.changeCount = this.changeCount || {};\n\tif($tw.utils.hop(this.changeCount,title)) {\n\t\treturn this.changeCount[title];\n\t} else {\n\t\treturn 0;\n\t}\n};\n\nexports.deleteTiddler = function(title) {\n\tdelete this.tiddlers[title];\n\tthis.clearCache(title);\n\tthis.clearGlobalCache();\n\tthis.enqueueTiddlerEvent(title,true);\n};\n\nexports.tiddlerExists = function(title) {\n\treturn !!this.tiddlers[title];\n};\n\n/*\nGenerate an unused title from the specified base\n*/\nexports.generateNewTitle = function(baseTitle) {\n\tvar c = 0,\n\t title = baseTitle;\n\twhile(this.tiddlerExists(title)) {\n\t\ttitle = baseTitle + \" \" + (++c);\n\t};\n\treturn title;\n};\n\nexports.isSystemTiddler = function(title) {\n\treturn title.indexOf(\"$:/\") === 0;\n};\n\nexports.isTemporaryTiddler = function(title) {\n\treturn title.indexOf(\"$:/temp/\") === 0;\n};\n\n/*\nDetermines if a tiddler is a shadow tiddler, regardless of whether it has been overridden by a real tiddler\n*/\nexports.isShadowTiddler = function(title) {\n\treturn $tw.utils.hop(this.shadowTiddlers,title);\n};\n\nexports.addTiddler = function(tiddler) {\n\t// Check if we're passed a fields hashmap instead of a tiddler\n\tif(!(tiddler instanceof $tw.Tiddler)) {\n\t\ttiddler = new $tw.Tiddler(tiddler);\n\t}\n\t// Get the title\n\tvar title = tiddler.fields.title;\n\t// Save the tiddler\n\tif(title) {\n\t\tthis.tiddlers[title] = tiddler;\n\t\tthis.clearCache(title);\n\t\tthis.clearGlobalCache();\n\t\tthis.enqueueTiddlerEvent(title);\n\t}\n};\n\n/*\nLike addTiddler() except it will silently reject any plugin tiddlers that are older than the currently loaded version. Returns true if the tiddler was imported\n*/\nexports.importTiddler = function(tiddler) {\n\tvar existingTiddler = this.getTiddler(tiddler.fields.title);\n\t// Check if we're dealing with a plugin\n\tif(tiddler && tiddler.hasField(\"plugin-type\") && tiddler.hasField(\"version\") && existingTiddler && existingTiddler.hasField(\"plugin-type\") && existingTiddler.hasField(\"version\")) {\n\t\t// Reject the incoming plugin if it is older\n\t\tif($tw.utils.checkVersions(existingTiddler.fields.version,tiddler.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\tvar fields = {\n\t\t\tcreated: new Date()\n\t\t},\n\t\tcreator = this.getTiddlerText(USER_NAME_TITLE);\n\tif(creator) {\n\t\tfields.creator = creator;\n\t}\n\treturn fields;\n};\n\n/*\nReturn a hashmap of the fields that should be set when a tiddler is modified\n*/\nexports.getModificationFields = function() {\n\tvar fields = {},\n\t\tmodifier = this.getTiddlerText(USER_NAME_TITLE);\n\tfields.modified = new Date();\n\tif(modifier) {\n\t\tfields.modifier = modifier;\n\t}\n\treturn fields;\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 || {};\n\tvar self = this,\n\t\tsortField = options.sortField || \"title\",\n\t\ttiddlers = [], t, titles = [];\n\tfor(t in this.tiddlers) {\n\t\tif($tw.utils.hop(this.tiddlers,t)) {\n\t\t\tif(options.includeSystem || !this.isSystemTiddler(t)) {\n\t\t\t\tif(!options.excludeTag || !this.tiddlers[t].hasTag(excludeTag)) {\n\t\t\t\t\ttiddlers.push(this.tiddlers[t]);\n\t\t\t\t}\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/*\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) {\n\tvar self = this;\n\ttitles.sort(function(a,b) {\n\t\tif(sortField !== \"title\") {\n\t\t\ta = self.getTiddler(a).fields[sortField] || \"\";\n\t\t\tb = self.getTiddler(b).fields[sortField] || \"\";\n\t\t}\n\t\tif(!isNumeric || isNaN(a) || isNaN(b)) {\n\t\t\tif(!isCaseSensitive) {\n\t\t\t\tif(typeof a === \"string\") {\n\t\t\t\t\ta = a.toLowerCase();\n\t\t\t\t}\n\t\t\t\tif(typeof b === \"string\") {\n\t\t\t\t\tb = b.toLowerCase();\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\telse {\n\t\t\ta-= 0;\n\t\t\tb-= 0;\n\t\t}\n\t\tif(a < b) {\n\t\t\treturn isDescending ? +1 : -1;\n\t\t} else {\n\t\t\tif(a > b) {\n\t\t\t\treturn isDescending ? -1 : +1;\n\t\t\t} else {\n\t\t\t\treturn 0;\n\t\t\t}\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.tiddlers[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 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\t// Count up the links\n\t\tvar links = [],\n\t\t\tcheckParseTree = function(parseTree) {\n\t\t\t\tfor(var t=0; t<parseTree.length; t++) {\n\t\t\t\t\tvar parseTreeNode = parseTree[t];\n\t\t\t\t\tif(parseTreeNode.type === \"link\" && parseTreeNode.attributes.to && parseTreeNode.attributes.to.type === \"string\") {\n\t\t\t\t\t\tvar value = parseTreeNode.attributes.to.value;\n\t\t\t\t\t\tif(links.indexOf(value) === -1) {\n\t\t\t\t\t\t\tlinks.push(value);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif(parseTreeNode.children) {\n\t\t\t\t\t\tcheckParseTree(parseTreeNode.children);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\t\tif(parser) {\n\t\t\tcheckParseTree(parser.tree);\n\t\t}\n\t\treturn links;\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\tbacklinks = [];\n\tthis.forEachTiddler(function(title,tiddler) {\n\t\tvar links = self.getTiddlerLinks(title);\n\t\tif(links.indexOf(targetTitle) !== -1) {\n\t\t\tbacklinks.push(title);\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$tw.utils.each(links,function(link) {\n\t\t\tvar p = orphans.indexOf(link);\n\t\t\tif(p !== -1) {\n\t\t\t\torphans.splice(p,1);\n\t\t\t}\n\t\t});\n\t});\n\treturn orphans; // Todo\n};\n\nexports.getSystemTitles = function() {\n\tvar titles = [];\n\tfor(var title in this.tiddlers) {\n\t\tif(this.isSystemTiddler(title)) {\n\t\t\ttitles.push(title);\n\t\t}\n\t}\n\ttitles.sort();\n\treturn titles;\n};\n\nexports.getShadowTitles = function() {\n\tvar titles = [];\n\tfor(var title in this.shadowTiddlers) {\n\t\ttitles.push(title);\n\t}\n\ttitles.sort();\n\treturn titles;\n};\n\n/*\nRetrieves a list of the tiddler titles that are tagged with a given tag\n*/\nexports.getTiddlersWithTag = function(tag) {\n\tvar self = this;\n\treturn this.getGlobalCache(\"taglist-\" + tag,function() {\n\t\tvar tagmap = self.getTagMap();\n\t\treturn self.sortByList(tagmap[tag],tag);\n\t});\n};\n\n/*\nGet a hashmap by tag of arrays of tiddler titles\n*/\nexports.getTagMap = function() {\n\tvar self = this;\n\treturn this.getGlobalCache(\"tagmap\",function() {\n\t\tvar tags = {};\n\t\t// Collect up all the tags\n\t\tfor(var title in self.tiddlers) {\n\t\t\tvar tiddler = self.tiddlers[title];\n\t\t\tif(tiddler.fields.tags) {\n\t\t\t\tfor(var index=0; index<tiddler.fields.tags.length; index++) {\n\t\t\t\t\tvar tag = tiddler.fields.tags[index];\n\t\t\t\t\tif(tags[tag]) {\n\t\t\t\t\t\ttags[tag].push(title)\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttags[tag] = [title];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\treturn tags;\n\t});\n};\n\n/*\nLookup a given tiddler and return a list of all the tiddlers that include it in their list\n*/\nexports.findListingsOfTiddler = function(targetTitle) {\n\t// Get the list associated with the tag\n\tvar titles = [];\n\tfor(var title in this.tiddlers) {\n\t\tvar tiddler = this.tiddlers[title];\n\t\tif($tw.utils.isArray(tiddler.fields.list) && tiddler.fields.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 list = this.getTiddlerList(listTitle);\n\tif(!array || array.length === 0) {\n\t\treturn [];\n\t} else if(list) {\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\treturn titles;\n\t} else {\n\t\treturn array;\n\t}\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 = {};\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\n/*\nGet a tiddlers content 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*/\nexports.getTiddlerData = function(title,defaultData) {\n\tvar tiddler = this.getTiddler(title),\n\t\tdata;\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(title,index,defaultText) {\n\tvar data = this.getTiddlerData(title,{}),\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.\n*/\nexports.setTiddlerData = function(title,data) {\n\tvar tiddler = this.getTiddler(title);\n\tthis.addTiddler(new $tw.Tiddler(tiddler,{title: title, type: \"application/json\", text: JSON.stringify(data,null,$tw.config.preferences.jsonSpaces)},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 || {};\n\tif($tw.utils.hop(this.globalCache,cacheName)) {\n\t\treturn this.globalCache[cacheName];\n\t} else {\n\t\tthis.globalCache[cacheName] = initializer();\n\t\treturn this.globalCache[cacheName];\n\t}\n};\n\nexports.clearGlobalCache = function() {\n\tthis.globalCache = {};\n}\n\n// Return the named cache object for a tiddler. If the cache doesn't exist then the initializer function is invoked to create it\nexports.getCacheForTiddler = function(title,cacheName,initializer) {\n\n// Temporarily disable caching so that tweakParseTreeNode() works\nreturn initializer();\n\n\tthis.caches = this.caches || {};\n\tvar caches = this.caches[title];\n\tif(caches && caches[cacheName]) {\n\t\treturn caches[cacheName];\n\t} else {\n\t\tif(!caches) {\n\t\t\tcaches = {};\n\t\t\tthis.caches[title] = caches;\n\t\t}\n\t\tcaches[cacheName] = initializer();\n\t\treturn caches[cacheName];\n\t}\n};\n\n// Clear all caches associated with a particular tiddler\nexports.clearCache = function(title) {\n\tthis.caches = this.caches || {};\n\tif($tw.utils.hop(this.caches,title)) {\n\t\tdelete this.caches[title];\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};\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*/\nexports.old_parseText = function(type,text,options) {\n\toptions = options || {};\n\t// Select a parser\n\tvar Parser = $tw.Wiki.parsers[type];\n\tif(!Parser && $tw.config.fileExtensionInfo[type]) {\n\t\tParser = $tw.Wiki.parsers[$tw.config.fileExtensionInfo[type].type];\n\t}\n\tif(!Parser) {\n\t\tParser = $tw.Wiki.parsers[options.defaultType || \"text/vnd.tiddlywiki\"];\n\t}\n\tif(!Parser) {\n\t\treturn null;\n\t}\n\t// Return the parser instance\n\treturn new Parser(type,text,{\n\t\tparseAsInline: options.parseAsInline,\n\t\twiki: this\n\t});\n};\n\n/*\nParse a tiddler according to its MIME type\n*/\nexports.old_parseTiddler = function(title,options) {\n\toptions = options || {};\n\tvar cacheType = options.parseAsInline ? \"newInlineParseTree\" : \"newBlockParseTree\",\n\t\ttiddler = this.getTiddler(title),\n\t\tself = this;\n\treturn tiddler ? this.getCacheForTiddler(title,cacheType,function() {\n\t\t\treturn self.old_parseText(tiddler.fields.type,tiddler.fields.text,options);\n\t\t}) : null;\n};\n\n// We need to tweak parse trees generated by the existing parser because of the change from {type:\"element\",tag:\"$tiddler\",...} to {type:\"tiddler\",...}\nvar tweakParseTreeNode = function(node) {\n\tif(node.type === \"element\" && node.tag.charAt(0) === \"$\") {\n\t\tnode.type = node.tag.substr(1);\n\t\tdelete node.tag;\n\t}\n\ttweakParseTreeNodes(node.children);\n};\n\nvar tweakParseTreeNodes = function(nodeList) {\n\t$tw.utils.each(nodeList,tweakParseTreeNode);\n};\n\nvar tweakMacroDefinition = function(nodeList) {\n\tif(nodeList && nodeList[0] && nodeList[0].type === \"macrodef\") {\n\t\tnodeList[0].type = \"set\";\n\t\tnodeList[0].attributes = {\n\t\t\tname: {type: \"string\", value: nodeList[0].name},\n\t\t\tvalue: {type: \"string\", value: nodeList[0].text}\n\t\t};\n\t\tnodeList[0].children = nodeList.slice(1);\n\t\tnodeList.splice(1,nodeList.length-1);\n\t\ttweakMacroDefinition(nodeList[0].children);\n\t}\n};\n\nvar tweakParser = function(parser) {\n\t// Move any macro definitions to contain the body tree\n\ttweakMacroDefinition(parser.tree);\n\t// Tweak widgets\n\ttweakParseTreeNodes(parser.tree);\n};\n\nexports.parseText = function(type,text,options) {\n\tvar parser = this.old_parseText(type,text,options);\n\tif(parser) {\n\t\ttweakParser(parser)\n\t};\n\treturn parser;\n};\n\nexports.parseTiddler = function(title,options) {\n\tvar parser = this.old_parseTiddler(title,options);\n\tif(parser) {\n\t\ttweakParser(parser)\n\t};\n\treturn parser;\n};\n\nexports.parseTextReference = function(title,field,index,options) {\n\tif(field === \"text\" || (!field && !index)) {\n\t\t// Force the tiddler to be lazily loaded\n\t\tthis.getTiddlerText(title);\n\t\t// Parse it\n\t\treturn this.parseTiddler(title,options);\n\t} else {\n\t\tvar tiddler,text;\n\t\tif(field) {\n\t\t\ttiddler = this.getTiddler(title);\n\t\t\ttext = tiddler ? tiddler.fields[field] : \"\";\n\t\t\tif(text === undefined) {\n\t\t\t\ttext = \"\";\n\t\t\t}\n\t\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text.toString(),options);\n\t\t} else if(index) {\n\t\t\ttext = this.extractTiddlerDataItem(title,index,\"\");\n\t\t\treturn this.parseText(\"text/vnd.tiddlywiki\",text,options);\n\t\t}\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/*\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),\n\t\twidgetNode = this.makeWidget(parser,options);\n\tvar container = $tw.fakeDocument.createElement(\"div\");\n\twidgetNode.render(container,null);\n\treturn outputType === \"text/html\" ? container.innerHTML : container.textContent;\n};\n\n/*\nSelect the appropriate saver modules and set them up\n*/\nexports.initSavers = function(moduleType) {\n\tmoduleType = moduleType || \"saver\";\n\t// Instantiate the available savers\n\tthis.savers = [];\n\tvar self = this;\n\t$tw.modules.forEachModuleOfType(moduleType,function(title,module) {\n\t\tif(module.canSave(self)) {\n\t\t\tself.savers.push(module.create(self));\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/*\nInvoke the highest priority saver that successfully handles a method\n*/\nexports.callSaver = function(method /*, args */ ) {\n\tfor(var t=this.savers.length-1; t>=0; t--) {\n\t\tvar saver = this.savers[t];\n\t\tif(saver[method].apply(saver,Array.prototype.slice.call(arguments,1))) {\n\t\t\treturn true;\n\t\t}\n\t}\n\treturn false;\n};\n\n/*\nSave the wiki contents. Options are:\n\tmethod: \"save\" or \"download\"\n\ttemplate: the tiddler containing the template to save\n\tdownloadType: the content type for the saved file\n*/\nexports.saveWiki = function(options) {\n\toptions = options || {};\n\tvar method = options.method || \"save\",\n\t\ttemplate = options.template || \"$:/core/save/all\",\n\t\tdownloadType = options.downloadType || \"text/plain\";\n\tvar text = this.renderTiddler(downloadType,template);\n\tthis.callSaver(\"save\",text,method,function(err) {\n\t\tif(err) {\n\t\t\talert(\"Error while saving:\\n\\n\" + err);\n\t\t} else {\n\t\t\t$tw.notifier.display(\"$:/messages/Saved\");\n\t\t}\n\t});\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\ttitles: Hashmap or array of tiddler titles to limit search\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\tliteral: If true, searches for literal string, rather than separate search terms\n*/\nexports.search = function(text,options) {\n\toptions = options || {};\n\tvar self = this,t;\n\t// Convert the search string into a regexp for each term\n\tvar terms, searchTermsRegExps,\n\t\tflags = options.caseSensitive ? \"\" : \"i\";\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(\"(\" + $tw.utils.escapeRegExp(text) + \")\",flags)];\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(\"(\" + $tw.utils.escapeRegExp(terms[t]) + \")\",flags));\n\t\t\t}\n\t\t}\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 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] || $tw.config.contentTypeInfo[\"text/vnd.tiddlywiki\"],\n\t\t\tmatch;\n\t\tfor(var t=0; t<searchTermsRegExps.length; t++) {\n\t\t\t// Search title, tags and body\n\t\t\tmatch = false;\n\t\t\tif(contentTypeInfo.encoding === \"utf8\") {\n\t\t\t\tmatch = match || searchTermsRegExps[t].test(tiddler.fields.text);\n\t\t\t}\n\t\t\tvar tags = tiddler.fields.tags ? tiddler.fields.tags.join(\"\\0\") : \"\";\n\t\t\tmatch = match || searchTermsRegExps[t].test(tags) || searchTermsRegExps[t].test(tiddler.fields.title);\n\t\t\tif(!match) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t}\n\t\treturn true;\n\t};\n\t// Loop through all the tiddlers doing the search\n\tvar results = [];\n\tif($tw.utils.isArray(options.titles)) {\n\t\tfor(t=0; t<options.titles.length; t++) {\n\t\t\tif(!!searchTiddler(options.titles[t]) === !options.invert) {\n\t\t\t\tresults.push(options.titles[t]);\n\t\t\t}\n\t\t}\n\t} else {\n\t\tvar source = options.titles || this.tiddlers;\n\t\tfor(t in source) {\n\t\t\tif(!!searchTiddler(t) === !options.invert) {\n\t\t\t\tresults.push(t);\n\t\t\t}\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.fields.text !== undefined) {\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/*\nRead an array of browser File objects, invoking callback(tiddlerFieldsArray) once they're all read\n*/\nexports.readFiles = function(files,callback) {\n\tvar result = [],\n\t\toutstanding = files.length;\n\tfor(var f=0; f<files.length; f++) {\n\t\tthis.readFile(files[f],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\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,callback) {\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.config.fileExtensionInfo[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// Create the FileReader\n\tvar reader = new FileReader();\n\t// Onload\n\treader.onload = function(event) {\n\t\t// Deserialise the file contents\n\t\tvar text = event.target.result,\n\t\t\ttiddlerFields = {title: file.name || \"Untitled\", type: type};\n\t\t// Are we binary?\n\t\tif(isBinary) {\n\t\t\t// The base64 section starts after the first comma in the data URI\n\t\t\tvar commaPos = text.indexOf(\",\");\n\t\t\tif(commaPos !== -1) {\n\t\t\t\ttiddlerFields.text = text.substr(commaPos+1);\n\t\t\t\tcallback([tiddlerFields]);\n\t\t\t}\n\t\t} else {\n\t\t\t// Check whether this is an encrypted TiddlyWiki file\n\t\t\tvar encryptedJson = $tw.utils.extractEncryptedStoreArea(text);\n\t\t\tif(encryptedJson) {\n\t\t\t\t// If so, attempt to decrypt it with the current password\n\t\t\t\t$tw.utils.decryptStoreAreaInteractive(encryptedJson,function(tiddlers) {\n\t\t\t\t\tcallback(tiddlers);\n\t\t\t\t});\n\t\t\t} else {\n\t\t\t\t// Otherwise, just try to deserialise any tiddlers in the file\n\t\t\t\tcallback(self.deserializeTiddlers(type,text,tiddlerFields));\n\t\t\t}\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})();\n",
"title": "$:/core/modules/wiki.js",
"type": "application/javascript",
"module-type": "wikimethod"
},
"$:/core/templates/MOTW.html": {
"title": "$:/core/templates/MOTW.html",
"text": "\\rules only filteredtranscludeinline transcludeinline entity\n<!-- The following comment is called a MOTW comment and is necessary for the TiddlyIE Internet Explorer extension -->\n<!-- saved from url=(0021)http://tiddlywiki.com --> "
},
"$:/core/templates/alltiddlers.content": {
"title": "$:/core/templates/alltiddlers.content",
"text": "{{{ [!is[system]sort[title]] ||$:/core/templates/static-tiddler}}}"
},
"$:/core/templates/alltiddlers.template.html": {
"title": "$:/core/templates/alltiddlers.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tw-wikilink-template() #$uri_encoded$\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{{{ [is[system]type[text/css]] ||$:/core/templates/css-tiddler}}}\n</div>\n<style type=\"text/css\">\n{{{ [tag[$:/tags/stylesheet]] [is[shadow]tag[$:/tags/stylesheet]] ||$:/core/templates/wikified-tiddler}}}\n</style>\n</head>\n<body class=\"tw-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n<section class=\"story-river\">\n{{$:/core/templates/alltiddlers.content||$:/core/templates/html-tiddler}}\n</section>\n</body>\n</html>\n"
},
"$:/core/templates/css-tiddler": {
"title": "$:/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/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>`"
},
"$:/core/templates/module-tiddler": {
"title": "$:/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\" />"
},
"$:/core/save/all": {
"title": "$:/core/save/all",
"text": "\\define saveTiddlerFilter()\n[is[tiddler]] -[type[text/css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\n"
},
"$:/core/save/empty": {
"title": "$:/core/save/empty",
"text": "\\define saveTiddlerFilter()\n[is[system]] -[type[text/css]] -[type[application/javascript]library[yes]] -[[$:/boot/boot.js]] -[[$:/boot/bootprefix.js]] +[sort[title]]\n\\end\n{{$:/core/templates/tiddlywiki5.html}}\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=\"$:/isEncrypted\" text=\"yes\">\n{{$:/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</$reveal>\n"
},
"$:/core/templates/static.content": {
"title": "$:/core/templates/static.content",
"type": "text/vnd.tiddlywiki",
"text": "<!-- For Google, and people without JavaScript-->\nThis [[TiddlyWiki|http://tiddlywiki.com]] contains the following tiddlers:\n\n<ul>\n<$list filter=<<saveTiddlerFilter>>>\n<li><$view field=\"title\" format=\"text\"></$view></li>\n</$list>\n</ul>\n"
},
"$:/core/templates/static.template.css": {
"title": "$:/core/templates/static.template.css",
"text": "{{{ [is[system]type[text/css]] ||$:/core/templates/plain-text-tiddler}}}\n{{{ [tag[$:/tags/stylesheet]] [is[shadow]tag[$:/tags/stylesheet]] ||$:/core/templates/wikified-tiddler}}}\n"
},
"$:/core/templates/static.template.html": {
"title": "$:/core/templates/static.template.html",
"type": "text/vnd.tiddlywiki-html",
"text": "\\define tw-wikilink-template() static/$uri_doubleencoded$.html\n\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n<html>\n<head>\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<div id=\"styleArea\">\n{{{ [is[system]type[text/css]] ||$:/core/templates/css-tiddler}}}\n</div>\n<style type=\"text/css\">\n{{{ [tag[$:/tags/stylesheet]] [is[shadow]tag[$:/tags/stylesheet]] ||$:/core/templates/wikified-tiddler}}}\n</style>\n</head>\n<body class=\"tw-body\">\n{{$:/StaticBanner||$:/core/templates/html-tiddler}}\n{{$:/core/ui/PageMacros||$:/core/templates/html-tiddler}}\n</body>\n</html>\n"
},
"$:/core/templates/static.tiddler.html": {
"title": "$:/core/templates/static.tiddler.html",
"text": "\\define tw-wikilink-template() $uri_doubleencoded$.html\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=\"`{{$:/core/templates/version}}`\" />\n<meta name=\"format-detection\" content=\"telephone=no\">\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<link rel=\"stylesheet\" href=\"static.css\">\n<title>`{{$:/core/wiki/title}}`</title>\n</head>\n<body class=\"tw-body\">\n`{{$:/StaticBanner||$:/core/templates/html-tiddler}}`\n<section class=\"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`</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": "$:/core/templates/tiddlywiki5.html",
"text": "\\rules only filteredtranscludeinline transcludeinline\n<!doctype html>\n{{$:/core/templates/MOTW.html}}<html>\n<head>\n<meta http-equiv=\"X-UA-Compatible\" content=\"IE=edge\" />\t\t<!-- Force IE standards mode for Intranet and HTA - should be the first meta -->\n<meta http-equiv=\"Content-Type\" content=\"text/html;charset=utf-8\" />\n<meta name=\"application-name\" content=\"TiddlyWiki\" />\n<meta name=\"generator\" content=\"TiddlyWiki\" />\n<meta name=\"tiddlywiki-version\" content=\"{{$:/core/templates/version}}\" />\n<meta name=\"viewport\" content=\"width=device-width, initial-scale=1.0\" />\n<meta name=\"apple-mobile-web-app-capable\" content=\"yes\" />\n<meta name=\"apple-mobile-web-app-status-bar-style\" content=\"black-translucent\" />\n<meta name=\"format-detection\" content=\"telephone=no\" />\n<meta name=\"copyright\" content=\"{{$:/core/copyright.txt}}\" />\n<link id=\"faviconLink\" rel=\"shortcut icon\" href=\"favicon.ico\">\n<title>{{$:/core/wiki/title}}</title>\n<!--~~ This is a Tiddlywiki file. The points of interest in the file are marked with this pattern ~~-->\n\n<!--~~ Raw markup ~~-->\n{{{ [tag[$:/core/wiki/rawmarkup]] ||$:/core/templates/plain-text-tiddler}}}\n</head>\n<body class=\"tw-body\">\n<!--~~ Static styles ~~-->\n<div id=\"styleArea\">\n{{{ [is[system]type[text/css]] ||$:/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</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/AdvancedSearch/Shadows": {
"title": "$:/core/ui/AdvancedSearch/Shadows",
"tags": "$:/tags/AdvancedSearch",
"caption": "Skyggede",
"text": "<$linkcatcher to=\"$:/temp/advancedsearch\">\n\nSearch for shadow tiddlers:\n\n<div class=\"tw-search\"><$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/><$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\"> <$link to=\"\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$link></$reveal></div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<div class=\"tw-search-results\">\n\n//<small><$count filter=\"[is[shadow]search{$:/temp/advancedsearch}]\"/> matches</small>//\n\n<$list filter=\"[is[shadow]search{$:/temp/advancedsearch}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/core/ui/AdvancedSearch/System": {
"title": "$:/core/ui/AdvancedSearch/System",
"tags": "$:/tags/AdvancedSearch",
"caption": "System",
"text": "<$linkcatcher to=\"$:/temp/advancedsearch\">\n\nSearch for system tiddlers:\n\n<div class=\"tw-search\"><$edit-text tiddler=\"$:/temp/advancedsearch\" type=\"search\" tag=\"input\"/><$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\"> <$link to=\"\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$link></$reveal></div>\n\n</$linkcatcher>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"nomatch\" text=\"\">\n\n<div class=\"tw-search-results\">\n\n//<small><$count filter=\"[is[system]search{$:/temp/advancedsearch}]\"/> matches</small>//\n\n<$list filter=\"[is[system]search{$:/temp/advancedsearch}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/advancedsearch\" type=\"match\" text=\"\">\n\n</$reveal>\n"
},
"$:/AdvancedSearch": {
"title": "$:/AdvancedSearch",
"text": "<div class=\"tw-advanced-search\"><<tabs \"[is[shadow]!has[draft.of]tag[$:/tags/AdvancedSearch]] [!is[shadow]!has[draft.of]tag[$:/tags/AdvancedSearch]] +[tag[$:/tags/AdvancedSearch]]\" \"$:/core/ui/AdvancedSearch/System\">></div>\n"
},
"$:/core/ui/ControlPanel/Appearance": {
"title": "$:/core/ui/ControlPanel/Appearance",
"tags": "$:/tags/ControlPanel",
"caption": "Appearance",
"text": "! Theme\n\n{{$:/snippets/themeswitcher}}\n\n! Story View\n\n{{$:/snippets/viewswitcher}}\n"
},
"$:/core/ui/ControlPanel/Basics": {
"title": "$:/core/ui/ControlPanel/Basics",
"tags": "$:/tags/ControlPanel",
"caption": "Basics",
"text": "|TiddlyWiki version |''<<version>>'' |\n|[[Title of this TiddlyWiki|SiteTitle]] |<$edit-text tiddler=\"SiteTitle\" default=\"\" tag=\"input\"/> |\n|[[Subtitle|SiteSubtitle]] |<$edit-text tiddler=\"SiteSubtitle\" default=\"\" tag=\"input\"/> |\n|[[Username for signing edits|$:/status/UserName]] |<$edit-text tiddler=\"$:/status/UserName\" default=\"\" tag=\"input\"/> |\n|[[Animation duration|$:/config/AnimationDuration]] |<$edit-text tiddler=\"$:/config/AnimationDuration\" default=\"\" tag=\"input\"/> |\n|[[DefaultTiddlers|$:/DefaultTiddlers]] |Choose which tiddlers are displayed at startup:<br> <$edit-text tag=\"textarea\" tiddler=\"$:/DefaultTiddlers\"/><br>//Use [[double square brackets]] for titles with spaces. Or you can choose to <$button set=\"$:/DefaultTiddlers\" setTo=\"[list[$:/StoryList]]\">retain story ordering</$button>// |\n|Tiddlers |''<$count filter=\"[!is[system]]\"/>'' |\n|System tiddlers |''<$count filter=\"[is[system]]\"/>'' |\n|Shadow tiddlers |''<$count filter=\"[is[shadow]]\"/>'' |\n|Overridden shadow tiddlers |''<$count filter=\"[!is[system]is[shadow]]\"/>'' |\n"
},
"$:/core/ui/ControlPanel/Internals": {
"title": "$:/core/ui/ControlPanel/Internals",
"tags": "$:/tags/ControlPanel",
"caption": "Internals",
"text": "! Tiddler fields\n\nThis is the full set of TiddlerFields in use in this wiki (including system tiddlers but excluding shadow tiddlers).\n\n{{$:/snippets/allfields}}\n\n! Loaded Modules\n\nThese 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.\n\n{{$:/snippets/modules}}\n"
},
"$:/core/ui/ControlPanel/Plugins": {
"title": "$:/core/ui/ControlPanel/Plugins",
"tags": "$:/tags/ControlPanel",
"caption": "Plugins",
"text": "<table><tbody><tr><th>Title</th><th>Description</th><th>Version</th></tr><$list filter=\"[!has[draft.of]has[plugin-type]sort[title]]\"><tr><td><$link to={{!!title}}><$view field=\"title\"/></$link></td><td><$view field=\"description\"/></td><td><$view field=\"version\"/></td></tr></$list>\n</tbody>\n</table>\n"
},
"$:/core/ui/ControlPanel/Saving": {
"title": "$:/core/ui/ControlPanel/Saving",
"tags": "$:/tags/ControlPanel",
"caption": "Saving",
"text": "\\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<a href=<<backupURL>>><$macrocall $name=\"backupURL\" $type=\"text/plain\" $output=\"text/plain\"/></a>\n</$set>\n</$reveal>\n\\end\n! TiddlySpot\n\n|[[Wiki name|$:/UploadName]] |<$edit-text tiddler=\"$:/UploadName\" default=\"\" tag=\"input\"/> |\n|Password |<$password name=\"upload\"/> |\n|Backups |<<backupLink>> |\n\n!! Advanced settings\n\n|Server URL |<$edit-text tiddler=\"$:/UploadURL\" default=\"\" tag=\"input\"/> |\n|Upload filename |<$edit-text tiddler=\"$:/UploadFilename\" default=\"index.html\" tag=\"input\"/> |\n|Upload directory |<$edit-text tiddler=\"$:/UploadDir\" default=\".\" tag=\"input\"/> |\n|Backup directory |<$edit-text tiddler=\"$:/UploadBackupDir\" default=\".\" tag=\"input\"/> |\n\n\n//The server URL defaults to `http://<wikiname>.tiddlyspot.com/store.cgi` and can be changed to use a custom server address//\n"
},
"$:/core/ui/ControlPanel/Tools": {
"title": "$:/core/ui/ControlPanel/Tools",
"tags": "$:/tags/ControlPanel",
"caption": "Tools",
"text": "! Import\n\n<$browse/>\n\nBrowse for files on your computer to import their contents (the individual tiddlers within TiddlyWiki HTML files are imported separately). You can also drag and drop files directly to the browser window.\n\n! Export\n\n<$button message=\"tw-download-file\" param=\"$:/core/templates/alltiddlers.template.html\" class=\"btn-big-green\">Download all tiddlers as static HTML {{$:/core/images/save-button}}</$button>\n\n! Encryption\n\n{{$:/snippets/encryptionstatus}}\n"
},
"$:/ControlPanel": {
"title": "$:/ControlPanel",
"text": "<div class=\"tw-control-panel\"><<tabs \"[is[shadow]!has[draft.of]tag[$:/tags/ControlPanel]] [!is[shadow]!has[draft.of]tag[$:/tags/ControlPanel]] +[tag[$:/tags/ControlPanel]]\" \"$:/core/ui/ControlPanel/Basics\">></div>\n"
},
"$:/core/ui/EditTemplate/body": {
"title": "$:/core/ui/EditTemplate/body",
"tags": "$:/tags/EditTemplate",
"text": "\\define prompt()\nType the text for this tiddler\n\\end\n<$reveal state=\"$:/ShowEditPreview\" type=\"match\" text=\"yes\">\n<em class=\"tw-edit\"><$transclude tiddler=\"$:/core/ui/EditorHint\"/></em> <$button type=\"set\" set=\"$:/ShowEditPreview\" setTo=\"no\">hide preview</$button>\n<div class=\"tw-tiddler-preview\">\n<div class=\"tw-tiddler-preview-preview\">\n<$transclude />\n</div>\n<div class=\"tw-tiddler-preview-edit\">\n<$edit field=\"text\" class=\"tw-edit-texteditor\" placeholder=<<prompt>>/>\n</div>\n</div>\n</$reveal>\n<$reveal state=\"$:/ShowEditPreview\" type=\"nomatch\" text=\"yes\">\n<em class=\"tw-edit\"><$transclude tiddler=\"$:/core/ui/EditorHint\"/></em> <$button type=\"set\" set=\"$:/ShowEditPreview\" setTo=\"yes\">show preview</$button>\n<$edit field=\"text\" class=\"tw-edit-texteditor\" placeholder=<<prompt>>/>\n</$reveal>\n"
},
"$:/core/ui/EditTemplate/controls": {
"title": "$:/core/ui/EditTemplate/controls",
"tags": "$:/tags/EditTemplate",
"text": "<span class=\"tw-tiddler-controls titlebar\"> <$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/EditToolbar]] [!is[shadow]!has[draft.of]tag[$:/tags/EditToolbar]] +[tag[$:/tags/EditToolbar]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list> </span>\n"
},
"$:/core/ui/EditTemplate/fields": {
"title": "$:/core/ui/EditTemplate/fields",
"tags": "$:/tags/EditTemplate",
"text": "<$fieldmangler><div class=\"tw-edit-fields\">\n<table class=\"tw-edit-fields\"><tbody><$list filter=\"[is[current]fields[]] -title -tags -text -creator -created -modified -modifier -type -[[draft.title]] -[[draft.of]]\" variable=\"currentField\"><tr class=\"tw-edit-field\"><td class=\"tw-edit-field-name\"><<currentField>>:</td><td class=\"tw-edit-field-value\"><$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder=\"field value\"/></td><td class=\"tw-edit-field-remove\"><$button message=\"tw-remove-field\" param=<<currentField>> class=\"btn-invisible\">{{$:/core/images/delete-button}}</$button></td>\n</tr>\n</$list>\n</tbody>\n</table>\n</div>\n\n<div class=\"tw-edit-field-add\"><em class=\"tw-edit\">Add a new field:</em> <span class=\"tw-edit-field-add-name\"><$edit-text tiddler=\"$:/NewFieldName\" tag=\"input\" default=\"\" placeholder=\"field name\" class=\"tw-edit-texteditor\"/></span> <span class=\"tw-edit-field-add-button\"><$button message=\"tw-add-field\" param={{$:/NewFieldName}} set=\"$:/NewFieldName\" setTo=\"\" class=\"\">add</$button></span></div>\n\n</$fieldmangler>\n"
},
"$:/core/ui/EditTemplate/tags": {
"title": "$:/core/ui/EditTemplate/tags",
"tags": "$:/tags/EditTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<div class=\"tw-edit-tags\"><$fieldmangler><$list filter=\"[is[current]tags[]sort[title]]\" storyview=\"pop\"><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tw-tag-label\"><$view field=\"title\" format=\"text\" /><$button message=\"tw-remove-tag\" param={{!!title}} class=\"btn-invisible tw-remove-tag-button\">×</$button></span></$set>\n</$list>\n\n<div class=\"tw-edit-add-tag\"><span class=\"tw-add-tag-name\"><$edit-text tiddler=\"$:/NewTagName\" tag=\"input\" default=\"\" placeholder=\"tag name\" focusPopup=<<qualify \"$:/state/tagsAutoComplete\">> class=\"tw-edit-texteditor\"/></span> <$button popup=<<qualify \"$:/state/tagsAutoComplete\">> class=\"btn-invisible btn-dropdown\">{{$:/core/images/down-arrow}}</$button> <span class=\"tw-add-tag-button\"><$button message=\"tw-add-tag\" param={{$:/NewTagName}} set=\"$:/NewTagName\" setTo=\"\" class=\"\">add</$button></span></div>\n\n<div class=\"tw-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/tagsAutoComplete\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tw-block-dropdown\">\n<$linkcatcher set=\"$:/NewTagName\" setTo=\"\" message=\"tw-add-tag\"><$list filter=\"[!is[shadow]tags[]search{$:/NewTagName}sort[title]]\"><$link><$set name=\"backgroundColor\" value={{!!color}}><span style=<<tag-styles>> class=\"tw-tag-label\"><$view field=\"title\" format=\"text\"/></span></$set></$link>\n</$list>\n</$linkcatcher>\n</div>\n\n</$reveal>\n</div>\n</$fieldmangler>\n</div>"
},
"$:/core/ui/EditTemplate/title": {
"title": "$:/core/ui/EditTemplate/title",
"tags": "$:/tags/EditTemplate",
"text": "<$view field=\"title\"/>\n\n<$edit-text field=\"draft.title\" class=\"titlebar tw-edit-texteditor\"/>\n"
},
"$:/core/ui/EditTemplate/type": {
"title": "$:/core/ui/EditTemplate/type",
"tags": "$:/tags/EditTemplate",
"text": "<p><$fieldmangler><em class=\"tw-edit\">Type:</em> <$edit-text field=\"type\" tag=\"input\" default=\"\" placeholder=\"type\" focusPopup=<<qualify \"$:/state/typeDropdown\">> class=\"tw-edit-typeeditor\"/> <$button popup=<<qualify \"$:/state/typeDropdown\">> class=\"btn-invisible btn-dropdown\">{{$:/core/images/down-arrow}}</$button> <$button message=\"tw-remove-field\" param=\"type\" class=\"btn-invisible btn-icon\">{{$:/core/images/delete-button}}</$button></$fieldmangler></p>\n\n<div class=\"tw-block-dropdown-wrapper\">\n<$reveal state=<<qualify \"$:/state/typeDropdown\">> type=\"nomatch\" text=\"\" default=\"\">\n<div class=\"tw-block-dropdown tw-edit-type-dropdown\">\n<$linkcatcher to=\"!!type\">\n<$list filter=\"[is[shadow]prefix[$:/docs/types/]] [!is[shadow]prefix[$:/docs/types/]] +[sort[description]]\"><$link to={{!!name}}><$view field=\"description\"/> (<$view field=\"name\"/>)</$link>\n</$list>\n</$linkcatcher>\n</div>\n</$reveal>\n</div>"
},
"$:/core/ui/EditTemplate": {
"title": "$:/core/ui/EditTemplate",
"text": "\\define frame-classes()\ntw-tiddler-frame tw-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/EditTemplate]] [!is[shadow]!has[draft.of]tag[$:/tags/EditTemplate]] +[tag[$:/tags/EditTemplate]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list></div></$set>\n"
},
"$:/core/ui/EditToolbar/cancel": {
"title": "$:/core/ui/EditToolbar/cancel",
"tags": "$:/tags/EditToolbar",
"text": "<$button message=\"tw-cancel-tiddler\" class=\"btn-invisible\">{{$:/core/images/cancel-button}}</$button>"
},
"$:/core/ui/EditToolbar/delete": {
"title": "$:/core/ui/EditToolbar/delete",
"tags": "$:/tags/EditToolbar",
"text": "<$button message=\"tw-delete-tiddler\" class=\"btn-invisible\">{{$:/core/images/delete-button}}</$button>"
},
"$:/core/ui/EditToolbar/save": {
"title": "$:/core/ui/EditToolbar/save",
"tags": "$:/tags/EditToolbar",
"text": "<$button message=\"tw-save-tiddler\" class=\"btn-invisible\">{{$:/core/images/done-button}}</$button>"
},
"$:/core/ui/EditorHint": {
"title": "$:/core/ui/EditorHint",
"text": "Use WikiText to add formatting, images, and dynamic features"
},
"$:/core/ui/ListItemTemplate": {
"title": "$:/core/ui/ListItemTemplate",
"text": "<div class=\"tw-menu-list-item\"><$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>"
},
"$:/core/ui/MissingTemplate": {
"title": "$:/core/ui/MissingTemplate",
"text": "<div class=\"tw-tiddler-missing\"><$button popup=<<qualify \"$:/state/missingpopup\">> class=\"btn-invisible tw-missing-tiddler-label\"><$view field=\"title\" format=\"text\" /></$button>\n<$reveal state=<<qualify \"$:/state/missingpopup\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tw-drop-down\">\n<$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[is[current]backlinks[]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div></$reveal></div>\n"
},
"$:/core/ui/MoreSideBar/All": {
"title": "$:/core/ui/MoreSideBar/All",
"tags": "$:/tags/MoreSideBar",
"caption": "All",
"text": "<$list filter=\"[!is[system]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Drafts": {
"title": "$:/core/ui/MoreSideBar/Drafts",
"tags": "$:/tags/MoreSideBar",
"caption": "Drafts",
"text": "<$list filter=\"[has[draft.of]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Missing": {
"title": "$:/core/ui/MoreSideBar/Missing",
"tags": "$:/tags/MoreSideBar",
"caption": "Missing",
"text": "<$list filter=\"[is[missing]sort[title]]\" template=\"$:/core/ui/MissingTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Orphans": {
"title": "$:/core/ui/MoreSideBar/Orphans",
"tags": "$:/tags/MoreSideBar",
"caption": "Orphans",
"text": "<$list filter=\"[is[orphan]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Recent": {
"title": "$:/core/ui/MoreSideBar/Recent",
"tags": "$:/tags/MoreSideBar",
"caption": "Recent",
"text": "{{$:/snippets/recentchanges}}\n"
},
"$:/core/ui/MoreSideBar/Shadows": {
"title": "$:/core/ui/MoreSideBar/Shadows",
"tags": "$:/tags/MoreSideBar",
"caption": "Skyggede",
"text": "<$list filter=\"[is[shadow]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/System": {
"title": "$:/core/ui/MoreSideBar/System",
"tags": "$:/tags/MoreSideBar",
"caption": "System",
"text": "<$list filter=\"[is[system]sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/MoreSideBar/Tags": {
"title": "$:/core/ui/MoreSideBar/Tags",
"tags": "$:/tags/MoreSideBar",
"caption": "Tags",
"text": "<$list filter=\"[tags[]sort[title]]\">\n<$transclude tiddler=\"$:/core/ui/TagTemplate\"/> <small class=\"tw-menu-list-count\"><$count filter=\"[is[current]tagging[]]\"/></small>\n</$list>\n----\n{{$:/core/ui/UntaggedTemplate}} <small class=\"tw-menu-list-count\"><$count filter=\"[untagged[]!is[system]] -[tags[]]\"/></small>\n"
},
"$:/core/ui/MoreSideBar/Types": {
"title": "$:/core/ui/MoreSideBar/Types",
"tags": "$:/tags/MoreSideBar",
"caption": "Types",
"text": "<$list filter=\"[!is[system]has[type]each[type]sort[type]]\">\n<div class=\"tw-menu-list-item\">\n<$view field=\"type\"/>\n<$list filter=\"[type{!!type}!is[system]sort[title]]\">\n<div class=\"tw-menu-list-subitem\">\n<$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/core/ui/PageControls/control-panel": {
"title": "$:/core/ui/PageControls/control-panel",
"tags": "$:/tags/PageControls",
"text": "<$link to=\"$:/ControlPanel\">{{$:/core/images/options-button}}</$link>"
},
"$:/core/ui/PageControls/new-tiddler": {
"title": "$:/core/ui/PageControls/new-tiddler",
"tags": "$:/tags/PageControls",
"text": "<$button message=\"tw-new-tiddler\" class=\"btn-invisible\">{{$:/core/images/new-button}}</$button>"
},
"$:/core/ui/PageControls/save-wiki": {
"title": "$:/core/ui/PageControls/save-wiki",
"tags": "$:/tags/PageControls",
"text": "<$button message=\"tw-save-wiki\" class=\"btn-invisible\">{{$:/core/images/save-button}}</$button>"
},
"$:/core/ui/PageMacros": {
"title": "$:/core/ui/PageMacros",
"text": "\\define tabs(tabsList,default,state:\"$:/state/tab\")\n<div class=\"tw-tab-buttons\"><$list filter=\"$tabsList$\" variable=\"currentTab\"><$button set=<<qualify \"$state$\">> setTo=<<currentTab>> default=\"$default$\" selectedClass=\"tw-tab-selected\"><$view tiddler=<<currentTab>> field=\"caption\"><$macrocall $name=\"currentTab\" $type=\"text/plain\" $output=\"text/plain\"/></$view> </$button>\n</$list>\n</div>\n<div class=\"tw-tab-divider\">\n</div>\n<div class=\"tw-tab-content\">\n<$list filter=\"$tabsList$\" variable=\"currentTab\">\n<$reveal type=\"match\" state=<<qualify \"$state$\">> text=<<currentTab>> default=\"$default$\">\n<$transclude tiddler=<<currentTab>>/>\n</$reveal>\n</$list>\n</div>\n\\end\n\\define wikitext-example(src)\n```\n$src$\n```\n\nRenders as:\n\n$src$\n\nIn HTML:\n\n$$$text/vnd.tiddlywiki>text/html\n$src$\n$$$\n\n\\end\n{{$:/core/ui/PageTemplate}}\n"
},
"$:/core/ui/PageStylesheet": {
"title": "$:/core/ui/PageStylesheet",
"text": "<$list filter=\"[is[shadow]tag[$:/tags/stylesheet]] [!is[shadow]tag[$:/tags/stylesheet]]\">\n<$transclude/>\n</$list>\n"
},
"$:/core/ui/PageTemplate/sidebar": {
"title": "$:/core/ui/PageTemplate/sidebar",
"tags": "$:/tags/PageTemplate",
"text": "<header class=\"sidebar-header\">\n<div class=\"titlebar\">{{SiteTitle}}</div>\n<div class=\"tw-subtitle\">{{SiteSubtitle}}</div>\n\n<div class=\"tw-page-controls\">\n<$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/PageControls]] [!is[shadow]!has[draft.of]tag[$:/tags/PageControls]] +[tag[$:/tags/PageControls]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n\n{{$:/core/ui/SideBarLists}}\n\n</header>\n"
},
"$:/core/ui/PageTemplate/story": {
"title": "$:/core/ui/PageTemplate/story",
"tags": "$:/tags/PageTemplate",
"text": "<section class=\"story-river\">\n\n<!-- The main story -->\n<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" template=\"$:/core/ui/ViewTemplate\" editTemplate=\"$:/core/ui/EditTemplate\" storyview={{$:/view}} />\n\n<!-- End of story river -->\n</section>\n"
},
"$:/core/ui/PageTemplate": {
"title": "$:/core/ui/PageTemplate",
"text": "<$navigator story=\"$:/StoryList\" history=\"$:/HistoryList\">\n\n<$dropzone>\n\n<$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/PageTemplate]] [!is[shadow]!has[draft.of]tag[$:/tags/PageTemplate]] +[tag[$:/tags/PageTemplate]]\" variable=\"listItem\">\n\n<$transclude tiddler=<<listItem>>/>\n\n</$list>\n\n</$dropzone>\n\n</$navigator>\n\n"
},
"$:/core/ui/SideBar/More": {
"title": "$:/core/ui/SideBar/More",
"tags": "$:/tags/SideBar",
"caption": "More",
"text": "<div class=\"tw-more-sidebar\">\n<<tabs \"[is[shadow]!has[draft.of]tag[$:/tags/MoreSideBar]] [!is[shadow]!has[draft.of]tag[$:/tags/MoreSideBar]] +[tag[$:/tags/MoreSideBar]]\" \"$:/core/ui/MoreSideBar/Open\" \"$:/state/tab/moresidebar\">>\n</div>\n"
},
"$:/core/ui/SideBar/Open": {
"title": "$:/core/ui/SideBar/Open",
"tags": "$:/tags/SideBar",
"caption": "Open",
"text": "<$list filter=\"[list[$:/StoryList]]\" history=\"$:/HistoryList\" storyview=\"pop\">\n<$button message=\"tw-close-tiddler\" class=\"btn-invisible btn-mini\">×</$button> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</$list>\n<$button message=\"tw-close-all-tiddlers\" class=\"btn-invisible btn-mini\">close all</$button>\n"
},
"$:/core/ui/SideBar/Recent": {
"title": "$:/core/ui/SideBar/Recent",
"tags": "$:/tags/SideBar",
"caption": "Recent",
"text": "{{$:/snippets/recentchanges}}\n"
},
"$:/core/ui/SideBar/Tools": {
"title": "$:/core/ui/SideBar/Tools",
"tags": "$:/tags/SideBar",
"caption": "Tools",
"text": "{{$:/snippets/viewswitcher}}\n\n---\n\n[[AdvancedSearch|$:/AdvancedSearch]]\n\n---\n\n{{$:/snippets/minithemeswitcher}}\n\n---\n\nImport: <$browse/>\n\n---\n\n{{$:/snippets/encryptionstatus}}\n\n---\n\nTiddlyWiki5 version <<version>>\n"
},
"$:/core/ui/SideBarLists": {
"title": "$:/core/ui/SideBarLists",
"text": "<div class=\"tw-sidebar-lists\">\n\n<div class=\"tw-search\"><$edit-text tiddler=\"$:/temp/search\" type=\"search\" tag=\"input\"/> <$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\"><$linkcatcher to=\"$:/temp/search\"><$link to=\"\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$link></$linkcatcher></$reveal><$reveal state=\"$:/temp/search\" type=\"match\" text=\"\"> <$link to=\"$:/AdvancedSearch\" class=\"btn-invisible\">…</$link></$reveal></div>\n\n<$reveal state=\"$:/temp/search\" type=\"nomatch\" text=\"\">\n\n<div class=\"tw-search-results\">\n\n//<small><$count filter=\"[!is[system]search{$:/temp/search}]\"/> matches</small>//\n\n<$list filter=\"[!is[system]search{$:/temp/search}sort[title]limit[250]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n\n</div>\n\n</$reveal>\n\n<$reveal state=\"$:/temp/search\" type=\"match\" text=\"\">\n\n<<tabs \"[is[shadow]!has[draft.of]tag[$:/tags/SideBar]] [!is[shadow]!has[draft.of]tag[$:/tags/SideBar]] +[tag[$:/tags/SideBar]]\" \"$:/core/ui/SideBar/Open\" \"$:/state/tab/sidebar\">>\n\n</$reveal>\n</div>\n"
},
"$:/core/ui/TagTemplate": {
"title": "$:/core/ui/TagTemplate",
"text": "\\define tag-styles()\nbackground-color:$(backgroundColor)$;\n\\end\n<span class=\"tw-tag-list-item\"><$set name=\"backgroundColor\" value={{!!color}}><$button popup=<<qualify \"$:/state/tagpopup\">> class=\"btn-invisible tw-tag-label\" style=<<tag-styles>>><$transclude tiddler={{!!icon}}/> <$view field=\"title\" format=\"text\" /></$button></$set>\n<$reveal state=<<qualify \"$:/state/tagpopup\">> type=\"popup\" position=\"below\" animate=\"yes\"><div class=\"tw-drop-down\"><$transclude tiddler=\"$:/core/ui/ListItemTemplate\"/>\n<hr>\n<$list filter=\"[is[current]tagging[]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div></$reveal></span>\n"
},
"$:/core/ui/TiddlerFieldTemplate": {
"title": "$:/core/ui/TiddlerFieldTemplate",
"text": "<tr class=\"tw-view-field\"><td class=\"tw-view-field-name\"><<listItem>></td><td class=\"tw-view-field-value\"><$view field=<<listItem>>/></td></tr>"
},
"$:/core/ui/TiddlerFields": {
"title": "$:/core/ui/TiddlerFields",
"text": "<table class=\"tw-view-field-table\"><tbody><$list filter=\"[is[current]fields[]sort[title]] -text\" template=\"$:/core/ui/TiddlerFieldTemplate\" variable=\"listItem\"/>\n</tbody>\n</table>\n"
},
"$:/core/ui/TiddlerInfo/Fields": {
"title": "$:/core/ui/TiddlerInfo/Fields",
"tags": "$:/tags/TiddlerInfo",
"caption": "Fields",
"text": "<$transclude tiddler=\"$:/core/ui/TiddlerFields\"/>\n"
},
"$:/core/ui/TiddlerInfo/List": {
"title": "$:/core/ui/TiddlerInfo/List",
"tags": "$:/tags/TiddlerInfo",
"caption": "List",
"text": "<$list filter=\"[list{!!title}]\" emptyMessage=\"This tiddler does not have a list\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/Listed": {
"title": "$:/core/ui/TiddlerInfo/Listed",
"tags": "$:/tags/TiddlerInfo",
"caption": "Listed",
"text": "<$list filter=\"[is[current]listed[]!is[system]]\" emptyMessage=\"This tiddler is not listed by any others\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo/References": {
"title": "$:/core/ui/TiddlerInfo/References",
"tags": "$:/tags/TiddlerInfo",
"caption": "References",
"text": "<$list filter=\"[is[current]backlinks[]sort[title]]\" emptyMessage=\"No tiddlers link to this one\" template=\"$:/core/ui/ListItemTemplate\">\n</$list>\n"
},
"$:/core/ui/TiddlerInfo/Tagging": {
"title": "$:/core/ui/TiddlerInfo/Tagging",
"tags": "$:/tags/TiddlerInfo",
"caption": "Tagging",
"text": "<$list filter=\"[is[current]tagging[]]\" emptyMessage=\"No tiddlers are tagged with this one\" template=\"$:/core/ui/ListItemTemplate\"/>\n"
},
"$:/core/ui/TiddlerInfo": {
"title": "$:/core/ui/TiddlerInfo",
"text": "<<tabs \"[is[shadow]!has[draft.of]tag[$:/tags/TiddlerInfo]] [!is[shadow]!has[draft.of]tag[$:/tags/TiddlerInfo]] +[tag[$:/tags/TiddlerInfo]]\" \"$:/core/ui/TiddlerInfo/References\">>\n"
},
"$:/core/ui/UntaggedTemplate": {
"title": "$:/core/ui/UntaggedTemplate",
"text": "<$button popup=<<qualify \"$:/state/tagpopup\">> class=\"btn-invisible tw-untagged-label tw-tag-label\">untagged</$button>\n<$reveal state=<<qualify \"$:/state/tagpopup\">> type=\"popup\" position=\"below\"><div class=\"tw-drop-down\">\n<$list filter=\"[untagged[]!is[system]] -[tags[]] +[sort[title]]\" template=\"$:/core/ui/ListItemTemplate\"/>\n</div></$reveal>\n"
},
"$:/core/ui/ViewTemplate/body": {
"title": "$:/core/ui/ViewTemplate/body",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"body\">\n<$transclude />\n</div>"
},
"$:/core/ui/ViewTemplate/subtitle": {
"title": "$:/core/ui/ViewTemplate/subtitle",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tw-subtitle\"><$link to={{!!modifier}}><$view field=\"modifier\"/></$link> <$view field=\"modified\" format=\"relativedate\"/></div>\n"
},
"$:/core/ui/ViewTemplate/tags": {
"title": "$:/core/ui/ViewTemplate/tags",
"tags": "$:/tags/ViewTemplate",
"text": "<div class=\"tw-tags-wrapper\"><$list filter=\"[is[current]tags[]sort[title]]\" template=\"$:/core/ui/TagTemplate\" storyview=\"pop\"/></div>\n"
},
"$:/core/ui/ViewTemplate/title": {
"title": "$:/core/ui/ViewTemplate/title",
"tags": "$:/tags/ViewTemplate",
"text": "\\define title-styles()\nfill:$(foregroundColor)$;\n\\end\n<div class=\"tw-tiddler-title\"><div class=\"titlebar\"><span class=\"tw-tiddler-controls\"><$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/ViewToolbar]] [!is[shadow]!has[draft.of]tag[$:/tags/ViewToolbar]] +[tag[$:/tags/ViewToolbar]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n\n</span><$set name=\"foregroundColor\" value={{!!color}}><span style=<<title-styles>>><$transclude tiddler={{!!icon}}/></span></$set> <span class=\"title\"><$view field=\"title\"/></span></div>\n\n<$reveal type=\"nomatch\" text=\"\" default=\"\" state=<<tiddlerInfoState>> class=\"tw-tiddler-info tw-popup\" animate=\"yes\">\n\n<$transclude tiddler=\"$:/core/ui/TiddlerInfo\"/>\n\n</$reveal></div>"
},
"$:/core/ui/ViewTemplate": {
"title": "$:/core/ui/ViewTemplate",
"text": "\\define frame-classes()\ntw-tiddler-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$\n\\end\n<$set name=\"storyTiddler\" value=<<currentTiddler>>><$set name=\"tiddlerInfoState\" value=<<qualify \"$:/state/tiddlerInfo\">>><$tiddler tiddler=<<currentTiddler>>><div class=<<frame-classes>>><$list filter=\"[is[shadow]!has[draft.of]tag[$:/tags/ViewTemplate]] [!is[shadow]!has[draft.of]tag[$:/tags/ViewTemplate]] +[tag[$:/tags/ViewTemplate]]\" variable=\"listItem\"><$transclude tiddler=<<listItem>>/></$list>\n</div>\n</$tiddler></$set></$set>\n"
},
"$:/core/ui/ViewToolbar/close": {
"title": "$:/core/ui/ViewToolbar/close",
"tags": "$:/tags/ViewToolbar",
"text": "<$button message=\"tw-close-tiddler\" class=\"btn-invisible\">{{$:/core/images/close-button}}</$button>"
},
"$:/core/ui/ViewToolbar/edit": {
"title": "$:/core/ui/ViewToolbar/edit",
"tags": "$:/tags/ViewToolbar",
"text": "<$button message=\"tw-edit-tiddler\" class=\"btn-invisible\">{{$:/core/images/edit-button}}</$button>"
},
"$:/core/ui/ViewToolbar/info": {
"title": "$:/core/ui/ViewToolbar/info",
"tags": "$:/tags/ViewToolbar",
"text": "<$button popup=<<tiddlerInfoState>> class=\"btn-invisible\" selectedClass=\"tw-selected\">{{$:/core/images/info-button}}</$button>"
},
"$:/DefaultTiddlers": {
"title": "$:/DefaultTiddlers",
"text": "GettingStarted\n[!is[system]sort[modified]limit[25]]"
},
"GettingStarted": {
"title": "GettingStarted",
"text": "Welcome to TiddlyWiki, the non-linear personal web notebook.\n\nTo get started, first verify that you can save changes successfully - see http://tiddlywiki.com/ for detailed instructions.\n\nThen you can:\n\n* Create new tiddlers using the 'plus' button in the sidebar\n* Visit the [[control panel|$:/ControlPanel]] using the 'cog' button in the sidebar to customise your wiki\n** Stop this message appearing by changing the default tiddlers under the ''Basics'' tab\n* Save changes using the 'download' button in the sidebar\n* Learn more about [[WikiText|http://tiddlywiki.com/static/WikiText.html]]\n"
},
"SiteSubtitle": {
"title": "SiteSubtitle",
"text": "a non-linear personal web notebook"
},
"SiteTitle": {
"title": "SiteTitle",
"text": "My ~TiddlyWiki"
},
"$:/temp/advancedsearch": {
"title": "$:/temp/advancedsearch",
"text": ""
},
"$:/snippets/allfields": {
"title": "$:/snippets/allfields",
"text": "\\define renderfield(title)\n<tr class=\"tw-view-field\"><td class=\"tw-view-field-name\">''$title$'':</td><td class=\"tw-view-field-value\">//{{$:/docs/fields/$title$}}//</td></tr>\n\\end\n<table class=\"tw-view-field-table\"><tbody><$list filter=\"[fields[]sort[title]]\" variable=\"listItem\"><$macrocall $name=\"renderfield\" title=<<listItem>>/></$list>\n</tbody></table>\n"
},
"$:/config/AnimationDuration": {
"title": "$:/config/AnimationDuration",
"text": "400"
},
"$:/snippets/download-wiki-button": {
"title": "$:/snippets/download-wiki-button",
"text": "<$button message=\"tw-download-file\" param=\"$:/core/save/all\" class=\"btn-big-green\">Download Full {{$:/core/images/save-button}}</$button>"
},
"$:/snippets/encryptionstatus": {
"title": "$:/snippets/encryptionstatus",
"text": "<$reveal type=\"match\" state=\"$:/isEncrypted\" text=\"yes\">\nThis wiki is encrypted.\n<$button message=\"tw-clear-password\" class=\"btn btn-danger\">Clear password</$button>\n<$button message=\"tw-set-password\" class=\"btn btn-warning\">Change password</$button>\n</$reveal>\n<$reveal type=\"nomatch\" state=\"$:/isEncrypted\" text=\"yes\">\nThis wiki is not encrypted.\n<$button message=\"tw-set-password\" class=\"btn btn-warning\">Set password</$button>\n</$reveal>"
},
"$:/snippets/minithemeswitcher": {
"title": "$:/snippets/minithemeswitcher",
"text": "Current theme: <$link to={{$:/theme}}><$view tiddler={{$:/theme}} field=\"name\"/></$link>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}><$view field=\"name\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/snippets/modules": {
"title": "$:/snippets/modules",
"text": "\\define describeModuleType(type)\n{{$:/docs/moduletypes/$type$}}\n\\end\n<$list filter=\"[moduletypes[]]\">\n!! <$macrocall $name=\"currentTiddler\" $type=\"text/plain\" $output=\"text/plain\"/>\n<$macrocall $name=\"describeModuleType\" type=<<currentTiddler>>/>\n<ul><$list filter=\"[is[current]modules[]]\"><li><$link><<currentTiddler>></$link>\n</li>\n</$list>\n</ul>\n</$list>\n"
},
"$:/state/tab/moresidebar-{$:/core/ui/SideBar|$:/core/ui/SideBar/More||}{$:/core/ui/SideBar|$:/core/ui/SideBar||}{$:/core/ui/PageTemplate|$:/core/ui/PageTemplate||}": {
"title": "$:/state/tab/moresidebar-{$:/core/ui/SideBar|$:/core/ui/SideBar/More||}{$:/core/ui/SideBar|$:/core/ui/SideBar||}{$:/core/ui/PageTemplate|$:/core/ui/PageTemplate||}",
"text": "$:/core/ui/MoreSideBar/Tags"
},
"$:/snippets/recentchanges": {
"title": "$:/snippets/recentchanges",
"text": "<$list filter=\"[!is[system]has[modified]!sort[modified]limit[100]eachday[modified]]\">\n<div class=\"tw-menu-list-item\">\n<$view field=\"modified\" format=\"date\" template=\"DDth MMM YYYY\"/>\n<$list filter=\"[sameday{!!modified}!is[system]!sort[modified]]\">\n<div class=\"tw-menu-list-subitem\">\n<$link to={{!!title}}>\n<$view field=\"title\"/>\n</$link>\n</div>\n</$list>\n</div>\n</$list>\n"
},
"$:/temp/search": {
"title": "$:/temp/search",
"text": ""
},
"$:/state/tab/sidebar-{$:/core/ui/SideBar|$:/core/ui/SideBar||}{$:/core/ui/PageTemplate|$:/core/ui/PageTemplate||}": {
"title": "$:/state/tab/sidebar-{$:/core/ui/SideBar|$:/core/ui/SideBar||}{$:/core/ui/PageTemplate|$:/core/ui/PageTemplate||}",
"text": "$:/core/ui/SideBar/Open"
},
"$:/tags/ControlPanel": {
"title": "$:/tags/ControlPanel",
"list": "$:/core/ui/ControlPanel/Basics $:/core/ui/ControlPanel/Appearance $:/core/ui/ControlPanel/Saving $:/core/ui/ControlPanel/Plugins $:/core/ui/ControlPanel/Tools $:/core/ui/ControlPanel/Internals",
"text": ""
},
"$:/tags/EditTemplate": {
"title": "$:/tags/EditTemplate",
"list": "[[$:/core/ui/EditTemplate/controls]] [[$:/core/ui/EditTemplate/title]] [[$:/core/ui/EditTemplate/tags]] [[$:/core/ui/EditTemplate/body]] [[$:/core/ui/EditTemplate/type]] [[$:/core/ui/EditTemplate/fields]]",
"text": ""
},
"$:/tags/EditToolbar": {
"title": "$:/tags/EditToolbar",
"list": "[[$:/core/ui/EditToolbar/delete]] [[$:/core/ui/EditToolbar/cancel]] [[$:/core/ui/EditToolbar/save]]",
"text": ""
},
"$:/tags/MoreSideBar": {
"title": "$:/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]] [[$:/core/ui/MoreSideBar/Shadows]]",
"text": ""
},
"$:/tags/PageControls": {
"title": "$:/tags/PageControls",
"list": "[[$:/core/ui/PageControls/new-tiddler]] [[$:/core/ui/PageControls/control-panel]] [[$:/core/ui/PageControls/save-wiki]]",
"text": ""
},
"$:/tags/PageTemplate": {
"title": "$:/tags/PageTemplate",
"list": "[[$:/core/ui/PageTemplate/sidebar]] [[$:/core/ui/PageTemplate/story]]",
"text": ""
},
"$:/tags/SideBar": {
"title": "$:/tags/SideBar",
"list": "[[$:/core/ui/SideBar/Open]] [[$:/core/ui/SideBar/Recent]] [[$:/core/ui/SideBar/Tools]] [[$:/core/ui/SideBar/More]]",
"text": ""
},
"$:/tags/TiddlerInfo": {
"title": "$:/tags/TiddlerInfo",
"list": "[[$:/core/ui/TiddlerInfo/References]] [[$:/core/ui/TiddlerInfo/Tagging]] [[$:/core/ui/TiddlerInfo/List]] [[$:/core/ui/TiddlerInfo/Listed]] [[$:/core/ui/TiddlerInfo/Fields]]",
"text": ""
},
"$:/tags/ViewTemplate": {
"title": "$:/tags/ViewTemplate",
"list": "[[$:/core/ui/ViewTemplate/title]] [[$:/core/ui/ViewTemplate/subtitle]] [[$:/core/ui/ViewTemplate/tags]] [[$:/core/ui/ViewTemplate/body]]",
"text": ""
},
"$:/tags/ViewToolbar": {
"title": "$:/tags/ViewToolbar",
"list": "[[$:/core/ui/ViewToolbar/info]] [[$:/core/ui/ViewToolbar/edit]] [[$:/core/ui/ViewToolbar/close]]",
"text": ""
},
"$:/snippets/themeswitcher": {
"title": "$:/snippets/themeswitcher",
"text": "Current theme: <$link to={{$:/theme}}><$view tiddler={{$:/theme}} field=\"name\"/></$link>\n\n<$linkcatcher to=\"$:/theme\">\n<$list filter=\"[plugin-type[theme]sort[title]]\"><div><$reveal state=\"$:/theme\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/theme\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field=\"name\" format=\"text\"/>'' <$view field=\"description\" format=\"text\"/></$link></div>\n</$list>\n</$linkcatcher>"
},
"$:/core/wiki/title": {
"title": "$:/core/wiki/title",
"type": "text/vnd.tiddlywiki",
"text": "{{SiteTitle}} --- {{SiteSubtitle}}"
},
"$:/view": {
"title": "$:/view",
"text": "classic"
},
"$:/snippets/viewswitcher": {
"title": "$:/snippets/viewswitcher",
"text": "Current view: {{$:/view}}\n\n<$linkcatcher to=\"$:/view\"><$list filter=\"classic zoomin pop\"><div><$reveal state=\"$:/view\" type=\"match\" text={{!!title}}>•</$reveal><$reveal state=\"$:/view\" type=\"nomatch\" text={{!!title}}> </$reveal> <$link to={{!!title}}><$view field=\"title\"/></$link>\n</div>\n</$list>\n</$linkcatcher>\n"
}
}
}
<$linkcatcher to="$:/temp/advancedsearch">
Søg efter skygge tiddlere:
<div class="tw-search"><$edit-text tiddler="$:/temp/advancedsearch" type="search" tag="input"/><$reveal state="$:/temp/advancedsearch" type="nomatch" text=""> <$link to="" class="btn-invisible">{{$:/core/images/close-button}}</$link></$reveal></div>
</$linkcatcher>
<$reveal state="$:/temp/advancedsearch" type="nomatch" text="">
<div class="tw-search-results">
//<small><$count filter="[is[shadow]search{$:/temp/advancedsearch}]"/> matches</small>//
<$list filter="[is[shadow]search{$:/temp/advancedsearch}sort[title]limit[250]]" template="$:/core/ui/ListItemTemplate"/>
</div>
</$reveal>
<$reveal state="$:/temp/advancedsearch" type="match" text="">
</$reveal>
<$linkcatcher to="$:/temp/advancedsearch">
Søg efter system tiddlere:
<div class="tw-search"><$edit-text tiddler="$:/temp/advancedsearch" type="search" tag="input"/><$reveal state="$:/temp/advancedsearch" type="nomatch" text=""> <$link to="" class="btn-invisible">{{$:/core/images/close-button}}</$link></$reveal></div>
</$linkcatcher>
<$reveal state="$:/temp/advancedsearch" type="nomatch" text="">
<div class="tw-search-results">
//<small><$count filter="[search{$:/temp/advancedsearch}]"/> der matcher</small>//
<$list filter="[search{$:/temp/advancedsearch}sort[title]limit[250]]" template="$:/core/ui/ListItemTemplate"/>
</div>
</$reveal>
<$reveal state="$:/temp/advancedsearch" type="match" text="">
</$reveal>
! Tema
{{$:/snippets/themeswitcher}}
! Historie visning
{{$:/snippets/viewswitcher}}
|TiddlyWiki version |''<<version>>'' | |[[Titel på denne TiddlyWiki|SiteTitle]] |<$edit-text tiddler="SiteTitle" default="" tag="input"/> | |[[Undertitel|SiteSubtitle]] |<$edit-text tiddler="SiteSubtitle" default="" tag="input"/> | |[[Brugernavn til underskrift på redigering|$:/status/UserName]] |<$edit-text tiddler="$:/status/UserName" default="" tag="input"/> | |[[Animationsvarighed|$:/config/AnimationDuration]] |<$edit-text tiddler="$:/config/AnimationDuration" default="" tag="input"/> | |[[Opstarts tiddlere|$:/DefaultTiddlers]] Vælg hvilke tiddlere som vises ved opstart:<br> <$edit-text tag="textarea" tiddler="$:/DefaultTiddlers"/><br>//Brug [[dobbelt kantede parenteser]] til titler med mellemrum// | |Tiddlere |''<$count filter="[!is[system]]"/>'' | |Systemtiddlere |''<$count filter="[is[system]]"/>'' | |Skyggetiddlere |''<$count filter="[is[shadow]]"/>'' | |Overskrevne skyggetiddlere |''<$count filter="[!is[system]is[shadow]]"/>'' |
! Tiddler felter
Dette er det komplette sæt af TiddlerFields i brug i denne wiki (inklusive system tiddlere men eksklusiv skygge tiddlere).
{{$:/snippets/allfields}}
! Indlæste moduler
Dette er de aktuelt indlæste moduler linket til deres kilde tiddlere. Ethvert kursiveret modul mangler en kilde tiddler, typisk fordi de blev opsat under opstarts processen.
{{$:/snippets/modules}}
<table><tbody><tr><th>Titel</th><th>Beskrivelse</th><th>Version</th></tr><$list filter="[!has[draft.of]has[plugin-type]sort[title]]"><tr><td><$link to={{!!title}}><$view field="title"/></$link></td><td><$view field="description"/></td><td><$view field="version"/></td></tr></$list>
</tbody>
</table>
\define backupURL()
http://$(userName)$.tiddlyspot.com/backup/
\end
\define backupLink()
<$reveal type="nomatch" state="$:/UploadName" text="">
<$set name="userName" value={{$:/UploadName}}>
<a href=<<backupURL>>><$macrocall $name="backupURL" $type="text/plain" $output="text/plain"/></a>
</$set>
</$reveal>
\end
! TiddlySpot
|[[Wiki navn|$:/UploadName]] |<$edit-text tiddler="$:/UploadName" default="" tag="input"/> |
|Password |<$password name="upload"/> |
|Server URL |<$edit-text tiddler="$:/UploadURL" default="" tag="input"/> |
|Backups |<<backupLink>> |
//Server URL standard er `http://<wikiname>.tiddlyspot.com/store.cgi` og kan ændres til at bruge en anden server adresse.//
! Import
<$browse/>
Browse efter filer på din computer for at importere deres indhold (de individuelle tiddlere i TiddlyWiki HTML filer importeres separat). Du kan også trække og slippe filer direkte til browser vinduet.
! Encryption
{{$:/snippets/encryptionstatus}}
Brug WikiTekst for, at tilføje formatering, billeder, og dynamiske funtioner
\define frame-classes() tw-tiddler-frame tw-tiddler-edit-frame $(missingTiddlerClass)$ $(shadowTiddlerClass)$ $(systemTiddlerClass)$ \end <$set name="storyTiddler" value=<<currentTiddler>>><div class=<<frame-classes>>><$list filter="[is[shadow]!has[draft.of]tag[$:/tags/EditTemplate]] [!is[shadow]!has[draft.of]tag[$:/tags/EditTemplate]] +[tag[$:/tags/EditTemplate]]" variable="listItem"><$transclude tiddler=<<listItem>>/></$list></div></$set>
\define prompt() Skriv denne tiddlers tekst \end <$reveal state="$:/ShowEditPreview" type="match" text="yes"> <em class="tw-edit"><$transclude tiddler="$:/core/ui/EditorHint"/></em> <$button type="set" set="$:/ShowEditPreview" setTo="no">hide preview</$button> <div class="tw-tiddler-preview"> <div class="tw-tiddler-preview-preview"> <$transclude /> </div> <div class="tw-tiddler-preview-edit"> <$edit field="text" class="tw-edit-texteditor" placeholder=<<prompt>>/> </div> </div> </$reveal> <$reveal state="$:/ShowEditPreview" type="nomatch" text="yes"> <em class="tw-edit"><$transclude tiddler="$:/core/ui/EditorHint"/></em> <$button type="set" set="$:/ShowEditPreview" setTo="yes">vis preview</$button> <$edit field="text" class="tw-edit-texteditor" placeholder=<<prompt>>/> </$reveal>
<$fieldmangler><div class="tw-edit-fields">
<table class="tw-edit-fields"><tbody><$list filter="[is[current]fields[]] -title -tags -text -creator -created -modified -modifier -type -[[draft.title]] -[[draft.of]]" variable="currentField"><tr class="tw-edit-field"><td class="tw-edit-field-name"><<currentField>>:</td><td class="tw-edit-field-value"><$edit-text tiddler=<<currentTiddler>> field=<<currentField>> placeholder="field value"/></td><td class="tw-edit-field-remove"><$button message="tw-remove-field" param=<<currentField>> class="btn-invisible">{{$:/core/images/delete-button}}</$button></td>
</tr>
</$list>
</tbody>
</table>
</div>
<div class="tw-edit-field-add"><em class="tw-edit">Tilføj et nyt felt:</em> <span class="tw-edit-field-add-name"><$edit-text tiddler="$:/NewFieldName" tag="input" default="" placeholder="feltnavn" class="tw-edit-texteditor"/></span> <span class="tw-edit-field-add-button"><$button message="tw-add-field" param={{$:/NewFieldName}} set="$:/NewFieldName" setTo="" class="">tilføj</$button></span></div>
</$fieldmangler>
\define tag-styles()
background-color:$(backgroundColor)$;
\end
<div class="tw-edit-tags"><$fieldmangler><$list filter="[is[current]tags[]sort[title]]" storyview="pop" itemClass="tw-tag-editor-label"><$set name="backgroundColor" value={{!!color}}><span style=<<tag-styles>> class="tw-tag-label"><$view field="title" format="text" /><$button message="tw-remove-tag" param={{!!title}} class="btn-invisible tw-remove-tag-button">×</$button></span></$set>
</$list>
<div class="tw-edit-add-tag"><span class="tw-add-tag-name"><$edit-text tiddler="$:/NewTagName" tag="input" default="" placeholder="tagnavn" focusPopup=<<qualify "$:/state/tagsAutoComplete">> class="tw-edit-texteditor"/></span> <$button popup=<<qualify "$:/state/tagsAutoComplete">> class="btn-invisible btn-dropdown">{{$:/core/images/down-arrow}}</$button> <span class="tw-add-tag-button"><$button message="tw-add-tag" param={{$:/NewTagName}} set="$:/NewTagName" setTo="" class="">tilføj</$button></span></div>
<div class="tw-block-dropdown-wrapper">
<$reveal state=<<qualify "$:/state/tagsAutoComplete">> type="nomatch" text="" default="">
<div class="tw-block-dropdown">
<$linkcatcher set="$:/NewTagName" setTo="" message="tw-add-tag"><$list filter="[!is[shadow]tags[]search{$:/NewTagName}sort[title]]"><$link><$set name="backgroundColor" value={{!!color}}><span style=<<tag-styles>> class="tw-tag-label"><$view field="title" format="text"/></span></$set></$link>
</$list>
</$linkcatcher>
</div>
</$reveal>
</div>
</$fieldmangler>
</div>
<$view field="title"/> <$edit-text field="draft.title" class="titlebar tw-edit-texteditor"/>
<$list filter="[!is[system]sort[title]]" itemClass="tw-menu-list-item" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[has[draft.of]sort[title]]" itemClass="tw-menu-list-item" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[is[missing]sort[title]]" itemClass="tw-menu-list-item" template="$:/core/ui/MissingTemplate"/>
<$list filter="[is[orphan]sort[title]]" itemClass="tw-menu-list-item" template="$:/core/ui/ListItemTemplate"/>
{{$:/snippets/recentchanges}}
<$list filter="[is[system]sort[title]]" itemClass="tw-menu-list-item" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[tags[]sort[title]]" itemClass="tw-menu-list-item">
<$transclude tiddler="$:/core/ui/TagTemplate"/> <small class="tw-menu-list-count"><$count filter="[is[current]tagging[]]"/></small>
</$list>
----
{{$:/core/ui/UntaggedTemplate}} <small class="tw-menu-list-count"><$count filter="[untagged[]!is[system]] -[tags[]]"/></small>
<$list filter="[!is[system]has[type]each[type]sort[type]]">
<div class="tw-menu-list-item">
<$view field="type"/>
<$list filter="[type{!!type}!is[system]sort[title]]">
<div class="tw-menu-list-subitem">
<$link to={{!!title}}><$view field="title"/></$link>
</div>
</$list>
</div>
</$list>
<span title="Kontrol panel"><$link to="$:/ControlPanel">{{$:/core/images/options-button}}</$link></span>
<span title="Ny tiddler"><$button message="tw-new-tiddler" class="btn-invisible">{{$:/core/images/new-button}}</$button></span>
<span title="gem-wiki"><$button message="tw-save-wiki" class="btn-invisible">{{$:/core/images/save-button}}</$button></span>
<div class="tw-more-sidebar"> <<tabs "[is[shadow]!has[draft.of]tag[$:/tags/MoreSideBar]] [!is[shadow]!has[draft.of]tag[$:/tags/MoreSideBar]] +[tag[$:/tags/MoreSideBar]]" "$:/core/ui/MoreSideBar/Open" "$:/state/tab/moresidebar">> </div>
<$list filter="[list[$:/StoryList]]" history="$:/HistoryList" storyview="pop" itemClass="tw-menu-list-item tw-open-tiddler-list">
<$button message="tw-close-tiddler" class="btn-invisible btn-mini">×</$button> <$link to={{!!title}}><$view field="title"/></$link>
</$list>
<$button message="tw-close-all-tiddlers" class="btn-invisible btn-mini">luk alle</$button>
{{$:/snippets/recentchanges}}
{{$:/snippets/viewswitcher}}
---
{{$:/snippets/minithemeswitcher}}
---
Import: <$browse/>
---
{{$:/snippets/encryptionstatus}}
---
TiddlyWiki5 version <<version>>
\define tag-styles()
background-color:$(backgroundColor)$;
\end
<span class="tw-tag-list-item"><$setvariable name="backgroundColor" value={{!!color}}><$button popup=<<qualify "$:/state/tagpopup">> class="btn-invisible tw-tag-label" style=<<tag-styles>>><$transclude tiddler={{!!icon}}/> <$view field="title" format="text" /></$button></$setvariable>
<$reveal state=<<qualify "$:/state/tagpopup">> type="popup" position="below" animate="yes"><div class="tw-drop-down"><$transclude tiddler="$:/core/ui/ListItemTemplate"/>
<hr>
<$list filter="[is[current]tagging[]]" template="$:/core/ui/ListItemTemplate"/>
</div></$reveal></span>
<$transclude tiddler="$:/core/ui/TiddlerFields"/>
<$list filter="[list{!!title}]" itemClass="tw-menu-list-item" emptyMessage="Denne tiddler har ingen liste" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[is[current]listed[]!is[system]]" itemClass="tw-menu-list-item" emptyMessage="Denne tiddler er ikke listet af andre tiddlere" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[is[current]backlinks[]sort[title]]" emptyMessage="Ingen tiddlere linker til denne tiddler" template="$:/core/ui/ListItemTemplate"> </$list>
<$list filter="[is[current]tagging[]]" itemClass="tw-menu-list-item" emptyMessage="Ingen tiddlere er tagget med denne tiddlers titel" template="$:/core/ui/ListItemTemplate"/>
<$list filter="[is[current]tag[Quicky]!tag[yes]!tag[maybe]!tag[no]]">
Choose:
<$fieldmangler>
<$linkcatcher set="$:/NewTagName" setTo="" message="tw-add-tag">
<$list filter="[[yes]] [[maybe]] [[no]]">
<$link>
<$set name="backgroundColor" value={{!!color}}>
<span style=<<tag-styles>> class="tw-tag-label">
<$view field="title" format="text"/>
</span>
</$set>
</$link>
</$list>
</$linkcatcher>
</$fieldmangler>
</$list>
<div class="body">
<$transclude />
</div>
<span title="Luk tiddler"><$button message="tw-close-tiddler" class="btn-invisible">{{$:/core/images/close-button}}</$button></span>
<span title="Redigér tiddler"><$button message="tw-edit-tiddler" class="btn-invisible">{{$:/core/images/edit-button}}</$button></span>
<span title="Tiddler info"><$button popup=<<tiddlerInfoState>> class="btn-invisible" selectedClass="tw-selected">{{$:/core/images/info-button}}</$button></span>
[list[$:/StoryList]]
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
[
{
"title": "$:/ControlPanel",
"fromPageRect": {
"top": 168,
"left": 806.328125,
"width": 40.328125,
"right": 846.65625,
"bottom": 184,
"height": 16
}
},
{
"title": "Navigation"
},
{
"title": "Første del"
},
{
"title": "Lektion1"
},
{
"title": "Sidste del"
},
{
"title": "Del2"
},
{
"title": "Navigation",
"fromPageRect": {
"top": 365.890625,
"left": 782,
"width": 67,
"right": 849,
"bottom": 381.890625,
"height": 16
}
},
{
"title": "Draft of 'Navigation'"
},
{
"title": "Navigation"
},
{
"title": "Draft of 'Lektion1'"
},
{
"title": "Lesson1"
},
{
"title": "Draft of 'Første del'"
},
{
"title": "First Part"
},
{
"title": "Draft of 'Navigation'"
},
{
"title": "Navigation"
},
{
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no
Gemt wiki
Dine ændringer til denne wiki skal gemmes som en ~TiddlyWiki HTML file. !!! Desktop browsere # Vælg ''Gem Som'' fra ''Fil'' menuen # Vælg et filnavn og en placering. #* Nogle browsere fordrer også, at du explicit specificerer det format filen gemmes i, som ''Webpage, HTML only'' eller lignende. # Luk denne fane. !!! Smartphone browsere # opret et bogmærke til denne side. #* Hvis du har iCloud eller Google Sync sat op vil bogmærket automatisk syncronisere til den desktop, hvor du kan åbne detog gemme det som ovennævnt. # Luk denne fane. //Hvis du åbner bogmærket igen i Mobile Safari, vil du se denne besked igen. Hvis du ønsker at fortsætte og bruge filen, skal du blot klikke på ''luk'' knappen nedenunder.//
Begynder at gemme wiki
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"tiddlers": {
"$:/plugins/tiddlywiki/fullscreen/init.js": {
"text": "/*\\\ntitle: $:/plugins/tiddlywiki/fullscreen/init.js\ntype: application/javascript\nmodule-type: browser-startup\n\nMessage handler for full screen mode\n\n\\*/\n(function(){\n\n/*jslint node: true, browser: true */\n/*global $tw: false, Element: false */\n\"use strict\";\n\nvar d = document,\n\tdb = d.body,\n\t_requestFullscreen = db.webkitRequestFullscreen !== undefined ? \"webkitRequestFullscreen\" :\n\t\t\t\t\t\tdb.mozRequestFullScreen !== undefined ? \"mozRequestFullScreen\" :\n\t\t\t\t\t\tdb.msRequestFullscreen !== undefined ? \"msRequestFullscreen\" :\n\t\t\t\t\t\tdb.requestFullscreen !== undefined ? \"requestFullscreen\" : \"\",\n\t_exitFullscreen = d.webkitExitFullscreen !== undefined ? \"webkitExitFullscreen\" :\n\t\t\t\t\t\t\td.mozCancelFullScreen !== undefined ? \"mozCancelFullScreen\" :\n\t\t\t\t\t\t\td.msExitFullscreen !== undefined ? \"msExitFullscreen\" :\n\t\t\t\t\t\t\td.exitFullscreen !== undefined ? \"exitFullscreen\" : \"\",\n\t_fullscreenElement = d.webkitFullscreenElement !== undefined ? \"webkitFullscreenElement\" :\n\t\t\t\t\t\t\td.mozFullScreenElement !== undefined ? \"mozFullScreenElement\" :\n\t\t\t\t\t\t\td.msFullscreenElement !== undefined ? \"msFullscreenElement\" :\n\t\t\t\t\t\t\td.fullscreenElement !== undefined ? \"fullscreenElement\" : \"\";\n\nvar toggleFullscreen = function() {\n\tif(document[_fullscreenElement]) {\n\t\tdocument[_exitFullscreen]();\n\t} else {\n\t\tdocument.documentElement[_requestFullscreen](Element.ALLOW_KEYBOARD_INPUT);\n\t}\n};\n\nexports.startup = function() {\n\t// Install the full screen handler\n\tif(_requestFullscreen) {\n\t\t$tw.rootWidget.addEventListener(\"tw-full-screen\",function(event) {\n\t\t\ttoggleFullscreen();\n\t\t});\n\t}\n};\n\n})();\n",
"title": "$:/plugins/tiddlywiki/fullscreen/init.js",
"type": "application/javascript",
"module-type": "browser-startup"
}
}
}
hide
show
no
<$reveal type="match" state="$:/isEncrypted" text="yes"> Denne wiki er encrypteret. <$button message="tw-clear-password" class="btn btn-danger">Clear password</$button> <$button message="tw-set-password" class="btn btn-warning">Change password</$button> </$reveal> <$reveal type="nomatch" state="$:/isEncrypted" text="yes"> Denne wiki er ikke encrypteret. <$button message="tw-set-password" class="btn btn-warning">Angiv password</$button> </$reveal>
Aktuelle tema: <$link to={{$:/theme}}><$view tiddler={{$:/theme}} field="name"/></$link>
<$linkcatcher to="$:/theme">
<$list filter="[plugin-type[theme]sort[title]]"><div><$reveal state="$:/theme" type="match" text={{!!title}}>•</$reveal><$reveal state="$:/theme" type="nomatch" text={{!!title}}> </$reveal> <$link to={{!!title}}><$view field="name" format="text"/></$link></div>
</$list>
</$linkcatcher>
<$list filter="[!is[system]has[modified]!sort[modified]limit[5]eachday[modified]]">
<div class="tw-menu-list-item">
<$view field="modified" format="date" template="DDth MMM YYYY"/>
<$list filter="[sameday{!!modified}!is[system]!sort[modified]]">
<div class="tw-menu-list-subitem">
<$link to={{!!title}}>
<$view field="title"/>
</$link>
</div>
</$list>
</div>
</$list>
Aktuelle tema: <$link to={{$:/theme}}><$view tiddler={{$:/theme}} field="name"/></$link>
<$linkcatcher to="$:/theme">
<$list filter="[plugin-type[theme]sort[title]]"><div><$reveal state="$:/theme" type="match" text={{!!title}}>•</$reveal><$reveal state="$:/theme" type="nomatch" text={{!!title}}> </$reveal> <$link to={{!!title}}>''<$view field="name" format="text"/>'' <$view field="description" format="text"/></$link></div>
</$list>
</$linkcatcher>
$:/core/ui/TiddlerInfo/List
$:/core/ui/TiddlerInfo/References
$:/core/ui/TiddlerInfo/References
$:/core/ui/AdvancedSearch/Shadows
$:/core/ui/TiddlerInfo/References
$:/core/ui/ControlPanel/Saving
$:/core/ui/MoreSideBar/Recent
$:/core/ui/SideBar/Open
(93,190,110,24)
Måns
```
/*COLUMNS*/
html body.tw-body .twocolumns { display:block;
column-count:2;
-moz-column-count:2;
-webkit-column-count:2;}
html body.tw-body .threecolumns { display:block;
column-count:3;
-moz-column-count:3;
-webkit-column-count:3;}
html body.tw-body .threecolumns {vertical-align:inherit;}
```
$:/themes/tiddlywiki/centralised
{
"tiddlers": {
"$:/themes/giffmex/blue/styles": {
"title": "$:/themes/giffmex/blue/styles",
"tags": "[[$:/tags/stylesheet]]",
"text": "html body.tw-body { \nfont-size:14px;\nline-height:20px; \nbackground-color:#ddddff;\n}\n\nhtml .tw-sidebar-lists a.tw-tiddlylink {\ncolor: #5959c0;\n}\n\nhtml .tw-page-controls {background-color:#ddddff;\npadding:8px;}\n\nhtml .title {\n\tcolor: #5959c0;\n}\n\nhtml .tw-tab-buttons button {\n\tbackground-color: #ccccdd;\n}\n\nhtml .tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #ddddff;\n\tborder-bottom: 1px solid #ddddff;\n}\n\nhtml .tw-tag-label {\nfont-weight:normal;\n\tpadding: 4px 6px;\n\tcolor: #000000;\n\ttext-shadow: none;\n\tbackground-color: #eeeeff;\n}\n\nhtml h1 {\n font-size: 1.5em;\n margin: 0.67em 0;\npadding-top:1em;}\n\n\nhtml table th {padding:10px;vertical-align:top;} \nhtml table td {padding:10px;vertical-align:top; background-color:#ffffff;}\nhtml table th {color: #000;background-color:#eee;font-weight:normal;}\nhtml table th {border-color:#000;}\nhtml table td {border-color:#000;}\nhtml table {border-color:#000;}\n\nhtml .btn-mini {\n\tcolor: #c0c0c0;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/giffmex/rocker/styles": {
"title": "$:/themes/giffmex/rocker/styles",
"tags": "[[$:/tags/stylesheet]]",
"text": "html body.tw-body { font-size:14px;line-height:20px; background-color:#000000;}\nhtml .tw-page-controls {background-color:#000000; padding:8px;}\n\nhtml .title {color: #cc0000;}\nhtml a.tw-tiddlylink {text-decoration: none;font-style: normal;font-weight: bold;color: #cc0000;}\nhtml .tw-sidebar-lists a.tw-tiddlylink {color: #cc0000;}\nhtml .sidebar-header {text-shadow: none;}\n\nhtml .tw-tag-label {\nfont-weight:normal;\n\tpadding: 4px 6px;\n\tcolor: #000000;\n\ttext-shadow: none;\n\tbackground-color: #ffbb99;\n}\n\nhtml .tw-missing-tiddler-label {\n\tfont-style: italic;\n\tfont-weight: normal;\ncolor:#cc0000;\n}\n\nhtml .tw-tab-buttons button {background-color: #000;color:#cc0000;font-weight:bold;border: 1px solid #665544;}\n\nhtml .tw-tab-buttons button.tw-tab-selected {background-color: #000;color:#ff8800;font-weight:bold;border-bottom: 1px solid #000;}\n\nhtml .tw-tab-divider {\n\tborder: 1px solid #654;\n}\n\nhtml h1 {\n font-size: 1.5em;\n margin: 0.67em 0;\npadding-top:1em;}\n\n\nhtml table th {padding:10px;vertical-align:top;} \nhtml table td {padding:10px;vertical-align:top; background-color:#ffffff;}\nhtml table th {color: #000;background-color:#eee;font-weight:normal;}\nhtml table th {border-color:#000;}\nhtml table td {border-color:#000;}\nhtml table {border-color:#000;}\n\nhtml .sidebar-header {\n\tcolor: #ccc;\t\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/centralised/styles.tid": {
"title": "$:/themes/tiddlywiki/centralised/styles.tid",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\n@media (min-width: 770px) {\n\n\thtml .tw-page-container {\n\t\ttext-align: center;\n\t}\n\n\thtml .story-river {\n\t\tposition: relative;\n\t\twidth: 770px;\n\t\tpadding: 42px;\n\t\tmargin: 0 auto;\n\t\ttext-align: left;\n\t}\n\n\thtml .sidebar-header {\n\t\ttext-align: left;\n\t\tleft: 50%;\n\t\tright: 0;\n\t\tpadding-left: 413px;\n\t}\n\tsvg.tw-image-fluid-width-button {\n\t\tdisplay: none;\n\t}\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/nighttime/base": {
"title": "$:/themes/tiddlywiki/nighttime/base",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\nhtml body.tw-body {\n\tbackground-color: #5C5D8E;\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/readonly/styles.tid": {
"title": "$:/themes/tiddlywiki/readonly/styles.tid",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\nsvg.tw-image-new-button, svg.tw-image-options-button, svg.tw-image-save-button, svg.tw-image-edit-button, svg.tw-image-delete-button, svg.tw-image-cancel-button, svg.tw-image-done-button {\n\tdisplay: none;\t\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/snowwhite/base": {
"title": "$:/themes/tiddlywiki/snowwhite/base",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\\define border-radius(radius)\n```\n -webkit-border-radius: $radius$;\n -moz-border-radius: $radius$;\n border-radius: $radius$;\n```\n\\end\n\\define box-shadow(shadow)\n```\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n```\n\\end\n\\define filter(filter)\n```\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n```\n\\end\n\\define transition(transition)\n```\n -webkit-transition: $transition$;\n -moz-transition: $transition$;\n transition: $transition$;\n```\n\\end\n\\define transform-origin(origin)\n```\n -webkit-transform-origin: $origin$;\n -moz-transform-origin: $origin$;\n transform-origin: $origin$;\n```\n\\end\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.sidebar-header {\n\ttext-shadow: 0 1px 0 rgba(255,255,255, 0.8);\n}\n\n.tw-page-controls svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tw-tiddler-info {\n\t<<box-shadow \"inset 1px 2px 3px rgba(0,0,0,0.1)\">>\n}\n\n@media screen {\n\t.tw-tiddler-frame {\n\t\t<<box-shadow \"5px 5px 5px rgba(0, 0, 0, 0.1)\">>\n\t}\n}\n\n@media (max-width: 770px) {\n\t.tw-tiddler-frame {\n\t\t<<box-shadow none>>\n\t}\n}\n\n.tw-tiddler-controls button svg {\n\t<<transition \"fill 150ms ease-in-out\">>\n}\n\n.tw-tiddler-controls button.tw-selected svg {\n\t<<filter \"drop-shadow(0px -1px 2px rgba(0,0,0,0.25))\">>\n}\n\n.tw-tiddler-frame input.tw-edit-texteditor {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tw-edit-tags {\n\t<<box-shadow \"inset 0 1px 8px rgba(0, 0, 0, 0.15)\">>\n}\n\n.tw-tiddler-frame .tw-edit-tags input.tw-edit-texteditor {\n\t<<box-shadow \"none\">>\n\tborder: none;\n\toutline: none;\n}\n\ncanvas.tw-edit-bitmapeditor {\n\t<<box-shadow \"2px 2px 5px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tw-drop-down {\n\t<<border-radius 4px>>\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.tw-block-dropdown {\n\t<<border-radius 4px>>\n\t<<box-shadow \"2px 2px 10px rgba(0, 0, 0, 0.5)\">>\n}\n\n.modal {\n\t<<border-radius 6px>>\n\t<<box-shadow \"0 3px 7px rgba(0,0,0,0.3)\">>\n}\n\n.modal-footer {\n\t<<border-radius \"0 0 6px 6px\">>\n\t<<box-shadow \"inset 0 1px 0 #fff\">>;\n}\n\n.tw-notification {\n\t<<border-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.tw-sidebar-lists .tw-tab-divider {\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tw-more-sidebar .tw-tab-buttons button {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n}\n\n.tw-more-sidebar .tw-tab-buttons button.tw-tab-selected {\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n}\n\n.tw-message-box img {\n\t<<box-shadow \"1px 1px 3px rgba(0,0,0,0.5)\">>\n}\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/starlight/arvo.woff": {
"text": 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",
"type": "image/jpeg",
"title": "$:/themes/tiddlywiki/starlight/ltbg.jpg"
},
"$:/themes/tiddlywiki/starlight/styles.tid": {
"title": "$:/themes/tiddlywiki/starlight/styles.tid",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\\define border-radius(radius)\n```\n -webkit-border-radius: $radius$;\n -moz-border-radius: $radius$;\n border-radius: $radius$;\n```\n\\end\n\\define box-shadow(shadow)\n```\n -webkit-box-shadow: $shadow$;\n -moz-box-shadow: $shadow$;\n box-shadow: $shadow$;\n```\n\\end\n\\define filter(filter)\n```\n -webkit-filter: $filter$;\n -moz-filter: $filter$;\n filter: $filter$;\n```\n\\end\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\\define datauri(title)\n<$macrocall $name=\"makedatauri\" type={{$title$!!type}} text={{$title$}}/>\n\\end\n\n/*\nPlaceholder for a more thorough refinement of Snow White\n*/\n\n@font-face {\n font-family: \"Arvo\";\n font-style: normal;\n font-weight: 400;\n src: local(\"Arvo\"), url(<<datauri \"$:/themes/tiddlywiki/starlight/arvo.woff\">>) format(\"woff\");\n}\n\nhtml body {\n\tfont-family: \"Arvo\", \"Times\";\n background: url(<<datauri \"$:/themes/tiddlywiki/starlight/ltbg.jpg\">>);\n}\n\n.tw-page-controls svg {\n <<filter \"drop-shadow(1px 1px 2px rgba(255,255,255,0.9))\">>\n}\n\n/*\n** Some rainbow icon colours\n*/\n\nsvg.tw-image-new-button {\n fill: #5eb95e; /* Green */\n}\n\nsvg.tw-image-options-button {\n fill: rgb(128, 88, 165); /* Purple */\n}\n\nsvg.tw-image-save-button {\n fill: #0e90d2; /* Light blue */\n}\n\n.tw-tiddler-controls button svg.tw-image-info-button {\n fill: #0e90d2; /* Light blue */\n}\n\n.tw-tiddler-controls button svg.tw-image-edit-button {\n fill: rgb(243, 123, 29); /* Orange */\n}\n\n.tw-tiddler-controls button svg.tw-image-close-button {\n fill: #dd514c; /* Red */\n}\n\n.tw-tiddler-controls button svg.tw-image-delete-button {\n fill: #dd514c; /* Red */\n}\n\n.tw-tiddler-controls button svg.tw-image-cancel-button {\n fill: rgb(243, 123, 29); /* Orange */\n}\n\n.tw-tiddler-controls button svg.tw-image-done-button {\n fill: #5eb95e; /* Green */\n}\n\n"
},
"$:/themes/tiddlywiki/starlight/themetweaks": {
"title": "$:/themes/tiddlywiki/starlight/themetweaks",
"tags": "$:/tags/ControlPanel",
"caption": "Star Tweaks",
"text": "Demo of a control panel tab dynamically loaded with a theme.\n"
}
}
}
{
"tiddlers": {
"$:/themes/tiddlywiki/vanilla/themetweaks": {
"title": "$:/themes/tiddlywiki/vanilla/themetweaks",
"tags": "$:/tags/ControlPanel",
"caption": "Theme Tweaks",
"text": "You can tweak certain aspects of the ''Vanilla'' theme.\n\n//Currently, you need to toggle to a different theme and back (or save and restart TiddlyWiki) before these changes take effect. Also take care to preserve any backticks (`) in the settings//\n\n! Colours\n\n* Primary colour: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colours\" index=\"primary\" default=\"\" tag=\"input\" type=\"color\"/>\n* Background colour: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colours\" index=\"background\" default=\"\" tag=\"input\" type=\"color\"/>\n* Foreground colour: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colours\" index=\"foreground\" default=\"\" tag=\"input\" type=\"color\"/>\n* Page background colour: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colours\" index=\"pagebackground\" default=\"\" tag=\"input\" type=\"color\"/>\n* Medium contrast color: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colours\" index=\"medium\" default=\"\" tag=\"input\" type=\"color\"/>\n\n! Colour mappings\n\n* Tiddler background colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"tiddlerbackground\" default=\"\" tag=\"input\"/>\n* Tiddler foreground colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"foreground\" default=\"\" tag=\"input\"/>\n* Page background colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"pagebackground\" default=\"\" tag=\"input\"/>\n* Link background colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"linkbackground\" default=\"\" tag=\"input\"/>\n* Link foreground colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"linkforeground\" default=\"\" tag=\"input\"/>\n* Dropdown background colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"dropdownbackground\" default=\"\" tag=\"input\"/>\n* Dropdown border colour mapping: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/colourmappings\" index=\"dropdownborder\" default=\"\" tag=\"input\"/>\n\n! Settings\n\n* Font family: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/settings\" index=\"fontfamily\" default=\"\" tag=\"input\"/>\n\n! Sizes\n\n* Font size: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"fontsize\" default=\"\" tag=\"input\"/>\n* Line height: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"lineheight\" default=\"\" tag=\"input\"/>\n* Story left position //(the distance between the left of the screen and the left margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"storyleft\" default=\"\" tag=\"input\"/>\n* Story top position //(the distance between the top of the screen ad the top margin of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"storytop\" default=\"\" tag=\"input\"/>\n* Story right //(the distance between the left side of the screen and the left margin of the sidebar area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"storyright\" default=\"\" tag=\"input\"/>\n* Story width //(the width of the story river or tiddler area)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"storywidth\" default=\"\" tag=\"input\"/>\n* Tiddler width //(the width of individual tiddlers -- used for zoomin storyview)//: <$edit-text tiddler=\"$:/themes/tiddlywiki/vanilla/metrics\" index=\"tiddlerwidth\" default=\"\" tag=\"input\"/>\n\n"
},
"$:/themes/tiddlywiki/vanilla/base": {
"title": "$:/themes/tiddlywiki/vanilla/base",
"tags": "[[$:/tags/stylesheet]]",
"text": "\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\n\\define border-radius(radius)\n```\n -webkit-border-radius: $radius$;\n -moz-border-radius: $radius$;\n border-radius: $radius$;\n```\n\\end\n\n/*\n** Start with the normalize CSS reset, and then belay some of its effects\n*/\n\n{{$:/themes/tiddlywiki/vanilla/reset}}\n\n*, input[type=\"search\"] {\n\tbox-sizing: border-box;\n\t-moz-box-sizing: border-box;\n\t-webkit-box-sizing: border-box;\n}\n\n/*\n** Basic element styles\n*/\n\nhtml {\n\tfont-family: {{$:/themes/tiddlywiki/vanilla/settings##fontfamily}};\n}\n\nbody.tw-body {\n\tfont-size: {{$:/themes/tiddlywiki/vanilla/metrics##fontsize}};\n\tline-height: {{$:/themes/tiddlywiki/vanilla/metrics##lineheight}};\n\tcolor: {{$:/themes/tiddlywiki/vanilla/colourmappings##foreground}};\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##pagebackground}};\n\tword-wrap: break-word;\n}\n\nh1, h2, h3, h4, h5, h6 {\n\tline-height: 1em;\n\tfont-weight: 300;\n}\n\npre {\n\tdisplay: block;\n\tpadding: 14px;\n\tmargin: 0 0 14px;\n\tword-break: normal;\n\tword-wrap: break-word;\n\twhite-space: pre;\n\twhite-space: pre-wrap;\n\tbackground-color: #f5f5f5;\n\tborder: 1px solid #ccc;\n\tpadding: 0 3px 2px;\n\t<<border-radius 3px>>\n}\n\ncode {\n\tcolor: #d14;\n\tbackground-color: #f7f7f9;\n\tborder: 1px solid #e1e1e8;\n white-space: pre-wrap;\n\tpadding: 0 3px 2px;\n\t<<border-radius 3px>>\n}\n\nblockquote {\n\tborder-left: 5px solid #ddd;\n\tmargin-left: 25px;\n\tpadding-left: 10px;\n}\n\ndl dt {\n\tfont-weight: bold;\n\tmargin-top: 6px;\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 #ddd;\n\twidth: auto;\n\tmax-width: 100%;\n\tcaption-side: bottom;\n}\n\ntable th, table td {\n\tpadding: 0 7px 0 7px;\n\tborder-top: 1px solid #ddd;\n\tborder-left: 1px solid #ddd;\n}\n\ntable thead tr td, table th {\n\tbackground-color: #f0f0f0;\n\tfont-weight: bold;\n}\n\ntable tfoot tr td {\n\tbackground-color: #a8a8a8;\n}\n\n.tw-tiddler-frame img, .tw-tiddler-frame svg, .tw-tiddler-frame canvas, .tw-tiddler-frame embed {\n\tmax-width: 100%;\n}\n\n.tw-tiddler-frame embed {\n\twidth: 100%;\n\theight: 600px;\n}\n\n/*\n** Links\n*/\n\na.tw-tiddlylink {\n\ttext-decoration: none;\n\tfont-weight: normal;\n\tcolor: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};\n\t-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */\n}\n\n.tw-sidebar-lists a.tw-tiddlylink {\n\tcolor: #999;\n}\n\n.tw-sidebar-lists a.tw-tiddlylink:hover {\n\tcolor: #444;\n}\n\na.tw-tiddlylink:hover {\n\ttext-decoration: underline;\n}\n\na.tw-tiddlylink-resolves {\n}\n\na.tw-tiddlylink-shadow {\n\tfont-weight: bold;\n}\n\na.tw-tiddlylink-shadow.tw-tiddlylink-resolves {\n\tfont-weight: normal;\n}\n\na.tw-tiddlylink-missing {\n\tfont-style: italic;\n}\n\na.tw-tiddlylink-external {\n\ttext-decoration: underline;\n}\n\n/*\n** Drag and drop styles\n*/\n\n.tw-tiddler-dragger {\n\tposition: relative;\n\tz-index: -10000;\n}\n\n.tw-tiddler-dragger-inner {\n\tposition: absolute;\n\tdisplay: inline-block;\n\tpadding: 8px 20px;\n\tfont-size: 16.9px;\n\tfont-weight: bold;\n\tline-height: 20px;\n\tcolor: #fff;\n\ttext-shadow: 0 1px 0 rgba(0, 0, 0, 1);\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: #000;\n\t<<border-radius 20px>>\n}\n\n.tw-tiddler-dragger-cover {\n\tposition: absolute;\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##pagebackground}};\n}\n\n.tw-dropzone {\n\tposition: relative;\n}\n\n.tw-dropzone.tw-dragover:before {\n\tz-index: 10000;\n\tdisplay: block;\n\tposition: absolute;\n\ttop: 0;\n\tleft: 0;\n\tright: 0;\n\tbackground: rgba(0,200,0,0.7);\n\ttext-align: center;\n\tcontent: \"Drop here\";\n}\n\n/*\n** Buttons\n*/\n\n.btn-invisible {\n\tpadding: 0;\n\tmargin: 0;\n\tbackground: none;\n\tborder: none;\n}\n\n.btn-icon svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: #999;\n}\n\n.btn-big-green {\n\tpadding: 8px;\n\tmargin: 4px 8px 4px 8px;\n\tbackground: #34C734;\n\tcolor: #fff;\n\tfill: #fff;\n\tborder: none;\n\tfont-size: 1.2em;\n\tline-height: 1.4em;\n}\n\n.btn-mini {\n\tcolor: #e0e0e0;\n}\n\n.btn-mini:hover {\n\tcolor: #444;\n}\n\n.tw-image-button {\n\theight: 1em;\n}\n\n/*\n** Tags and missing tiddlers\n*/\n\n.tw-tag-list-item {\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tw-tags-wrapper {\n\tmargin: 4px 0 14px 0;\n}\n\n.tw-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\n.tw-tag-label {\n\tdisplay: inline-block;\n\tpadding: 2px 9px;\n\tfont-size: 0.9em;\n\tfont-weight: 300;\n\tline-height: 1.2em;\n\tcolor: #fff;\n\twhite-space: nowrap;\n\tvertical-align: baseline;\n\tbackground-color: #D5AD34;\n\t<<border-radius 8px>>\n}\n\n.tw-untagged-label {\n\tbackground-color: #999;\n}\n\n.tw-tag-label svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: #fff;\n}\n\n/*\n** Page layout\n*/\n\n.sidebar-header {\n\tcolor: #acacac;\n}\n\n.sidebar-header .title a.tw-tiddlylink-resolves {\n\tfont-weight: 300;\n}\n\n.sidebar-header .tw-sidebar-lists p {\n\tmargin-top: 3px;\n\tmargin-bottom: 3px;\n}\n\n.tw-search a svg {\n\theight: 0.75em;\n}\n\n.tw-search-results {\n\tpadding-top: 14px;\n}\n\n.tw-page-controls {\n\tmargin-top: 14px;\n}\n\n.tw-page-controls a.tw-tiddlylink:hover {\n\ttext-decoration: none;\n}\n\n.tw-page-controls svg {\n\theight: 1.75em;\n\tmin-width: 1px;\n\tpadding-right: 0.5em;\n\tfill: #fff;\n}\n\n.tw-page-controls button:hover svg, .tw-page-controls a:hover svg {\n\tfill: #000;\n}\n\n.tw-menu-list-item {\n\twhite-space: nowrap;\n}\n\n.tw-menu-list-count {\n\tfont-weight: bold;\n}\n\n.tw-open-tiddler-list {\n\t<<transform-origin \"0% 0%\">>\n}\n\n.tw-menu-list-subitem {\n\tpadding-left: 7px;\n}\n\n.story-river {\n\tposition: relative;\n}\n\n.tw-story-spacer {\n\tposition: absolute;\n\tmin-height: 100%;\n}\n\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}}) {\n\t.sidebar-header {\n\t\tpadding: 14px;\n\t}\n\n\t.story-river {\n\t\tposition: relative;\n\t\tpadding: 0;\n\t}\n}\n\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}}) {\n\t.sidebar-header {\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: 70px 0 28px 42px;\n\t}\n\n\t.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: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}};\n\t\tpadding: 56px 42px 42px 42px;\n\t}\n}\n\n@media print {\n\t.sidebar-header {\n\t\tdisplay: none;\n\t}\n\n\t.story-river {\n\t\tmargin-left: 14px;\n\t}\n}\n\n/*\n** Tiddler styles\n*/\n\n.tw-tiddler-frame {\n\tmargin-bottom: 28px;\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##tiddlerbackground}};\n}\n\n.tw-tiddler-info {\n\tpadding: 14px 42px 14px 42px;\n\tbackground-color: #f8f8f8;\n\tborder-top: 1px solid #ddd;\n\tborder-bottom: 1px solid #ddd;\n}\n\n.tw-tiddler-info .tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #f8f8f8;\n\tborder-bottom: 1px solid #f8f8f8;\n}\n\n.tw-view-field-table {\n\twidth: 100%;\n}\n\n.tw-view-field-name {\n\twidth: 1%; /* Makes this column be as narrow as possible */\n\ttext-align: right;\n\tfont-style: italic;\n}\n\n.tw-view-field-value {\n}\n\n@media (max-width: 770px) {\n\t.tw-tiddler-frame {\n\t\tpadding: 14px 14px 14px 14px;\n\t}\n\n\t.tw-tiddler-info {\n\t\tmargin: 0 -14px 0 -14px;\n\t}\n}\n\n@media (min-width: 770px) {\n\t.tw-tiddler-frame {\n\t\tpadding: 28px 42px 42px 42px;\n\t\twidth: {{$:/themes/tiddlywiki/vanilla/metrics##tiddlerwidth}};\n\t}\n\n\t.tw-tiddler-info {\n\t\tmargin: 0 -42px 0 -42px;\n\t}\n}\n\n.titlebar {\n\tfont-weight: 300;\n\tfont-size: 2.35em;\n\tline-height: 1.2em;\n\tcolor: #182955;\n}\n\n.titlebar img {\n\theight: 1em;\n}\n\n.tw-subtitle {\n\tfont-size: 0.9em;\n\tcolor: #c0c0c0;\n\tfont-weight: 300;\n}\n\n.tw-tiddler-missing .title {\n font-style: italic;\n font-weight: normal;\n}\n\n.tw-tiddler-frame .tw-tiddler-controls {\n\tfloat: right;\n}\n\n.tw-tiddler-controls button {\n\tmargin: 0 0 0 5px;\n\tvertical-align: baseline;\n}\n\n.tw-tiddler-controls button svg {\n\theight: 0.75em;\n\tfill: #ccc;\n}\n\n.tw-tiddler-controls button.tw-selected svg {\n\tfill: #444;\n}\n\n.tw-tiddler-controls button:hover svg {\n\tfill: #888;\n}\n\n@media print {\n\t.tw-tiddler-controls {\n\t\tdisplay: none;\n\t}\n}\n\n.tw-tiddler-help { /* Help prompts within tiddler template */\n\tcolor: #999;\n\tmargin-top: 14px;\n}\n\n.tw-tiddler-help a.tw-tiddlylink {\n\tcolor: #888888;\n}\n\n.tw-tiddler-frame input.tw-edit-texteditor, .tw-tiddler-frame textarea.tw-edit-texteditor {\n\twidth: 100%;\n\tpadding: 3px 3px 3px 3px;\n\tborder: 1px solid #ccc;\n\tline-height: 1.3em;\n\t-webkit-appearance: none;\n\tmargin: 4px 0 4px 0;\n}\n\n.tw-tiddler-frame input.tw-edit-texteditor {\n\tbackground-color: #f8f8f8;\n}\n\ncanvas.tw-edit-bitmapeditor {\n\tborder: 6px solid #fff;\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.tw-edit-bitmapeditor-width {\n\tdisplay: block;\n}\n\n.tw-edit-bitmapeditor-height {\n\tdisplay: block;\n}\n\n/*\n** Tiddler edit mode\n*/\n\n.tw-tiddler-edit-frame em.tw-edit {\n\tcolor: #999;\n\tfont-style: normal;\n}\n\n.tw-edit-type-dropdown a.tw-tiddlylink-missing {\n\tfont-style: normal;\n}\n\n.tw-edit-tags {\n\tborder: 1px solid #ddd;\n\tpadding: 4px 8px 4px 8px;\n}\n\n.tw-edit-add-tag {\n\tdisplay: inline-block;\n}\n\n.tw-edit-add-tag .tw-add-tag-name input {\n\twidth: 50%;\n}\n\n.tw-edit-tags .tw-tag-label {\n\tdisplay: inline-block;\n}\n\n.tw-edit-tags-list {\n\tmargin: 14px 0 14px 0;\n}\n\n.tw-tag-editor-label {\n\tdisplay: inline-block;\n\tmargin-right: 7px;\n}\n\n.tw-remove-tag-button {\n\tpadding-left: 4px;\n}\n\n.tw-tiddler-preview {\n\toverflow: auto;\n}\n\n.tw-tiddler-preview-preview {\n\tfloat: right;\n\twidth: 48%;\n\tborder: 1px solid #ccc;\n\tmargin: 4px 3px 3px 3px;\n\tpadding: 3px 3px 3px 3px;\n}\n\n.tw-tiddler-preview-edit {\n\twidth: 48%;\n}\n\n.tw-edit-fields {\n\twidth: 100%;\n}\n\n\n.tw-edit-fields table, .tw-edit-fields tr, .tw-edit-fields td {\n\tborder: none;\n\tpadding: 4px;\n}\n\n.tw-edit-fields > tbody > .tw-edit-field:nth-child(odd) {\n\tbackground-color: #f0f4f0;\n}\n\n.tw-edit-fields > tbody > .tw-edit-field:nth-child(even) {\n\tbackground-color: #e0e8e0;\n}\n\n.tw-edit-field-name {\n\ttext-align: right;\n}\n\n.tw-edit-field-value input {\n\twidth: 100%;\n}\n\n.tw-edit-field-remove {\n}\n\n.tw-edit-field-remove svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: #888;\n\tvertical-align: middle;\n}\n\n.tw-edit-field-add-name {\n\tdisplay: inline-block;\n\twidth: 15%;\n}\n\n.tw-edit-field-add-button {\n\tdisplay: inline-block;\n\twidth: 10%;\n}\n\n/*\n** Dropdowns\n*/\n\n.btn-dropdown svg {\n\theight: 1em;\n\twidth: 1em;\n\tfill: #999;\n}\n\n.tw-drop-down {\n\tmin-width: 280px;\n\tborder: 1px solid {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownborder}};\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownbackground}};\n\tpadding: 7px 0 7px 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n}\n\n.tw-drop-down p {\n\tpadding: 0 14px 0 14px;\n}\n\n.tw-drop-down a {\n\tdisplay: block;\n\tpadding: 0 14px 0 14px;\n}\n\n.tw-drop-down a:hover {\n\tcolor: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkbackground}};\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};\n\ttext-decoration: none;\n}\n\n.tw-drop-down .tw-tab-buttons button {\n\tbackground-color: #ececec;\n}\n\n.tw-drop-down .tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #fff;\n\tborder-bottom: 1px solid #fff;\n}\n\n.tw-drop-down .tw-tab-contents a {\n\tpadding: 0 0.5em 0 0.5em;\n}\n\n.tw-block-dropdown-wrapper {\n\tposition: relative;\n}\n\n.tw-block-dropdown {\n\tposition: absolute;\n\tmin-width: 280px;\n\tborder: 1px solid {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownborder}};\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownbackground}};\n\tpadding: 0 0 0 0;\n\tmargin: 4px 0 0 0;\n\twhite-space: nowrap;\n\tz-index: 1000;\n}\n\n.tw-block-dropdown a {\n\tdisplay: block;\n\tpadding: 4px 14px 4px 14px;\n}\n\n.tw-block-dropdown a:hover {\n\tcolor: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkbackground}};\n\tbackground-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};\n\ttext-decoration: none;\n}\n\n/*\n** Modals\n*/\n\n.tw-modal-displayed {\n\t-webkit-filter: blur(4px);\n}\n\n.modal-backdrop {\n\tposition: fixed;\n\ttop: 0;\n\tright: 0;\n\tbottom: 0;\n\tleft: 0;\n\tz-index: 1000;\n\tbackground-color: #000;\n}\n\n.modal {\n\tz-index: 1100;\n\tbackground-color: #fff;\n\tborder: 1px solid #999;\n\tborder: 1px solid rgba(0,0,0,.3);\n}\n\n@media (max-width: 55em) {\n\t.modal {\n\t\tposition: fixed;\n\t\ttop: 1em;\n\t\tleft: 1em;\n\t\tright: 1em;\n\t}\n\n\t.modal-body {\n\t\toverflow-y: auto;\n\t\tmax-height: 400px;\n\t}\n}\n\n@media (min-width: 55em) {\n\t.modal {\n\t\tposition: fixed;\n\t\ttop: 50%;\n\t\tleft: 50%;\n\t\twidth: 560px;\n\t\tmargin: -180px 0 0 -280px;\n\t}\n}\n\n.modal-header {\n\tpadding: 9px 15px;\n\tborder-bottom: 1px solid #eee;\n}\n\n.modal-header h3 {\n\tmargin: 0;\n\tline-height: 30px;\n}\n\n.modal-body {\n\tpadding: 15px;\n}\n\n.modal-footer {\n\tpadding: 14px 15px 15px;\n\tmargin-bottom: 0;\n\ttext-align: right;\n\tbackground-color: #f5f5f5;\n\tborder-top: 1px solid #ddd;\n}\n\n/*\n** Notifications\n*/\n\n.tw-notification {\n\tposition: fixed;\n\ttop: 14px;\n\tright: 14px;\n\tz-index: 1000;\n\tmax-width: 280px;\n\tpadding: 0 14px 0 14px;\n\tbackground-color: #ffd;\n\tborder: 1px solid #999;\n\tborder: 1px solid rgba(0,0,0,.3);\n}\n\n/*\n** Tabs\n*/\n\n.tw-tab-set {\n}\n\n.tw-tab-buttons {\n\tfont-size: 0.85em;\n\tline-height: 100%;\n\tpadding-top: 1em;\n\tmargin-bottom: -1px;\n}\n\n.tw-tab-buttons button {\n\tcolor: #666;\n\tmargin-left: 2px;\n\tmargin-right: 2px;\n\tfont-weight: 300;\n\tborder: none;\n\tbackground: inherit;\n}\n\n.tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #fff;\n\tborder-left: 1px solid #d8d8d8;\n\tborder-top: 1px solid #d8d8d8;\n\tborder-right: 1px solid #d8d8d8;\n\tmargin-bottom: -1px;\n}\n\n.tw-tab-buttons button:not(.tw-tab-selected) {\n\tbackground-color: #d8d8d8;\n\tborder-left: 1px solid #ccc;\n\tborder-top: 1px solid #ccc;\n\tborder-right: 1px solid #ccc;\n}\n\n.tw-tab-divider {\n\tborder-top: 1px solid #d8d8d8;\n}\n\n.tw-tab-content {\n\tpadding-top: 14px;\n}\n\n.tw-sidebar-lists .tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #ececec;\n\tborder-bottom: 1px solid #ececec;\n}\n\n.tw-sidebar-lists .tw-tab-divider {\n\tborder-top: none;\n\theight: 1px;\n\t<<background-linear-gradient \"left, rgb(216,216,216) 0%, rgb(236,236,236) 250px\">>\n}\n\n.tw-more-sidebar {\n\twhite-space: nowrap;\n}\n\n@media (min-width: 770px) {\n\t.tw-more-sidebar {\n\t\tmargin-left: -14px;\n\t}\n}\n\n.tw-more-sidebar .tw-tab-buttons {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\ttext-align: right;\n\tpadding-top: 0;\n\tpadding-left: 0;\n}\n\n.tw-more-sidebar .tw-tab-buttons button {\n\tdisplay: block;\n\twidth: 100%;\n\ttext-align: right;\n}\n\n.tw-sidebar-lists .tw-more-sidebar .tw-tab-divider {\n\tdisplay: none;\n}\n\n.tw-more-sidebar .tw-tab-content {\n\tdisplay: inline-block;\n\tvertical-align: top;\n\tpadding-top: 0;\n\tpadding-left: 14px;\n}\n\n.tw-more-sidebar .tw-tab-buttons button {\n\tbackground-color: #ececec;\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(224,224,224) 100%\">>\n\tborder-top: none;\n\tborder-left: none;\n\tborder-bottom: none;\n\tborder-right: 1px solid #ccc;\n}\n\n.tw-more-sidebar .tw-tab-buttons button.tw-tab-selected {\n\tbackground-color: #fff;\n\t<<background-linear-gradient \"left, rgb(236,236,236) 0%, rgb(248,248,248) 100%\">>\n\tborder: none;\n}\n\n/*\n** Alerts\n*/\n\n.tw-alert {\n\t<<border-radius 6px>>\n\tmargin: 7px 7px 7px 7px;\n\tpadding: 14px 14px 14px 14px;\n\tborder: 3px solid #DBB727;\n\tbackground-color: rgb(250, 210, 50);\n}\n\n.tw-static-alert {\n\tposition: relative;\n}\n\n.tw-static-alert-inner {\n\tpadding: 0 2px 2px 42px;\n\tcolor: #AAA;\n\tposition: absolute;\n}\n\n/*\n** Grids\n*/\n\n.tw-grid-frame td {\n\twidth: 1em;\n\theight: 1em;\n}\n\n/*\n** Control panel\n*/\n\n.tw-control-panel td {\n\tpadding: 4px;\n}\n\n.tw-control-panel table, .tw-control-panel table input, .tw-control-panel table textarea {\n\twidth: 100%;\n}\n\n/*\n** Message boxes\n*/\n\n.tw-message-box {\n\tborder: 1px solid #CFD6E6;\n\tbackground: #ECF2FF;\n\tpadding: 0px 21px 0px 21px;\n\tmargin: 0 -21px 0 -21px;\n\tfont-size: 12px;\n\tline-height: 18px;\n\tcolor: #547599;\n}\n\n.tw-message-box img {\n\tfloat: right;\n\twidth: 150px;\n\tmargin: 0px 0px 12px 12px;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/colourmappings": {
"title": "$:/themes/tiddlywiki/vanilla/colourmappings",
"type": "application/x-tiddler-dictionary",
"text": "tiddlerbackground: {{$:/themes/tiddlywiki/vanilla/colours##background}}\nforeground: {{$:/themes/tiddlywiki/vanilla/colours##foreground}}\npagebackground: {{$:/themes/tiddlywiki/vanilla/colours##pagebackground}}\nlinkbackground: {{$:/themes/tiddlywiki/vanilla/colours##background}}\nlinkforeground: {{$:/themes/tiddlywiki/vanilla/colours##primary}}\ndropdownbackground: {{$:/themes/tiddlywiki/vanilla/colours##background}}\ndropdownborder: {{$:/themes/tiddlywiki/vanilla/colours##medium}}\n"
},
"$:/themes/tiddlywiki/vanilla/colours": {
"title": "$:/themes/tiddlywiki/vanilla/colours",
"type": "application/x-tiddler-dictionary",
"text": "primary: #5778D8\nbackground: #ffffff\nforeground: #333333\npagebackground: #ececec\nmedium: #bbbbbb\n"
},
"$:/themes/tiddlywiki/vanilla/metrics": {
"title": "$:/themes/tiddlywiki/vanilla/metrics",
"type": "application/x-tiddler-dictionary",
"text": "fontsize: `14px`\nlineheight: `20px`\nstoryleft: `0px`\nstorytop: `0px`\nstoryright: `770px`\nstorywidth: `770px`\ntiddlerwidth: `686px`\n"
},
"$:/themes/tiddlywiki/vanilla/reset": {
"title": "$:/themes/tiddlywiki/vanilla/reset",
"type": "text/plain",
"text": "/*! normalize.css v2.1.0 | MIT License | git.io/normalize */\n\n/* ==========================================================================\n HTML5 display definitions\n ========================================================================== */\n\n/**\n * Correct `block` display not defined in IE 8/9.\n */\n\narticle,\naside,\ndetails,\nfigcaption,\nfigure,\nfooter,\nheader,\nhgroup,\nmain,\nnav,\nsection,\nsummary {\n display: block;\n}\n\n/**\n * Correct `inline-block` display not defined in IE 8/9.\n */\n\naudio,\ncanvas,\nvideo {\n display: inline-block;\n}\n\n/**\n * Prevent modern browsers from displaying `audio` without controls.\n * Remove excess height in iOS 5 devices.\n */\n\naudio:not([controls]) {\n display: none;\n height: 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\n[hidden] {\n display: none;\n}\n\n/* ==========================================================================\n Base\n ========================================================================== */\n\n/**\n * 1. Set default font family to sans-serif.\n * 2. Prevent iOS text size adjust after orientation change, without disabling\n * user zoom.\n */\n\nhtml {\n font-family: sans-serif; /* 1 */\n -webkit-text-size-adjust: 100%; /* 2 */\n -ms-text-size-adjust: 100%; /* 2 */\n}\n\n/**\n * Remove default margin.\n */\n\nbody {\n margin: 0;\n}\n\n/* ==========================================================================\n Links\n ========================================================================== */\n\n/**\n * Address `outline` inconsistency between Chrome and other browsers.\n */\n\na:focus {\n outline: thin dotted;\n}\n\n/**\n * Improve readability when focused and also mouse hovered in all browsers.\n */\n\na:active,\na:hover {\n outline: 0;\n}\n\n/* ==========================================================================\n Typography\n ========================================================================== */\n\n/**\n * Address variable `h1` font-size and margin within `section` and `article`\n * contexts in Firefox 4+, Safari 5, and Chrome.\n */\n\nh1 {\n font-size: 2em;\n margin: 0.67em 0;\n}\n\n/**\n * Address styling not present in IE 8/9, Safari 5, and Chrome.\n */\n\nabbr[title] {\n border-bottom: 1px dotted;\n}\n\n/**\n * Address style set to `bolder` in Firefox 4+, Safari 5, and Chrome.\n */\n\nb,\nstrong {\n font-weight: bold;\n}\n\n/**\n * Address styling not present in Safari 5 and Chrome.\n */\n\ndfn {\n font-style: italic;\n}\n\n/**\n * Address differences between Firefox and other browsers.\n */\n\nhr {\n -moz-box-sizing: content-box;\n box-sizing: content-box;\n height: 0;\n}\n\n/**\n * Address styling not present in IE 8/9.\n */\n\nmark {\n background: #ff0;\n color: #000;\n}\n\n/**\n * Correct font family set oddly in Safari 5 and Chrome.\n */\n\ncode,\nkbd,\npre,\nsamp {\n font-family: monospace, serif;\n font-size: 1em;\n}\n\n/**\n * Improve readability of pre-formatted text in all browsers.\n */\n\npre {\n white-space: pre-wrap;\n}\n\n/**\n * Set consistent quote types.\n */\n\nq {\n quotes: \"\\201C\" \"\\201D\" \"\\2018\" \"\\2019\";\n}\n\n/**\n * Address inconsistent and variable font size in all browsers.\n */\n\nsmall {\n font-size: 80%;\n}\n\n/**\n * Prevent `sub` and `sup` affecting `line-height` in all browsers.\n */\n\nsub,\nsup {\n font-size: 75%;\n line-height: 0;\n position: relative;\n vertical-align: baseline;\n}\n\nsup {\n top: -0.5em;\n}\n\nsub {\n bottom: -0.25em;\n}\n\n/* ==========================================================================\n Embedded content\n ========================================================================== */\n\n/**\n * Remove border when inside `a` element in IE 8/9.\n */\n\nimg {\n border: 0;\n}\n\n/**\n * Correct overflow displayed oddly in IE 9.\n */\n\nsvg:not(:root) {\n overflow: hidden;\n}\n\n/* ==========================================================================\n Figures\n ========================================================================== */\n\n/**\n * Address margin not present in IE 8/9 and Safari 5.\n */\n\nfigure {\n margin: 0;\n}\n\n/* ==========================================================================\n Forms\n ========================================================================== */\n\n/**\n * Define consistent border, margin, and padding.\n */\n\nfieldset {\n border: 1px solid #c0c0c0;\n margin: 0 2px;\n padding: 0.35em 0.625em 0.75em;\n}\n\n/**\n * 1. Correct `color` not being inherited in IE 8/9.\n * 2. Remove padding so people aren't caught out if they zero out fieldsets.\n */\n\nlegend {\n border: 0; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * 1. Correct font family not being inherited in all browsers.\n * 2. Correct font size not being inherited in all browsers.\n * 3. Address margins set differently in Firefox 4+, Safari 5, and Chrome.\n */\n\nbutton,\ninput,\nselect,\ntextarea {\n font-family: inherit; /* 1 */\n font-size: 100%; /* 2 */\n margin: 0; /* 3 */\n}\n\n/**\n * Address Firefox 4+ setting `line-height` on `input` using `!important` in\n * the UA stylesheet.\n */\n\nbutton,\ninput {\n line-height: normal;\n}\n\n/**\n * Address inconsistent `text-transform` inheritance for `button` and `select`.\n * All other form control elements do not inherit `text-transform` values.\n * Correct `button` style inheritance in Chrome, Safari 5+, and IE 8+.\n * Correct `select` style inheritance in Firefox 4+ and Opera.\n */\n\nbutton,\nselect {\n text-transform: none;\n}\n\n/**\n * 1. Avoid the WebKit bug in Android 4.0.* where (2) destroys native `audio`\n * and `video` controls.\n * 2. Correct inability to style clickable `input` types in iOS.\n * 3. Improve usability and consistency of cursor style between image-type\n * `input` and others.\n */\n\nbutton,\nhtml input[type=\"button\"], /* 1 */\ninput[type=\"reset\"],\ninput[type=\"submit\"] {\n -webkit-appearance: button; /* 2 */\n cursor: pointer; /* 3 */\n}\n\n/**\n * Re-set default cursor for disabled elements.\n */\n\nbutton[disabled],\nhtml input[disabled] {\n cursor: default;\n}\n\n/**\n * 1. Address box sizing set to `content-box` in IE 8/9.\n * 2. Remove excess padding in IE 8/9.\n */\n\ninput[type=\"checkbox\"],\ninput[type=\"radio\"] {\n box-sizing: border-box; /* 1 */\n padding: 0; /* 2 */\n}\n\n/**\n * 1. Address `appearance` set to `searchfield` in Safari 5 and Chrome.\n * 2. Address `box-sizing` set to `border-box` in Safari 5 and Chrome\n * (include `-moz` to future-proof).\n */\n\ninput[type=\"search\"] {\n -webkit-appearance: textfield; /* 1 */\n -moz-box-sizing: content-box;\n -webkit-box-sizing: content-box; /* 2 */\n box-sizing: content-box;\n}\n\n/**\n * Remove inner padding and search cancel button in Safari 5 and Chrome\n * on OS X.\n */\n\ninput[type=\"search\"]::-webkit-search-cancel-button,\ninput[type=\"search\"]::-webkit-search-decoration {\n -webkit-appearance: none;\n}\n\n/**\n * Remove inner padding and border in Firefox 4+.\n */\n\nbutton::-moz-focus-inner,\ninput::-moz-focus-inner {\n border: 0;\n padding: 0;\n}\n\n/**\n * 1. Remove default vertical scrollbar in IE 8/9.\n * 2. Improve readability and alignment in all browsers.\n */\n\ntextarea {\n overflow: auto; /* 1 */\n vertical-align: top; /* 2 */\n}\n\n/* ==========================================================================\n Tables\n ========================================================================== */\n\n/**\n * Remove most spacing between table cells.\n */\n\ntable {\n border-collapse: collapse;\n border-spacing: 0;\n}\n"
},
"$:/themes/tiddlywiki/vanilla/settings": {
"title": "$:/themes/tiddlywiki/vanilla/settings",
"type": "application/x-tiddler-dictionary",
"text": "fontfamily: `\"Helvetica Neue\", Helvetica, Arial, \"Lucida Grande\", sans-serif`\n"
}
}
}
\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline
\define border-radius(radius)
```
-webkit-border-radius: $radius$;
-moz-border-radius: $radius$;
border-radius: $radius$;
```
\end
/*
** Start with the normalize CSS reset, and then belay some of its effects
*/
{{$:/themes/tiddlywiki/vanilla/reset}}
*, input[type="search"] {
box-sizing: border-box;
-moz-box-sizing: border-box;
-webkit-box-sizing: border-box;
}
/*
** Basic element styles
*/
html {
font-family: {{$:/themes/tiddlywiki/vanilla/settings##fontfamily}};
}
body.tw-body {
font-size: {{$:/themes/tiddlywiki/vanilla/metrics##fontsize}};
line-height: {{$:/themes/tiddlywiki/vanilla/metrics##lineheight}};
color: {{$:/themes/tiddlywiki/vanilla/colourmappings##foreground}};
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##pagebackground}};
word-wrap: break-word;
}
h1, h2, h3, h4, h5, h6 {
line-height: 1em;
font-weight: 300;
}
pre {
display: block;
padding: 14px;
margin: 0 0 14px;
word-break: normal;
word-wrap: break-word;
white-space: pre;
white-space: pre-wrap;
background-color: #f5f5f5;
border: 1px solid #ccc;
padding: 0 3px 2px;
<<border-radius 3px>>
}
code {
color: #d14;
background-color: #f7f7f9;
border: 1px solid #e1e1e8;
white-space: pre-wrap;
padding: 0 3px 2px;
<<border-radius 3px>>
}
blockquote {
border-left: 5px solid #ddd;
margin-left: 25px;
padding-left: 10px;
}
dl dt {
font-weight: bold;
margin-top: 6px;
}
/*
Markdown likes putting code elements inside pre elements
*/
pre > code {
padding: 0;
border: none;
background-color: inherit;
color: inherit;
}
table {
border: 1px solid #ddd;
width: auto;
max-width: 100%;
caption-side: bottom;
}
table th, table td {
padding: 0 7px 0 7px;
border-top: 1px solid #ddd;
border-left: 1px solid #ddd;
}
table thead tr td, table th {
background-color: #f0f0f0;
font-weight: bold;
}
table tfoot tr td {
background-color: #a8a8a8;
}
.tw-tiddler-frame img, .tw-tiddler-frame svg, .tw-tiddler-frame canvas, .tw-tiddler-frame embed {
max-width: 100%;
}
.tw-tiddler-frame embed {
width: 100%;
height: 600px;
}
/*
** Links
*/
a.tw-tiddlylink {
text-decoration: none;
font-weight: normal;
color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};
-webkit-user-select: inherit; /* Otherwise the draggable attribute makes links impossible to select */
}
.tw-sidebar-lists a.tw-tiddlylink {
color: #999;
}
.tw-sidebar-lists a.tw-tiddlylink:hover {
color: #444;
}
a.tw-tiddlylink:hover {
text-decoration: underline;
}
a.tw-tiddlylink-resolves {
}
a.tw-tiddlylink-shadow {
font-weight: bold;
}
a.tw-tiddlylink-shadow.tw-tiddlylink-resolves {
font-weight: normal;
}
a.tw-tiddlylink-missing {
font-style: italic;
}
a.tw-tiddlylink-external {
text-decoration: underline;
}
/*
** Drag and drop styles
*/
.tw-tiddler-dragger {
position: relative;
z-index: -10000;
}
.tw-tiddler-dragger-inner {
position: absolute;
display: inline-block;
padding: 8px 20px;
font-size: 16.9px;
font-weight: bold;
line-height: 20px;
color: #fff;
text-shadow: 0 1px 0 rgba(0, 0, 0, 1);
white-space: nowrap;
vertical-align: baseline;
background-color: #000;
<<border-radius 20px>>
}
.tw-tiddler-dragger-cover {
position: absolute;
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##pagebackground}};
}
.tw-dropzone {
position: relative;
}
.tw-dropzone.tw-dragover:before {
z-index: 10000;
display: block;
position: absolute;
top: 0;
left: 0;
right: 0;
background: rgba(0,200,0,0.7);
text-align: center;
content: "Slip her";
}
/*
** Buttons
*/
.btn-invisible {
padding: 0;
margin: 0;
background: none;
border: none;
}
.btn-icon svg {
height: 1em;
width: 1em;
fill: #999;
}
.btn-big-green {
padding: 8px;
margin: 4px 8px 4px 8px;
background: #34C734;
color: #fff;
fill: #fff;
border: none;
font-size: 1.2em;
line-height: 1.4em;
}
.btn-mini {
color: #e0e0e0;
}
.btn-mini:hover {
color: #444;
}
.tw-image-button {
height: 1em;
}
/*
** Tags and missing tiddlers
*/
.tw-tag-list-item {
display: inline-block;
margin-right: 7px;
}
.tw-tags-wrapper {
margin: 4px 0 14px 0;
}
.tw-missing-tiddler-label {
font-style: italic;
font-weight: normal;
display: inline-block;
font-size: 11.844px;
line-height: 14px;
white-space: nowrap;
vertical-align: baseline;
}
.tw-tag-label {
display: inline-block;
padding: 2px 9px;
font-size: 0.9em;
font-weight: 300;
line-height: 1.2em;
color: #fff;
white-space: nowrap;
vertical-align: baseline;
background-color: #D5AD34;
<<border-radius 8px>>
}
.tw-untagged-label {
background-color: #999;
}
.tw-tag-label svg {
height: 1em;
width: 1em;
fill: #fff;
}
/*
** Page layout
*/
.sidebar-header {
color: #acacac;
}
.sidebar-header .title a.tw-tiddlylink-resolves {
font-weight: 300;
}
.sidebar-header .tw-sidebar-lists p {
margin-top: 3px;
margin-bottom: 3px;
}
.tw-search a svg {
height: 0.75em;
}
.tw-search-results {
padding-top: 14px;
}
.tw-page-controls {
margin-top: 14px;
}
.tw-page-controls a.tw-tiddlylink:hover {
text-decoration: none;
}
.tw-page-controls svg {
height: 1.75em;
min-width: 1px;
padding-right: 0.5em;
fill: #fff;
}
.tw-page-controls button:hover svg, .tw-page-controls a:hover svg {
fill: #000;
}
.tw-menu-list-item {
white-space: nowrap;
}
.tw-menu-list-count {
font-weight: bold;
}
.tw-open-tiddler-list {
<<transform-origin "0% 0%">>
}
.tw-menu-list-subitem {
padding-left: 7px;
}
.story-river {
position: relative;
}
.tw-story-spacer {
position: absolute;
min-height: 100%;
}
@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}}) {
.sidebar-header {
padding: 14px;
}
.story-river {
position: relative;
padding: 0;
}
}
@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}}) {
.sidebar-header {
position: fixed;
top: {{$:/themes/tiddlywiki/vanilla/metrics##storytop}};
left: {{$:/themes/tiddlywiki/vanilla/metrics##storyright}};
bottom: 0;
right: 0;
overflow-y: auto;
overflow-x: auto;
-webkit-overflow-scrolling: touch;
margin: 0 0 0 -42px;
padding: 70px 0 28px 42px;
}
.story-river {
position: relative;
left: {{$:/themes/tiddlywiki/vanilla/metrics##storyleft}};
top: {{$:/themes/tiddlywiki/vanilla/metrics##storytop}};
width: {{$:/themes/tiddlywiki/vanilla/metrics##storywidth}};
padding: 56px 42px 42px 42px;
}
}
@media print {
.sidebar-header {
display: none;
}
.story-river {
margin-left: 14px;
}
}
/*
** Tiddler styles
*/
.tw-tiddler-frame {
margin-bottom: 28px;
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##tiddlerbackground}};
}
.tw-tiddler-info {
padding: 14px 42px 14px 42px;
background-color: #f8f8f8;
border-top: 1px solid #ddd;
border-bottom: 1px solid #ddd;
}
.tw-tiddler-info .tw-tab-buttons button.tw-tab-selected {
background-color: #f8f8f8;
border-bottom: 1px solid #f8f8f8;
}
.tw-view-field-table {
width: 100%;
}
.tw-view-field-name {
width: 1%; /* Makes this column be as narrow as possible */
text-align: right;
font-style: italic;
}
.tw-view-field-value {
}
@media (max-width: 770px) {
.tw-tiddler-frame {
padding: 14px 14px 14px 14px;
}
.tw-tiddler-info {
margin: 0 -14px 0 -14px;
}
}
@media (min-width: 770px) {
.tw-tiddler-frame {
padding: 28px 42px 42px 42px;
width: {{$:/themes/tiddlywiki/vanilla/metrics##tiddlerwidth}};
}
.tw-tiddler-info {
margin: 0 -42px 0 -42px;
}
}
.titlebar {
font-weight: 300;
font-size: 2.35em;
line-height: 1.2em;
color: #182955;
}
.titlebar img {
height: 1em;
}
.tw-subtitle {
font-size: 0.9em;
color: #c0c0c0;
font-weight: 300;
}
.tw-tiddler-missing .title {
font-style: italic;
font-weight: normal;
}
.tw-tiddler-frame .tw-tiddler-controls {
float: right;
}
.tw-tiddler-controls button {
margin: 0 0 0 5px;
vertical-align: baseline;
}
.tw-tiddler-controls button svg {
height: 0.75em;
fill: #ccc;
}
.tw-tiddler-controls button.tw-selected svg {
fill: #444;
}
.tw-tiddler-controls button:hover svg {
fill: #888;
}
@media print {
.tw-tiddler-controls {
display: none;
}
}
.tw-tiddler-help { /* Help prompts within tiddler template */
color: #999;
margin-top: 14px;
}
.tw-tiddler-help a.tw-tiddlylink {
color: #888888;
}
.tw-tiddler-frame input.tw-edit-texteditor, .tw-tiddler-frame textarea.tw-edit-texteditor {
width: 100%;
padding: 3px 3px 3px 3px;
border: 1px solid #ccc;
line-height: 1.3em;
-webkit-appearance: none;
margin: 4px 0 4px 0;
}
.tw-tiddler-frame input.tw-edit-texteditor {
background-color: #f8f8f8;
}
canvas.tw-edit-bitmapeditor {
border: 6px solid #fff;
cursor: crosshair;
-moz-user-select: none;
-webkit-user-select: none;
-ms-user-select: none;
margin-top: 6px;
margin-bottom: 6px;
}
.tw-edit-bitmapeditor-width {
display: block;
}
.tw-edit-bitmapeditor-height {
display: block;
}
/*
** Tiddler edit mode
*/
.tw-tiddler-edit-frame em.tw-edit {
color: #999;
font-style: normal;
}
.tw-edit-type-dropdown a.tw-tiddlylink-missing {
font-style: normal;
}
.tw-edit-tags {
border: 1px solid #ddd;
padding: 4px 8px 4px 8px;
}
.tw-edit-add-tag {
display: inline-block;
}
.tw-edit-add-tag .tw-add-tag-name input {
width: 50%;
}
.tw-edit-tags .tw-tag-label {
display: inline-block;
}
.tw-edit-tags-list {
margin: 14px 0 14px 0;
}
.tw-tag-editor-label {
display: inline-block;
margin-right: 7px;
}
.tw-remove-tag-button {
padding-left: 4px;
}
.tw-tiddler-preview {
overflow: auto;
}
.tw-tiddler-preview-preview {
float: right;
width: 48%;
border: 1px solid #ccc;
margin: 4px 3px 3px 3px;
padding: 3px 3px 3px 3px;
}
.tw-tiddler-preview-edit {
width: 48%;
}
.tw-edit-fields {
width: 100%;
}
.tw-edit-fields table, .tw-edit-fields tr, .tw-edit-fields td {
border: none;
padding: 4px;
}
.tw-edit-fields > tbody > .tw-edit-field:nth-child(odd) {
background-color: #f0f4f0;
}
.tw-edit-fields > tbody > .tw-edit-field:nth-child(even) {
background-color: #e0e8e0;
}
.tw-edit-field-name {
text-align: right;
}
.tw-edit-field-value input {
width: 100%;
}
.tw-edit-field-remove {
}
.tw-edit-field-remove svg {
height: 1em;
width: 1em;
fill: #888;
vertical-align: middle;
}
.tw-edit-field-add-name {
display: inline-block;
width: 15%;
}
.tw-edit-field-add-button {
display: inline-block;
width: 10%;
}
/*
** Dropdowns
*/
.btn-dropdown svg {
height: 1em;
width: 1em;
fill: #999;
}
.tw-drop-down {
min-width: 280px;
border: 1px solid {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownborder}};
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownbackground}};
padding: 7px 0 7px 0;
margin: 4px 0 0 0;
white-space: nowrap;
}
.tw-drop-down p {
padding: 0 14px 0 14px;
}
.tw-drop-down a {
display: block;
padding: 0 14px 0 14px;
}
.tw-drop-down a:hover {
color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkbackground}};
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};
text-decoration: none;
}
.tw-drop-down .tw-tab-buttons button {
background-color: #ececec;
}
.tw-drop-down .tw-tab-buttons button.tw-tab-selected {
background-color: #fff;
border-bottom: 1px solid #fff;
}
.tw-drop-down .tw-tab-contents a {
padding: 0 0.5em 0 0.5em;
}
.tw-block-dropdown-wrapper {
position: relative;
}
.tw-block-dropdown {
position: absolute;
min-width: 280px;
border: 1px solid {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownborder}};
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##dropdownbackground}};
padding: 0 0 0 0;
margin: 4px 0 0 0;
white-space: nowrap;
z-index: 1000;
}
.tw-block-dropdown a {
display: block;
padding: 4px 14px 4px 14px;
}
.tw-block-dropdown a:hover {
color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkbackground}};
background-color: {{$:/themes/tiddlywiki/vanilla/colourmappings##linkforeground}};
text-decoration: none;
}
/*
** Modals
*/
.tw-modal-displayed {
-webkit-filter: blur(4px);
}
.modal-backdrop {
position: fixed;
top: 0;
right: 0;
bottom: 0;
left: 0;
z-index: 1000;
background-color: #000;
}
.modal {
z-index: 1100;
background-color: #fff;
border: 1px solid #999;
border: 1px solid rgba(0,0,0,.3);
}
@media (max-width: 55em) {
.modal {
position: fixed;
top: 1em;
left: 1em;
right: 1em;
}
.modal-body {
overflow-y: auto;
max-height: 400px;
}
}
@media (min-width: 55em) {
.modal {
position: fixed;
top: 50%;
left: 50%;
width: 560px;
margin: -180px 0 0 -280px;
}
}
.modal-header {
padding: 9px 15px;
border-bottom: 1px solid #eee;
}
.modal-header h3 {
margin: 0;
line-height: 30px;
}
.modal-body {
padding: 15px;
}
.modal-footer {
padding: 14px 15px 15px;
margin-bottom: 0;
text-align: right;
background-color: #f5f5f5;
border-top: 1px solid #ddd;
}
/*
** Notifications
*/
.tw-notification {
position: fixed;
top: 14px;
right: 14px;
z-index: 1000;
max-width: 280px;
padding: 0 14px 0 14px;
background-color: #ffd;
border: 1px solid #999;
border: 1px solid rgba(0,0,0,.3);
}
/*
** Tabs
*/
.tw-tab-set {
}
.tw-tab-buttons {
font-size: 0.85em;
line-height: 100%;
padding-top: 1em;
margin-bottom: -1px;
}
.tw-tab-buttons button {
color: #666;
margin-left: 2px;
margin-right: 2px;
font-weight: 300;
border: none;
background: inherit;
}
.tw-tab-buttons button.tw-tab-selected {
background-color: #fff;
border-left: 1px solid #d8d8d8;
border-top: 1px solid #d8d8d8;
border-right: 1px solid #d8d8d8;
margin-bottom: -1px;
}
.tw-tab-buttons button:not(.tw-tab-selected) {
background-color: #d8d8d8;
border-left: 1px solid #ccc;
border-top: 1px solid #ccc;
border-right: 1px solid #ccc;
}
.tw-tab-divider {
border-top: 1px solid #d8d8d8;
}
.tw-tab-content {
padding-top: 14px;
}
.tw-sidebar-lists .tw-tab-buttons button.tw-tab-selected {
background-color: #ececec;
border-bottom: 1px solid #ececec;
}
.tw-sidebar-lists .tw-tab-divider {
border-top: none;
height: 1px;
<<background-linear-gradient "left, rgb(216,216,216) 0%, rgb(236,236,236) 250px">>
}
.tw-more-sidebar {
white-space: nowrap;
}
@media (min-width: 770px) {
.tw-more-sidebar {
margin-left: -14px;
}
}
.tw-more-sidebar .tw-tab-buttons {
display: inline-block;
vertical-align: top;
text-align: right;
padding-top: 0;
padding-left: 0;
}
.tw-more-sidebar .tw-tab-buttons button {
display: block;
width: 100%;
text-align: right;
}
.tw-sidebar-lists .tw-more-sidebar .tw-tab-divider {
display: none;
}
.tw-more-sidebar .tw-tab-content {
display: inline-block;
vertical-align: top;
padding-top: 0;
padding-left: 14px;
}
.tw-more-sidebar .tw-tab-buttons button {
background-color: #ececec;
<<background-linear-gradient "left, rgb(236,236,236) 0%, rgb(224,224,224) 100%">>
border-top: none;
border-left: none;
border-bottom: none;
border-right: 1px solid #ccc;
}
.tw-more-sidebar .tw-tab-buttons button.tw-tab-selected {
background-color: #fff;
<<background-linear-gradient "left, rgb(236,236,236) 0%, rgb(248,248,248) 100%">>
border: none;
}
/*
** Alerts
*/
.tw-alert {
<<border-radius 6px>>
margin: 7px 7px 7px 7px;
padding: 14px 14px 14px 14px;
border: 3px solid #DBB727;
background-color: rgb(250, 210, 50);
}
.tw-static-alert {
position: relative;
}
.tw-static-alert-inner {
padding: 0 2px 2px 42px;
color: #AAA;
position: absolute;
}
/*
** Grids
*/
.tw-grid-frame td {
width: 1em;
height: 1em;
}
/*
** Control panel
*/
.tw-control-panel td {
padding: 4px;
}
.tw-control-panel table, .tw-control-panel table input, .tw-control-panel table textarea {
width: 100%;
}
/*
** Message boxes
*/
.tw-message-box {
border: 1px solid #CFD6E6;
background: #ECF2FF;
padding: 0px 21px 0px 21px;
margin: 0 -21px 0 -21px;
font-size: 12px;
line-height: 18px;
color: #547599;
}
.tw-message-box img {
float: right;
width: 150px;
margin: 0px 0px 12px 12px;
}
Du kan tviste visse elementer af ''Vanilla'' temaet. //For øjeblikket er du nødt til at skifte til en anden tema og tilbage (eller gemme og genstarte TiddlyWiki) før disse ændringer får effekt.. Pas også på at bevare alle tegn (`) i indstillinger// ! Farver * Primary colour: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colours" index="primary" default="" tag="input" type="color"/> * Background colour: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colours" index="background" default="" tag="input" type="color"/> * Foreground colour: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colours" index="foreground" default="" tag="input" type="color"/> * Page background colour: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colours" index="pagebackground" default="" tag="input" type="color"/> * Medium contrast color: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colours" index="medium" default="" tag="input" type="color"/> ! Farve mappings * Tiddler background colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="tiddlerbackground" default="" tag="input"/> * Tiddler foreground colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="foreground" default="" tag="input"/> * Page background colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="pagebackground" default="" tag="input"/> * Link background colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="linkbackground" default="" tag="input"/> * Link foreground colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="linkforeground" default="" tag="input"/> * Dropdown background colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="dropdownbackground" default="" tag="input"/> * Dropdown border colour mapping: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/colourmappings" index="dropdownborder" default="" tag="input"/> ! Indstillinger * Font family: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/settings" index="fontfamily" default="" tag="input"/> ! Størrelser * Font size: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="fontsize" default="" tag="input"/> * Line height: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="lineheight" default="" tag="input"/> * Story left position //(the distance between the left of the screen and the left margin of the story river or tiddler area)//: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="storyleft" default="" tag="input"/> * Story top position //(the distance between the top of the screen ad the top margin of the story river or tiddler area)//: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="storytop" default="" tag="input"/> * Story right //(the distance between the left side of the screen and the left margin of the sidebar area)//: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="storyright" default="" tag="input"/> * Story width //(the width of the story river or tiddler area)//: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="storywidth" default="" tag="input"/> * Tiddler width //(the width of individual tiddlers -- used for zoomin storyview)//: <$edit-text tiddler="$:/themes/tiddlywiki/vanilla/metrics" index="tiddlerwidth" default="" tag="input"/>
<span title="Skift flydende bredde"><$fieldmangler tiddler="$:/Toggle-fluid-width-button"><$list filter="[[$:/Toggle-fluid-width-button]tag[$:/tags/stylesheet]]"><$button message="tw-remove-tag" param="$:/tags/stylesheet" class="btn-invisible">{{$:/images/non-fluid-width-button}}</$button></$list><$list filter="[[$:/Toggle-fluid-width-button]!tag[$:/tags/stylesheet]]"><$button message="tw-add-tag" param="$:/tags/stylesheet" class="btn-invisible">{{$:/images/fluid-width-button}}</$button></$list></$fieldmangler></span>
@@display: none;
.story-river {
position: absolute;
width: calc(100% - 20em);
}
.tw-tiddler-frame {
width: 100%;
}
.sidebar-header {
float: right;
width: 20em;
left: auto;
padding: 70px 0 0 0;
}
@@
vge-moodle
zoomin
<<< <$list filter="[tag[(F)AQs]][tag[spørgsmål]!prefix[$]] -[[spørgsmål1]]"><$link> *<$view field='title' format='text'/> </$link> </$list> *[[Hvordan samler man hurtigt online besvarelser i et dokument?]] *[[Hvordan ændrer man på rækkefølgen af listen over kurser?]] *[[Hvordan "vedhæfter" man filer til en opgave?]] *[[Hvordan kan man lave audio-afleveringer?]] *[[Kan man koble et vge-hold sammen med et i Spanien?]] *[[Kan man lave et slags dokument som flere elever kan skrive i samtidig?]] *[[Hvordan fungerer databasen?]] *[[Kan man indstille et kursus til at vise det nyeste emne øverst?]] *[[Hvorfor kan jeg ikke flytte rundt på mine emner inde i kurserne når jeg bruger google chrome? (kan det passe?)]] *[[Hvordan kan jeg ændre min mailadresse til en anden?]] *[[Hvad er en Scorm-pakke, IMS-pakke?]] *[[Hvordan fungerer en lektion? – har prøvet at sætte det op, men forstår ikke helt strukturen.]] *[[Kan man lokalt bruge plug-ins? Hvordan er strukturen for det?]] *[[Kan man ændre på det enkelte kursus’ temaer/funktionaliteter?]] *[[Hvordan fungerer det, hvis man skal uploade zipmapper ved fx rettede opgaver?]] *[[Kalenderfunktioner]] *[[Kan man få kursusinformationer til at fungere for alle lærere? Vi mangler at kunne se, hvad en klasse har for i de andre fag.]] *[[Kan kalenderen kommunikere med zimbra?]] *[[Hvorfor giver det problemer at flytte og importere forløb? Det er ”tungt” at flytte, og ofte bliver forløbene blandet sammen. Det fungerer slet ikke i Chrome.]] *[[Hvordan fungerer backup-funktionen? Forstår ikke strukturen]] *[[Vil du vise nogle gode tricks/fifs på Moodle.]] <<<
@@background-color:pink;Vis/bedøm alle opgaver - find ud af det""
Det er meget, meget nemt at lægge billeder ind i TiddlyWiki.
Har du et billede i en mappe på din pc kan du trække det ind over TiddlyWiki. Når der kommer en grøn bjælke øverst i vinduet med teksten "Slip her", slipper du billedet - og det bliver indlejret i dokumentet.
Når du vil bruge billedet andre steder/i andre tiddlere skriver du:
```
{{mitBillede}}
```
(titlen på dit billede) - og det vises hvor du har skrevet det.
Hvis du slipper hele din billedsamling ovenpå TiddlyWiki kan det få den til at blive ekstremt langsom. En TiddlyWiki på over 100 Mb kan gå hen at blive umilig at have med at gøre, derfor er det IKKE tilrådeligt at indsætte for mange billeder i dokumentet. I stedet kan du vise eksterne billeder. Det gøres ved at skrive:
```
<img src="/mitEksterneBillede.jpg"/>
```
som er et relativt link til et billede der ligger i samme mappe som din TiddlyWiki eller
```
<img src="http://URL/mitEksterneBillede.jpg"/>
```
som er en http adresse til dit eksterne billede.
Man kan linke til og vise billeder på flere måder i TiddlyWiki. Her er nogle det virker lige nu. (Det er planen at der snart kommer et par måder mere i nærmeste fremtid...)
```
<a href="billeder/billedet.jpg" target="_blank">Linktekst </a>
<a href="/mitEksternelink" target="_blank"><img src="/mitEksterneBillede.jpg"/></a>
<$link to="minTiddler"><img src="/mitEksterneBillede.jpg"/></$link>
Hvis du vil bruge et internt(indlejret) billede:
<a href="mitEksternelink" target="_blank">{{mitBillede}}</a>
<$link to="minTiddler">{{mitBillede}}</$link>
```
!!!Eksempler:
<a href="http://h-u.dk/wp-content/uploads/ansatte/maans.jpg" title="eksternt link" target="_blank">Eksternt link til billede af Måns</a>
<a href="http://h-u.dk/wp-content/uploads/ansatte/maans.jpg" target="_blank"><img src="http://h-u.dk/wp-content/uploads/ansatte/maans.jpg" width="90" border="2" title="eksternt link & eksternt billede"/></a>
<$link to="maans.jpg"><img src="http://h-u.dk/wp-content/uploads/ansatte/maans.jpg" width="100" border="2" title="internt link og eksternt billede"/></$link>
Hvis du vil bruge et internt(indlejret) billede:
<a href="http://h-u.dk/wp-content/uploads/ansatte/maans.jpg" target="_blank" title="Eksternt link & internt billede">{{maans.jpg}} </a>
<$link to="maans.jpg">{{maans.jpg}}</$link>
I Moodle: Download alle besvarelser som en zip.fil. Udpak alle filer til en mappe. Træk alle filer ind ovenpå en TiddlyWiki - f.eks. http://tiddlywiki.com/empy.html og slip. Der oprettes et indeks over importerede filer. (-der nu er blevet tiddlere.) Klik på hver enkelt fil og giv dem tags med de kategorier du ønsker at se dem i. Omdøb evt. importindeksfilen til "Indeks" - så den ikke bliver slettet efter sideopdatering. Se i fanebladet "More" klik på underfanebladet "Tags". Se hvordan der vises "tagpiller" for hvert af de tags du har oprettet - med en optælling af hvor mange tiddlere der er tagget med tagget. Klik på en "tagpille" for at få en dropdown med links til alle tiddlere tagget med tagget Klik download for at hente dokumentet ned på din pc - eller opret først en tiddlyspot wiki og brug navn + password til at gemme din wiki til [[TiddlySpot|http://tiddlyspot.com]]
<<calendar 0>> Check [[$:/macros/skeeve/calendar.js]]
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
""" Hi I don't speak or write portoguese - and you haven't answered my requests, therefore I have run my emails through google translate and I hope you get my message - sorry if the translation is bad... You can answer in portoguese and I will use google translate to understand your message: " From : " Måns Mårtensson " <mama@himmerlands-ungdomsskole.dk> To : contato@caimbe.com Sent : Torsdag de 13. februar 2014 01:47:03 Topic : guitarrista dinamarquês interessado em comprar um de sete cordas Caimbé violão ... Oi funcionário caimbé Eu sou um guitarrista dinamarquês - ( professor e músico) e estou interessado em comprar um de sete cordas Caimbé violão . Eu tenho usado um Godin (nylon ) com roland GR55 por um par de anos. Eu sinto falta de beeing capaz de desligar o sinal de áudio a partir de cordas graves individuais quando eu jogar combinações de som de guitarra / baixo e eu gostaria de ter acesso a uma cadeia de baixo extra ao tocar acordes e linhas de baixo .. É a cadeia de 7 'th , em seu sete cordas Caimbé , um baixo A ou B corda extra? O preço para Violão Caimbé planas 7 Cordas Nylon 2014 - Escuro Fosco - N º 6601 em reais brasileiros é 2.180,00 . Qual é o custo de uma entrega segura através do Atlântico - e você sabe como eu deveria pagar os impostos necessários na meu país de origem ? Como a corda extra interagir com o GR -55 ? Eu estou pensando que eu não vou ser capaz de explorar a corda extra para baixo tocando um baixo modelado como o GR- 55 é a configuração para apenas 6 cordas ? Felicidades Måns Mårtensson Måns Mårtensson 22 15 55 47 Elevvej 11 9600 Års Fra: "Måns Mårtensson" <mama@himmerlands-ungdomsskole.dk> Til: contato@caimbe.com Sendt: torsdag, 13. februar 2014 18:49:14 Emne: Re: Danish guitarist interested in purchasing a seven string Caimbé nylon string guitar... How will the extra string interact with the GR-55? I'm thinking that I won't be able to exploit the extra bass string for playing a modeled bass as the GR-55 is setup for 6 strings only?? Cheers Måns Mårtensson Fra: "Måns Mårtensson" <mama@himmerlands-ungdomsskole.dk> Til: contato@caimbe.com Sendt: torsdag, 13. februar 2014 01:47:03 Emne: Danish guitarist interested in purchasing a seven string Caimbé nylon string guitar... Hi employée at caimbé I'm a Danish guitarist - (teacher & musician) and I'm interested in purchasing a seven string Caimbé nylon string guitar. I've been using a Godin (nylon) with roland GR55 for a couple of years now. I miss beeing able to turn down the audio signal from individual bass strings when I play sound combinations guitar/bass and I'd like to have access to an extra bass string when playing chords and bass lines.. Is the 7'th string, on your seven string Caimbé, an extra low A or B string? The price for Violão Caimbé Flat 7 cordas Nylon 2014 - Escuro Fosco - Nº 6601 in brasilian reals is 2.180,00. What is the cost for a secure delivery across the Atlantic - and do you know how I should pay neccesary taxes in my home country? Cheers Måns Mårtensson +45 22 15 55 47 Elevvej 11 9600 Års Denmark """
The example date used below is (in ISO Format) <<dateTime ts:"20040807010405">>. | String | Example | Explanation |h | wYYYY | <<dateTime "wYYYY" "20040807010405">> |The year for the calendar week. | | wYY | <<dateTime "wYY" "20040807010405">> |~| | YYYY | <<dateTime "YYYY" "20040807010405">> |The year | | YY | <<dateTime "YY" "20040807010405">> |~| | MMM | <<dateTime "MMM" "20040807010405">> |Month name | | mmm | <<dateTime "mmm" "20040807010405">> |Month name abbreviated | | 0MM | <<dateTime "0MM" "20040807010405">> |Month | | MM | <<dateTime "MM" "20040807010405">> |~| | 0WW | <<dateTime "0WW" "20040807010405">> |Calendar week | | WW | <<dateTime "WW" "20040807010405">> |~| | DDD | <<dateTime "DDD" "20040807010405">> |Dayname | | ddd | <<dateTime "ddd" "20040807010405">> |Dayname abbreviated | | 0DD | <<dateTime "0DD" "20040807010405">> |Day of the month | | DDth | <<dateTime "DDth" "20040807010405">> |~| | DD | <<dateTime "DD" "20040807010405">> |~| | 0hh12 | <<dateTime "0hh12" "20040807010405">> |The hour from 1-12. Use am/pm (see below) | | hh12 | <<dateTime "hh12" "20040807010405">> |~| | 0hh | <<dateTime "0hh" "20040807010405">> |The hour from 0-23.| | hh | <<dateTime "hh" "20040807010405">> |~| | 0mm | <<dateTime "0mm" "20040807010405">> |The minute. | | mm | <<dateTime "mm" "20040807010405">> |~| | 0ss | <<dateTime "0ss" "20040807010405">> |The second | | ss | <<dateTime "ss" "20040807010405">> |~| | [ap]m | <<dateTime "am" "20040807010405">> |am/pm indicator in upper or lower case | | [AP]M | <<dateTime "PM" "20040807010405">> |~| | TZD | <<dateTime "TZD" "20040807010405">> |Timezone offset |
The [[dateTime|$:/macros/skeeve/dateTime.js]] macro can be used to build, together with the [[NewTiddler|$:/plugins/skeeve/newtiddler.js]] widget, a journal-button:
{{journalButton||code}}
{{journalButton}}
The available formats are defined in the core tiddler [[$:/core/modules/utils/utils.js]]. Search for the function formatDateString. For convenience, I've listed the [[format strings|DateFormats]] defined in TiddlyWiki Version 5.0.7-beta.
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
|!Søg tag: | <$edit-text tiddler="$:/temp/RenameTags/search" tag="input" type="text"/> |! Erstat med: | <$edit-text tiddler="$:/temp/RenameTags/replace" tag="input" type="text"/> |
---
!!!1^^st^^. Indsæt valgte tag <$tiddler tiddler={{$:/temp/RenameTags/replace}}><$transclude tiddler="showtag"/></$tiddler> I de følgende tiddlere
<$list filter="[!has[draft.of]tag{$:/temp/RenameTags/search}!tag{$:/temp/RenameTags/replace}sort[created]]">
<$checkbox tag={{$:/temp/RenameTags/replace}}> <$link to={{!!title}}><$view field="title"/></$link></$checkbox>
</$list>
!!!2^^nd^^. Fjern valgte tag <$tiddler tiddler={{$:/temp/RenameTags/search}}><$transclude tiddler="showtag"/></$tiddler> fra følgende tiddlere
<$list filter="[!has[draft.of]tag{$:/temp/RenameTags/search}tag{$:/temp/RenameTags/replace}sort[created]]">
<$checkbox tag={{$:/temp/RenameTags/search}}> <$link to={{!!title}}><$view field="title"/></$link></$checkbox>
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
Dette er en samling af links, info og tanker jeg gør mig omkring gear, indstillinger mm.
<<< SCORM standarden er udviklet af det amerikanske forsvar for at imødegå problemer med at flytte elektroniske, ofte web-formidlede, læringsobjekter fra en uddannelsesplatform (LMS) til en anden, uanset om det er ved en offentlig eller privat virksomhed. Den første version af SCORM blev vedtaget i 1999, og er siden hen udviklet i flere versioner, der gennem årene er blevet mere og mere omfattende. SCORM er i dag én af de standarder de fleste toneangivende virksomheder, inden for den kommercielle og offentlige elektroniske uddannelsesvirksomhed, bruger flest ressourcer på at overholde. <<< citat: http://da.wikipedia.org/wiki/SCORM Du kan selv lave Scorm pakker med programmet [[eXe Learning|http://exelearning.net/downloads/]]. Scormpakker kan indsættes som aktiviter i Moodle. Det er værd at bemærke, at det man gør i Moodle når man opretter aktiviteter, quizzer, wikisider etc. er det samme som man gør med programmer der producerer Scorm pakker. Man kan sige at en Scormpakke kan sammenlignes med en backup af nogle sektioner/emner (der indeholder aktiviteter og filer) fra et Moodlekursus, og har den fordel at Scormpakken i modsætning til Moodlebackuppen, kan anvendes i andre LMS systemer end Moodle. I [[eXe Learning|http://exelearning.net/downloads/]] kan man gemme sit arbejde i HTML-format og publicere sine materialer som en standard hjemmeside. NB! Fordi eXe Learning er et program, der kører i browseren - og der har været en voldsom udvikling mht. forhøjet sikkerhed i browsere de seneste 2 - 3 år, har programmet været ramt af problemer med at kunne gemme til det lokale filsystem. Jeg skrev lidt om eXe Learning på linux-abc forummet i 2011: http://www.linux-abc.dk/phpBB3/viewtopic.php?f=38&t=766 Der er et spansk lærer community, der har overtaget projektet - og de installationspakker de har uploadet er i bedste tilfælde mangelfulde pt. Det er lykkedes mig at samle de manglende python afhængigheder i Linux - og jeg har fået programmet til at virke - men jeg har endnu ikke fået Windowsversionen til at virke.. Hvis noget er interesserede, laver jeg gerne et lille live-usb Linux-system med Chrome, hvor eXe Learning virker. Det fylder under 200 Mb og kan boote en pc fra usb. Det afvikles i ram og kan gemme ændringer til usb og filer til usb eller pc. [[Kontakt mig her|Måns]]
I en opgaves tekst (beskrivelse) markerer man et ord. F.eks. "..hent denne @@background-color:lightblue;pdf@@." Klik på "link ikonet" i teksteditoren. Nu får du mulighed for at indsætte et link, uploade en fil fra din pc, private filer (Moodle), webfiler eller fra serveren.
Det spørgsmål er nok mest til Allan F. og Torben fra ~DataGiraffen (Ham der har lavet ~SkolePlan). Det jeg kan sige er: Holdene og tilknyttede lærere oprettes i ~SkolePlan af skolens skemaansvarlige. Vil man have at holdet skal figurere i Moodle (for elever og lærere), skal der sættes et flueben i ~SkolePlan programmet (ikke webinterfacet) - derefter oprettes holdene automatisk. ~DataRobotten (licenseret hos Torben, ~DataGiraffen) sørger for at databaserne synkroniseres ca. hver halve time. Dvs. fjernes en elev fra et hold i ~SkolePlan, forsvinder samme elev fra holdet i Moodle, indenfor ½ time. Det samme gør sig gældende for mailadresser og elev- lærernavne. Rettes de i ~SkolePlan, opdateres de i Moodle.
Du retter din mailadresse i ~SkolePlan. (Mailadresse 1). Adressen opdateres i Moodle indenfor en halv time.
Jeg gætter at spørgsmålet skyldes uploadbegrænsningen på 1 Mb - og at det volder problemer, fordi mange audio- og videofiler er større end 1 Mb. Der er umiddelbart 2 løsninger: *Eleven uploader filen til hans/hendes "Private filer" - der er ingen uploadbegrænsning. **Besvar opgaven - indsæt fra "Private filer". *Eleven har gemt filen i sin private mappe på "Webfiler" enten via http eller som netværksdrev på sin pc. **Besvar opgaven - indsæt fra "Webfiler". ---- !Lydredigering og konvertering. [[Audacity|http://audacity.sourceforge.net/download/]] er et godt & gratis program, der er nemt at betjene. [[Audacity|http://audacity.sourceforge.net/download/]] kan bl.a. anvendes til at fjerne støj (lavfrekvent støj som f.eks. brummen) og konvertere til mono og mp3 formatet for mindre størrelse. Helt op til 20 gange mindre størrelse uden hørbar forringelse i lydkvalitet. (På pc højtalere vel at mærke)..
*Download alle opgaver. *Pak zip-filen ud. *Åbn [[en tom TiddlyWiki|http://tiddlywiki.com/empty]] *Åbn mappen med besvarelserne og træk dem hen ovenpå wikien. *Du får med det samme et (link)indeks over importerede opgaver (nu som tiddlere). *Læs dem og tag dem. *Gem til din pc.
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eller
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Nej.
Det er ikke et faktum at man ikke kan flytte rundt på emner i Google Chrome.
{{FlytEmneChrome.png}}
Check om du har den sidste nye version af Chrome.
Screenshottet er taget af en flytning foretaget i Google Chrome Version 31.0.1650.63. (Linux. Jeg har også testet flytning af emner på Windows 7, med samme Chrome version - uden problemer).
<$list filter="[tag[Indeks]sort[nummer]]">
@@.tw-tiddler-frame
@@width:400px;height:100px;Font-size:20px;background-color:#ECECEC;
<br>{{vgebullet.png}} <$link to={{!!title}}><$view field="title"/></$link>
@@
Tiddlere (artikler), der indeholder information om anvendelse af Moodle eller af ~TiddlyWiki (dette dokument...). Mvh Måns
Created in response to {{!!googlegroup}}
<$let date=<<dateTime "YYYY-0MM-0DD">> time=<<dateTime "0hh:0mm:0ss">>>
<$newtiddler title="Example for PauldM" skeleton="InstantTimestampSkeleton" edit="yes">Create new Entry</$newtiddler>
</$let>
Date: $(date)$ Time: $(time)$
http://areena.yle.fi/tv/2103141 http://stezz.blogspot.dk/search?updated-min=2014-01-01T00:00:00%2B02:00&updated-max=2015-01-01T00:00:00%2B02:00&max-results=1
<$let tag1="journal" text=""> <$newtiddler title=<<dateTime>> skeleton="JournalSkeleton" edit="yes">New Journal</$newtiddler> </$let>
$(text)$
I kalenderen vises deadline for aflevering af opgaver. Har man sat sit kursus op i ''ugeformatet'' (modsat ''emneformatet'') vil de enkelte lektioner vises i kalenderen. Der arbejdes på at ~SkolePlans individuelle elev- og lærerskemaer skal vises direkte i Moodles kalender... Dvs. Det er på vej ...
Jeg tænker det er et spørgsmål om "Workflow".
Hvis man starter med at oprette/vise sine emner fra bunden og op - så vil det nyeste emne altid vises øverst - uden det er nødvendigt at "trække rundt" på dem.
Relateret:
Klik på "Skift rolle" i menuen "Indstillinger" og se hvordan "emnelisten" vil se ud for elever.
{{SkiftRolle.png}}
Ja. Man kan eksportere en URL (adresse) fra Moodle, der kan indsættes som en ekstern kilde i Zimbras kalender. Det kan sættes op til at synkronisere dagligt eller hver time...
Umiddelbart er løsningen, at man tilknytter andre lærere som ''medundervisere'' på sit kursus.
Gå til ''Indstillinger > kursusadministration > Brugere > Deltagere >Tilmeld brugere''
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""" Umiddelbart ikke. Vil I dele fora og andre sider med omverdenen, evt. for at kunne skrive sammen med en klasse i Spanien, kan I bede Allan om, at åbne jeres Mahara installation ud til www. - og få ham til at oprette "pennevennernes" login, eller give dem mulighed for selv at oprette det. Moodle er først og fremmest til internt brug og kan kun tilgås hvis man har forbindelse til skolens netværk - dvs. enten på skolen eller via vpn. """
Ja. Der er et par muligheder indbygget i Moodle og endnu et par stykker online. Den mest oplagte mulighed er fora. !Fora Man kan oprette et forum, hvor elever f.eks. besvarer stillede spørgsmål og andre kan læse svarene efterhånden som de kommer ind. De andre kan evt. begrænses til at være en gruppe. Chat En anden mulighed er wikis. !Wikis En wiki er pr. definition et samarbejdsdokument og alle kan skrive i det samtidigt - dog er der en lille risiko forbundet ved samtidig redigering af sider med det samme navn. De bliver ikke opdateret i realtid. Den redaktør, der gemmer sine ændringer sidst, overskriver det den anden har lavet. Derfor kan det være en god idé at aftale navne-konventioner for oprettelse af nye sider. Enten det - eller aftale hvem der opretter/redigerer hvilke sider hvornår.. ---- !Online tjenester !!Etherpad (Lite) Etherpad er et realtidsopdaterende online dokument, der tillader flere samtidige redaktører. Den viser farvekoder for hver redaktør. Man kan downloade en udgave af det fælles dokument som word, tekst eller pdf - og der er en "tidsslider", der kan bruges til at se hvordan dokumentet har udviklet sig. Der er en lille chat tilknyttet. <iframe width="420" height="315" src="//www.youtube.com/embed/hYQ8oY0_DxY" frameborder="0" allowfullscreen></iframe> Desværre er de online tjenester der tilbyder etherpads gratis ofte meget ustabile og man risikerer, at miste oprettede dokumenter. Der er ingen mulighed for at "styre" hvem der kan logge på - med hvilket ID for at kunne redigere i dokumentet. !Moodle integration Man kan installere et plugin til Moodle, der giver mulighed for at oprette etherpad aktiviteter med fuld kontrol over indlogning og ID, men vi/I skal have en intern etherpad server for at det kan komme til at virke... Det kan man bede Allan om at gøre.. ($$$) !Google Drev Den anden og sidste jeg vil pege på er selvfølgelig Google Drev (tidl. dokumenter). Der er realtidsskrivning, versionskontrol og mulighed for at downloade det færdige dokument i forskellige formater - MEN - det kan ikke (nemt) indlejres i Moodle og kræver, at alle elever og læreren anvender en personlig google konto... Så ryger idéen med Moodle som internt undervisningsstøttesystem - med login etc... dvs. det kan ikke anbefales.
Der er en meget udvidet plugin- og modulstruktur i Moodle, og der findes helt utroligt mange forskellige plugins og moduler, der kan installeres. Plugins skal installeres på serveren. Derfor er det Allan I skal forhandle med hvis der er et særligt plugin I vil have installeret i jeres Moodle system. Et eksempel på et modul jeg gerne vil have installeret er [[Etherpadmodulet|https://moodle.org/plugins/view.php?plugin=mod_etherpad]] <iframe width="420" height="315" src="//www.youtube.com/embed/fxc-taW6UBE" frameborder="0" allowfullscreen></iframe> Det kræver dog at Allan først opretter en Etherpad-server, der kører selve programmet Etherpad Lite - først...
Gå til ''Kursusindstillinger > Indstillinger'':
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
\define someMacro()
|Variable |Value |h
|a |$(a)$ |
|b |$(b)$ |
|c |$(c)$ |
|d |$(d)$ |
\end
The [[LetWidget|$:/plugins/skeeve/let.js]] is an enhancement of the [[SetWidget|http://tiddlywiki.com/static/SetWidget.html]].
If it comes to defining more than one variable I find it more than cumbersome to do something like this:
```
<$set name="a" value="1">
<$set name="b" value="2">
<$set name="c" value="3">
<$set name="d" value="4">
<<someMacro>>
</$set>
</$set>
</$set>
</$set>
```
I felt that this level of complexity is not required and so I created the [[LetWidget|$:/plugins/skeeve/let.js]]:
```
<$let a="1" b="2" c="3" d="4">
<<someMacro>>
</$let>
```
Here the test:
<$let a="1" b="2" c="3" d="4">
<<someMacro>>
</$let>
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
<$list filter="[is[current]has[modules-used]!modules-used[]]"><div class="modules-used-footer">{{!!modules-used}}</div></$list>
\define mylist(f)
<ul><$list filter="[tag[explanation]$f$]"><li><$view field="title"></$view></li></$list></ul>
\end
''Note:'' {{!!title}} is part of TiddlyWiki {{!!part-of}}.
I created a number of list operators. Below you'll see the base list and the result of applying those filters.
! Base list
<<mylist>>
! reverse[]
!! reverses the list
<<mylist "reverse[]">>
! first[]
!! selects the first tiddler of the list (or the first n if the operand is n)
<<mylist "first[]">>
! first[3]
!! selects the first 3 tiddlers of the list
<<mylist "first[3]">>
! last[]
!! selects the last tiddler of the list (or the last n if the operand is n)
<<mylist "last[]">>
! last[3]
!! selects the last 3 tiddlers of the list
<<mylist "last[3]">>
! nth[2]
!! selects the n-th tiddler of the list. Selects the second here. Defaults to n = 1.
<<mylist "nth[2]">>
! butfirst[] //or// bf[] //or// rest[]
!! selects all but the first tiddler of the list (or all but the first n if the operand is n)
<<mylist "butfirst[]">>
! butfirst[2] //or// bf[2] //or// rest[2]
!! selects all but the first 2 tiddlers of the list
<<mylist "butfirst[2]">>
! butlast[] //or// bl[]
!! selects all but the last tiddler of the list (or all but the last n if the operand is n)
<<mylist "butlast[]">>
! butlast[2] //or// bl[2]
!! selects all but the last 2 tiddlers of the list
<<mylist "butlast[2]">>
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
<<tabs "[tag[lego]]" "Præsentation" 2>>
!Trin 1:
!!Få dit fag som et Moodle kursus.
Moodle kurser får du ved at bede den skemaansvarlige om at oprette dit fag i Moodle. Det kan tage op til ½ time før det er oprettet - men det kræver intet andet end et flueben i ~SkolePlan. Elever og lærere tilknyttes automatisk.
Se også: [[Opret selv kurser]]
<$button message="tw-modal" param="Opret selv kurser" class="btn btn-inverse">Opret selv kurser</$button>
!Trin 2:
!!Log ind på Moodle.
Når kurset er oprettet går du til http://moodle.vge.dk og logger ind med dit uni-login og password. Moodlehjemmesiden vil skifte til at vise annonceringer (i midten) og navigation (til venstre).
Hvis der er problemer med indlogning se: [[Problemer med indlogning]]<$button message="tw-modal" param="Problemer med indlogning" class="btn btn-inverse">Problemer med indlogning</$button>
!Trin 3:
!!Redigér dine personlige indstillinger.
I Moodle, har alle brugere en profilside hvor de kan bestemme hvordan Moodle sender emailnotifikationer. Du har også mulighed for at uploade et profilbillede (vises når du poster til Moodle fora og sender beskeder). Klik på Min profil indstillinger i Indstillinger blokken for at redigere din Moodle profil. Klik redigér profil.
For mere, se [[Redigér din Moodle profil & personlige indstillinger]].
<$button message="tw-modal" param="Redigér din Moodle profil & personlige indstillinger" class="btn btn-inverse">Redigér din Moodle profil & personlige indstillinger</$button>
!Trin 4:
!!Find dit Moodle kursus under My Courses.
Når du er logget ind, vil du se My Courses blokken, hvor dine kurser er listede, øverst til venstre på Moodle siden. Klik på kursets link for at åbne kurset.
Note: Der er et menupunkt i øverste menu (lige under headeren), der hedder My Courses. Her kan du finde listen over dine kurser lige meget hvilken side du er inde på.
!Trin 5:
!!Tilpas kursusindstillingerne.
Første gang du åbner dit nye kursus vil det bruge standardtemaet, have et standard antal sektioner placeret på midten af kursussiden, og anvende emneformatet. Din første opgave er, at tilpasse kursusindstillingerne så det passer til dine præferencer og behov. Gå til ''Indstillinger'' > Course Administration > Edit settings.
For detajer, se [[Vigtige indstillinger for dit Moodlekursus]].<$button message="tw-modal" param="Vigtige indstillinger for dit Moodlekursus" class="btn btn-inverse">Vigtige indstillinger for dit Moodlekursus</$button>
!Trin 6:
!!For at redigere dit kursus, skal du klikke på den grønne redigeringsknap.
Nu kan du tilføje ressourcer og aktiviteter til dit kursus, tilføje eller fjerne blokke, eller arrangere emnerne på kursussiden. Når redigering er slået til, vil der vises små ikoner ved siden af alle redigérbare elementer på siden. Klik på et ikon for at flytte, indrykke, slette, etc., et element.
<$button message="tw-modal" param="Redigering" class="btn btn-inverse">se et eksempel</$button>
!Trin 7:
!!Redigér sektionsnavne.
Afhængig af det format der er valgt i Course Settings vil sektions blive kaldt: Emne 1, Emne 2, Emne 3, etc. (hvis emneformatet er valgt), eller der vil vises datoer (hvis ugeformatet er valgt). Hvis du vil give hver sektion en beskrivende titel og gøre kurset mere selvforklarende for eleverne skal du klikke på opdatér ikonet øverst til venstre i sektionen.
!Trin 8:
!!Tilføj ressourcer til dit kursus.
I Moodle kaldes uddelingskopier, sider, og links til andre hjemmesider ressourcer.
For at tilføje en ressource, skal du klikke på redigeringsknappen (øverst til højre), gå til den sektion hvor du vil have vist ressourcen, og klik på ''Tilføj en aktivitet eller ressource'' (nederst til højre i en sektion). Aktivitetsvælger dialogboksen åbnes (NB: ressourcer vises nederst i panelet). Vælg en ressource: en beskrivelse vises til højre med links til mere hjælp. Klik ''Tilføj'': Skærmen for indstillinger åbnes og du skal tilpasse indstillingerne og klikke ''Gem'' (i bunden af skærmen).
For mere, se [[Om at tilføje ressourcer til et Moodlekursus]].<$button message="tw-modal" param="Om at tilføje ressourcer til et Moodlekursus" class="btn btn-inverse">Om at tilføje ressourcer til et Moodlekursus</$button>
Kvik-tilføj filer til et kursus vha. træk & slip direkte til siden for at de uploades.
Når du har tilføjet en ressource, kan du tilpasse dens indstillinger ved at klikke på dens ''opdatér ikon'' ( Update icon ) eller omdøbe den ved at klikke på dens ''redigér titel ikon'' (Edit title icon).
Ressourcer tilføjes i bunden af en sektion. For at flytte en ressource op eller ned ad siden skal du trække den i dens ''flytte ikon'' (Move icon).
En type af ressource der er nem at overse er etiketter. Etiketter er ganske enkelt blokke af tekst eller billeder du kan tilføje til dine kursussektioner for at organisere indhold og gøre din kursusside lidt mere interessant.
For mere, se [[Tilføj tekst og billeder til en Moodle kursusside]].
<$button message="tw-modal" param="Tilføj tekst og billeder til en Moodle kursusside" class="btn btn-inverse">Tilføj tekst og billeder til en Moodle kursusside</$button>
!Trin 9:
!!Tilføj aktiviteter til dit kursus.
Aktiviteter er interaktive værktøj du kan bruge til at engagere elever i undervisningen og vurdere deres fremskridt. Værktøjerne inkluderer Fora, Opgaver, Feedback, Quizzer, Ordlister, Wikis, etc..
For at tilføje en aktivitet, slå redigering til, gå til den sektion hvor du vil have at aktiviteten skal vises, klik på ''Tilføj en aktivitet eller ressource'' (nederst til højre i en sektion). Aktivitetsvælger dialogboksen åbnes. Vælg en aktivitet: en beskrivelse vises til højre med links til mere hjælp. Klik ''Tilføj'': Skærmen for indstillinger åbnes og du skal tilpasse indstillingerne og klikke ''Gem'' (i bunden af skærmen).
For mere, se [[Om at tilføje aktiviteter til et Moodlekursus]].
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Når du har tilføjet en aktivitet, kan du tilpasse dens indstillinger ved at klikke på dens ''opdatér ikon'' ( Update icon ) eller omdøbe den ved at klikke på dens ''redigér titel ikon'' (Edit title icon).
Aktiviteter tilføjes i bunden af en sektion. For at flytte en aktivitet op eller ned ad siden skal du trække den i dens ''flytte ikon'' (Move icon).
Nogle aktiviteter såsom Feedback, Quizzer og Ordlister kræver yderligere tilpasning i selve aktiviteten. Klik på linket for at åbne aktiviteten (''ikke'' opdatér ikonet) og færdiggør opsætningen.
!Trin 10:
!!Tilpas blokke.
Du kan ændre hvilke blokke der vises - og hvor de vises i dit kursus ved at klikke på redigeringsknappen.
For at tilføje en ny blok, anvendes ''Tilføj blok'' ... rulle-menuen nederst til højre på din kursusside.
For at slette en blok, klikker du på X ikonet i en bloks header.
For at flytte rundt på blokke skal du placere din mus over en bloks header. Markøren vil ændres til et "gribe ikon" (et gribe- eller flytteikon) (Flytteikonet ligner et "t" med pile i enderne.). Træk blokken til en ny position.
!Tips til kursusopbygning
Duplikér aktivititeter eller ressourcer
It can be very time consuming to add Resources and Activities to a course. If you have multiple similar items in a course, you may find it helpful to use the Duplicate feature (x 2 icon) that is available after each Resource and Activity. Duplication can be especially useful if you use the same Labels in each Section. For more see Duplicate Activities or Resources in Your Moodle Course.
Note: You cannot duplicate entire Sections.
Rearrange Items on Your Moodle Course Page
Moodle makes it easy to reorder and move items in your Moodle course. For details, see Reorder Sections or Items in Your Moodle Course.
!Update Resources & Activities
After you have added an Activity or Resource, to edit its settings click the Update icon (Update icon ). For example, change the number of points it’s worth in the grade book, change the due date, etc. To edit only the name of an item, click the Edit title icon (Edit title icon): you'll be able to edit the name right on the course page.
!Next Steps: Tools for Managing your Class in Moodle
Now that your basic course is set up, you may wish to set up some tools to assist with managing your class and communicating with your students.
!Work with Groups
The Groups feature in Moodle allows an instructor to assign students and instructors to one or more groups for the entire course or for individual activities. Students can be in multiple groups at once, allowing the instructor to change the groups based on the kind of an activity. A few important tips on working with groups:
Always wait until Add-drop is over to set up groups in Moodle. When students are removed or added to the course, groups break.
Moodle courses automatically have Groups based on Class Sections: Do not add or remove students from these groups and do not change the group names. (Automated groups start with a " ~ ".)
For details on working with groups, see An Overview of Managing Groups in Moodle.
!Set Up the Grade Book
Use the Moodle Gradebook to collect scores and calculate grades, or upload and download information to and from the Moodle Grade book if you use other software on your computer to calculate grades, or wish to import data from another source such as OPSCAN exams, or iclicker data.
For details on grading in Moodle, see An Overview of the Moodle Grade Book.
!Communicate with your students
The News Forum
The News Forum is a special forum that can act as an announcements tool for your Moodle course. It appears by default in the top section of your course and is related to the Latest News block. Only instructors can post to the News Forum and comments are not allowed. By default, students receive an email of each announcement.
!Quickmail
The Quickmail block allows instructors and TAs (and students, if the instructor allows) to send emails to course members from within Moodle. Instructors may find Quickmail a convenient alternative to setting up a class email list in SPIRE. You can send emails to individual students, the entire class, or by class section or Moodle Group.
!!Email Notifications
Moodle can be set up to send email notifications to alert users of particular activities such as new posts in a discussion Forum.
To learn about additional communication tools in Moodle, see An Overview of Communication Tools in Moodle.
Kilde: [[A Guide to Building a New Course in Moodle|http://www.oit.umass.edu/support/moodle/a-guide-building-a-new-course-moodle]]
{{Indeks}}
| {{maans.jpg}} |h
| Måns Patrik Mårtensson |
| 22 15 55 47 |
| Elevvej 11 |
| 9600 Års |
| [[mama@h-u.dk|mailto:mama@h-u.dk]] |f
\define prevnext(lektion) Forrige: <$list filter="[tag[$lektion$]sort[nummer]previous[]]"/> / Næste: <$list filter="[tag[$lektion$]sort[nummer]next[]]"/> \end <$list filter="[is[current]tags[]prefix[Lektion]]" variable="lektion"><hr><$macrocall $name="prevnext" lektion=<<lektion>>/></$list>
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
This is a test for the highly experimental New-Tiddler-Button which allows to pre fill a skeleton tiddler with variable data. The New-Tiddler-Button expects 2 parameters: |Parameter |Mandatory |Explanation |h |title |yes |the title of the new tiddler. Will get numbers appended | |skeleton |yes |an existing tiddler which may contain variable placeholders | |edit |no |This defines wether to open the new tiddler in edit mode. Must be one of "yes", "no", "show" or (not implemented yet) "inline". Defaults to "yes". | The most important part lies in the skeleton! TiddlyWiki already can clone tiddlers, but you can't really prefill data of the newly created tiddler. With `<$newtiddler>` you can put placeholders of the form `$(variable)$` ''anywhere'' in the tiddler and they will be replaced by the values of the variables set with the `<$set>` or `<$let>` widget. Please note: The placeholders can be ''anywhere''! In the tiddlers body, in fields, types, you name it… The example skeleton used here looks like this: |Property |Content |h |title |skeleton 1 | |text |This is some test: $(placeholder)$ | |tags |$(tag1}$ | |field1 |$(f1)$ | |field2 |$(f2)$ | If we now put this into our tiddler: ``` <$let f1=<<uuid>> f2="field-2" placeholder="pl1" tag1="testtag"> <$newtiddler title="test" skeleton="skeleton 1">Create</$newtiddler> </$let> ``` We get a <$let f1=<<uuid>> f2="field-2" placeholder="pl1" tag1="testtag"><$newtiddler title="test" skeleton="skeleton 1">Create</$newtiddler></$let> button. Clicking it, will open a new tiddler with some values pre-filled.
Skriv noget her ... <$button message="tw-modal" param="spørgsmål 1" class="btn btn-inverse">//se spørgsmålet//</$button>
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
''Opret dine egne spørgsmål eller noter her.''
<$button style="float:left;" popup="$:/SamplePopupState">?</$button>
<$reveal type="popup" state="$:/SamplePopupState">
<div class="tw-drop-down">
//Alle tiddlere/artikler der er tagget med spørgsmål <br> bliver listet i tabellen under ''Spørgsmål'' herunder.<br>
Tiddlere tagget med spørgsmål og note vises under ''Noter''.
<br>
Dvs. noter skal her opfattes som besvarede spørgsmål.
<br>
Et spørgsmål flyttes fra den ene til den anden kategori ved at sætte/fjerne fluebenet//
</div>
</$reveal>
<table style="width: 100%;"><thead><tr><td style="width: 30%;">Spørgsmål <small class="tw-menu-list-count">(<$count filter="[tag[spørgsmål]!tag[note]]-[[spørgsmål]]-[[note]]"/>)</small></td><td style="width: 70%;"><$button style="float:right;" message="tw-new-tiddler" param="spørgsmål">nyt spørgsmål</$button></td></tr></thead><$list filter="[!has[draft.of]tag[spørgsmål]!tag[note]sort[modified]]-[[spørgsmål]]"><tr><td><$checkbox tag="note"></$checkbox><$link to={{!!title}}><$view field="title"/></$link></td><td><$button message="tw-modal" param={{!!title}} class="btn btn-inverse">//se spørgsmålet:// ''{{!!title}}'' //i en lightbox//</$button></td></tr></$list><thead><tr><td>Noter <small class="tw-menu-list-count">(<$count filter="[tag[note]]-[[spørgsmål]]-[[note]]"/>)</small></td><td><$button style="float:right;" message="tw-new-tiddler" param="note">ny note</$button></td></tr></thead><$list filter="[!has[draft.of]tag[spørgsmål]tag[note]sort[modified]]-[[note]]"><tr><td><$checkbox tag="note"></$checkbox><$link to={{!!title}}><$view field="title"/></$link></td><td><$button message="tw-modal" param={{!!title}} class="btn btn-inverse">//se noten:// ''{{!!title}}'' //i en lightbox//</$button></td></tr></$list></table>
<div style="float:right;">se også ToDoListe </div>
[[link ➭|https://voicethread.com/share/361062/]]<object width="600" height="480"><param name="movie" value="http://voicethread.com/book.swf?b=361062"></param><param name="wmode" value="transparent"></param><embed src="http://voicethread.com/book.swf?b=361062" type="application/x-shockwave-flash" wmode="transparent" width="600" height="480"></embed></object>
[[download|https://zimbra.himmerlands-ungdomsskole.dk/home/maan0002@himmerlands-ungdomsskole.dk/Briefcase/IT/moodle-forklaret%20med%20legoklodser.pdf]]<iframe src="http://docs.google.com/viewer?url=https://zimbra.himmerlands-ungdomsskole.dk/home/maan0002@himmerlands-ungdomsskole.dk/Briefcase/IT/moodle-forklaret%20med%20legoklodser.pdf&embedded=true" width="100%" height="580" style="border: none;"></iframe>
!This is an example for Quick Tagging.
* Given that you have a number of tiddlers having a certain tag (in this case "Quicky")
* You want to review them and assign one of a selection of other tags (in this case "yes", "maybe", "no")
* Enhance the [[$:/core/ui/ViewTemplate/body]] to contain this (broken for readybility):
```
<$list filter="[is[current]tag[Quicky]!tag[yes]!tag[maybe]!tag[no]]">
Choose:
<$fieldmangler>
<$linkcatcher set="$:/NewTagName" setTo="" message="tw-add-tag">
<$list filter="[[yes]] [[maybe]] [[no]]">
<$link>
<$set name="backgroundColor" value={{!!color}}>
<span style=<<tag-styles>> class="tw-tag-label">
<$view field="title" format="text"/>
</span>
</$set>
</$link>
</$list>
</$linkcatcher>
</$fieldmangler>
</$list>
```
* Then every tiddler tagged "Quicky" but not tagged "yes", "maybe" or "no" will get a line at the top saying "Choose: (yes) (maybe) (no)
* Simply clicking one of them will add the tag
{{editmode.png}}
Klik på Redigér ud for et element for at få flere muligheder..
\define mylist(filter)
''Filter is:'' `$filter$`
<ul><$list filter="[$filter$]"><li><$link><$view field="title"/></$link></li></$list></ul>
\end
''Note:'' {{!!title}} is part of TiddlyWiki {{!!part-of}}.
search modules-used containing "core"
<<mylist "modules-used/core/">>
search tiddlers containing "~FireFox" or "jEdit"
<<mylist "text/FireFox|jEdit/">>
search tiddlers having "Widget" in the title, igoring the case
<<mylist "field:title/widget/(i)">>
Read the [[TiddlerFilters]] documentation for a full explanation about RegExp in filters.
"""
Hi Godin guitars
I'm a happy owner of a Godin ~ACS-SA Slim Black model (nylon strings).
Before I got the Godin guitar I played a semi-acoustic spanish/nylon guitar (Takamine CP132 SC) and an Epiphone Zephyr Regent Jazz guitar with a mounted ~GK2A pickup).
I'm a music teacher and I use my guitar every day with Roland GR-55 - a Boss RC-20 looper - sometimes exchanged with a Boss RC-300.
I've just purchased a Korg Wavedrum Mini which I have attached to my guitar in different places to achieve various ways of getting percussive elements into my playing - somewhat similar to those you get when you play an acoustic guitar by tapping the body or striking your strings in a percussive way.
Since I bought my Godin guitar I've been dreaming of getting some kind of midi-trigger to get those noises I make by hammering my thumb on the low strings on the 2'nd & 4'th beats in a 4/4 swing tune.
With a Korg Wavedrum mini - which has an external clip, that can make anything into a percussive instrument, this has become possible.
What I'm dreaming of is a Godin guitar with two inbuilt wavedrum pads - and two clips (4 different simultaneous percussion instrument sounds).
One clip should be connectable to the guitar (via a small mono minijack cable) - to be clipped into to your shoe to make a bass or snare drum sound and the other should be built into the signalflow of the individual strings - making it possible to assign it to a single string or a pair of strings.
The touch sensitive pads from the actual wavepad instruments should be embedded in the guitar body. One just beneath the strings and the other behind the saddle or above the strings...
The Wave drum mini has an inbuilt looper and a speaker. Those aren't really that important for getting the most out of the percussive aspects of the guitar - they are just nice to have - if a looper was available it should work on the full audio signal and get the sound of the strings into the mix.
Btw. One thing that I really miss from the ACS is an ability to control the volume of each individual string. This is an important issue when working with layered sounds in the GR55. When I have a modeled bass on my two lowest strings I don't want the sound of the corresponding guitar strings to be audible at the same time...
The Caimbé guitars (from Sao Paolo Brazil) have individual volume controls, which seem to work fine in conjunction with the GR55.
http://youtu.be/-Tr1o5MrLiE?t=6m49s
http://youtu.be/JqvL51Z6S18?t=5m16s
"""
{{Combi.jpg}}
alt muligt relateret til Moodle
MoodleNoter
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
Skriv noget her ...
Skriv noget her ...
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<$button message="tw-modal" param="note 1" class="btn btn-inverse">se svaret</$button>
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
<<tinfo "grøn tekst" "green">> <<tinfo "rød tekst">> <<tinfo "blå tekst" "blue">> <<tinfo "gul tekst" "yellow">> <<rojo "text to put in red color">>
*[[Let's get started with Signal Flow|https://qi970.infusionsoft.com/app/linkClick/314/bb1edff3c07a1c43/396771/a3f64adc3a9ca6a1]] *[[What Fishing and Photography Can Teach You About Making a Rockin Mix|https://qi970.infusionsoft.com/app/linkClick/476/a89b4b467e820801/397065/a68a9e815adc0776]] *[[What you DON'T know about EQ and Compression can kill your Mixes|https://qi970.infusionsoft.com/app/linkClick/514/501b43b4e8e0ca80/399417/034e506c7f7620d2]] *[[It's ALL in the Mix!|https://qi970.infusionsoft.com/app/linkClick/1436/5fb1c9d049ac6edc/400507/ae38f11f4c8f2a7d]] *[[The #1 BEST route to a Killer Mix!|https://qi970.infusionsoft.com/app/linkClick/1474/f8544765536998f5/403207/594b19ef59edc3b2]] *[[Clowns in a Volkswagen?? See this before it goes away.|https://qi970.infusionsoft.com/app/linkClick/1542/8754ccecd5a20e6b/406739/2bed85e70eb36bbf]]
Filters are used in TiddlyWiki to choose tiddlers by specifying simple match criteria.
! Examples
The mechanism is easiest to understand by first presenting some example filter strings:
@@.table-condensed
|!Filter |!Results |
|`HelloThere` |The single tiddler titled `HelloThere` (if it exists) |
|`[[A Title With Several Words]]` |The single tiddler titled `A Title With Several Words` (if it exists) |
|`[title[MyTiddler]]` |The single tiddler titled `MyTiddler` (if it exists) |
|`HelloThere Introduction` |The tiddlers titled `HelloThere` and `Introduction` (if they exist) |
|`[tag[important]]` |All tiddlers with the tag `important` |
|`[tag[important]tag[secret]]` |All tiddlers with both the tag `important` and the tag `secret` |
|`[tag[important]!tag[secret]]` |All tiddlers with the tag `important` but not the tag `secret` |
|`[!tag[important]]` |All tiddlers not with the tag `important` |
|`[tag[important]sort[title]]` |All tiddlers with the tag `important` sorted by title |
|`[tag[important]!sort[title]]` |All tiddlers with the tag `important` reverse sorted by title |
|`[[one]] [[two]] [[three]] +[tag[tom]]` |Any of the tiddlers called `one`, `two` or `three` that exist and are tagged with `tom` |
|`[[one]] [[two]] [[three]] [tag[tom]]` |Any of the tiddlers called `one`, `two` or `three` that exist, along with all of the source tiddlers that are tagged with `tom` |
|`[tag[tom]] [tag[harry]] -[[one][two][three]]` |All tiddlers tagged either `tom` or `harry`, but excluding `one`, `two` and `three` |
|`[[MyTiddler]tags[]]` |All tiddlers being used as tags on the tiddler `MyTiddler` |
|`[[MyTiddler]tagging[]]` |All tiddlers being tagged with `MyTiddler` |
|`[list[MyList]]` |All tiddlers listed in `MyList` |
@@
! Operators
A filter string consists of one or more runs of filter operators that each look like `[operator[operand]]`, where `operator` is one of:
* ''title'': selects the tiddler with the title given in the operand
* ''is'': tests whether a tiddler is a member of the system defined set named in the operand (see below)
* ''has'': tests whether a tiddler has the field specified in the operand
* ''sort'': sorts the tiddlers by the field specified in the operand
* ''sortcs'': a case sensitive sort of the current tiddlers by the field specified in the operand
* ''nsort'': sorts the tiddlers numerically by the field specified in the operand
* ''nsortcs'': a case sensitive (for the non-numerical elements) numerical sort of the current tiddlers by the field specified in the operand
* ''prefix'': tests whether a tiddlers title starts with the prefix specified in the operand
* ''limit'': limits the number of subresults to the integer specified in the operand
* ''tag'': tests whether a given tag is (`[tag[mytag]]`) or is not (`[!tag[mytag]]`) present on the tiddler
* ''field:{field}'': or
* ''{field}'': tests whether a tiddler field has a specified value (`[modifier[Jeremy]]` or `[field:modifier[Jeremy]]`) or not (`[!modifier[Jeremy]]`)
* ''tags'': selects the tags on the currently selected tiddlers
* ''tagging'': selects the tiddlers tagged with the currently selected tiddlers
* ''untagged'': selects the any of the selected tiddlers that do not have at least one tag
* ''links'': selects the outgoing links on the currently selected tiddlers
* ''backlinks'': selects the tiddlers that link to the currently selected tiddlers
* ''list'': selects the tiddlers listed in a specified [[TiddlerList|TiddlerLists]]
* ''next'': selects the next item in a TiddlerList after the current tiddler
* ''previous'': selects the previous item in a TiddlerList before the current tiddler
* ''listed'': selects the TiddlerLists that include the current tiddler
* ''each'': selects one tiddler for each discrete value of the specified field
* ''eachday'': selects one tiddler for each discrete day in the specified date field
* ''sameday'': selects all the tiddlers falling into the same day as the provided date in the specified date field
* ''fields'': returns the names of the fields present on the selected tiddlers
* ''search'': returns all tiddlers that contain the specified text
An operator can be negated with by preceding it with `!`, for example `[!tag[Tommy]]` selects the tiddlers that are not tagged with `Tommy`.
The operator defaults to `title` if omitted, so `[[HelloThere]]` is equivalent to `[title[HelloThere]]`. If there are no spaces in the title, then the double square brackets can also be omitted: `HelloThere`.
The operands available with the `is` operator are:
* ''tiddler'': selects all tiddlers excluding shadows, whether or not they are SystemTiddlers
* ''system'': selects all SystemTiddlers
* ''shadow'': selects all ShadowTiddlers
* ''current'': selects the CurrentTiddler
* ''missing'': selects all MissingTiddlers
* ''orphan'': selects all OrphanTiddlers
! Indirect Operands
If a filter operator is written with curly brackets around the operand then it is taken to be a TextReference to the actual value. For example:
''[search{$:/temp/search}]'': selects all tiddlers containing the string contained in the tiddler titled ''$:/temp/search''.
! Regular Expression Filters
The field-filter also accepts regular expressions in the form `/regexp/(modifier)`. Please refer to you favourite JavaScript documentation to learn more about regular expressions and modifiers.
In the easiest form, regular expressions allow you do do a search on substrings for every field:
* `field:title/example/`: searches for all tiddlers having "example" in its title.
* `field:title:/example$/`: `$` is an "anchor" for the end of the text. So "example" has to be the end of the title.
* `field:text/jeremy|ruston/(i)`: Searches for tiddlers containing Jeremy's first or last name, ignoring the case.
! Runs
Operators are combined into runs that function as logically ANDed expressions by bashing them together and merging the square brackets:
```
[tag[one]] [tag[two]] ---> [tag[one]tag[two]]
```
Runs can be preceded with `-` to negate their action, removing the selected tiddlers from the results. For example, `[tag[Tommy]] -HelloThere -[[Another One]]` selects all tiddlers tagged with `Tommy` except those titled `HelloThere` or `Another One`.
Runs can be preceded with `+` in order to make them apply to all of the accumulated results, rather than the original source. For example, `[tag[Jeremy]] [tag[Tommy]] +[sort[title]]` selects the tiddlers tagged `Tommy` or `Jeremy`, and sorts them by the `title` field.
! Processing model
Filters are processed with the following elements:
* a sequence of runs of filter operations
* the incoming source tiddlers, typically all the tiddlers available in the wiki
* the overall result stack
* the subresult stack of the tiddlers selected by the current run
div.modules-used-footer {
margin-top: 0.5em;
border-top: solid 1px;
text-align: right;
font-size: 70%;
}
div.modules-used-footer::before {
content: "Modules used: ";
}
p {
text-indent:1em;
}
pre {
text-indent:0;
}
{{tiddlywiki.png}} {{$:/core/templates/version}}
!Hvad er TiddlyWiki?
"""
Mennesker over hele verden elsker at bruge TiddlyWiki til at hjælpe dem med at organisere og få ting gjort.
Deltag i vores diskussioner, og se vores demonstrationer for at finde ud af mere.
TiddlyWiki er en gratis open source app som alle kan bruge til at blive mere organiseret.
Den sætter turbo på din hjerneaktivitet på samme måde som en cykel mangedobler dine benkræfter.
Til forskel fra konventionelle online services, lader TiddlyWiki dig vælge hvor du vil opbevare dine data og garanterer at du stadig om 30 år kan anvende de noter du laver i dag.
TiddlyWiki er ideelt til:
• Planlægge en bog eller en doktorafhandling
• Samling af researchmaterialer
• En ikke-liniær notesbog
• Kursusnoter i skolen eller på uni
• Holde styr på en to-do liste
• Planlægge dit bryllup
• Offentliggørelse af et manifest på nettet
• Planlægning af en flytning
"""
"""
http://tiddlywiki.com
https://groups.google.com/forum/#!forum/dtwig
https://plus.google.com/u/0/b/115470136459561715839/115470136459561715839/posts?hl=da
http://www.linux-abc.dk/phpBB3/viewforum.php?f=20
https://groups.google.com/forum/#!forum/tiddlywiki
http://www.tiddlywiki.org/
"""
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*Valg af kursusform
**Uge- eller emneformat
*Workflow -
**Nedefra og op - eller omvendt
**Sektionsnavne - information øverst evt. med grafik?}
*Udlevering af materialer
**Hvilke måder kan jeg præsentere materialet på
***Kopiere skabeloner/tidligere materialers indstillinger
*Giv opgaver
**[[Annotér pdffer]]
*Hvad kan man bruge en "underside" til.. Etiketter versus annotation eller underside..
*Link til nyt faneblad eller her.
{{link.png}}
*Karakterskala
**Giv karakterer efter 12-skalaen.
*Grupper, Gruppering og Oversigt
**Opret grupper og grupperinger
*Annotering af pdf besvarelse
**Skriv rettelser direkte i pdf dokumenter uploadet af elever.(*)
*Feedback
*{{GradingAction.png}}
----
*[[Hent denne TiddlyWiki|http://vge-moodle.tiddlyspot.com/download]]
**Et alternativt (hypertekst)dokument - en personlig wiki.
***Eksempel: "[[Lærerens sorte bog|http://dansk-13.tiddlyspot.com/]]"
----
!!!Eksempler på diverse hosts for dette dokument:
*[[TiddlySpot.com|http://vge-moodle.tiddlyspot.com/]]
*[[Måns.dk/vge|http://xn--mns-ula.dk/vge/]] (anvender et php script til lagring).
*[[Min OwnCloud|http://xn--mns-ula.dk/sky/apps/files_sharing/get.php?token=ca6f6ba2db2f58674c42e9c7993267129930f664]]
*[[Min dropbox|https://dl.dropboxusercontent.com/u/1064531/vge-moodle%20(2).html]]
*Lokalt på pc, tablet, telefon eller usb.
**Tablet/telefon kan bruge hhv. TwTid (iPhone/iPad) og AndTidwiki (Android) til lokal lagring af ændringer.
**På pc kan man bruge Firefox pluginnet TiddlyFox, for at få lagring (og backup) til at fungere uden at skulle overskrive samme fil manuelt hver gang.
**Alternativt kan man installere TiddlyDesktop, der i realiteten er en lille node.js server sandbox + webkit, der kan gemme og holde styr på ens TW'er...
At work I discovered in 2012, I think, [[TiddlyWiki Classic|http://classic.tiddlywiki.com/]]. I quickly felt that this is a good tool for documenting some stuff I did. Additionally I created some checklist/documentation kind of stuff.
Some time later I discovered [[TiddlyWiki 5|http://tiddlywiki.com]] which is a "relaunch" of the classic ~TiddlyWiki. I liked the look of it much more and so used it for the handover documentation I had to do when leaving my last project.
Now I use it for some other stuff I have to do at work. Thereby I discover more and more stuff which I'm missing in ~TiddlyWiki and so I started writing enhancements.
As it is very inconvenient for Jeremy, the creator of ~TiddlyWiki, to handle all my pull requests for new stuff, I will now start to put all the stuff here and link it to github, where I will host the source code. (linking not yet done!)
I'm still developing by just using FireFox 16, jEdit and the commandline git. I'm also just learning how to properly set up and package plugins. So maybe not everything is as nice and polished as it could be. Please provide feedback in the google groups for TiddlyWiki:
https://groups.google.com/forum/#!forum/tiddlywiki
https://groups.google.com/forum/#!forum/tiddlywikidev
Here is the Overview off the stuff I did up to now…
{{Overview}}