mirror of
https://gerrit.wikimedia.org/r/mediawiki/extensions/VisualEditor
synced 2024-09-27 12:16:51 +00:00
fdf30b1ac8
Created an IndexValueStore class which can store any object and return an integer index to its hash map. Linear data is now stored in ve.dm.LinearData instances. Two subclasses for element and meta data contain methods specific to those data types (ElementLinearData and MetaLinearData). The static methods in ve.dm.Document that inspected data at a given offset are now instance methods of ve.dm.ElementLinearData. AnnotationSets (which are no longer OrderedHashSets) have been moved to /dm and also have to be instantiated with a pointer the store. Bug: 46320 Change-Id: I249a5d48726093d1cb3e36351893f4bff85f52e2
489 lines
19 KiB
JavaScript
489 lines
19 KiB
JavaScript
/*!
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* VisualEditor DataModel SurfaceFragment tests.
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*
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* @copyright 2011-2013 VisualEditor Team and others; see AUTHORS.txt
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* @license The MIT License (MIT); see LICENSE.txt
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*/
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QUnit.module( 've.dm.SurfaceFragment' );
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/* Tests */
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QUnit.test( 'constructor', 8, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface );
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// Default range and autoSelect
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assert.strictEqual( fragment.getSurface(), surface, 'surface reference is stored' );
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assert.strictEqual( fragment.getDocument(), doc, 'document reference is stored' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 0, 0 ), 'range is taken from surface' );
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assert.strictEqual( fragment.willAutoSelect(), true, 'auto select by default' );
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assert.strictEqual( fragment.isNull(), false, 'valid fragment is not null' );
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// Invalid range and autoSelect
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( -100, 100 ), 'truthy' );
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assert.equal( fragment.getRange().from, 0, 'range is clamped between 0 and document length' );
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assert.equal( fragment.getRange().to, 61, 'range is clamped between 0 and document length' );
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assert.strictEqual( fragment.willAutoSelect(), false, 'noAutoSelect values are boolean' );
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} );
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QUnit.test( 'onTransact', 1, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment1 = new ve.dm.SurfaceFragment( surface, new ve.Range( 1, 56 ) ),
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fragment2 = new ve.dm.SurfaceFragment( surface, new ve.Range( 2, 4 ) );
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fragment1.removeContent();
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assert.deepEqual(
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fragment2.getRange(),
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new ve.Range( 1, 1 ),
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'fragment ranges are auto-translated when transactions are processed'
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);
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} );
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QUnit.test( 'adjustRange', 3, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 20, 21 ) ),
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adjustedFragment = fragment.adjustRange( -19, 35 );
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assert.ok( fragment !== adjustedFragment, 'adjustRange produces a new fragment' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 20, 21 ), 'old fragment is not changed' );
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assert.deepEqual( adjustedFragment.getRange(), new ve.Range( 1, 56 ), 'new range is used' );
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} );
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QUnit.test( 'collapseRange', 3, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 20, 21 ) ),
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collapsedFragment = fragment.collapseRange();
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assert.ok( fragment !== collapsedFragment, 'collapseRange produces a new fragment' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 20, 21 ), 'old fragment is not changed' );
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assert.deepEqual( collapsedFragment.getRange(), new ve.Range( 20, 20 ), 'new range is used' );
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} );
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QUnit.test( 'expandRange (closest)', 1, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 20, 21 ) );
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assert.strictEqual(
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fragment.expandRange( 'closest', 'invalid type' ).isNull(),
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true,
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'closest with invalid type results in null fragment'
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);
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} );
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QUnit.test( 'expandRange (word)', 1, function ( assert ) {
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var i, doc, surface, fragment, newFragment, range, word, cases = [
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{
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phrase: 'the quick brown fox',
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range: new ve.Range( 6, 13 ),
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expected: 'quick brown',
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msg: 'range starting and ending in latin words'
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},
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{
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phrase: 'the quick brown fox',
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range: new ve.Range( 18, 12 ),
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expected: 'brown fox',
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msg: 'backwards range starting and ending in latin words'
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},
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{
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phrase: 'the quick brown fox',
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range: new ve.Range( 7, 7 ),
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expected: 'quick',
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msg: 'zero-length range'
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}
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];
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QUnit.expect( cases.length*2 );
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for ( i = 0; i < cases.length; i++ ) {
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doc = new ve.dm.Document( cases[i].phrase.split('') );
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surface = new ve.dm.Surface( doc );
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fragment = new ve.dm.SurfaceFragment( surface, cases[i].range );
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newFragment = fragment.expandRange( 'word' );
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range = newFragment.getRange();
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word = cases[i].phrase.substring( range.start, range.end );
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assert.strictEqual( word, cases[i].expected, cases[i].msg + ': text' );
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assert.strictEqual( cases[i].range.isBackwards(), range.isBackwards(), cases[i].msg + ': range direction' );
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}
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} );
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QUnit.test( 'removeContent', 2, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 1, 56 ) ),
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expectedData = ve.copyArray( ve.dm.example.data.slice( 0, 1 ) )
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.concat( ve.copyArray( ve.dm.example.data.slice( 4, 5 ) ) )
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.concat( ve.copyArray( ve.dm.example.data.slice( 55 ) ) );
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ve.setProp( expectedData[0], 'internal', 'changed', 'content', 1 );
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fragment.removeContent();
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assert.deepEqual(
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doc.getData(),
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expectedData,
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'removing content drops fully covered nodes and strips partially covered ones'
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);
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assert.deepEqual(
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fragment.getRange(),
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new ve.Range( 1, 1 ),
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'removing content results in a zero-length fragment'
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);
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} );
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QUnit.test( 'insertContent', 3, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 1, 4 ) );
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fragment.insertContent( ['1', '2', '3'] );
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assert.deepEqual(
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doc.getData( new ve.Range( 1, 4 ) ),
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['1', '2', '3'],
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'inserting content replaces selection with new content'
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);
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assert.deepEqual(
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fragment.getRange(),
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new ve.Range( 4, 4 ),
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'inserting content results in a zero-length fragment'
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);
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fragment.insertContent( '321' );
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assert.deepEqual(
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doc.getData( new ve.Range( 4, 7 ) ),
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['3', '2', '1'],
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'strings get converted into data when inserting content'
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);
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} );
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QUnit.test( 'wrapNodes/unwrapNodes', 10, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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originalDoc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 55, 61 ) );
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// Make 2 paragraphs into 2 lists of 1 item each
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fragment.wrapNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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assert.deepEqual(
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doc.getData( new ve.Range( 55, 69 ) ),
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[
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{
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'type': 'list',
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'attributes': { 'style': 'bullet' },
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'internal': { 'changed': { 'created': 1 } }
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},
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{ 'type': 'listItem', 'internal': { 'changed': { 'created': 1 } } },
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{ 'type': 'paragraph' },
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'l',
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{ 'type': '/paragraph' },
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{ 'type': '/listItem' },
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{ 'type': '/list' },
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{
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'type': 'list',
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'attributes': { 'style': 'bullet' },
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'internal': { 'changed': { 'created': 1 } }
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},
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{ 'type': 'listItem', 'internal': { 'changed': { 'created': 1 } } },
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{ 'type': 'paragraph' },
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'm',
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{ 'type': '/paragraph' },
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{ 'type': '/listItem' },
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{ 'type': '/list' }
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],
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'wrapping nodes can add multiple levels of wrapping to multiple elements'
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);
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assert.deepEqual( fragment.getRange(), new ve.Range( 55, 69 ), 'new range contains wrapping elements' );
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fragment.unwrapNodes( 0, 2 );
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assert.deepEqual( doc.getData(), originalDoc.getData(), 'unwrapping 2 levels restores document to original state' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 55, 61 ), 'range after unwrapping is same as original range' );
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// Make a 1 paragraph into 1 list with 1 item
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 9, 12 ) );
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fragment.wrapNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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assert.deepEqual(
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doc.getData( new ve.Range( 9, 16 ) ),
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[
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{
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'type': 'list',
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'attributes': { 'style': 'bullet' },
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'internal': { 'changed': { 'created': 1 } }
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},
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{ 'type': 'listItem', 'internal': { 'changed': { 'created': 1 } } },
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{ 'type': 'paragraph' },
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'd',
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{ 'type': '/paragraph' },
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{ 'type': '/listItem' },
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{ 'type': '/list' }
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],
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'wrapping nodes can add multiple levels of wrapping to a single element'
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);
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assert.deepEqual( fragment.getRange(), new ve.Range( 9, 16 ), 'new range contains wrapping elements' );
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fragment.unwrapNodes( 0, 2 );
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assert.deepEqual( doc.getData(), originalDoc.getData(), 'unwrapping 2 levels restores document to original state' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 9, 12 ), 'range after unwrapping is same as original range' );
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 8, 34 ) );
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fragment.unwrapNodes( 3, 1 );
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assert.deepEqual( fragment.getData(), doc.getData( new ve.Range( 5, 29 ) ), 'unwrapping multiple outer nodes and an inner node' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 5, 29 ), 'new range contains inner elements' );
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} );
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QUnit.test( 'rewrapNodes', 4, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 43, 55 ) ),
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expectedDoc = ve.dm.example.createExampleDocument(),
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expectedSurface = new ve.dm.Surface( expectedDoc ),
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expectedFragment = new ve.dm.SurfaceFragment( expectedSurface, new ve.Range( 43, 55 ) ),
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created = { 'changed': { 'created': 1 } },
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expectedData;
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// set up wrapped nodes in example document
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fragment.wrapNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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expectedFragment.wrapNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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// range is now 43, 59
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// Compare a rewrap operation with its equivalent unwrap + wrap
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// This type of test can only exist if the intermediate state is valid
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fragment.rewrapNodes(
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2,
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[{ 'type': 'definitionList' }, { 'type': 'definitionListItem', 'attributes': { 'style': 'term' } }]
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);
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expectedFragment.unwrapNodes( 0, 2 );
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expectedFragment.wrapNodes(
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[{ 'type': 'definitionList' }, { 'type': 'definitionListItem', 'attributes': { 'style': 'term' } }]
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);
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assert.deepEqual(
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doc.getData(),
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expectedDoc.getData(),
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'rewrapping multiple nodes via a valid intermediate state produces the same document as unwrapping then wrapping'
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);
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assert.deepEqual( fragment.getRange(), expectedFragment.getRange(), 'new range contains rewrapping elements' );
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// Rewrap paragrphs as headings
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// The intermediate stage (plain text attached to the document) would be invalid
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// if performed as an unwrap and a wrap
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expectedData = ve.copyArray( doc.getData() );
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 59, 65 ) );
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fragment.rewrapNodes( 1, [ { 'type': 'heading', 'attributes': { 'level': 1 } } ] );
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expectedData.splice( 59, 1, { 'type': 'heading', 'attributes': { 'level': 1 }, 'internal': created } );
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expectedData.splice( 61, 1, { 'type': '/heading' } );
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expectedData.splice( 62, 1, { 'type': 'heading', 'attributes': { 'level': 1 }, 'internal': created } );
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expectedData.splice( 64, 1, { 'type': '/heading' } );
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assert.deepEqual( doc.getData(), expectedData, 'rewrapping paragraphs as headings' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 59, 65 ), 'new range contains rewrapping elements' );
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} );
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QUnit.test( 'wrapAllNodes', 10, function ( assert ) {
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var doc = ve.dm.example.createExampleDocument(),
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originalDoc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 55, 61 ) ),
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expectedData = ve.copyArray( doc.getData() );
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// Make 2 paragraphs into 1 lists of 1 item with 2 paragraphs
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fragment.wrapAllNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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assert.deepEqual(
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doc.getData( new ve.Range( 55, 65 ) ),
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[
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{
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'type': 'list',
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'attributes': { 'style': 'bullet' },
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'internal': { 'changed': { 'created': 1 } }
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},
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{ 'type': 'listItem', 'internal': { 'changed': { 'created': 1 } } },
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{ 'type': 'paragraph' },
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'l',
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{ 'type': '/paragraph' },
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{ 'type': 'paragraph' },
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'm',
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{ 'type': '/paragraph' },
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{ 'type': '/listItem' },
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{ 'type': '/list' }
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],
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'wrapping nodes can add multiple levels of wrapping to multiple elements'
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);
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assert.deepEqual( fragment.getRange(), new ve.Range( 55, 65 ), 'new range contains wrapping elements' );
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fragment.unwrapNodes( 0, 2 );
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assert.deepEqual( doc.getData(), originalDoc.getData(), 'unwrapping 2 levels restores document to original state' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 55, 61 ), 'range after unwrapping is same as original range' );
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// Make a 1 paragraph into 1 list with 1 item
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 9, 12 ) );
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fragment.wrapAllNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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assert.deepEqual(
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doc.getData( new ve.Range( 9, 16 ) ),
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[
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{
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'type': 'list',
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'attributes': { 'style': 'bullet' },
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'internal': { 'changed': { 'created': 1 } }
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},
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{ 'type': 'listItem', 'internal': { 'changed': { 'created': 1 } } },
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{ 'type': 'paragraph' },
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'd',
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{ 'type': '/paragraph' },
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{ 'type': '/listItem' },
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{ 'type': '/list' }
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],
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'wrapping nodes can add multiple levels of wrapping to a single element'
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);
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assert.deepEqual( fragment.getRange(), new ve.Range( 9, 16 ), 'new range contains wrapping elements' );
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fragment.unwrapNodes( 0, 2 );
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assert.deepEqual( doc.getData(), originalDoc.getData(), 'unwrapping 2 levels restores document to original state' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 9, 12 ), 'range after unwrapping is same as original range' );
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 5, 37 ) );
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assert.throws( function() {
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fragment.unwrapNodes( 0, 20 );
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}, /cannot unwrap by greater depth/, 'error thrown trying to unwrap more nodes that it is possible to contain' );
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expectedData.splice( 5, 4 );
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expectedData.splice( 29, 4 );
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fragment.unwrapNodes( 0, 4 );
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assert.deepEqual(
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doc.getData(),
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expectedData,
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'unwrapping 4 levels (table, tableSection, tableRow and tableCell)'
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);
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} );
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QUnit.test( 'rewrapAllNodes', 6, function ( assert ) {
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var expectedData,
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doc = ve.dm.example.createExampleDocument(),
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originalDoc = ve.dm.example.createExampleDocument(),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 5, 37 ) ),
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expectedDoc = ve.dm.example.createExampleDocument(),
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expectedSurface = new ve.dm.Surface( expectedDoc ),
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expectedFragment = new ve.dm.SurfaceFragment( expectedSurface, new ve.Range( 5, 37 ) ),
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created = { 'changed': { 'created' : 1 } };
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// Compare a rewrap operation with its equivalent unwrap + wrap
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// This type of test can only exist if the intermediate state is valid
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fragment.rewrapAllNodes(
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4,
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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expectedFragment.unwrapNodes( 0, 4 );
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expectedFragment.wrapAllNodes(
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[{ 'type': 'list', 'attributes': { 'style': 'bullet' } }, { 'type': 'listItem' }]
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);
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assert.deepEqual(
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doc.getData(),
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expectedDoc.getData(),
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'rewrapping multiple nodes via a valid intermediate state produces the same document as unwrapping then wrapping'
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);
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assert.deepEqual( fragment.getRange(), expectedFragment.getRange(), 'new range contains rewrapping elements' );
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// Reverse of first test
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fragment.rewrapAllNodes(
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2,
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[
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{ 'type': 'table', },
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{ 'type': 'tableSection', 'attributes': { 'style': 'body' } },
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{ 'type': 'tableRow' },
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{ 'type': 'tableCell', 'attributes': { 'style': 'data' } }
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]
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);
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expectedData = originalDoc.getData();
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expectedData[5].internal = created;
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expectedData[6].internal = created;
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expectedData[7].internal = created;
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expectedData[8].internal = created;
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assert.deepEqual(
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doc.getData(),
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expectedData,
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'rewrapping multiple nodes via a valid intermediate state produces the same document as unwrapping then wrapping'
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);
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assert.deepEqual( fragment.getRange(), new ve.Range( 5, 37 ), 'new range contains rewrapping elements' );
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// Rewrap a heading as a paragraph
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// The intermediate stage (plain text attached to the document) would be invalid
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// if performed as an unwrap and a wrap
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fragment = new ve.dm.SurfaceFragment( surface, new ve.Range( 0, 5 ) );
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fragment.rewrapAllNodes( 1, [ { 'type': 'paragraph' } ] );
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expectedData.splice( 0, 1, { 'type': 'paragraph', 'internal': created } );
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expectedData.splice( 4, 1, { 'type': '/paragraph' } );
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assert.deepEqual( doc.getData(), expectedData, 'rewrapping a heading as a paragraph' );
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assert.deepEqual( fragment.getRange(), new ve.Range( 0, 5 ), 'new range contains rewrapping elements' );
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} );
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function runIsolateTest( assert, type, range, expected, label ) {
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var doc = ve.dm.example.createExampleDocument( 'isolationData' ),
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surface = new ve.dm.Surface( doc ),
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fragment = new ve.dm.SurfaceFragment( surface, range ),
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data;
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data = ve.copyArray( doc.getFullData() );
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fragment.isolateAndUnwrap( type );
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expected( data );
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assert.deepEqual( doc.getFullData(), data, label );
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}
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QUnit.test( 'isolateAndUnwrap', 4, function ( assert ) {
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var rebuilt = { 'changed': { 'rebuilt': 1 } },
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createdAndRebuilt = { 'changed': { 'created': 1, 'rebuilt': 1 } };
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runIsolateTest( assert, 'MWheading', new ve.Range( 12, 20 ), function( data ) {
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data[0].internal = rebuilt;
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data.splice( 11, 0, { 'type': '/list' } );
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data.splice( 12, 1 );
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data.splice( 20, 1, { 'type': 'list', 'attributes': { 'style': 'bullet' }, 'internal': createdAndRebuilt });
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}, 'isolating paragraph in list item "Item 2" for MWheading');
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runIsolateTest( assert, 'heading', new ve.Range( 12, 20 ), function( data ) {
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data.splice( 11, 0, { 'type': 'listItem' } );
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data.splice( 12, 1 );
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data.splice( 20, 1, { 'type': '/listItem' });
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}, 'isolating paragraph in list item "Item 2" for heading');
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runIsolateTest( assert, 'MWheading', new ve.Range( 89, 97 ), function( data ) {
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data[75].internal = rebuilt;
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data[76].internal = rebuilt;
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data[77].internal = rebuilt;
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data.splice( 88, 1,
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{ 'type': '/tableRow' },
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{ 'type': '/tableSection' },
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{ 'type': '/table' }
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);
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data.splice( 99, 1,
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{ 'type': 'table', 'internal': createdAndRebuilt },
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{ 'type': 'tableSection', 'attributes': { 'style': 'body' }, 'internal': createdAndRebuilt },
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{ 'type': 'tableRow', 'internal': createdAndRebuilt }
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);
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}, 'isolating "Cell 2" for MWheading');
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runIsolateTest( assert, 'MWheading', new ve.Range( 202, 212 ), function( data ) {
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data[186].internal = rebuilt;
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data[187].internal = rebuilt;
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data[188].internal = rebuilt;
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data.splice( 201, 1,
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{ 'type': '/list' }, { 'type': '/listItem' }, { 'type': '/list' }
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);
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data.splice( 214, 1,
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{ 'type': 'list', 'attributes': { 'style': 'bullet' }, 'internal': createdAndRebuilt },
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{ 'type': 'listItem', 'internal': createdAndRebuilt },
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{ 'type': 'list', 'attributes': { 'style': 'number' }, 'internal': createdAndRebuilt }
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);
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}, 'isolating paragraph in list item "Nested 2" for MWheading');
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} );
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