Files
yjs/tests/y-xml.tests.js

300 lines
11 KiB
JavaScript

import * as Y from '../src/index.js'
import { init, compare } from './testHelper.js'
import * as t from 'lib0/testing'
import * as delta from '../src/utils/Delta.js'
export const testCustomTypings = () => {
const ydoc = new Y.Doc()
const ymap = ydoc.getMap()
/**
* @type {Y.XmlElement<{ num: number, str: string, [k:string]: object|number|string }>}
*/
const yxml = ymap.set('yxml', new Y.XmlElement('test'))
/**
* @type {number|undefined}
*/
const num = yxml.getAttribute('num')
/**
* @type {string|undefined}
*/
const str = yxml.getAttribute('str')
/**
* @type {object|number|string|undefined}
*/
const dtrn = yxml.getAttribute('dtrn')
const attrs = yxml.getAttributes()
/**
* @type {object|number|string|undefined}
*/
const any = attrs.shouldBeAny
console.log({ num, str, dtrn, attrs, any })
}
/**
* @param {t.TestCase} tc
*/
export const testSetProperty = tc => {
const { testConnector, users, xml0, xml1 } = init(tc, { users: 2 })
xml0.setAttribute('height', '10')
t.assert(xml0.getAttribute('height') === '10', 'Simple set+get works')
testConnector.flushAllMessages()
t.assert(xml1.getAttribute('height') === '10', 'Simple set+get works (remote)')
compare(users)
}
/**
* @param {t.TestCase} tc
*/
export const testHasProperty = tc => {
const { testConnector, users, xml0, xml1 } = init(tc, { users: 2 })
xml0.setAttribute('height', '10')
t.assert(xml0.hasAttribute('height'), 'Simple set+has works')
testConnector.flushAllMessages()
t.assert(xml1.hasAttribute('height'), 'Simple set+has works (remote)')
xml0.removeAttribute('height')
t.assert(!xml0.hasAttribute('height'), 'Simple set+remove+has works')
testConnector.flushAllMessages()
t.assert(!xml1.hasAttribute('height'), 'Simple set+remove+has works (remote)')
compare(users)
}
/**
* @param {t.TestCase} tc
*/
export const testEvents = tc => {
const { testConnector, users, xml0, xml1 } = init(tc, { users: 2 })
/**
* @type {any}
*/
let event
/**
* @type {any}
*/
let remoteEvent
xml0.observe(e => {
event = e
})
xml1.observe(e => {
remoteEvent = e
})
xml0.setAttribute('key', 'value')
t.assert(event.attributesChanged.has('key'), 'YXmlEvent.attributesChanged on updated key')
testConnector.flushAllMessages()
t.assert(remoteEvent.attributesChanged.has('key'), 'YXmlEvent.attributesChanged on updated key (remote)')
// check attributeRemoved
xml0.removeAttribute('key')
t.assert(event.attributesChanged.has('key'), 'YXmlEvent.attributesChanged on removed attribute')
testConnector.flushAllMessages()
t.assert(remoteEvent.attributesChanged.has('key'), 'YXmlEvent.attributesChanged on removed attribute (remote)')
xml0.insert(0, [new Y.XmlText('some text')])
t.assert(event.childListChanged, 'YXmlEvent.childListChanged on inserted element')
testConnector.flushAllMessages()
t.assert(remoteEvent.childListChanged, 'YXmlEvent.childListChanged on inserted element (remote)')
// test childRemoved
xml0.delete(0)
t.assert(event.childListChanged, 'YXmlEvent.childListChanged on deleted element')
testConnector.flushAllMessages()
t.assert(remoteEvent.childListChanged, 'YXmlEvent.childListChanged on deleted element (remote)')
compare(users)
}
/**
* @param {t.TestCase} tc
*/
export const testTreewalker = tc => {
const { users, xml0 } = init(tc, { users: 3 })
const paragraph1 = new Y.XmlElement('p')
const paragraph2 = new Y.XmlElement('p')
const text1 = new Y.XmlText('init')
const text2 = new Y.XmlText('text')
paragraph1.insert(0, [text1, text2])
xml0.insert(0, [paragraph1, paragraph2, new Y.XmlElement('img')])
const allParagraphs = xml0.querySelectorAll('p')
t.assert(allParagraphs.length === 2, 'found exactly two paragraphs')
t.assert(allParagraphs[0] === paragraph1, 'querySelectorAll found paragraph1')
t.assert(allParagraphs[1] === paragraph2, 'querySelectorAll found paragraph2')
t.assert(xml0.querySelector('p') === paragraph1, 'querySelector found paragraph1')
compare(users)
}
/**
* @param {t.TestCase} _tc
*/
export const testYtextAttributes = _tc => {
const ydoc = new Y.Doc()
const ytext = /** @type {Y.XmlText} */ (ydoc.get('', Y.XmlText))
ytext.observe(event => {
t.compare(event.changes.keys.get('test'), { action: 'add', oldValue: undefined })
})
ytext.setAttribute('test', 42)
t.compare(ytext.getAttribute('test'), 42)
t.compare(ytext.getAttributes(), { test: 42 })
}
/**
* @param {t.TestCase} _tc
*/
export const testSiblings = _tc => {
const ydoc = new Y.Doc()
const yxml = ydoc.getXmlFragment()
const first = new Y.XmlText()
const second = new Y.XmlElement('p')
yxml.insert(0, [first, second])
t.assert(first.nextSibling === second)
t.assert(second.prevSibling === first)
t.assert(first.parent === yxml)
t.assert(yxml.parent === null)
t.assert(yxml.firstChild === first)
}
/**
* @param {t.TestCase} _tc
*/
export const testInsertafter = _tc => {
const ydoc = new Y.Doc()
const yxml = ydoc.getXmlFragment()
const first = new Y.XmlText()
const second = new Y.XmlElement('p')
const third = new Y.XmlElement('p')
const deepsecond1 = new Y.XmlElement('span')
const deepsecond2 = new Y.XmlText()
second.insertAfter(null, [deepsecond1])
second.insertAfter(deepsecond1, [deepsecond2])
yxml.insertAfter(null, [first, second])
yxml.insertAfter(second, [third])
t.assert(yxml.length === 3)
t.assert(second.get(0) === deepsecond1)
t.assert(second.get(1) === deepsecond2)
t.compareArrays(yxml.toArray(), [first, second, third])
t.fails(() => {
const el = new Y.XmlElement('p')
el.insertAfter(deepsecond1, [new Y.XmlText()])
})
}
/**
* @param {t.TestCase} _tc
*/
export const testClone = _tc => {
const ydoc = new Y.Doc()
const yxml = ydoc.getXmlFragment()
const first = new Y.XmlText('text')
const second = new Y.XmlElement('p')
const third = new Y.XmlElement('p')
yxml.push([first, second, third])
t.compareArrays(yxml.toArray(), [first, second, third])
const cloneYxml = yxml.clone()
ydoc.getArray('copyarr').insert(0, [cloneYxml])
t.assert(cloneYxml.length === 3)
t.compare(cloneYxml.toJSON(), yxml.toJSON())
}
/**
* @param {t.TestCase} _tc
*/
export const testFormattingBug = _tc => {
const ydoc = new Y.Doc()
const yxml = /** @type {Y.XmlText} */ (ydoc.get('', Y.XmlText))
const delta = [
{ insert: 'A', attributes: { em: {}, strong: {} } },
{ insert: 'B', attributes: { em: {} } },
{ insert: 'C', attributes: { em: {}, strong: {} } }
]
yxml.applyDelta(delta)
t.compare(yxml.toDelta(), delta)
}
/**
* @param {t.TestCase} _tc
*/
export const testElement = _tc => {
const ydoc = new Y.Doc()
const yxmlel = ydoc.getXmlElement()
const text1 = new Y.XmlText('text1')
const text2 = new Y.XmlText('text2')
yxmlel.insert(0, [text1, text2])
t.compareArrays(yxmlel.toArray(), [text1, text2])
}
/**
* @param {t.TestCase} _tc
*/
export const testFragmentAttributedContent = _tc => {
const ydoc = new Y.Doc({ gc: false })
const yfragment = new Y.XmlFragment()
const elem1 = new Y.XmlText('hello')
const elem2 = new Y.XmlElement()
const elem3 = new Y.XmlText('world')
yfragment.insert(0, [elem1, elem2])
ydoc.getArray().insert(0, [yfragment])
let attributionManager = Y.noAttributionsManager
ydoc.on('afterTransaction', tr => {
// attributionManager = new TwosetAttributionManager(createIdMapFromIdSet(tr.insertSet, [new Y.Attribution('insertedAt', 42), new Y.Attribution('insert', 'kevin')]), createIdMapFromIdSet(tr.deleteSet, [new Y.Attribution('delete', 'kevin')]))
attributionManager = new Y.TwosetAttributionManager(Y.createIdMapFromIdSet(tr.insertSet, []), Y.createIdMapFromIdSet(tr.deleteSet, []))
})
t.group('insert / delete', () => {
ydoc.transact(() => {
yfragment.delete(0, 1)
yfragment.insert(1, [elem3])
})
const expectedContent = delta.createArrayDelta().insert([elem1], null, { delete: [] }).insert([elem2]).insert([elem3], null, { insert: [] })
const attributedContent = yfragment.getContent(attributionManager)
console.log(attributedContent.children.toJSON().ops)
t.assert(attributedContent.children.equals(expectedContent))
t.compare(elem1.getContent(attributionManager).toJSON(), delta.createTextDelta().insert('hello', null, { delete: [] }).done().toJSON())
})
}
/**
* @param {t.TestCase} _tc
*/
export const testElementAttributedContent = _tc => {
const ydoc = new Y.Doc({ gc: false })
const yelement = ydoc.getXmlElement('p')
const elem1 = new Y.XmlText('hello')
const elem2 = new Y.XmlElement('span')
const elem3 = new Y.XmlText('world')
yelement.insert(0, [elem1, elem2])
let attributionManager = Y.noAttributionsManager
ydoc.on('afterTransaction', tr => {
// attributionManager = new TwosetAttributionManager(createIdMapFromIdSet(tr.insertSet, [new Y.Attribution('insertedAt', 42), new Y.Attribution('insert', 'kevin')]), createIdMapFromIdSet(tr.deleteSet, [new Y.Attribution('delete', 'kevin')]))
attributionManager = new Y.TwosetAttributionManager(Y.createIdMapFromIdSet(tr.insertSet, []), Y.createIdMapFromIdSet(tr.deleteSet, []))
})
t.group('insert / delete', () => {
ydoc.transact(() => {
yelement.delete(0, 1)
yelement.insert(1, [elem3])
yelement.setAttribute('key', '42')
})
const expectedContent = delta.createArrayDelta().insert([elem1], null, { delete: [] }).insert([elem2]).insert([elem3], null, { insert: [] })
const attributedContent = yelement.getContent(attributionManager)
console.log('children', attributedContent.children.toJSON().ops)
console.log('attributes', attributedContent.attributes)
t.assert(attributedContent.children.equals(expectedContent))
t.compare(attributedContent.attributes, { key: { prevValue: undefined, value: '42', attribution: { insert: [] } } })
t.group('test getContentDeep', () => {
const expectedContent = delta.createArrayDelta().insert(
[delta.createTextDelta().insert('hello', null, { delete: [] })],
null,
{ delete: [] }
).insert([{ nodeName: 'span', children: delta.createArrayDelta(), attributes: {} }])
.insert([
delta.createTextDelta().insert('world', null, { insert: [] })
], null, { insert: [] })
const attributedContent = yelement.getContentDeep(attributionManager)
console.log('children', JSON.stringify(attributedContent.children.toJSON().ops, null, 2))
console.log('cs expec', JSON.stringify(expectedContent.toJSON().ops, null, 2))
console.log('attributes', attributedContent.attributes)
t.assert(attributedContent.children.equals(expectedContent))
t.compare(attributedContent.attributes, { key: { prevValue: undefined, value: '42', attribution: { insert: [] } } })
t.assert(attributedContent.nodeName === 'UNDEFINED')
})
})
}