Top 10 Examples of "lib0 in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'lib0' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
flushRandomMessage () {
const prng = this.prng
const conns = Array.from(this.onlineConns).filter(conn => conn.receiving.size > 0)
if (conns.length > 0) {
const receiver = random.oneOf(prng, conns)
const [sender, messages] = random.oneOf(prng, Array.from(receiver.receiving))
const m = messages.shift()
if (messages.length === 0) {
receiver.receiving.delete(sender)
}
const encoder = encoding.createEncoder()
receiver.mMux(() => {
// console.log('receive (' + sender.userID + '->' + receiver.userID + '):\n', syncProtocol.stringifySyncMessage(decoding.createDecoder(m), receiver))
// do not publish data created when this function is executed (could be ss2 or update message)
syncProtocol.readSyncMessage(decoding.createDecoder(m), encoder, receiver)
})
if (encoding.length(encoder) > 0) {
// send reply message
sender._receive(encoding.toBuffer(encoder), receiver)
}
return true
}
return false
}
/**export const testYmapSetsYarray = tc => {
const { users, map0 } = init(tc, { users: 2 })
const array = map0.set('Array', new Y.Array())
t.assert(array === map0.get('Array'))
array.insert(0, [1, 2, 3])
// @ts-ignore
t.compare(map0.toJSON(), { Array: [1, 2, 3] })
compare(users)
}const { users, text0 } = init(tc, { users: 2 })
let delta
text0.observe(event => {
delta = event.delta
})
text0.insert(0, 'abc', { bold: true })
t.assert(text0.toString() === 'abc', 'Basic insert with attributes works')
t.compare(text0.toDelta(), [{ insert: 'abc', attributes: { bold: true } }])
t.compare(delta, [{ insert: 'abc', attributes: { bold: true } }])
text0.delete(0, 1)
t.assert(text0.toString() === 'bc', 'Basic delete on formatted works (position 0)')
t.compare(text0.toDelta(), [{ insert: 'bc', attributes: { bold: true } }])
t.compare(delta, [{ delete: 1 }])
text0.delete(1, 1)
t.assert(text0.toString() === 'b', 'Basic delete works (position 1)')
t.compare(text0.toDelta(), [{ insert: 'b', attributes: { bold: true } }])
t.compare(delta, [{ retain: 1 }, { delete: 1 }])
text0.insert(0, 'z', { bold: true })
t.assert(text0.toString() === 'zb')
t.compare(text0.toDelta(), [{ insert: 'zb', attributes: { bold: true } }])
t.compare(delta, [{ insert: 'z', attributes: { bold: true } }])
// @ts-ignore
t.assert(text0._start.right.right.right.content.str === 'b', 'Does not insert duplicate attribute marker')
text0.insert(0, 'y')
t.assert(text0.toString() === 'yzb')
t.compare(text0.toDelta(), [{ insert: 'y' }, { insert: 'zb', attributes: { bold: true } }])
t.compare(delta, [{ insert: 'y' }])
text0.format(0, 2, { bold: null })
t.assert(text0.toString() === 'yzb')
t.compare(text0.toDelta(), [{ insert: 'yz' }, { insert: 'b', attributes: { bold: true } }])
t.compare(delta, [{ retain: 1 }, { retain: 1, attributes: { bold: null } }])
compare(users)receiver.mMux(() => {
// console.log('receive (' + sender.userID + '->' + receiver.userID + '):\n', syncProtocol.stringifySyncMessage(decoding.createDecoder(m), receiver))
// do not publish data created when this function is executed (could be ss2 or update message)
syncProtocol.readSyncMessage(decoding.createDecoder(m), encoder, receiver)
})
if (encoding.length(encoder) > 0) {flushRandomMessage () {
const prng = this.prng
const conns = Array.from(this.onlineConns).filter(conn => conn.receiving.size > 0)
if (conns.length > 0) {
const receiver = random.oneOf(prng, conns)
const [sender, messages] = random.oneOf(prng, Array.from(receiver.receiving))
const m = messages.shift()
if (messages.length === 0) {
receiver.receiving.delete(sender)
}
const encoder = encoding.createEncoder()
receiver.mMux(() => {
// console.log('receive (' + sender.userID + '->' + receiver.userID + '):\n', syncProtocol.stringifySyncMessage(decoding.createDecoder(m), receiver))
// do not publish data created when this function is executed (could be ss2 or update message)
syncProtocol.readSyncMessage(decoding.createDecoder(m), encoder, receiver)
})
if (encoding.length(encoder) > 0) {
// send reply message
sender._receive(encoding.toBuffer(encoder), receiver)
}
return trueif (random.bool(prng)) {
testConnector.disconnectRandom()
} else {
testConnector.reconnectRandom()
}
} else if (random.int32(prng, 0, 100) <= 1) {
// 1% chance to flush all & garbagecollect
// TODO: We do not gc all users as this does not work yet
// await garbageCollectUsers(t, users)
testConnector.flushAllMessages()
// await users[0].db.emptyGarbageCollector() // TODO: reintroduce GC tests!
} else if (random.int32(prng, 0, 100) <= 50) {
// 50% chance to flush a random message
testConnector.flushRandomMessage()
}
let user = random.oneOf(prng, users)
var test = random.oneOf(prng, mods)
test(t, user, prng)
}
compareUsers(t, users)
return result
}flushRandomMessage () {
const prng = this.prng
const conns = Array.from(this.onlineConns).filter(conn => conn.receiving.size > 0)
if (conns.length > 0) {
const receiver = random.oneOf(prng, conns)
const [sender, messages] = random.oneOf(prng, Array.from(receiver.receiving))
const m = messages.shift()
if (messages.length === 0) {
receiver.receiving.delete(sender)
}
const encoder = encoding.createEncoder()
receiver.mMux(() => {
// console.log('receive (' + sender.userID + '->' + receiver.userID + '):\n', syncProtocol.stringifySyncMessage(decoding.createDecoder(m), receiver))
// do not publish data created when this function is executed (could be ss2 or update message)
syncProtocol.readSyncMessage(decoding.createDecoder(m), encoder, receiver)
})
if (encoding.length(encoder) > 0) {
// send reply message
sender._receive(encoding.toBuffer(encoder), receiver)
}
return true
}testConnector.disconnectRandom()
} else {
testConnector.reconnectRandom()
}
} else if (random.int32(prng, 0, 100) <= 1) {
// 1% chance to flush all & garbagecollect
// TODO: We do not gc all users as this does not work yet
// await garbageCollectUsers(t, users)
testConnector.flushAllMessages()
// await users[0].db.emptyGarbageCollector() // TODO: reintroduce GC tests!
} else if (random.int32(prng, 0, 100) <= 50) {
// 50% chance to flush a random message
testConnector.flushRandomMessage()
}
let user = random.oneOf(prng, users)
var test = random.oneOf(prng, mods)
test(t, user, prng)
}
compareUsers(t, users)
return result
}if (conns.length > 0) {
const receiver = random.oneOf(prng, conns)
const [sender, messages] = random.oneOf(prng, Array.from(receiver.receiving))
const m = messages.shift()
if (messages.length === 0) {
receiver.receiving.delete(sender)
}
const encoder = encoding.createEncoder()
receiver.mMux(() => {
// console.log('receive (' + sender.userID + '->' + receiver.userID + '):\n', syncProtocol.stringifySyncMessage(decoding.createDecoder(m), receiver))
// do not publish data created when this function is executed (could be ss2 or update message)
syncProtocol.readSyncMessage(decoding.createDecoder(m), encoder, receiver)
})
if (encoding.length(encoder) > 0) {
// send reply message
sender._receive(encoding.toBuffer(encoder), receiver)
}
return true
}
return false
}
/**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)
}