Top 10 Examples of "sorted-array-functions in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'sorted-array-functions' 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.
this.trackInvocation = function(invocation) {
// add to our invocation list
sorted.add(pendingInvocations, invocation, sorter);
return true;
};
this.stopTrackingInvocation = function(invocation) {)
// duplicates (names may differ slightly...)
if (addrn in state.code && state.code[addrn].name.length >= name.length) {
next()
return
}
state.code[addrn] = {
name: name,
lib: lib,
start: '0x' + addrn.toString(16),
type: 'CPP'
}
sorted.add(state.addresses, addrn)
next()
}), (err) => {
lib[PROCESSED] = trueconst match = state.addresses[ix]
addr = match - 1
// code previously cleared:
if (state.code[match] === undefined) {
sorted.remove(state.addresses, match)
continue
}
if (match + +state.code[match][SIZE] <= to) continue
sorted.remove(state.addresses, match)
state.code[match] = undefined
}
entry[START] = toAddr
state.code[to] = entry
sorted.add(state.addresses, to)
cb()
}
}const index = sorted.lte(state.addresses, from)
if (index === -1) {
opts.warn(`${event} address ${fromAddr} not found`)
cb()
return
}
const entry = state.code[state.addresses[index]]
const edge = to + entry[SIZE]
sorted.remove(state.addresses, from)
state.code[from] = undefined
// clear out entries in what will be the new address range of the moved entry
var addr = edge - 1
while (addr >= to) {
const ix = sorted.lte(state.addresses, addr)
if (ix === -1) break
const match = state.addresses[ix]
addr = match - 1
// code previously cleared:
if (state.code[match] === undefined) {
sorted.remove(state.addresses, match)
continue
}
if (match + +state.code[match][SIZE] <= to) continue
sorted.remove(state.addresses, match)
state.code[match] = undefined
}
entry[START] = toAddr
state.code[to] = entryreturn function (row, cb) {
const [event, fromAddr, toAddr] = row
const from = parseInt(fromAddr, 16)
const to = parseInt(toAddr, 16)
const index = sorted.lte(state.addresses, from)
if (index === -1) {
opts.warn(`${event} address ${fromAddr} not found`)
cb()
return
}
const entry = state.code[state.addresses[index]]
const edge = to + entry[SIZE]
sorted.remove(state.addresses, from)
state.code[from] = undefined
// clear out entries in what will be the new address range of the moved entry
var addr = edge - 1
while (addr >= to) {
const ix = sorted.lte(state.addresses, addr)
if (ix === -1) breakStorage.prototype._get = function (offset) {
if (this._last) { // high chance that we'll hit the same at least twice
if (this._last.start <= offset && this._last.end > offset) return this._last
}
var i = sorted.lte(this.stores, {start: offset}, cmp)
if (i === -1) return null
var next = this.stores[i]
if (next.start <= offset && next.end > offset) {
this._last = next
return next
}
return null
}const entry = state.code[state.addresses[index]]
const edge = to + entry[SIZE]
sorted.remove(state.addresses, from)
state.code[from] = undefined
// clear out entries in what will be the new address range of the moved entry
var addr = edge - 1
while (addr >= to) {
const ix = sorted.lte(state.addresses, addr)
if (ix === -1) break
const match = state.addresses[ix]
addr = match - 1
// code previously cleared:
if (state.code[match] === undefined) {
sorted.remove(state.addresses, match)
continue
}
if (match + +state.code[match][SIZE] <= to) continue
sorted.remove(state.addresses, match)
state.code[match] = undefined
}
entry[START] = toAddr
state.code[to] = entry
sorted.add(state.addresses, to)
cb()
}
}return function (row, cb) {
const [event, fromAddr, toAddr] = row
const from = parseInt(fromAddr, 16)
const to = parseInt(toAddr, 16)
const index = sorted.lte(state.addresses, from)
if (index === -1) {
opts.warn(`${event} address ${fromAddr} not found`)
cb()
return
}
const entry = state.code[state.addresses[index]]
const edge = to + entry[SIZE]
sorted.remove(state.addresses, from)
state.code[from] = undefined
// clear out entries in what will be the new address range of the moved entry
var addr = edge - 1
while (addr >= to) {
const ix = sorted.lte(state.addresses, addr)
if (ix === -1) break
const match = state.addresses[ix]
addr = match - 1
// code previously cleared:
if (state.code[match] === undefined) {
sorted.remove(state.addresses, match)
continue
}
if (match + +state.code[match][SIZE] <= to) continuefunction scheduleInvocation(invocation) {
sorted.add(invocations, invocation, sorter);
prepareNextInvocation();
var date = invocation.fireDate instanceof CronDate ? invocation.fireDate.toDate() : invocation.fireDate;
invocation.job.emit('scheduled', date);
}function scheduleInvocation(invocation) {
sorted.add(invocations, invocation, sorter);
prepareNextInvocation();
var date = invocation.fireDate instanceof CronDate ? invocation.fireDate.toDate() : invocation.fireDate;
invocation.job.emit('scheduled', date);
}