Top 10 Examples of "heap in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'heap' 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.
+ nodeEnvData['appmetrics.version'] + ", expected 99.99.99.123456789012 (or 99.99.99-dev.99.12345678901)");
}
if (nodeEnvData['agentcore.version'])
{
assert(/^\d+\.\d+\.\d+\.\d{12}$/.test(nodeEnvData['agentcore.version']),
"Agent core version format not recognised"
+ nodeEnvData['agentcore.version'] + ", expected 99.99.99.123456789012");
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
var prefix = 'Node environment message ';
if (nodeEnvData['heap.size.limit']) {
assert(isInteger(nodeEnvData['heap.size.limit']),
prefix + 'does not have an integer heap size limit (' + nodeEnvData['heap.size.limit'] + ')');
assert(parseInt(nodeEnvData['heap.size.limit']) > 0,
prefix + 'does not have a positive heap size limit (' + nodeEnvData['heap.size.limit'] + ')');
assert(isInteger(nodeEnvData['max.semi.space.size']),
prefix + 'does not have an integer max semi space size (' + nodeEnvData['max.semi.space.size'] + ')');
assert(parseInt(nodeEnvData['max.semi.space.size']) > 0,
prefix + 'does not have a positive max semi space size (' + nodeEnvData['max.semi.space.size'] + ')');
assert(isInteger(nodeEnvData['max.old.space.size']),
prefix + 'does not have an integer max old space size (' + nodeEnvData['max.old.space.size'] + ')');
assert(parseInt(nodeEnvData['max.old.space.size']) > 0,
prefix + 'does not have a positive max old space size (' + nodeEnvData['max.old.space.size'] + ')');
assert(4*parseInt(nodeEnvData['max.semi.space.size']) + parseInt(nodeEnvData['max.old.space.size']) === parseInt(nodeEnvData['heap.size.limit']),
prefix + 'values for max old space size and max semi space size do not match heap size limit');"Appmetrics version format not recognised"
+ nodeEnvData['appmetrics.version'] + ", expected 99.99.99.123456789012 (or 99.99.99-dev.99.12345678901)");
}
if (nodeEnvData['agentcore.version'])
{
assert(/^\d+\.\d+\.\d+\.\d{12}$/.test(nodeEnvData['agentcore.version']),
"Agent core version format not recognised"
+ nodeEnvData['agentcore.version'] + ", expected 99.99.99.123456789012");
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
var prefix = 'Node environment message ';
if (nodeEnvData['heap.size.limit']) {
assert(isInteger(nodeEnvData['heap.size.limit']),
prefix + 'does not have an integer heap size limit (' + nodeEnvData['heap.size.limit'] + ')');
assert(parseInt(nodeEnvData['heap.size.limit']) > 0,
prefix + 'does not have a positive heap size limit (' + nodeEnvData['heap.size.limit'] + ')');
assert(isInteger(nodeEnvData['max.semi.space.size']),
prefix + 'does not have an integer max semi space size (' + nodeEnvData['max.semi.space.size'] + ')');
assert(parseInt(nodeEnvData['max.semi.space.size']) > 0,
prefix + 'does not have a positive max semi space size (' + nodeEnvData['max.semi.space.size'] + ')');
assert(isInteger(nodeEnvData['max.old.space.size']),
prefix + 'does not have an integer max old space size (' + nodeEnvData['max.old.space.size'] + ')');
assert(parseInt(nodeEnvData['max.old.space.size']) > 0,
prefix + 'does not have a positive max old space size (' + nodeEnvData['max.old.space.size'] + ')');
assert(4*parseInt(nodeEnvData['max.semi.space.size']) + parseInt(nodeEnvData['max.old.space.size']) === parseInt(nodeEnvData['heap.size.limit']),nodeEnvData['agentcore.version'],
/^\d+\.\d+\.\d+\.\d{12}$/,
"Agent core version matches '99.99.99.123456789012' format"
);
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
if (nodeEnvData['heap.size.limit']) {
t.ok(
isInteger(nodeEnvData['heap.size.limit']),
'heap.size.limit is an integer (value was: ' + nodeEnvData['heap.size.limit'] + ')'
);
t.ok(parseInt(nodeEnvData['heap.size.limit']) > 0, 'heap.size.limit is positive');
t.ok(
isInteger(nodeEnvData['max.semi.space.size']),
'max.semi.space.size is an integer (value was: ' + nodeEnvData['max.semi.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.semi.space.size']) > 0, 'max.semi.size is positive');
t.ok(
isInteger(nodeEnvData['max.old.space.size']),
'max.old.space.size is an integer (value was: ' + nodeEnvData['max.old.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.old.space.size']) > 0, 'max.old.space.size is positive');
if (semver.gt(process.version, '12.0.0')) {
t.skip();
} else if (semver.gt(process.version, '10.0.0')) {
// heap size limit is now scaled by a factor - see"Appmetrics version matches '99.99.99(-dev).123456789012' format"
);
}
if (nodeEnvData['agentcore.version']) {
t.match(
nodeEnvData['agentcore.version'],
/^\d+\.\d+\.\d+\.\d{12}$/,
"Agent core version matches '99.99.99.123456789012' format"
);
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
if (nodeEnvData['heap.size.limit']) {
t.ok(
isInteger(nodeEnvData['heap.size.limit']),
'heap.size.limit is an integer (value was: ' + nodeEnvData['heap.size.limit'] + ')'
);
t.ok(parseInt(nodeEnvData['heap.size.limit']) > 0, 'heap.size.limit is positive');
t.ok(
isInteger(nodeEnvData['max.semi.space.size']),
'max.semi.space.size is an integer (value was: ' + nodeEnvData['max.semi.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.semi.space.size']) > 0, 'max.semi.size is positive');
t.ok(
isInteger(nodeEnvData['max.old.space.size']),
'max.old.space.size is an integer (value was: ' + nodeEnvData['max.old.space.size'] + ')'
);if (nodeEnvData['agentcore.version']) {
t.match(
nodeEnvData['agentcore.version'],
/^\d+\.\d+\.\d+\.\d{12}$/,
"Agent core version matches '99.99.99.123456789012' format"
);
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
if (nodeEnvData['heap.size.limit']) {
t.ok(
isInteger(nodeEnvData['heap.size.limit']),
'heap.size.limit is an integer (value was: ' + nodeEnvData['heap.size.limit'] + ')'
);
t.ok(parseInt(nodeEnvData['heap.size.limit']) > 0, 'heap.size.limit is positive');
t.ok(
isInteger(nodeEnvData['max.semi.space.size']),
'max.semi.space.size is an integer (value was: ' + nodeEnvData['max.semi.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.semi.space.size']) > 0, 'max.semi.size is positive');
t.ok(
isInteger(nodeEnvData['max.old.space.size']),
'max.old.space.size is an integer (value was: ' + nodeEnvData['max.old.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.old.space.size']) > 0, 'max.old.space.size is positive');
if (semver.gt(process.version, '12.0.0')) {}
if (nodeEnvData['agentcore.version']) {
t.match(
nodeEnvData['agentcore.version'],
/^\d+\.\d+\.\d+\.\d{12}$/,
"Agent core version matches '99.99.99.123456789012' format"
);
}
// NOTE(mjt): heap.size.limit, max.semi.space.size and max.old.space.size were added in
// appmetrics 1.0.4 (required field in this version onwards)
// NOTE(ignasbol): max.heap.size included as well as part of 1.0.4
if (nodeEnvData['heap.size.limit']) {
t.ok(
isInteger(nodeEnvData['heap.size.limit']),
'heap.size.limit is an integer (value was: ' + nodeEnvData['heap.size.limit'] + ')'
);
t.ok(parseInt(nodeEnvData['heap.size.limit']) > 0, 'heap.size.limit is positive');
t.ok(
isInteger(nodeEnvData['max.semi.space.size']),
'max.semi.space.size is an integer (value was: ' + nodeEnvData['max.semi.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.semi.space.size']) > 0, 'max.semi.size is positive');
t.ok(
isInteger(nodeEnvData['max.old.space.size']),
'max.old.space.size is an integer (value was: ' + nodeEnvData['max.old.space.size'] + ')'
);
t.ok(parseInt(nodeEnvData['max.old.space.size']) > 0, 'max.old.space.size is positive');var tweetsPerSect = 5
for (var sect in tweetsBySect){
//Select the tweets within the sect
var sectTweets = tweetsBySect[sect];
// Setup a hastable and list for heap
var hashtable = new HashTable();
var scoresList = []
for (var i = 0; i < sectTweets.length; i++) {
var tweet = sectTweets[i];
var score = evaluate(tweet);
scoresList.push(score);
hashtable.put(score, tweet);
}
//Get the largest few scores in the scoresList
var largeScores = Heap.nlargest(unique(scoresList), tweetsPerSect);
//Push those tweets into the final list
for (var i=0; i < tweetsPerSect; i++){
if (largeScores[i]) {
finalList.push(hashtable.get(largeScores[i]))
}
}
}
return finalList;
}module.exports = function(arr, n=10) {
// Subset the reverse index so that both the largest elements
// and the indices where they occur are returned.
return _.pick(_.invertBy(arr),
Heap.nlargest(arr, n)
);
};function expandSeqTree(rootSeq, graphs, expandCnt, minSupport, maxSupport, terms, itemset) {
if (rootSeq.words && rootSeq.words.length > 0) {
rootSeq.graph.nodes = rootSeq.graph.nodes.concat(rootSeq.words);
expandCnt -= rootSeq.words.length;
}
/* Create a max heap */
const seqs = new Heap((a, b) => b.size - a.size);
seqs.push(rootSeq);
const leafSeqs = [];
while (!seqs.empty() && expandCnt > 0) {
/* find the candidate sequence with largest support DB */
const s = seqs.pop();
let graph = s.graph;
let s0 = s.r;
let s1 = s.l;
if (!s0 && !s1) {
/* find the next frequent sequence */
const result = growSeq(s, terms, minSupport, maxSupport, itemset);
s0 = result.s0;
s1 = result.s1;
const { word, pos, count } = result;bundle() {
const heap = new Heap((a, b) => a.data.id - b.data.id);
// Add candidate parents to heap
this.nodes
.filter(n => this.hasPotential(n))
.forEach(n => { heap.push(n); });
while (heap.size() > 0) {
const parent = heap.pop();
if (parent.merged) {
continue;
}
let groups = [];
if (parent.leftLinks.length > 1) {
const lNodes = parent.leftLinks.map(l => l.source);
groups = groups.concat(this.groupMergeableNodes(lNodes));