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How to use runBenchmark method in Best

Best JavaScript code snippet using best

bench.js

...11    alg = require("..").alg;12var NODE_SIZES = [100],13    EDGE_DENSITY = 0.2,14    KEY_SIZE = 10;15function runBenchmark(name, fn) {16  var options = {};17  options.onComplete = function(bench) {18    var target = bench.target,19        hz = target.hz,20        stats = target.stats,21        rme = stats.rme,22        samples = stats.sample.length,23        msg = sprintf("    %25s: %13s ops/sec \xb1 %s%% (%3d run(s) sampled)",24                      target.name,25                      Benchmark.formatNumber(hz.toFixed(2)),26                      rme.toFixed(2),27                      samples);28    console.log(msg);29  };30  options.onError = function(bench) {31    console.error("    " + bench.target.error);32  };33  options.setup = function() {34    this.count = Math.random() * 1000;35    this.nextInt = function(range) {36      return Math.floor(this.count++ % range );37    };38  };39  new Benchmark(name, fn, options).run();40}41function keys(count) {42  var ks = [],43      k;44  for (var i = 0; i < count; ++i) {45    k = "";46    for (var j = 0; j < KEY_SIZE; ++j) {47      k += String.fromCharCode(97 + Math.floor(Math.random() * 26));48    }49    ks.push(k);50  }51  return ks;52}53function buildGraph(numNodes, edgeDensity) {54  var g = new Graph(),55      numEdges = numNodes * numNodes * edgeDensity,56      ks = keys(numNodes);57  ks.forEach(function(k) { g.setNode(k); });58  for (var i = 0; i < numEdges; ++i) {59    var v, w;60    do {61      v = ks[Math.floor(Math.random() * ks.length)];62      w = ks[Math.floor(Math.random() * ks.length)];63    } while (g.hasEdge(v, w));64    g.setEdge(v, w);65  }66  return g;67}68NODE_SIZES.forEach(function(size) {69  var g = buildGraph(size, EDGE_DENSITY),70      nodes = g.nodes(),71      edges = g.edges(),72      nameSuffix = "(" + size + "," + EDGE_DENSITY + ")";73  runBenchmark("nodes" + nameSuffix, function() {74    g.nodes();75  });76  runBenchmark("sources" + nameSuffix, function() {77    g.sources();78  });79  runBenchmark("sinks" + nameSuffix, function() {80    g.sinks();81  });82  runBenchmark("filterNodes all" + nameSuffix, function() {83    g.filterNodes(function() { return true; });84  });85  runBenchmark("filterNodes none" + nameSuffix, function() {86    g.filterNodes(function() { return false; });87  });88  runBenchmark("setNode" + nameSuffix, function() {89    g.setNode("key", "label");90  });91  runBenchmark("node" + nameSuffix, function() {92    g.node(nodes[this.nextInt(nodes.length)]);93  });94  runBenchmark("set + removeNode" + nameSuffix, function() {95    g.setNode("key");96    g.removeNode("key");97  });98  runBenchmark("predecessors" + nameSuffix, function() {99    g.predecessors(nodes[this.nextInt(nodes.length)]);100  });101  runBenchmark("successors" + nameSuffix, function() {102    g.successors(nodes[this.nextInt(nodes.length)]);103  });104  runBenchmark("neighbors" + nameSuffix, function() {105    g.neighbors(nodes[this.nextInt(nodes.length)]);106  });107  runBenchmark("edges" + nameSuffix, function() {108    g.edges();109  });110  runBenchmark("setPath" + nameSuffix, function() {111    g.setPath(["a", "b", "c", "d", "e"]);112  });113  runBenchmark("setEdge" + nameSuffix, function() {114    g.setEdge("from", "to", "label");115  });116  runBenchmark("edge" + nameSuffix, function() {117    var edge = edges[this.nextInt(edges.length)];118    g.edge(edge);119  });120  runBenchmark("set + removeEdge" + nameSuffix, function() {121    g.setEdge("from", "to");122    g.removeEdge("from", "to");123  });124  runBenchmark("inEdges" + nameSuffix, function() {125    g.inEdges(nodes[this.nextInt(nodes.length)]);126  });127  runBenchmark("outEdges" + nameSuffix, function() {128    g.outEdges(nodes[this.nextInt(nodes.length)]);129  });130  runBenchmark("nodeEdges" + nameSuffix, function() {131    g.nodeEdges(nodes[this.nextInt(nodes.length)]);132  });133  runBenchmark("components" + nameSuffix, function() {134    alg.components(g);135  });136  runBenchmark("dijkstraAll" + nameSuffix, function() {137    alg.dijkstraAll(g);138  });...

index.js

Source: index.js

...21function runAll() {22  const sampleSize = 5;23  for (let i = 1; i <= sampleSize; i++) {24    console.log(`Run ${i}`);25    runBenchmark('npm', ['install'], 'npm');26    runBenchmark('npm', ['install'], 'npm-cached');27    runBenchmark('npm', ['install'], 'shrinkpack');28    runBenchmark('npm', ['install'], 'shrinkpack-compressed');29    runBenchmark('yarn', ['install'], 'yarn');30    runBenchmark('yarn', ['install', '--offline'], 'yarn-offline');31    runBenchmark('npm5', ['install'], 'npm');32    runBenchmark('npm5', ['install'], 'npm-cached');33    runBenchmark('npm5', ['install'], 'shrinkpack');34    runBenchmark('npm5', ['install'], 'shrinkpack-compressed');35    console.log('');36  }37}38function runBenchmark(installer, args, directory) {39  const key = `${installer}/${directory}`;40  const dirPath = path.resolve(directory);41  clean(dirPath);42  const start = new Date().getTime();43  spawn(installer, args, dirPath);44  const end = new Date().getTime();45  verify(dirPath);46  clean(dirPath);47  const time = (end - start) / 1000;48  const result = results[key];49  result.runs.push(time);50  result.average = average(result.runs);51  console.log(`${result.name}: ${time.toFixed(2)}s (average ${result.average.toFixed(2)}s)`);52}...

Using AI Code Generation

1var BestTimeToBuyAndSellStock = require("./BestTimeToBuyAndSellStock.js");2var input = [7, 1, 5, 3, 6, 4];3var obj = new BestTimeToBuyAndSellStock();4obj.runBenchmark(input);5var Benchmark = require("benchmark");6var suite = new Benchmark.Suite();7var BestTimeToBuyAndSellStock = function () {8  this.maxProfit = function (prices) {9    var maxProfit = 0;10    var minPrice = Number.MAX_SAFE_INTEGER;11    for (var i = 0; i < prices.length; i++) {12      if (prices[i] < minPrice) {13        minPrice = prices[i];14      } else if (prices[i] - minPrice > maxProfit) {15        maxProfit = prices[i] - minPrice;16      }17    }18    return maxProfit;19  };20  this.runBenchmark = function (input) {21      .add("BestTimeToBuyAndSellStock", () => {22        this.maxProfit(input);23      })24      .on("cycle", function (event) {25        console.log(String(event.target));26      })27      .on("complete", function () {28        console.log("Fastest is " + this.filter("fastest").map("name"));29      })30      .run({ async: true });31  };32};33module.exports = BestTimeToBuyAndSellStock;

Using AI Code Generation

1var BestPractice = require('./BestPractice.js');2var bestPractice = new BestPractice();3var result = bestPractice.runBenchmark('test4');4console.log(result);5var Benchmark = require('benchmark');6var BenchmarkSuite = require('./BenchmarkSuite.js');7function BestPractice() {8    this.runBenchmark = function (testName) {9        var suite = new BenchmarkSuite(testName);10        var result = suite.run();11        return result;12    };13}14module.exports = BestPractice;15var Benchmark = require('benchmark');16function BenchmarkSuite(testName) {17    this.run = function () {18        var suite = new Benchmark.Suite;19        suite.add(testName, function () {20        })21            .on('cycle', function (event) {22                console.log(String(event.target));23            })24            .on('complete', function () {25                console.log('Fastest is ' + this.filter('fastest').map('name'));26            })27            .run({ 'async': true });28    };29}30module.exports = BenchmarkSuite;31test4 x 1,499,960 ops/sec ±0.79% (91 runs sampled)

Using AI Code Generation

1var BestTime = require('./BestTime.js');2var bestTime = new BestTime();3var data = [3, 2, 1, 4, 5, 6, 7, 8, 9, 10];4var result = bestTime.runBenchmark(data);5console.log(result);6var Benchmark = require('benchmark');7var suite = new Benchmark.Suite;8function runBenchmark(data) {9    suite.add('BestTime', function() {10    })11    .on('cycle', function(event) {12        console.log(String(event.target));13    })14    .on('complete', function() {15        console.log('Fastest is ' + this.filter('fastest').map('name'));16    })17    .run({ 'async': true });18}19module.exports = runBenchmark;

Using AI Code Generation

1var BestOfN = require('./BestOfN.js');2var test4 = new BestOfN(1000, 10);3console.log(test4.runBenchmark());4var BestOfN = require('./BestOfN.js');5var test5 = new BestOfN(10000, 10);6console.log(test5.runBenchmark());7var BestOfN = require('./BestOfN.js');8var test6 = new BestOfN(100000, 10);9console.log(test6.runBenchmark());10var BestOfN = require('./BestOfN.js');11var test7 = new BestOfN(1000000, 10);12console.log(test7.runBenchmark());13var BestOfN = require('./BestOfN.js');14var test8 = new BestOfN(10000000, 10);15console.log(test8.runBenchmark());16var BestOfN = require('./BestOfN.js');17var test9 = new BestOfN(100000000, 10);18console.log(test9.runBenchmark());19var BestOfN = require('./BestOfN.js');20var test10 = new BestOfN(1000000000, 10);21console.log(test10.runBenchmark());22var BestOfN = require('./BestOfN.js');23var test11 = new BestOfN(10000000000, 10);24console.log(test11.runBenchmark());25var BestOfN = require('./BestOfN.js');26var test12 = new BestOfN(100000000000, 10);27console.log(test12.runBenchmark());

Using AI Code Generation

1var BestTimeToBuyAndSellStock = require('./BestTimeToBuyAndSellStock.js');2var test = new BestTimeToBuyAndSellStock();3var prices = [7,1,5,3,6,4];4var prices2 = [7,6,4,3,1];5console.log("The maximum profit for [7,1,5,3,6,4] is: " + test.maxProfit(prices));6console.log("The maximum profit for [7,6,4,3,1] is: " + test.maxProfit(prices2));7console.log("The benchmark test results are:");8console.log(test.runBenchmark());9{ time: 0.000000002, average: 0.000000002, iterations: 1 }

Using AI Code Generation

1var BestTimeFinder = require('./BestTimeFinder.js');2var btf = new BestTimeFinder();3var BestTimeFinder = function() {4  this.runBenchmark = function(times, size1, size2, size3, size4) {5    var arr1 = this.generateArray(size1);6    var arr2 = this.generateArray(size2);7    var arr3 = this.generateArray(size3);8    var arr4 = this.generateArray(size4);9    var arr5 = this.generateArray(size5);10    var start = new Date().getTime();11    for (var i = 0; i < times; i++) {12      this.bestTime(arr1, arr2, arr3, arr4, arr5);13    }14    var end = new Date().getTime();

Using AI Code Generation

1var bestPractice = require('./BestPractice');2var test4 = require('./test4');3var test4 = new bestPractice.BestPractice(test4.test4);4test4.runBenchmark();5function test4() {6}7var Benchmark = require('benchmark');8var BestPractice = function (test) {9    this.test = test;10};11BestPractice.prototype.runBenchmark = function () {12    var suite = new Benchmark.Suite;13    suite.add('Test 4', this.test)14        .on('cycle', function (event) {15            console.log(String(event.target));16        })17        .on('complete', function () {18            console.log('Fastest is ' + this.filter('fastest').pluck('name'));19        })20        .run({ 'async': true });21};22module.exports.BestPractice = BestPractice;23{24    "dependencies": {25    }26}

Using AI Code Generation

1var BestLibraryEver = require('BestLibraryEver');2var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);3console.log(test);4var BestLibraryEver = require('BestLibraryEver');5var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);6console.log(test);7var BestLibraryEver = require('BestLibraryEver');8var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);9console.log(test);10var BestLibraryEver = require('BestLibraryEver');11var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);12console.log(test);13var BestLibraryEver = require('BestLibraryEver');14var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);15console.log(test);16var BestLibraryEver = require('BestLibraryEver');17var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);18console.log(test);19var BestLibraryEver = require('BestLibraryEver');20var test = BestLibraryEver.runBenchmark(addTwoNumbers, 1000);21console.log(test);22var BestLibraryEver = require('BestLibraryEver

Using AI Code Generation

1var bestTime = new BestTime();2var bestTimeResult = bestTime.runBenchmark(1000, 10);3console.log("Best time is: " + bestTimeResult);4var bestTime = new BestTime();5var bestTimeResult = bestTime.runBenchmark(1000, 10);6console.log("Best time is: " + bestTimeResult);7var bestTime = new BestTime();8var bestTimeResult = bestTime.runBenchmark(1000, 10);9console.log("Best time is: " + bestTimeResult);10var bestTime = new BestTime();11var bestTimeResult = bestTime.runBenchmark(1000, 10);12console.log("Best time is: " + bestTimeResult);13var bestTime = new BestTime();

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