How to use runIterations method in Best

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chaos-rehydration-test.ts

Source:chaos-rehydration-test.ts

...91      element.innerHTML,92      `\`${removedNodeDisplay}\` was removed from \`${original}\``93    );94  }95  runIterations(template: string, context: Dict<unknown>, expectedHTML: string, count: number) {96    let element = castToBrowser(this.element, 'HTML');97    let elementResetValue = element.innerHTML;98    let urlParams = (QUnit as any).urlParams as Dict<string>;99    if (urlParams.iteration) {100      // runs a single iteration directly, no try/catch, with logging101      let iteration = parseInt(urlParams.iteration, 10);102      this.wreakHavoc(iteration, true);103      this.renderClientSide(template, context);104      let element = castToBrowser(this.element, 'HTML');105      this.assert.equal(element.innerHTML, expectedHTML);106    } else {107      for (let i = 0; i < count; i++) {108        let seed = QUnit.config.seed ? `&seed=${QUnit.config.seed}` : '';109        let rerunUrl = `&testId=${QUnit.config.current.testId}&iteration=${i}${seed}`;110        try {111          this.wreakHavoc(i);112          this.renderClientSide(template, context);113          let element = castToBrowser(this.element, 'HTML');114          this.assert.equal(115            element.innerHTML,116            expectedHTML,117            `should match after iteration ${i}; rerun with these query params: '${rerunUrl}'`118          );119        } catch (error) {120          this.assert.pushResult({121            result: false,122            actual: error.message,123            expected: undefined,124            message: `Error occurred during iteration ${i}; rerun with these query params: ${rerunUrl}`,125          });126          throw error;127        } finally {128          // reset the HTML129          element.innerHTML = elementResetValue;130        }131      }132    }133  }134}135class ChaosMonkeyRehydration extends AbstractChaosMonkeyTest {136  static suiteName = 'chaos-rehydration';137  protected delegate!: RehydrationDelegate;138  protected serverOutput!: Option<string>;139  renderServerSide(140    template: string | ComponentBlueprint,141    context: Dict<unknown>,142    element: SimpleElement | undefined = undefined143  ): void {144    this.serverOutput = this.delegate.renderServerSide(145      template as string,146      context,147      () => this.takeSnapshot(),148      element149    );150    replaceHTML(this.element, this.serverOutput);151  }152  renderClientSide(template: string | ComponentBlueprint, context: Dict<unknown>): void {153    this.context = context;154    this.renderResult = this.delegate.renderClientSide(template as string, context, this.element);155  }156  assertExactServerOutput(_expected: string) {157    let output = expect(158      this.serverOutput,159      'must renderServerSide before calling assertServerOutput'160    );161    equalTokens(output, _expected);162  }163  assertServerOutput(..._expected: Content[]) {164    this.assertExactServerOutput(content([OPEN, ..._expected, CLOSE]));165  }166  @test167  'adjacent text nodes'() {168    let template = '<div>a {{this.b}}{{this.c}}{{this.d}}</div>';169    let context = { b: '', c: '', d: '' };170    this.renderServerSide(template, context);171    let b = blockStack();172    this.assertServerOutput(173      `<div>a ${b(1)}<!--% %-->${b(1)}${b(1)}<!--% %-->${b(1)}${b(1)}<!--% %-->${b(1)}</div>`174    );175    this.runIterations(template, context, '<div>a </div>', 100);176  }177  @test178  '<p> invoking a block which emits a <div>'() {179    let template = '<p>hello {{#if this.show}}<div>world!</div>{{/if}}</p>';180    let context = { show: true };181    this.renderServerSide(template, context);182    let b = blockStack();183    // assert that we are in a "browser corrected" state (note the `</p>` before the `<div>world!</div>`)184    if (isIE11) {185      // IE11 doesn't behave the same as modern browsers186      this.assertServerOutput(`<p>hello ${b(1)}<div>world!</div>${b(1)}<p></p>`);187    } else {188      this.assertServerOutput(`<p>hello ${b(1)}</p><div>world!</div>${b(1)}<p></p>`);189    }190    this.runIterations(template, context, '<p>hello <div>world!</div></p>', 100);191  }192}193class ChaosMonkeyPartialRehydration extends AbstractChaosMonkeyTest {194  static suiteName = 'chaos-partial-rehydration';195  protected delegate!: PartialRehydrationDelegate;196  renderClientSide(componentName: string, args: Dict<unknown>): void {197    this.renderResult = this.delegate.renderComponentClientSide(componentName, args, this.element);198  }199  @test200  'adjacent text nodes'() {201    const args = { b: 'b', c: 'c', d: 'd' };202    this.delegate.registerTemplateOnlyComponent('RehydratingComponent', 'a {{@b}}{{@c}}{{@d}}');203    this.delegate.registerTemplateOnlyComponent(204      'Root',205      '<div><RehydratingComponent @b={{@b}} @c={{@c}} @d={{@d}}/></div>'206    );207    const html = this.delegate.renderComponentServerSide('Root', args);208    this.assert.equal(209      html,210      content([211        OPEN,212        OPEN,213        '<div>',214        OPEN,215        'a ',216        OPEN,217        'b',218        CLOSE,219        OPEN,220        'c',221        CLOSE,222        OPEN,223        'd',224        CLOSE,225        CLOSE,226        '</div>',227        CLOSE,228        CLOSE,229      ]),230      'server html is correct'231    );232    replaceHTML(qunitFixture(), html);233    this.element = castToSimple(castToBrowser(qunitFixture(), 'HTML').querySelector('div')!);234    this.runIterations('RehydratingComponent', args, 'a bcd', 100);235  }236  @test237  '<p> invoking a block which emits a <div>'() {238    const args = { show: true };239    this.delegate.registerTemplateOnlyComponent(240      'RehydratingComponent',241      '<p>hello {{#if @show}}<div>world!</div>{{/if}}</p>'242    );243    this.delegate.registerTemplateOnlyComponent(244      'Root',245      '<div><RehydratingComponent @show={{@show}}/></div>'246    );247    const html = this.delegate.renderComponentServerSide('Root', args);248    this.assert.equal(249      html,250      content([251        OPEN,252        OPEN,253        '<div>',254        OPEN,255        '<p>hello ',256        OPEN,257        '<div>world!</div>',258        CLOSE,259        '</p>',260        CLOSE,261        '</div>',262        CLOSE,263        CLOSE,264      ])265    );266    replaceHTML(qunitFixture(), html);267    this.element = castToSimple(castToBrowser(qunitFixture(), 'HTML').querySelector('div')!);268    this.runIterations('RehydratingComponent', args, '<p>hello <div>world!</div></p>', 100);269  }270}271suite(ChaosMonkeyRehydration, RehydrationDelegate);...

benchmark.ts

Source:benchmark.ts

1import Randomly from './src';2import { runNTimes, timeTaken } from '@ededejr/utils';3const randomly = new Randomly({ refreshInterval: 60000 });4function main() {5	runIterations(1);6	runIterations(100);7	runIterations(1000);8	runIterations(10_000);9	runIterations(100_000);10	runIterations(1_000_000);11	runIterations(10_000_000);12	runIterations(50_000_000);13	runIterations(150_000_000);14	runIterations(500_000_000);15	runIterations(1_000_000_000);16	process.exit();17}18function runIterations(count: number) {19	console.log(`[${sc(count)}]----------------------------`);20	measureRun(() => Math.random(), count, 'Math.Random');21	measureRun(() => randomly.get(), count, 'Randomly.get');22	console.log(' ');23}24function measureRun(candidate: () => void, count?: number, name?: string) {25	const _count = count || 100000;26	const measuringFunc = () => runNTimes(_count, candidate);27	Object.defineProperty(measuringFunc, 'name', {28		value: name || candidate.name,29	});30	timeTaken(measuringFunc);31}32// https://stackoverflow.com/questions/10599933/convert-long-number-into-abbreviated-string-in-javascript-with-a-special-shortn...

modals.js

Source:modals.js

...13    if (!keeplooping) {14        alert("Stop iterations")15        return16    }17    runIterations(1)18    window.setTimeout(loop, 0)19}20function alert_finish(iteration) {21    alert(`Finished on ${iteration}`)22}23slider.oninput = function() {24    sliderOutput.innerHTML = this.value25}26function updateIteration(iteration) {27    iterationsInModal.textContent = iteration28}29showInfobtn.addEventListener("click", () => {30    organismsInfoContainer.classList.toggle("fadein")31})32runBtn.addEventListener("click", () => {33    simInfoModal.hide()34    //runIterations(parseInt(slider.value))35    window.setTimeout(() => {runIterations(parseInt(slider.value))}, 300)36})37document.addEventListener("keydown", (e) => {38    keeplooping = false39    if (e.keyCode == 32) {40        simInfoModal.show()41    } else if (e.keyCode == 66) {42        treeContainer.show()43        display(organismsMap)44    } else if (e.keyCode == 68) {45        runIterations(1);46    } else if (e.keyCode == 83) {47        runIterations(5000);48    } else if (e.keyCode == 65) {49        runIterations(5000);50    } else if (e.keyCode == 87) {51        runIterations(15000)52    } else if (e.keyCode == 67) {53        keeplooping = true54        loop()55    }...

Using AI Code Generation

1var BestTimeToBuyAndSellStock = require('./BestTimeToBuyAndSellStock');2var bestTimeToBuyAndSellStock = new BestTimeToBuyAndSellStock();3var prices = [7,1,5,3,6,4];4console.log(bestTimeToBuyAndSellStock.runIterations(prices));5var BestTimeToBuyAndSellStock = function() {6    this.runIterations = function(prices) {7        var max = 0;8        var min = Number.MAX_SAFE_INTEGER;9        for (var i = 0; i < prices.length; i++) {10            if (prices[i] < min) {11                min = prices[i];12            } else if (prices[i] - min > max) {13                max = prices[i] - min;14            }15        }16        return max;17    }18}19module.exports = BestTimeToBuyAndSellStock;20var BestTimeToBuyAndSellStock = require('./BestTimeToBuyAndSellStock');21var bestTimeToBuyAndSellStock = new BestTimeToBuyAndSellStock();22var prices = [7,1,5,3,6,4];23console.log(bestTimeToBuyAndSellStock.runRecursive(prices));24var BestTimeToBuyAndSellStock = function() {25    this.runRecursive = function(prices) {26        var min = Number.MAX_SAFE_INTEGER;27        var max = 0;28        var minIndex = 0;29        var maxIndex = 0;30        for (var i = 0; i < prices.length; i++) {31            if (prices[i] < min) {32                min = prices[i];33                minIndex = i;34            }35        }36        for (var i = minIndex; i < prices.length; i++) {37            if (prices[i] > max) {38                max = prices[i];39                maxIndex = i;40            }41        }42        if (maxIndex < minIndex) {43            return 0;44        }45        return max - min + this.runRecursive(prices.slice(maxIndex + 1, prices.length));

Using AI Code Generation

1var BestRoute = require('./BestRoute.js');2var bestRoute = new BestRoute();3console.log(bestRoute.runIterations(100, 10));4var BestRoute = function(){5    this.runIterations = function(numberOfIterations, numberOfCities){6        var bestRoute = [];7        var bestDistance = null;8        for (var i = 0; i < numberOfIterations; i++){9            var route = this.createRandomRoute(numberOfCities);10            var distance = this.calculateDistance(route);11            if (bestDistance === null || distance < bestDistance){12                bestDistance = distance;13                bestRoute = route;14            }15        }16        return bestRoute;17    };18    this.createRandomRoute = function(numberOfCities){19        var route = [];20        for (var i = 0; i < numberOfCities; i++){21            route.push(i);22        }23        for (var i = 0; i < numberOfCities; i++){24            var randomIndex = Math.floor(Math.random() * numberOfCities);25            var temp = route[i];26            route[i] = route[randomIndex];27            route[randomIndex] = temp;28        }29        return route;30    };31    this.calculateDistance = function(route){32        var distance = 0;33        for (var i = 0; i < route.length; i++){34            var city1 = route[i];35            var city2 = route[(i + 1) % route.length];36            distance += this.calculateDistanceBetweenCities(city1, city2);37        }38        return distance;39    };40    this.calculateDistanceBetweenCities = function(city1, city2){41        return Math.sqrt((city1.x - city2.x) * (city1.x - city2.x) + (city1.y - city2.y) * (city1.y - city2.y));42    };43};44module.exports = BestRoute;

Using AI Code Generation

1const { BestPath } = require('./BestPath.js');2];3];4const bestPath = new BestPath(testMatrix, 2);5console.log(bestPath.runIterations());6const bestPath2 = new BestPath(testMatrix2, 3);7console.log(bestPath2.runIterations());

Using AI Code Generation

1const BestTimeToBuyAndSellStocks = require('./BestTimeToBuyAndSellStocks');2let test = new BestTimeToBuyAndSellStocks([7,1,5,3,6,4]);3console.log(test.runIterations());4test = new BestTimeToBuyAndSellStocks([7,6,4,3,1]);5console.log(test.runIterations());6test = new BestTimeToBuyAndSellStocks([1,2]);7console.log(test.runIterations());8test = new BestTimeToBuyAndSellStocks([2,1]);9console.log(test.runIterations());10test = new BestTimeToBuyAndSellStocks([1]);11console.log(test.runIterations());12test = new BestTimeToBuyAndSellStocks([2,4,1]);13console.log(test.runIterations());14test = new BestTimeToBuyAndSellStocks([3,3]);15console.log(test.runIterations());16test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0]);17console.log(test.runIterations());18test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,9]);19console.log(test.runIterations());20test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,9,11]);21console.log(test.runIterations());22test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,9,11,13]);23console.log(test.runIterations());24test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,9,11,13,15]);25console.log(test.runIterations());26test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,9,11,13,15,17]);27console.log(test.runIterations());28test = new BestTimeToBuyAndSellStocks([1,2,4,2,5,7,2,4,9,0,

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var Graph = require('./Graph');3var Node = require('./Node');4var Edge = require('./Edge');5var graph = new Graph();6var a = new Node('A');7var b = new Node('B');8var c = new Node('C');9var d = new Node('D');10var e = new Node('E');11var f = new Node('F');12graph.addNode(a);13graph.addNode(b);14graph.addNode(c);15graph.addNode(d);16graph.addNode(e);17graph.addNode(f);18graph.addEdge(new Edge(a,b,1));19graph.addEdge(new Edge(a,c,3));20graph.addEdge(new Edge(a,d,2));21graph.addEdge(new Edge(b,e,1));22graph.addEdge(new Edge(c,d,1));23graph.addEdge(new Edge(c,f,1));24graph.addEdge(new Edge(d,f,1));25graph.addEdge(new Edge(e,f,1));26var search = new BestFirstSearch(graph,'A','F');27search.runIterations(1000);28console.log(search.getShortestPath());29console.log(search.getShortestPathLength());30var Node = require('./Node');31var Edge = require('./Edge');32function Graph(){33    this.nodes = [];34    this.edges = [];35}36Graph.prototype = {37    addNode: function(node){38        this.nodes.push(node);39    },40    getNode: function(nodeName){41        for(var i=0;i<this.nodes.length;i++){42            if(this.nodes[i].name === nodeName){43                return this.nodes[i];44            }45        }46        return null;47    },48    addEdge: function(edge){49        this.edges.push(edge);50    }51}52module.exports = Graph;53function Node(name){54    this.name = name;55}56module.exports = Node;57function Edge(node1,node2,weight){58    this.node1 = node1;59    this.node2 = node2;60    this.weight = weight;61}62module.exports = Edge;63var PriorityQueue = require('./PriorityQueue');64function BestFirstSearch(graph,startNodeName,endNodeName){65    this.graph = graph;66    this.startNode = graph.getNode(startNodeName);67    this.endNode = graph.getNode(end

Using AI Code Generation

1import java.util.*;2{3    public static void main(String[] args)4    {5        Graph graph = new Graph();6        Node node1 = new Node("A", 0);7        Node node2 = new Node("B", 1);8        Node node3 = new Node("C", 2);9        Node node4 = new Node("D", 3);10        Node node5 = new Node("E", 4);11        Node node6 = new Node("F", 5);12        Node node7 = new Node("G", 6);13        Node node8 = new Node("H", 7);14        Node node9 = new Node("I", 8);15        graph.addNode(node1);16        graph.addNode(node2);17        graph.addNode(node3);18        graph.addNode(node4);19        graph.addNode(node5);20        graph.addNode(node6);21        graph.addNode(node7);22        graph.addNode(node8);23        graph.addNode(node9);24        graph.addEdge(node1, node2, 1);25        graph.addEdge(node1, node3, 2);26        graph.addEdge(node1, node4, 3);27        graph.addEdge(node2, node5, 1);28        graph.addEdge(node2, node6, 2);29        graph.addEdge(node3, node6, 1);30        graph.addEdge(node3, node7, 2);31        graph.addEdge(node4, node7, 1);32        graph.addEdge(node4, node8, 2);33        graph.addEdge(node5, node9, 1);34        graph.addEdge(node6, node9, 1);35        graph.addEdge(node7, node9, 1);36        graph.addEdge(node8, node9, 1);37        BestFirstSearch bestFirstSearch = new BestFirstSearch();38        int minimumCost = 100;39        List<Node> minimumPath = new ArrayList<>();40        for (int i = 0; i < 10; i++)41        {

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