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How to use runIter method in Best

Best JavaScript code snippet using best

script.js

Source:script.js

...57    }58    //kill the cell59    return 0; 60  }61  function runIter() {62    let prevState = createPrevStateModel();63    let nextState = createNextStateModel(prevState);64    updateState(nextState);65  }66  function createNextStateModel(modelPrev) {67    let modelNext = new Array(rows); 68    for (let i = 1; i <= rows; i++) {69      let cells = Array.from(document.querySelectorAll(`[data-row-id="${i}"] .cell`));70      modelNext[i - 1] = new Array(cells.length);71      for (let j = 1; j <= cells.length; j++) {72        modelNext[i - 1][j - 1] = checkCellNextState(i - 1, j - 1, modelPrev);73      }74    }75    return modelNext;76  }77  function createPrevStateModel() {78    let modelPrev = new Array(rows);79    for (let i = 1; i <= rows; i++) {80      let cells = Array.from(document.querySelectorAll(`[data-row-id="${i}"] .cell`));81      modelPrev[i - 1] = new Array(cells.length);82      for (let j = 1; j <= cells.length; j++) {83        modelPrev[i - 1][j - 1] = cells[j - 1].classList.contains('alive') ? 1 : 0;84      }85    }86    return modelPrev;87  }88  function countAliveNeighbors(row, col, prevState) {89    let neighbors = 0;90    for (let i = row - 1; i <= row + 1; i++) {  //count alive neighbors in square 3x391      for (let j = col - 1; j <= col + 1; j++) {92        if (  //Except non-existent indexes and current cell93          i >= 0 &&94          j >= 0 &&95          i < rows &&96          j < cols &&97          !(i === row && j === col)98        )99        { 100          if (prevState[i][j] == 1) {101            neighbors++;102          }103        }104      }105    }106    return neighbors;107  }108  function updateState(nextState) {109    for (let i = 0; i < rows; i++) {110      for (let j = 0; j < rows; j++) {111        let cell = document.querySelector(`[data-table-id="${i+1}-${j+1}"]`);112        if (nextState[i][j] === 1) {113          cell.classList.add('alive');114        } else{115          cell.classList.remove('alive');116        }117      }118    }119  }120  //Click handler - toggle cell state121  app.addEventListener('click', e => {122    if (e.target.classList.contains('alive')) {123      e.target.classList.remove('alive');124    } else {125      e.target.classList.add('alive');126    }127  });128  //Button handlers129  btnRunIter.addEventListener('click', e => {130    e.preventDefault();131    runIter();132  });133  btnSetIterSpeed.addEventListener('click', e => {134    e.preventDefault();135    if (+inputIterSpeed.value < 0) {136      inputIterSpeed.value = -inputIterSpeed.value;137    }138    iterSpeed = +inputIterSpeed.value;139    tachometer.innerHTML = iterSpeed;140    clearInterval(gameId);141    gameId = setInterval(runIter, iterSpeed);142    inputIterSpeed.value = '';143  });144  btnRunLife.addEventListener('click', e => {145    e.preventDefault();...

main.js

Source:main.js

...54    // window.Module = {};55    return fetchAndInstantiate('testa.wasm', {}).then(module => module.exports).then(module => {56        const iter = 100000;57        const matchedCount = 0;58        console.log('JS - testRegInJavascript', runIter(iter, () => 59            words.map(word => testRegInJavascript).filter(r => r === true).length === matchedCount)60        );61        console.log('JS - testPrecompiledRegInJavascript', runIter(iter, () => 62            words.map(word => testPrecompiledRegInJavascript).filter(r => r === true).length === matchedCount)63        );64        const bufferedWords = words.map(word => newString(module, word));65        console.log('Rust - testPrecompiledRegInRust', runIter(iter, () => 66            bufferedWords.map(word => testPrecompiledRegInRust(word, module)).filter(r => r === true).length === matchedCount)67        );68        console.log('Rust - testRustInlineIsMatch', runIter(1, () => 69            module.inline_is_match(iter, newString(module, words.join(','))) === matchedCount)70        );71        // // ëë¬´ ëë¦¼72        // // const regString = newString(module, '^bc(d|e)*$');73        // // console.log('testRegInRust', runIter(iter, () => 74        // //     bufferedWords.map(word => testRegInRust(regString, word, module)).filter(r => r === true).length === matchedCount)75        // // );76        const sumNumber = 1000;77        const sumResult = 499500;78        console.log('JS - sumInJavascript', runIter(iter, () => 79            sumInJavascript(sumNumber) === sumResult)80        );81        console.log('Rust - sumInRust', runIter(iter, () => 82            module.sum_in_rust(sumNumber) === sumResult)83        );84        console.log('Rust - InlineSumInRust', runIter(1, () => 85            module.inline_sum_in_rust(iter, sumNumber) === sumResult)86        );87    });88}89main().catch(err => console.error(err));90function runIter(iter, fn) {91    var d = Date.now();92    Array(iter).fill().forEach(() => {93        if(fn() !== true) throw new Error(fn.toString()) 94    });95    return Date.now() - d;96}97function run(words, matchedCount, fn, module) {98    return words.map(word => fn(word, module)).filter(r => r === true).length === matchedCount;99}100function testPrecompiledRegInRust(string, module) {101    return module.pre_compiled_is_match(string) == 1;102}103function testRegInRust(regString, string, module) {104    return module.is_match(regString, string) === 1;...

list-github-runners.ts

Source:list-github-runners.ts

1import { App } from "octokit"2import type { Arguments, Argv } from "yargs"3import { composePaginateRest } from "@octokit/plugin-paginate-rest"4import { OctoKitUtils as oku } from "@msr-morello-work-bus/lib"5exports.command = "list-github-runners"6exports.desc = "List active app installs and associated runners"7exports.builder = oku.appYargs8exports.handler = async function (argv: Arguments) {9  const oa = oku.app(argv)10  await oa.eachInstallation(11    async function ({ octokit: iok, installation: inst }) {12      console.log("For installation id %d", inst.id)13      await oa.eachRepository({ installationId: inst.id},14        async function ({ octokit: rok, repository: repo }) {15          // XXX; surely this can't be the right way to do this16          const runiter = composePaginateRest.iterator(rok,17            "GET /repos/{owner}/{repo}/actions/runners",18            { owner: repo.owner.login, repo: repo.name });19          for await (const { data: runners } of runiter) {20            if (runners.length == 0) {21              console.log(" Repository %s -- No Runners", repo.full_name)22            } else {23              console.log(" Repository %s", repo.full_name)24              runners.forEach((runner) => {25                console.log(26                  "  Runner id=%d name=%s status=%s %s labels=%o",27                  runner.id,28                  runner.name,29                  runner.status,30                  runner.busy ? "busy" : "idle",31                  runner.labels.map((e) => e.name))32              })33            }34          }35      })36    }37  )...

Using AI Code Generation

1var graph = new Graph();2var nodeS = graph.addNode("S");3var nodeA = graph.addNode("A");4var nodeB = graph.addNode("B");5var nodeC = graph.addNode("C");6var nodeD = graph.addNode("D");7var nodeE = graph.addNode("E");8var nodeF = graph.addNode("F");9var nodeG = graph.addNode("G");10var nodeH = graph.addNode("H");11var nodeI = graph.addNode("I");12var nodeJ = graph.addNode("J");13var nodeK = graph.addNode("K");14var nodeL = graph.addNode("L");15var nodeM = graph.addNode("M");16var nodeN = graph.addNode("N");17var nodeO = graph.addNode("O");18var nodeP = graph.addNode("P");19var nodeQ = graph.addNode("Q");20var nodeR = graph.addNode("R");21var nodeT = graph.addNode("T");22var nodeU = graph.addNode("U");23var nodeV = graph.addNode("V");24var nodeW = graph.addNode("W");25var nodeX = graph.addNode("X");26var nodeY = graph.addNode("Y");27var nodeZ = graph.addNode("Z");28graph.addEdge(nodeS,nodeA,1);29graph.addEdge(nodeS,nodeB,1);30graph.addEdge(nodeS,nodeC,1);31graph.addEdge(nodeA,nodeD,1);32graph.addEdge(nodeA,nodeE,1);33graph.addEdge(nodeA,nodeF,1);34graph.addEdge(nodeB,nodeG,1);35graph.addEdge(nodeB,nodeH,1);36graph.addEdge(nodeB,nodeI,1);37graph.addEdge(nodeC,nodeJ,1);38graph.addEdge(nodeC,nodeK,1);39graph.addEdge(nodeC,nodeL,1);40graph.addEdge(nodeD,nodeM,1);41graph.addEdge(nodeD,nodeN,1);42graph.addEdge(nodeD,nodeO,1);43graph.addEdge(nodeE,nodeP,1);44graph.addEdge(nodeE,nodeQ,1);45graph.addEdge(nodeE,nodeR,1);46graph.addEdge(nodeF,nodeT,1);47graph.addEdge(nodeF,nodeU,1);48graph.addEdge(nodeF,nodeV,1);49graph.addEdge(nodeG,nodeW,1);50graph.addEdge(nodeG,nodeX,1);51graph.addEdge(nodeG,nodeY,1);52graph.addEdge(nodeH,nodeZ,1);

Using AI Code Generation

1var bestFit = require('./BestFit.js');2var runIter = bestFit.runIter;3var runIter2 = bestFit.runIter2;4var runIter3 = bestFit.runIter3;5var runIter4 = bestFit.runIter4;6var runIter5 = bestFit.runIter5;7var runIter6 = bestFit.runIter6;8var runIter7 = bestFit.runIter7;9var runIter8 = bestFit.runIter8;10var runIter9 = bestFit.runIter9;11var runIter10 = bestFit.runIter10;12var runIter11 = bestFit.runIter11;13var runIter12 = bestFit.runIter12;14var runIter13 = bestFit.runIter13;15var runIter14 = bestFit.runIter14;16var runIter15 = bestFit.runIter15;17var runIter16 = bestFit.runIter16;18var runIter17 = bestFit.runIter17;19var runIter18 = bestFit.runIter18;20var runIter19 = bestFit.runIter19;21var runIter20 = bestFit.runIter20;22var runIter21 = bestFit.runIter21;23var runIter22 = bestFit.runIter22;24var runIter23 = bestFit.runIter23;25var runIter24 = bestFit.runIter24;26var runIter25 = bestFit.runIter25;27var runIter26 = bestFit.runIter26;28var runIter27 = bestFit.runIter27;29var runIter28 = bestFit.runIter28;30var runIter29 = bestFit.runIter29;31var runIter30 = bestFit.runIter30;32var runIter31 = bestFit.runIter31;33var runIter32 = bestFit.runIter32;34var runIter33 = bestFit.runIter33;35var runIter34 = bestFit.runIter34;36var runIter35 = bestFit.runIter35;37var runIter36 = bestFit.runIter36;38var runIter37 = bestFit.runIter37;39var runIter38 = bestFit.runIter38;40var runIter39 = bestFit.runIter39;41var runIter40 = bestFit.runIter40;42var runIter41 = bestFit.runIter41;43var runIter42 = bestFit.runIter42;44var runIter43 = bestFit.runIter43;45var runIter44 = bestFit.runIter44;

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var fs = require('fs');3var data = fs.readFileSync('input.txt').toString().split("\n");4var start = data[0].split(" ");5var goal = data[1].split(" ");6var rows = parseInt(data[2]);7var cols = parseInt(data[3]);8var grid = [];9var i = 4;10var j = 0;11while (i < data.length) {12    grid[j] = data[i].split(" ");13    i++;14    j++;15}16var startNode = new BestFirstSearch.Node(parseInt(start[0]), parseInt(start[1]), null, null, null);17var goalNode = new BestFirstSearch.Node(parseInt(goal[0]), parseInt(goal[1]), null, null, null);18var bfs = new BestFirstSearch.BestFirstSearch(grid, startNode, goalNode);19bfs.runIter();

Using AI Code Generation

1var BestFirstSearcher = require("./BestFirstSearcher.js");2var fs = require("fs");3var data = fs.readFileSync("./test4.json");4var test4 = JSON.parse(data);5var searcher = new BestFirstSearcher(test4);6searcher.runIter();

Using AI Code Generation

1var BestFirstSearch = require('./bestFirstSearch');2var bestFirstSearch = new BestFirstSearch();3var start = [2,2];4var goal = [7,7];5            [0,0,0,0,0,0,0,0,0,0]];6bestFirstSearch.runIter(start,goal,grid);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var Graph = require('./Graph.js');3var Vertex = require('./Vertex.js');4var Edge = require('./Edge.js');5var graph = new Graph();6var vertex1 = new Vertex(1);7var vertex2 = new Vertex(2);8var vertex3 = new Vertex(3);9var vertex4 = new Vertex(4);10var vertex5 = new Vertex(5);11var vertex6 = new Vertex(6);12var vertex7 = new Vertex(7);13var vertex8 = new Vertex(8);14var vertex9 = new Vertex(9);15var vertex10 = new Vertex(10);16graph.addVertex(vertex1);17graph.addVertex(vertex2);18graph.addVertex(vertex3);19graph.addVertex(vertex4);20graph.addVertex(vertex5);21graph.addVertex(vertex6);22graph.addVertex(vertex7);23graph.addVertex(vertex8);24graph.addVertex(vertex9);25graph.addVertex(vertex10);26graph.addEdge(new Edge(vertex1, vertex2, 10));27graph.addEdge(new Edge(vertex1, vertex3, 15));28graph.addEdge(new Edge(vertex2, vertex4, 12));29graph.addEdge(new Edge(vertex2, vertex5, 15));30graph.addEdge(new Edge(vertex3, vertex5, 10));31graph.addEdge(new Edge(vertex3, vertex6, 15));32graph.addEdge(new Edge(vertex4, vertex7, 2));33graph.addEdge(new Edge(vertex4, vertex8, 1));34graph.addEdge(new Edge(vertex5, vertex8, 5));35graph.addEdge(new Edge(vertex5, vertex9, 12));36graph.addEdge(new Edge(vertex6, vertex9, 10));37graph.addEdge(new Edge(vertex6, vertex10, 10));38graph.addEdge(new Edge(vertex7, vertex8, 4));39graph.addEdge(new Edge(vertex8, vertex9, 3));40graph.addEdge(new Edge(vertex9, vertex10, 5));41var bestFirstSearch = new BestFirstSearch(graph, vertex1, vertex10);42var path = bestFirstSearch.runIter();43console.log(path);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var Graph = require('./Graph');3var graph = new Graph();4graph.addNode('A');5graph.addNode('B');6graph.addNode('C');7graph.addNode('D');8graph.addNode('E');9graph.addNode('F');10graph.addEdge('A', 'B', 4);11graph.addEdge('A', 'C', 2);12graph.addEdge('B', 'D', 5);13graph.addEdge('B', 'E', 10);14graph.addEdge('C', 'E', 2);15graph.addEdge('C', 'F', 4);16graph.addEdge('D', 'E', 3);17graph.addEdge('D', 'F', 11);18graph.addEdge('E', 'F', 5);19var bestFirstSearch = new BestFirstSearch();20var path = bestFirstSearch.runIter(graph, 'A', 'F');21console.log(path);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var Grid = require('./Grid');3var Node = require('./Node');4var grid = new Grid();5var bfs = new BestFirstSearch();6var start = new Node(0,0);7var goal = new Node(3,3);8bfs.runIter(grid, start, goal, bfs.manhattanHeuristic);9bfs.printPath(grid, start, goal);10console.log("Number of nodes expanded: " + bfs.getNodesExpanded());

Using AI Code Generation

1import {BestFirstSearch} from '../BestFirstSearch.js';2var bfs = new BestFirstSearch();3var graph = {4    'a': { 'b': 2, 'c': 1 },5    'b': { 'd': 5 },6    'c': { 'd': 3 },7    'd': {}8};9bfs.runIter('a', 'd', graph);

Using AI Code Generation

1var graph = new Graph();2graph.addNode(new Node("A", 0, 0));3graph.addNode(new Node("B", 1, 0));4graph.addNode(new Node("C", 2, 0));5graph.addNode(new Node("D", 0, 1));6graph.addNode(new Node("E", 1, 1));7graph.addNode(new Node("F", 2, 1));8graph.addNode(new Node("G", 0, 2));9graph.addNode(new Node("H", 1, 2));10graph.addNode(new Node("I", 2, 2));11graph.addEdge("A", "B", 1);12graph.addEdge("B", "C", 1);13graph.addEdge("A", "D", 1);14graph.addEdge("D", "G", 1);15graph.addEdge("B", "E", 1);16graph.addEdge("E", "H", 1);17graph.addEdge("C", "F", 1);18graph.addEdge("F", "I", 1);19graph.addEdge("D", "E", 1);20graph.addEdge("E", "F", 1);21graph.addEdge("G", "H", 1);22graph.addEdge("H", "I", 1);23var start = graph.getNode("A");24var end = graph.getNode("I");25var search = new BestFirstSearch(graph, start, end);26var heuristic = function(node) {27    var dx = node.x - end.x;28    var dy = node.y - end.y;29    return Math.sqrt(dx * dx + dy * dy);30};31var callback = function(path) {32    var s = "";33    for (var i = 0; i < path.length; i++) {34        s += path[i].name;35        if (i < path.length - 1) {36            s += " -> ";37        }38    }39    console.log(s);40};41search.runIter(heuristic, callback);

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