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How to use runIteration method in Best

Best JavaScript code snippet using best

Voting.js

Source:Voting.js

...93    const notifier = new MockNotifier();94    let votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);95    assert.equal(notifier.notificationsSent, 0);96    // The vote should have been committed.97    let result = await votingSystem.runIteration(USE_PROD_LOGS);98    assert.equal(result.batches, 1);99    assert.equal(result.updates.length, 1);100    assert.equal(result.skipped.length, 0);101    assert.equal(result.failures.length, 0);102    assert.equal(notifier.notificationsSent, 1);103    // Running again should send more emails but not execute any batch commits.104    result = await votingSystem.runIteration(USE_PROD_LOGS);105    assert.equal(result.batches, 0);106    assert.equal(result.updates.length, 0);107    assert.equal(result.skipped.length, 1);108    assert.equal(result.failures.length, 0);109    assert.equal(notifier.notificationsSent, 2);110    // Move to the reveal phase.111    await moveToNextPhase(voting);112    await votingSystem.runSnapshot();113    // Replace the voting system object with a new one so the class can't persist the commit.114    votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);115    // This vote should have been removed from the persistence layer so we don't re-reveal.116    result = await votingSystem.runIteration(USE_PROD_LOGS);117    assert.equal(result.batches, 1);118    assert.equal(result.updates.length, 1);119    assert.equal(notifier.notificationsSent, 3);120    await moveToNextRound(voting);121    // The previous `runIteration()` should have revealed the vote, so the price request should be resolved.122    const hardcodedPrice = TEST_IDENTIFIERS["test"].expectedPrice;123    assert.equal(await voting.getPrice(identifier, time), hardcodedPrice);124  });125  it("reveal with bad data", async function() {126    const identifier = TEST_IDENTIFIERS["test-bad-reveal"].key;127    const time = await voting.getCurrentTime();128    // Request an Oracle price.129    await voting.requestPrice(identifier, time);130    // Move to the round in which voters will vote on the requested price.131    await moveToNextRound(voting);132    const notifier = new MockNotifier();133    let votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);134    assert.equal(notifier.notificationsSent, 0);135    // The vote should have been committed.136    let result = await votingSystem.runIteration(USE_PROD_LOGS);137    assert.equal(result.batches, 1);138    assert.equal(result.updates.length, 1);139    assert.equal(result.skipped.length, 0);140    assert.equal(result.failures.length, 0);141    assert.equal(notifier.notificationsSent, 1);142    // Replace the encrypted vote by committing again with an indecipherable string.143    await voting.commitAndEmitEncryptedVote(identifier, time, web3.utils.randomHex(32), web3.utils.randomHex(64), {144      from: voter145    });146    // Move to the reveal phase.147    await moveToNextPhase(voting);148    await votingSystem.runSnapshot();149    // Replace the voting system object with a new one so the class can't persist the commit.150    votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);151    result = await votingSystem.runIteration(USE_PROD_LOGS);152    assert.equal(result.batches, 0);153    assert.equal(result.updates.length, 0);154    // Test that emails were sent.155    assert.equal(notifier.notificationsSent, 2);156  });157  it("simultaneous and overlapping votes", async function() {158    const identifier1 = TEST_IDENTIFIERS["test-overlapping1"].key;159    const time1 = "1000";160    const identifier2 = TEST_IDENTIFIERS["test-overlapping2"].key;161    const time2 = "1000";162    // Send three overlapping requests such that each parameter overlaps with one other request.163    await voting.requestPrice(identifier1, time1);164    await voting.requestPrice(identifier1, time2);165    await voting.requestPrice(identifier2, time2);166    // Move to the round in which voters will vote on the requested prices.167    await moveToNextRound(voting);168    const notifier = new MockNotifier();169    let votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);170    // The votes should have been committed.171    let result = await votingSystem.runIteration(USE_PROD_LOGS);172    assert.equal(result.batches, 1);173    assert.equal(result.updates.length, 3);174    assert.equal(result.skipped.length, 0);175    assert.equal(result.failures.length, 0);176    // Move to the reveal phase.177    await moveToNextPhase(voting);178    await votingSystem.runSnapshot();179    // Replace the voting system object with a new one so the class can't persist the commits.180    votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);181    // This vote should have been removed from the persistence layer so we don't re-reveal.182    result = await votingSystem.runIteration(USE_PROD_LOGS);183    assert.equal(result.batches, 1);184    assert.equal(result.updates.length, 3);185    await moveToNextRound(voting);186    // The previous `runIteration()` should have revealed the vote, so the price request should be resolved.187    const hardcodedPrice = TEST_IDENTIFIERS["test-overlapping1"].expectedPrice;188    assert.equal(await voting.getPrice(identifier1, time1), hardcodedPrice);189    assert.equal(await voting.getPrice(identifier1, time2), hardcodedPrice);190    assert.equal(await voting.getPrice(identifier2, time2), hardcodedPrice);191  });192  it("Notification on crash", async function() {193    const identifier = TEST_IDENTIFIERS["Custom Index (1)"].key;194    const time = await voting.getCurrentTime();195    // Request an Oracle price.196    await voting.requestPrice(identifier, time);197    const notifier = new MockNotifier();198    const votingSystem = new VotingScript.VotingSystem(voting, voter, [notifier]);199    // Simulate the commit reverting.200    const temp = votingSystem.voting.batchCommit;201    const errorMessage = "ABCDEF";202    votingSystem.voting.batchCommit = () => {203      throw errorMessage;204    };205    await moveToNextRound(voting);206    // Run an iteration, which should crash.207    await votingSystem.runIteration(USE_PROD_LOGS);208    // A notification email should be sent.209    assert.equal(notifier.notificationsSent, 1);210    assert(notifier.lastSubject.startsWith("Fatal error"));211    assert(notifier.lastBody.includes(errorMessage));212    // Restore the commit function and resolve the price request.213    votingSystem.voting.batchCommit = temp;214    await votingSystem.runIteration(USE_PROD_LOGS);215    await moveToNextPhase(voting);216    await votingSystem.runSnapshot();217    await votingSystem.runIteration(USE_PROD_LOGS);218    await moveToNextRound(voting);219  });220  it("Constant price", async function() {221    const identifier = TEST_IDENTIFIERS["Custom Index (1)"].key;222    const time = await voting.getCurrentTime();223    // Request an Oracle price.224    await voting.requestPrice(identifier, time);225    const votingSystem = new VotingScript.VotingSystem(voting, voter, [new MockNotifier()]);226    await moveToNextRound(voting);227    let result = await votingSystem.runIteration(USE_PROD_LOGS);228    assert.equal(result.batches, 1);229    assert.equal(result.updates.length, 1);230    assert.equal(result.skipped.length, 0);231    assert.equal(result.failures.length, 0);232    await moveToNextPhase(voting);233    await votingSystem.runSnapshot();234    result = await votingSystem.runIteration(USE_PROD_LOGS);235    assert.equal(result.batches, 1);236    assert.equal(result.updates.length, 1);237    await moveToNextRound(voting);238    assert.equal(239      (await voting.getPrice(identifier, time)).toString(),240      TEST_IDENTIFIERS["Custom Index (1)"].expectedPrice241    );242  });243  it("Numerator/Denominator", async function() {244    // Add a test identifier245    VotingScript.SUPPORTED_IDENTIFIERS["0.5"] = {246      numerator: {247        dataSource: "Constant",248        value: "1"249      },250      denominator: {251        dataSource: "Constant",252        value: "2"253      }254    };255    const identifier = TEST_IDENTIFIERS["0.5"].key;256    const time = await voting.getCurrentTime();257    // Request an Oracle price.258    await voting.requestPrice(identifier, time);259    const votingSystem = new VotingScript.VotingSystem(voting, voter, [new MockNotifier()]);260    await moveToNextRound(voting);261    let result = await votingSystem.runIteration(USE_PROD_LOGS);262    assert.equal(result.batches, 1);263    assert.equal(result.updates.length, 1);264    assert.equal(result.skipped.length, 0);265    assert.equal(result.failures.length, 0);266    await moveToNextPhase(voting);267    await votingSystem.runSnapshot();268    result = await votingSystem.runIteration(USE_PROD_LOGS);269    assert.equal(result.batches, 1);270    assert.equal(result.updates.length, 1);271    await moveToNextRound(voting);272    assert.equal((await voting.getPrice(identifier, time)).toString(), TEST_IDENTIFIERS["0.5"].expectedPrice);273  });274  it("Only batches up to the maximum number of commits or reveals that can fit in one block", async function() {275    const identifier = TEST_IDENTIFIERS["Custom Index (100)"].key;276    let testTransactions = BATCH_MAX_COMMITS * 2 + 1;277    const time = (await voting.getCurrentTime()).toNumber() - testTransactions;278    // Request Oracle prices.279    for (let i = 0; i < testTransactions; i++) {280      let timeToVote = time + i;281      await voting.requestPrice(identifier, timeToVote.toString());282    }283    // Sanity check.284    assert.isFalse(await voting.hasPrice(identifier, time));285    // Query pending requests to vote on during each phase.286    let pendingVotes = await voting.getPendingRequests();287    assert.equal(pendingVotes.length, 0, "There should be 0 pending requests during pre-commit phase");288    const votingSystem = new VotingScript.VotingSystem(voting, voter, [new MockNotifier()]);289    // Move to commit phase.290    await moveToNextRound(voting);291    pendingVotes = await voting.getPendingRequests();292    assert.equal(293      pendingVotes.length,294      testTransactions,295      `There should be ${testTransactions} pending requests during commit phase`296    );297    let result = await votingSystem.runIteration(USE_PROD_LOGS);298    let batchesExpected = Math.ceil(testTransactions / BATCH_MAX_COMMITS);299    assert.equal(batchesExpected, result.batches);300    assert.equal(result.updates.length, testTransactions);301    assert.equal(result.skipped.length, 0);302    assert.equal(result.failures.length, 0);303    // Move to reveal phase.304    await moveToNextPhase(voting);305    await votingSystem.runSnapshot();306    pendingVotes = await voting.getPendingRequests();307    assert.equal(308      pendingVotes.length,309      testTransactions,310      `There should be ${testTransactions} pending requests during reveal phase`311    );312    result = await votingSystem.runIteration(USE_PROD_LOGS);313    batchesExpected = Math.ceil(testTransactions / BATCH_MAX_REVEALS);314    assert.equal(batchesExpected, result.batches);315    assert.equal(result.updates.length, testTransactions);316    // End voting (commit & reveal) process.317    await moveToNextRound(voting);318    pendingVotes = await voting.getPendingRequests();319    assert.equal(pendingVotes.length, 0, "There should be 0 pending requests during post-reveal phase");320    // Sanity check.321    assert.equal(322      (await voting.getPrice(identifier, time)).toString(),323      TEST_IDENTIFIERS["Custom Index (100)"].expectedPrice324    );325  });326});

testAfterRenderTest.js

Source:testAfterRenderTest.js

...15 */16({17    testAfterRenderTopLevel: {18        test: function(component){19            this.runIteration(component, "simple");20        }21    },22    testAfterRenderTopLevelExtended: {23        test: function(component){24            this.runIteration(component, "extended");25        }26    },27    testAfterRenderContainedInHTML: {28        test: function(component){29            this.runIteration(component, "containedInHTML");30        }31    },32    testAfterRenderContainedInHTMLExtended: {33        test: function(component){34            this.runIteration(component, "extendedContainedInHTML");35        }36    },37    testAfterRenderContainedInNestedHTML: {38        test: function(component){39            this.runIteration(component, "containedInNestedHTML");40        }41    },42    testAfterRenderContainedInNestedHTMLExtended: {43        test: function(component){44            this.runIteration(component, "extendedContainedInNestedHTML");45        }46    },47    testAfterRenderContainedInComponent: {48        test: function(component){49            this.runIteration(component, "containedInComponent");50        }51    },52    testAfterRenderContainedInComponentExtended: {53        test: function(component){54            this.runIteration(component, "extendedContainedInComponent");55        }56    },57    testAfterRenderContainedInNestedComponent: {58        test: function(component){59            this.runIteration(component, "containedInNestedComponent");60        }61    },62    testAfterRenderContainedInNestedComponentExtended: {63        test: function(component){64            this.runIteration(component, "extendedContainedInNestedComponent");65        }66    },67    testAfterRenderKitchenSinkA: {68        test: function(component){69            this.runIteration(component, "kitchenSinkA");70        }71    },72    testAfterRenderKitchenSinkAExtended: {73        test: function(component){74            this.runIteration(component, "extendedKitchenSinkA");75        }76    },77    testAfterRenderKitchenSinkB: {78        test: function(component){79            this.runIteration(component, "kitchenSinkB");80        }81    },82    testAfterRenderKitchenSinkBExtended: {83        test: function(component){84            this.runIteration(component, "extendedKitchenSinkB");85        }86    },87    runIteration: function(component, iterationId){88        var div = component.find(iterationId).getElement();89        if (iterationId.substr(0,"extended".length)=="extended")90            aura.test.assertEquals("Extended AfterRender Ran.", div.innerHTML, "After render wasn't chained.");91        else92            aura.test.assertEquals("AfterRender Ran.", div.innerHTML, "After render didn't run.");93    }...

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var path = require('path');3var fs = require('fs');4var input = fs.readFileSync(path.join(__dirname, 'input.txt'), 'utf8');5var inputArray = input.split('\n');6var firstLine = inputArray[0].split(' ');7var n = parseInt(firstLine[0]);8var m = parseInt(firstLine[1]);9var k = parseInt(firstLine[2]);10var grid = [];11for (var i = 1; i <= n; i++) {12    grid.push(inputArray[i].split(''));13}14var start = inputArray[n + 1].split(' ');15var startX = parseInt(start[0]);16var startY = parseInt(start[1]);17var end = inputArray[n + 2].split(' ');18var endX = parseInt(end[0]);19var endY = parseInt(end[1]);20var bestFirstSearch = new BestFirstSearch(grid, n, m);21console.log(bestFirstSearch.runIteration(startX, startY, endX, endY));

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var graph = require('./graph.js');3var bestFirstSearch = new BestFirstSearch(graph);4bestFirstSearch.runIteration();5console.log("The best first search path is: ");6console.log(bestFirstSearch.getPath());7console.log("The cost of the best first search path is: ");8console.log(bestFirstSearch.getCost());

Using AI Code Generation

1var BestFirstSearch = require('./bestFirstSearch.js');2var bestFirstSearch = new BestFirstSearch();3var test4 = function() {4	var graph = {5		0: {6		},7		1: {8		},9		2: {10		},11		3: {12		},13		4: {14		},15		5: {16		}17	};18	var heuristic = {19	};20	var startNode = 0;21	var goalNode = 5;22	var result = bestFirstSearch.runIteration(graph, heuristic, startNode, goalNode);23	console.log(result);24}25module.exports = test4;

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var nodes = require('./nodes');3var graph = require('./graph');4var bestFirstSearch = new BestFirstSearch();5var start = nodes.node1;6var goal = nodes.node4;7var result = bestFirstSearch.runIteration(start, goal, graph);8console.log(result);

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch');2var fs = require('fs');3var test4 = fs.readFileSync('test4.txt', 'utf8');4var test4Array = test4.split('\n');5var start = test4Array[0];6var end = test4Array[1];7var heuristic = test4Array[2];8var graph = test4Array.slice(3);9var bfs = new BestFirstSearch(start, end, heuristic, graph);10bfs.runIteration();

Using AI Code Generation

1var BestFirstSearch = require('./BestFirstSearch.js');2var graph = new BestFirstSearch.Graph();3var node0 = new BestFirstSearch.Node(0);4var node1 = new BestFirstSearch.Node(1);5var node2 = new BestFirstSearch.Node(2);6var node3 = new BestFirstSearch.Node(3);7var node4 = new BestFirstSearch.Node(4);8var node5 = new BestFirstSearch.Node(5);9var node6 = new BestFirstSearch.Node(6);10var node7 = new BestFirstSearch.Node(7);11var node8 = new BestFirstSearch.Node(8);12var node9 = new BestFirstSearch.Node(9);13graph.addNode(node0);14graph.addNode(node1);15graph.addNode(node2);16graph.addNode(node3);17graph.addNode(node4);18graph.addNode(node5);19graph.addNode(node6);20graph.addNode(node7);21graph.addNode(node8);22graph.addNode(node9);23graph.addEdge(node0, node1, 4);24graph.addEdge(node0, node7, 8);25graph.addEdge(node1, node2, 8);26graph.addEdge(node1, node7, 11);27graph.addEdge(node2, node3, 7);28graph.addEdge(node2, node8, 2);29graph.addEdge(node2, node5, 4);30graph.addEdge(node3, node4, 9);31graph.addEdge(node3, node5, 14);32graph.addEdge(node4, node5, 10);33graph.addEdge(node5, node6, 2);34graph.addEdge(node6, node7, 1);35graph.addEdge(node6, node8, 6);36graph.addEdge(node7, node8, 7);37var bfs = new BestFirstSearch.BestFirstSearch(graph, node0, node4);38bfs.runIteration();39console.log(bfs.shortestPath());

Using AI Code Generation

1const BestFirstSearch = require('./BestFirstSearch');2];3const startNode = [0, 0];4const endNode = [9, 9];5const bestFirstSearch = new BestFirstSearch(grid, startNode, endNode);6bestFirstSearch.runIteration();7bestFirstSearch.printGrid();

Using AI Code Generation

1import { BestFirstSearch } from "./best-first-search";2import { Graph } from "./graph";3import { Node } from "./node";4import { Edge } from "./edge";5let graph = new Graph();6let A = new Node("A");7let B = new Node("B");8let C = new Node("C");9let D = new Node("D");10let E = new Node("E");11let F = new Node("F");12let G = new Node("G");13let H = new Node("H");14let I = new Node("I");15let J = new Node("J");16let K = new Node("K");17graph.addNode(A);18graph.addNode(B);19graph.addNode(C);20graph.addNode(D);21graph.addNode(E);22graph.addNode(F);23graph.addNode(G);24graph.addNode(H);25graph.addNode(I);26graph.addNode(J);27graph.addNode(K);28let edge1 = new Edge(A, B, 1);29let edge2 = new Edge(A, C, 2);30let edge3 = new Edge(B, D, 3);31let edge4 = new Edge(C, D, 4);32let edge5 = new Edge(D, E, 5);33let edge6 = new Edge(D, F, 6);34let edge7 = new Edge(E, G, 7);35let edge8 = new Edge(F, G, 8);36let edge9 = new Edge(G, H, 9);37let edge10 = new Edge(G, I, 10);38let edge11 = new Edge(H, J, 11);39let edge12 = new Edge(I, J, 12);40graph.addEdge(edge1);41graph.addEdge(edge2);42graph.addEdge(edge3);43graph.addEdge(edge4);44graph.addEdge(edge5);45graph.addEdge(edge6);46graph.addEdge(edge7);47graph.addEdge(edge8);48graph.addEdge(edge9);49graph.addEdge(edge10);50graph.addEdge(edge11);51graph.addEdge(edge12);52let heuristic = new Map();53heuristic.set(A, 0);54heuristic.set(B, 1);55heuristic.set(C, 2);56heuristic.set(D, 3);57heuristic.set(E, 4);58heuristic.set(F

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