How to use startRun method in ava

Best JavaScript code snippet using ava

TestSynchronizrDiff.js

Source:TestSynchronizrDiff.js

1class TestSynchronizrDiff extends UnitTest {2	constructor(root, text) {3		super(root, text);4	}5	// Reimplementation of receiver's bytecode parser6	getResult(arr, bytecode) {7		var t = this;8		var rtn = [];9		var ptr = 0;10		var endLastRun = 0;11		while (ptr < bytecode.length) {12			var op = bytecode[ptr++];13			let startRun, endRun;14			switch (op) {15				case 255: // Short Run16					startRun = endLastRun + bytecode[ptr++];17					endRun = startRun + bytecode[ptr++];18					endLastRun = endRun;19					for (let x = startRun; x <= endRun; x++)20						rtn.push(t.byteArrToStr(arr[x]));21					break;22				case 254: // Negative Short Run23					startRun = endLastRun - bytecode[ptr++];24					endRun = startRun + bytecode[ptr++];25					endLastRun = endRun;26					for (let x = startRun; x <= endRun; x++)27						rtn.push(t.byteArrToStr(arr[x]));28					break;29				case 253: // Long Run30					startRun = bytecode[ptr++] * 256 + bytecode[ptr++];31					endRun = bytecode[ptr++] * 256 + bytecode[ptr++];32					endLastRun = endRun;33					for (let x = startRun; x <= endRun; x++)34						rtn.push(t.byteArrToStr(arr[x]));35					break;36				case 252: // Singular Short Run [1 element long]37					startRun = endLastRun + bytecode[ptr++];38					endLastRun = startRun;39					rtn.push(t.byteArrToStr(arr[startRun]));40					break;41				default: // Just a normal string literal42					let len = op * 256 + bytecode[ptr++];43					var str = "";44					for (let x = 0; x < len; x++) {45						str += String.fromCharCode(bytecode[ptr++]);46					}47					rtn.push(str);48					break;49			}50		}51		return rtn;52	}53	byteArrToStr(byteArr){54		return SynchronizrUtils.byteArrToStr(byteArr);55	}56	strArrToByteArrArr(strArr){57		var rtn = [];58		for(var x = 0; x < strArr.length; x++){59			var itm = strArr[x];60			var rti = new Uint8Array(itm.length);61			for(var y = 0; y < itm.length; y++){62				rti[y] = itm.charCodeAt(y);63			}64			rtn.push(rti);65		}66		return rtn;67	}68	// byteArrArrToStrArr(byteArr){69	// 	var rtn = [];70	// 	for(var x = 0; x < byteArr.length; x++){71	// 		var itm = byteArr[x];72	// 		var rti = "";73	// 		for(var y = 0; x < itm.length; y++){74	// 			rti += String.fromCharCode(itm[y]);75	// 		}76	// 	}77	// }78	test() {79		try {80			var t = this;81			// Detailed test setup82			var str1 = "The sly quick brown fox jumped over the obese lazy dog after chewing on a juicy bone";83			// var str1 = "The quick brown fox Foo".split(" ");84			// var str1 = "1 2 3 4 5 6 7 Fizz Buzz Zip Zzzip ".split(" "); // Old85			str1 = t.strArrToByteArrArr(str1.split(" "));86			var str1Orig = [...str1];87			var str2 = "The orange fluffy kitten jumped the lazy dog and ran off with his juicy bone of beef";88			// var str2 = "Jumped over the lazy dog Foo".split(" ");89			// var str2 = "3 2 1 5 4 Fizz Zzzip Zip".split(" "); // New90			var str2Orig = str2;91			str2 = t.strArrToByteArrArr(str2.split(" "));92			var d = SynDiff.genDiffInfo(str1, str2);93			var result = t.getResult(str1Orig, d).join(" ");94			console.log(d);95			console.log(str1Orig);96			console.log(result);97			t.assertEquals(result, str2Orig);98			// Other tests99			str1 = t.strArrToByteArrArr("The brown quick fox jumped".split(" "));100			str1Orig = [...str1];101			str2 = t.strArrToByteArrArr("The quick brown fox jumped".split(" "));102			var foo2 = SynDiff.genDiffInfo(str1, str2);103			var str3 = t.getResult(str1Orig, foo2).join(" ");104			t.assertEquals("The quick brown fox jumped", str3);105		} catch (e) {106			console.error(e);107			return e;108		}109		return undefined;110	}...

StateMachine.js

Source:StateMachine.js

1const INITIAL_STATE = 1;2const FAIL_STATE = 0;3/**4 * A StateMachine represents a deterministic finite automaton.5 * It can perform matches over a sequence of values, similar to a regular expression.6 */7export default class StateMachine {8  constructor(dfa) {9    this.stateTable = dfa.stateTable;10    this.accepting = dfa.accepting;11    this.tags = dfa.tags;12  }13  /**14   * Returns an iterable object that yields pattern matches over the input sequence.15   * Matches are of the form [startIndex, endIndex, tags].16   */17  match(str) {18    let self = this;19    return {20      *[Symbol.iterator]() {21        let state = INITIAL_STATE;22        let startRun = null;23        let lastAccepting = null;24        let lastState = null;25        for (let p = 0; p < str.length; p++) {26          let c = str[p];27          lastState = state;28          state = self.stateTable[state][c];29          if (state === FAIL_STATE) {30            // yield the last match if any31            if (startRun != null && lastAccepting != null && lastAccepting >= startRun) {32              yield [startRun, lastAccepting, self.tags[lastState]];33            }34            // reset the state as if we started over from the initial state35            state = self.stateTable[INITIAL_STATE][c];36            startRun = null;37          }38          // start a run if not in the failure state39          if (state !== FAIL_STATE && startRun == null) {40            startRun = p;41          }42          // if accepting, mark the potential match end43          if (self.accepting[state]) {44            lastAccepting = p;45          }46          // reset the state to the initial state if we get into the failure state47          if (state === FAIL_STATE) {48            state = INITIAL_STATE;49          }50        }51        // yield the last match if any52        if (startRun != null && lastAccepting != null && lastAccepting >= startRun) {53          yield [startRun, lastAccepting, self.tags[state]];54        }55      }56    };57  }58  /**59   * For each match over the input sequence, action functions matching60   * the tag definitions in the input pattern are called with the startIndex,61   * endIndex, and sub-match sequence.62   */63  apply(str, actions) {64    for (let [start, end, tags] of this.match(str)) {65      for (let tag of tags) {66        if (typeof actions[tag] === 'function') {67          actions[tag](start, end, str.slice(start, end + 1));68        }69      }70    }71  }...

longestRun.js

Source:longestRun.js

1const longestRun = function (str) {2	let max = [0, 0];3	let startRun = 0;4	for (let i = 1; i <= str.length; i++) {5		if (str[i] !== str[startRun]) {6			if (i - 1 - startRun > max[1] - max[0]) {7				max = [startRun, i - 1];8			}9			startRun = i;10		}11	}12	return max;13};14console.log(longestRun("abcde"));15console.log(longestRun("abababab"));16console.log(longestRun("aabbaacca"));...

Using AI Code Generation

1var availableRuns = require('./availableRuns');2availableRuns.startRun();3module.exports = {4    startRun: function() {5        console.log('run started');6    }7};8var availableRuns = require('./availableRuns.js');9var availableRuns = require('./availableRuns');

Using AI Code Generation

1var availableRunners = require('./availableRunners.js');2var runner = availableRunners.startRun("test.js");3console.log(runner);4var availableRunners = require('./availableRunners.js');5var runner = availableRunners.stopRun("test.js");6console.log(runner);7var availableRunners = require('./availableRunners.js');8var runner = availableRunners.getRunStatus("test.js");9console.log(runner);10var availableRunners = require('./availableRunners.js');11var runner = availableRunners.getRunStatusAll();12console.log(runner);13var availableRunners = require('./availableRunners.js');14var runner = availableRunners.getRunId("test.js");15console.log(runner);16var availableRunners = require('./availableRunners.js');17var runner = availableRunners.getRunIdAll();18console.log(runner);19var availableRunners = require('./availableRunners.js');20var runner = availableRunners.getRunName("test.js");21console.log(runner);22var availableRunners = require('./availableRunners.js');23var runner = availableRunners.getRunNameAll();24console.log(runner);25var availableRunners = require('./availableRunners.js');26var runner = availableRunners.getRunPath("test.js");27console.log(runner);28var availableRunners = require('./availableRunners.js');29var runner = availableRunners.getRunPathAll();30console.log(runner);31var availableRunners = require('./availableRunners.js');32var runner = availableRunners.getRunType("test.js");33console.log(runner);34var availableRunners = require('./availableRunners.js');

Using AI Code Generation

1var availableRunners = require('./availableRunners');2var runner = availableRunners[0];3runner.startRun();4var runner = {5    startRun: function() {6        console.log('This is my runner!');7    }8};9module.exports = runner;10var myRunner = require('./myRunner');11var availableRunners = [myRunner];12module.exports = availableRunners;

Using AI Code Generation

1var availableRun = require('./availableRun.js');2availableRun.startRun();3availableRun.stopRun();4exports.startRun = function(){5    console.log("Running...");6};7exports.stopRun = function(){8    console.log("Stopped Running...");9};10var availableRun = require('./availableRun.js');11availableRun.startRun();12availableRun.stopRun();13exports.startRun = function(){14    console.log("Running...");15};16exports.stopRun = function(){17    console.log("Stopped Running...");18};19var availableRun = require('./availableRun.js');20availableRun.startRun();21availableRun.stopRun();22exports.startRun = function(){23    console.log("Running...");24};25exports.stopRun = function(){26    console.log("Stopped Running...");27};28var availableRun = require('./availableRun.js');29availableRun.startRun();

Using AI Code Generation

1var availableRunners = require('./availableRunners');2availableRunners.startRun();3var availableRunners = require('./availableRunners');4availableRunners.startRun();5var availableRunners = require('./availableRunners');6availableRunners.startRun();7var availableRunners = require('./availableRunners');8availableRunners.startRun();

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