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How to use uniqueList method in tracetest

Best JavaScript code snippet using tracetest

UELogParser.js

Source:UELogParser.js

1// Load dependencies2const fs = require("fs");3const settings = require("./UELogParserSettings.json");4const colors = require("colors");56// JSDoc definitions78/**9 * @typedef LogObject A collection of pertinent information for a specific log10 * @type {Object}11 * 12 * @property {string} category The Log category the log is coming from13 * @property {string} type The type of message being displayed, usually display, verbose, warning or error 14 * @property {string} message The message that was output to the console15 * @property {string} logText The original log text scraped from the file16 * @property {number} count How many times this log has appeared17 * @property {Array.<string>} siblings Log Texts which have been identified as identical to this log18 */1920/**21 * @typedef LogInfo22 * @type {Object}23 * 24 * @property {number} totalCount Number of logs parsed25 * @property {Array.<LogObject>} uniqueList Set of unique log entries26 * @property {Object.<string,number>} categories Tracks the occurences of each category27 * @property {Object.<string,number>} typeCounts Tracks the occurences of each type28 * @property {Array.<LogInfo} dataList List of separate logInfo from each file29 * @property {string} [sourceFile] Optional field for the file which supplied the data30 */3132console.clear();33343536// ========================= Global Variables =========================3738/** The path to folder with the logs */39let pathToFolder = settings.textLoading.folderPath;4041/** the write stream for printing to a file */42let outputStream;43if(settings.writeToFile) outputStream = fs.createWriteStream(__dirname + "\\UELogParser_Output.txt"); 4445/** Object which contains modified logging methods */46const logger = {47    empty: (printToConsole = true) => {48        if(settings.writeToFile) outputStream.write("\n");49        if(printToConsole) console.log();50    },51    header: (text, newLine = false, printToConsole = true) => {52        const string = ( newLine ? "\n" : "") + "----- ".green + text.green + " -----".green;53        if(settings.writeToFile) outputStream.write(( newLine ? "\n" : "") + "----- " + text + " -----" + "\n");54        if(printToConsole) console.log(string);55    },56    log: (text, printToConsole = true)=>{57        const string = (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")).cyan;58        if(settings.writeToFile) outputStream.write((typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")) + "\n");59        if(printToConsole) console.log(string);60    },61    debug: (text, printToConsole = true) =>{62        if(settings.debug){63            const string = (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t"));64            if(printToConsole){65                console.debug(string.magenta);66            }67            if(settings.writeToFile){68                outputStream.write(string);69            }70        }71    },72    warn: (text, printToConsole = true)=>{73        const string = "Warning:".bgYellow.black + " ".yellow + (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")).yellow;74        if(settings.writeToFile) outputStream.write("Warning:" + " " + (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")) + "\n");75        if(printToConsole) console.log(string);76    },77    error: (text)=>{78        const string = "ERROR!".bgRed.black + " ".yellow + (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")).red;79        if(settings.writeToFile) outputStream.write("ERROR!" + " " + (typeof(text) === "string" ? text : JSON.stringify(text,null,"\t")) + "\n");80        if(printToConsole) console.log(string);81    }82};8384/** Map of fileName to text content */85const textContent = {};8687/** 88 * @type {LogInfo} 89 */90const logData = {91    totalCount: 0,92    uniqueList: [],93    categories: {},94    typeCounts: {95        errors: 0,96        warnings: 0,97        verbose: 0, 98        general: 0      99    },100    dataList: []101};102103/**104 * @type {Array.<string>}105 */106const miscellaneous = [];107108// ========================= Function Definitions =========================109110/**111 * @function parseText112 * @description Takes a large block of text and breaks it down into individual log statements, before parsing them into data containers113 * 114 * @see {LogObject}115 * 116 * @param {String} input Text input from a log file117 * 118 * @returns {LogInfo}119 */120function parseText(input, fileName){121    logger.header(`Parsing text` + (fileName ? (" " + fileName) : ""), true);122123    const logRegex = /Log.*:.*/gm;124    const parseRegex = /(?:Log(?<logCategory>[^:]+)):{1}\s*(?:(?<type>[^:-\s]*):{1}(?!:)\s*)?(?<message>.*)/;125    const matchArray = input.match(logRegex);126    127    for(let i = 0; i < matchArray.length; i++){128        const logString = matchArray[i];129        const parsedLog = logString.match(parseRegex)?.groups;130        131        if(parsedLog == null){132            matchArray[i] = {133                cateogry: undefined,134                type: undefined,135                message: undefined,136                logText: logString,137                count: 1,138                siblings: []139            }140        }141        else{142            matchArray[i] = {143                category: parsedLog?.logCategory?.trim(),144                type: parsedLog?.type?.trim(),145                message: parsedLog?.message?.trim(),146                logText: logString,147                count: 1,148                siblings: []149            };150        }151152        // Print warnings for edge cases153        if(matchArray[i].category === undefined || matchArray[i].message === undefined){154            let output = "Match has missing fields ";155            if(matchArray[i].category === undefined && matchArray[i].message === undefined) output += "Category and Message"; 156            else if(matchArray[i].category === undefined) output += "Category";157            else if(matchArray[i].message === undefined) output += "Message";158159            logger.warn(output);160            logger.log(matchArray[i]?.logText?.yellow);161        }162    }163    164    logger.log(`File of ${input.length} characters was parsed into ${matchArray.length} log statements`);165166    const logInfo = processParsedLog(matchArray, fileName);167    if(settings.textParsing.summarize) getParseSummary(logInfo);168169    return logInfo;170}171172/**173 * @function processParsedLog174 * @description Turns an array of log objects into a log info object175 * 176 * @param {Array.<LogObject>} matchArray 177 * @param {string} [fileName] 178 * 179 * @returns {LogInfo}180 */181function processParsedLog(matchArray, fileName){182    // Initialize the "pointer" of loginfo183    let logInfo;184    if(settings.textParsing.consolidate){185        logInfo = logData;186        logInfo.totalCount += matchArray.length;187    }188    else{189        logInfo = {190            totalCount: matchArray.length,191            uniqueList: [],192            categories: {193                general: 0194            },195            typeCounts: {196                general: 0,197                verbose: 0,198                warnings: 0,199                errors: 0200            }201        };202    }203    204    // Process each match individually205    for(let i = 0; i < matchArray.length; i++){206        const info = matchArray[i];207208        const firstIndex = logInfo.uniqueList.findIndex((data) => data.logText.replace(/\[[^\[\]]*\]\[[^\[\]]*\]\s*(?=Log)/,"") === info.logText);209        if(firstIndex === -1){210            logInfo.uniqueList.push(info);211        }212        else{213            logInfo.uniqueList[firstIndex].count++;214            logInfo.uniqueList[firstIndex]?.siblings?.push(info.logText);215        }216217        if(Object.keys(logInfo.categories).includes(info.category)){218            logInfo.categories[info.category]++;219        }220        else if(info.category){221            logInfo.categories[info.category] = 1;222        }223        else{224            logInfo.general++;225        }226227        // Run validation checks228        if(info.type && info.type.match(/^[\w\s]*$/) === null){229            logger.error(`Invalid type of ${info.type} on log \n ${info.logText} \n`);230            logger.log(info);231        }232    }233234    for(const info of logInfo.uniqueList){235        if(info.type === "Error"){236            logInfo.typeCounts.errors++;237        }238        else if(info.type === "Warning"){239            logInfo.typeCounts.warnings++;240        }241        else if(info.type){242            const modifiedType = info.type.trim().toLowerCase();243            if(Object.keys(logInfo.typeCounts).includes(modifiedType)) {244                logInfo.typeCounts[modifiedType]++;245            }246            else{247                logInfo.typeCounts[modifiedType] = 1;248            }249        }250    }251252    // Run data validation253    if(logInfo.uniqueList.length != Object.values(logInfo.typeCounts).reduce((aggr, next) => aggr+next, 0)) logger.warn("type counts do not total ");254255    if(!settings.textParsing.consolidate){256        logData.dataList.push(logInfo);257        if(fileName) logInfo.sourceFile = fileName;258    }259    return logInfo;260}261262/**263 * 264 * @param {Array<LogObject>} uniqueList265 * 266 * @returns {void}267 */268function sortLogsByCount(uniqueList){269    /** Takes element at right index as pivot and places the pivot in its sorted position */270    const partition = (list, start, end, comparer = (a,b) => a <= b) => {271        const pivot = list[end];272        let pIndex = start;273        274        for(let idx = start; idx < end; idx++){275            if(comparer(list[idx],pivot)){    276                [list[idx], list[pIndex]] = [list[pIndex], list[idx]];277                pIndex++;278            }279        }280281        [list[pIndex], list[end]] = [list[end], list[pIndex]];282        return pIndex;283    } 284    285    /** Calculates the partition index and recursively sorts to the left and right of it */286    const quickSort = (list, start, end, comparer = (a,b) => a <= b) => {287        if(start >= end){288            return;289        }290291        let pivotIndex = partition(list, start, end, comparer);292        quickSort(list, start, pivotIndex - 1);293        quickSort(list, pivotIndex + 1, end);294    }295296    // For whatever reason, JS refuses to properly compare object keys, so group up log objects by count297    const numberArray = [];298    const countMap = {};299    for(const log of uniqueList){300        if(!numberArray.includes(log.count)){301            numberArray.push(log.count);302            countMap[log.count] = [log];303        }304        else{305            countMap[log.count].push(log);306        }307    }308309    let debugString = uniqueList.map(item => item.count).reduce((aggr,item) => aggr +","+item);310    logger.debug(debugString);311    logger.empty();312    313    // Sort on the array of counts observed, then replace the counts with the arrays of log objects which have those counts314    quickSort(numberArray, 0, numberArray.length - 1);315    let newArray = [];316    for(const count of numberArray){317        newArray = newArray.concat(countMap[count]);318    }319    320    debugString = uniqueList.map(item => item.count).reduce((aggr,item) => aggr +","+item);321    logger.debug(debugString + "\n");322323    // Run validation324    let counter = 0;325    for(let vidx = 0; vidx < uniqueList.length -1; vidx++){326        if(uniqueList[vidx].count > uniqueList[vidx + 1].count){327            counter++;328            // logger.warn(`Log ${uniqueList[vidx].message} (${uniqueList[vidx].count}) was marked greater than ${uniqueList[vidx + 1].message} (${uniqueList[vidx + 1].count})`);329        }330    }331    if(counter > 0){332        // JS is fucking stupid and the only way it sorts correctly in the main execution is if it doesn't here333        // logger.warn(`List was sorted with approximately ${counter} elements out of place`);334    }335    else{336        logger.log("Unique List was sorted successfully");337    }338339    return newArray;340}341342/**343 * 344 * @param {Object} logInfo 345 */346function getParseSummary(logInfo){347    logger.log(`${logInfo.uniqueList.length} unique entries ranging from counts of ${logInfo.uniqueList.reduce((prev, next) => next.count >= prev.count ? next : prev).count} to ${logInfo.uniqueList.reduce((prev, next) => next.count <= prev.count ? next : prev).count}`);348    logger.empty();349350    for(const type of Object.keys(logInfo.typeCounts)){351        let printFunction = logger.log;352        printFunction(`${logInfo.typeCounts[type]} ${type}`);353    }354355    logger.empty();    356    for(const category of Object.entries(logInfo.categories)){357        logger.log(`${category[0]} was logged to ${category[1]} times`);358    }359}360361/**362 * 363 * @param {Array.<string>} fileNames  364 */365function loadText(fileNames){366    logger.header("Loading files", true);367    368    for(const fileName of fileNames){ 369        const path = getPathToFile(fileName);370371        // Load text from file path372        logger.log(`Loading File ${path}...`);373        textContent[fileName] = fs.readFileSync(path, "utf-8");374    }375}376377function getPathToFile(fileName){378    if(settings.textLoading.directory === "local"){379        return __dirname + "\\" + fileName;380    }381    else if(settings.textLoading.directory === "folder"){382        return pathToFolder + "\\" + fileName;383    }384}385386/**387 * 388 * @param {LogObject} log 389 */390function filterLog(log){391    // Filter type392    if(!settings.display.filters.type.ignore){393        if(log.type === undefined && !settings.display.filters.type.allowUndefined){394            return true;395        }396        if(!settings.display.filters.type.whitelist.includes(log.type)397            || settings.display.filters.type.blacklist.includes(log.type)){398            return true;399        }400    }401402    // Filter Category403    if(!settings.display.filters.category.ignore){404        if(log.category === undefined && !settings.display.filters.category.allowUndefined){405            return true;406        }407        if(!settings.display.filters.category.whitelist.includes(log.category)408            || settings.display.filters.category.blacklist.includes(log.category)){409            return true;410        }411    }412413    // Default to displaying the log414    return false;415}416417/**418 * 419 * @param {LogObject} log 420 * @returns {string}421 */422function getLogDisplayString(log){423    return `${log.message}424    Count: ${log.count}425    Type: ${log.type}426    Category: ${log.category}427    Original: ${log.logText} 428`;429}430431/**432 * 433 * @param {Array.<LogObject>} logList434 * 435 * @returns {LogInfo} 436 */437function filterLogList(logList){438    /** @type {LogInfo} */439    let newInfo = {440        totalCount: 0,441        uniqueList: [],442        categories: {},443        typeCounts: {444            errors: 0,445            warnings: 0,446            verbose: 0, 447            general: 0      448        }449    };450451    for(const log of logList){452        if(!filterLog(log)){453            newInfo.uniqueList.push(log);454            newInfo.totalCount += log.count;455            456            // Update type counts457            if(log.type === "Error"){458                newInfo.typeCounts.errors++;459            }460            else if(log.type === "Warning"){461                newInfo.typeCounts.warnings++;462            }463            else if(log.type){464                const modifiedType = log.type.trim().toLowerCase();465                if(Object.keys(logInfo.typeCounts).includes(modifiedType)) {466                    logInfo.typeCounts[modifiedType] += log.count;467                }468                else{469                    logInfo.typeCounts[modifiedType] = log.count;470                }471            }472            473            // Update category counts474            if(newInfo.categories[log.category]) newInfo.categories[log.category] += log.count;475            else newInfo.categories[log.category] = log.count;476        }477    }478479    return newInfo;480}481482/**483 * 484 */485function run(fileList){486    if(!fileList || fileList.length == 0){487        logger.warn("No files found");488        return;489    }490491    // Scrape files for strings492    loadText(fileList, settings.textLoading);493    logger.empty();494495    // Parse each file496    for(const fileName of fileList){497        if(fs.existsSync(getPathToFile(fileName))){498            parseText(textContent[fileName], fileName);499        }else{500            logger.error(`Path to file ${fileName} could not be found`);501        }502    }503504    // Sort unique list by count505    if(settings.textParsing.consolidate){506        logData.uniqueList = sortLogsByCount(logData.uniqueList);507    }508    else{509        for(const data of logData.dataList){510            data.uniqueList = sortLogsByCount(data.uniqueList);511        }512    }513514    logger.empty();515    logger.log("Processing finished.");516    logger.empty();517518    if(settings.textParsing.consolidate){519        const data = filterLogList(logData.uniqueList);520        logger.header(`Log Data`, true);521522        logger.log(`Log Count: ${data.totalCount}`);523        logger.log(`Unique Log Count: ${data.uniqueList.length}`);524        525        logger.header("Log Types", true);526        const typeEntries = Object.entries(data.typeCounts).map((value, index) => `${value[0]}: ${value[1]}`);527        if(typeEntries.length > 0){528            const typeString = typeEntries.reduce((aggr, current, index, array) => aggr + ", " + current)529            logger.log(typeString);530        }531532        logger.header("Log Categories", true);533        const categoryEntries = Object.entries(data.categories).filter(category => settings.display.filters.category.ignore || (settings.display.filters.category.whitelist.includes(category) && !settings.display.filters.category.blacklist.includes(category)) ).map((value, index) => `${value[0]}: ${value[1]}`);534        if(categoryEntries.length > 0){535            const categoryString = categoryEntries.reduce((aggr, current, index, array) => aggr + ", " + current)536            logger.log(categoryString);537        }538539        logger.header("Log List", true, settings.display.logList);540        for(let i = data.uniqueList.length - 1; i >= 0; i--){541            logger.log(getLogDisplayString(data.uniqueList[i]), settings.display.logList);542        }543    }544    else{545        for(const info of logData.dataList){546            logger.header(`Log File Summary: ${info.sourceFile}`, true);547548            logger.log(`Log Count: ${info.totalCount}`);549            550            logger.log("Log Types");551            const typeString = Object.entries(info.typeCounts).map((value, index) => `${value[0]}:${value[1]}`).reduce((aggr, current, index, array) => aggr + ", " + current);552            logger.log(typeString);553554            logger.log("Log Categories", true);555            const categoryString = Object.entries(info.categories).map((value, index) => `${value[0]}:${value[1]}`).reduce((aggr, current, index, array) => aggr + ", " + current);556            logger.log(categoryString);557        }558        for(const info of logData.dataList){559            logger.header(`Log List: ${info.sourceFile}`, true, settings.display.logList);560            for(let logIndex = 0; logIndex < info.uniqueList.length; logIndex++){561                const log = info.uniqueList[logIndex];562                563                if(!filterLog(log)){ 564                    logger.log(565    `${log.message}566        Count: ${log.count}567        Type: ${log.type}568        Category: ${log.category}569        `, settings.display.logList570                    );571                }572            }573        }574    }575}576577578579// ========================= Runtime Execution =========================580581// Get the list of files to parse582const fileList = [];583if(settings.textLoading.directory === "local"){584    for(let i = 2; i < process.argv.length; i++){585        fileList.push(process.argv[i]);586    }587}588else if(settings.textLoading.directory === "folder"){589    logger.log(`Opening folder: ${pathToFolder}`);590    fs.readdirSync(pathToFolder, { withFileTypes: true }).forEach(file => fileList.push(file.name));591}592593// Parse the files594try{595    run(fileList);596}597catch(err){598    if(outputStream?.writable) outputStream.end();599    throw err;
...

list.test.js

Source:list.test.js

1const {2  uniqueList,3  uniqueListWithLength,4  dupList,5  spreadList,6  singleNodeList,7  emptyList8} = require('../src/config/linkedLists/lists');9const {10  checkForDups,11  countNodes12} = require('../src/config/linkedLists/methods');13const { removeDuplicates } = require('../src/problems/linkedLists/removeDuplicates');14const { deleteMiddleNode } = require('../src/problems/linkedLists/deleteMiddleNode');15const {16  kthToLast,17  kToLast,18  kthToLastMap19} = require('../src/problems/linkedLists/kthToLast');20const { partition } = require('../src/problems/linkedLists/partition');21describe('Linked list tests', () => {22  describe('Remove duplicates', () => {23    let deduped = removeDuplicates(dupList);24    test('returns null if no list passed in', () => {25      expect(removeDuplicates()).toBeNull();26    });27    test('list contains no duplicate node values', () => {28      expect(checkForDups(deduped)).toBeFalsy();29    });30    test('list retains all unique node values', () => {31      expect(deduped).toMatchObject(uniqueList);32    });33    test('list retains head and tail properties', () => {34      expect(deduped.head).toBeTruthy();35      expect(deduped.head.value).toBe(1);36      expect(deduped.tail).toBeTruthy();37      expect(deduped.tail.value).toBe(6);38    });39    test('list head and tail properties point to correct nodes', () => {40      expect(deduped.head.value).toBe(1);41      expect(deduped.tail.value).toBe(6);42    });43  });44  describe('kth to last', () => {45    test('returns null if empty list or no list passed in', () => {46      expect(kthToLast()).toBeNull();47      expect(kToLast()).toBeNull();48      expect(kthToLastMap()).toBeNull();49    });50    test('returns null if k is larger than the number of items in the list', () => {51      expect(kthToLast(uniqueListWithLength, 20)).toBeNull();52      expect(kToLast(uniqueList, 20)).toBeNull();53      expect(kthToLastMap(uniqueList, 20)).toBeNull();54    });55    test('returns list tail when k = 1', () => {56      expect(kthToLast(uniqueListWithLength, 1)).toMatchObject(uniqueListWithLength.tail);57      expect(kthToLast(singleNodeList, 1)).toMatchObject(singleNodeList.tail);58      expect(kToLast(uniqueList, 1)).toMatchObject(uniqueList.tail);59      expect(kToLast(singleNodeList, 1)).toMatchObject(singleNodeList.tail);60      expect(kthToLastMap(uniqueList, 1)).toMatchObject(uniqueList.tail);61      expect(kthToLastMap(singleNodeList, 1)).toMatchObject(singleNodeList.tail);62    });63    test('returns list head when k is equivalent to list length', () => {64      let uLen = uniqueList.length;65      let sLen = singleNodeList.length;66      expect(kthToLast(uniqueListWithLength, uLen)).toMatchObject(uniqueListWithLength.head);67      expect(kthToLast(singleNodeList, sLen)).toMatchObject(singleNodeList.head);68      expect(kToLast(uniqueList, uLen)).toMatchObject(uniqueList.head);69      expect(kToLast(singleNodeList, sLen)).toMatchObject(singleNodeList.head);70      expect(kthToLastMap(uniqueList, uLen)).toMatchObject(uniqueList.head);71      expect(kthToLastMap(singleNodeList, sLen)).toMatchObject(singleNodeList.head);72    });73    test('returns correct node when node is in the middle (not head or tail)', () => {74      let node = uniqueList.head.next.next75      let k = uniqueList.length - 2;76      expect(kthToLast(uniqueListWithLength, k)).toMatchObject(node);77      expect(kToLast(uniqueList, k)).toMatchObject(node);78      expect(kthToLastMap(uniqueList, k)).toMatchObject(node);79    });80  });81  describe('Delete middle node', () => {82    test('returns null if empty list or no list passed in', () => {83      expect(deleteMiddleNode()).toBeNull();84      expect(deleteMiddleNode(emptyList)).toBeNull();85    });86    test('removes a node from the list', () => {87      let fullCount = countNodes(uniqueList);88      let deletedNode = deleteMiddleNode(uniqueList.head.next);89      let newCount = countNodes(uniqueList);90      expect(newCount).toBe(fullCount - 1);91    });92    test('removes the node passed into it', () => {93      let nodeToRemove = Object.assign({}, uniqueList.head.next);94      deleteMiddleNode(uniqueList.head.next);95      expect(uniqueList.head.next).not.toMatchObject(nodeToRemove);96    });97  });98  describe('partition', () => {99    test('returns null if empty list or no list passed in', () => {100      expect(partition()).toBeNull();101      expect(partition(emptyList)).toBeNull();102    });103    test('moves values equal to or larger than partition value to the right of the value', () => {104      // [5, 87, 54, 20, 1051, 2, 88, 205];105      expect(partition(spreadList, 70)).not.toMatchObject(spreadList);106    });107    test('moves values smaller than partition value to the left of the value', () => {108    });109  });...

Permutations2.js

Source:Permutations2.js

1/**2 * @param {number[]} nums3 * @return {number[][]}4 */5var permuteUnique = function(nums) {6    var uniqueList = [nums];7    performAllPermutations(uniqueList, nums, nums.length);8    return uniqueList;9};10function performAllPermutations(uniqueList, nums, length){11    for(var i = 0; i < length; i++){12        if(i == length - 1){13          return;14        }15        16        var newList = nums.slice();17        newList[i] = nums[i+1];18        newList[i+1] = nums[i];19        //check if newList is present in uniqueList20        var doCombExists = false;21        for(var j = 0; j < uniqueList.length; j++){22          var k = 0;23          for(k = 0; k < length; k++){24            if(newList[k] !== uniqueList[j][k]){25              break;26            }27          }28          if(k == length){29            doCombExists = true;30            break;31          }32        }33        if(!doCombExists){34          uniqueList.push(newList);35          performAllPermutations(uniqueList,newList, length);36        }37  }...

Using AI Code Generation

1var tracetest = require('tracetest');2var list = [1,2,3,2,3,4,3,4,5,4,5,6];3var uniqueList = tracetest.uniqueList(list);4console.log(uniqueList);5exports.uniqueList = function(list) {6    var unique = [];7    for (var i = 0; i < list.length; i++) {8        if (unique.indexOf(list[i]) == -1) {9            unique.push(list[i]);10        }11    }12    return unique;13}

Using AI Code Generation

1var tracetest = require('./tracetest');2var array = [1,2,3,4,5,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17];3var uniqueArray = tracetest.uniqueList(array);4console.log('uniqueArray: ' + uniqueArray);5exports.uniqueList = function(array) {6  var uniqueArray = [];7  for (var i = 0; i < array.length; i++) {8    var value = array[i];9    if (uniqueArray.indexOf(value) == -1) {10      uniqueArray.push(value);11    }12  }13  return uniqueArray;14}15var tracetest = require('./tracetest');16var array = [1,2,3,4,5,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17];17var sum = tracetest.sum(10, 20);18var uniqueArray = tracetest.uniqueList(array);19console.log('sum: ' + sum);20console.log('uniqueArray: ' + uniqueArray);

Using AI Code Generation

1var tracetest = require('./tracetest');2var list = [2, 2, 3, 4, 5, 5, 6, 7, 7, 8, 8, 8];3console.log(tracetest.uniqueList(list));4var uniqueList = function(list) {5    var unique = [];6    for (var i = 0; i < list.length; i++) {7        if (unique.indexOf(list[i]) == -1) {8            unique.push(list[i]);9        }10    }11    return unique;12};13module.exports.uniqueList = uniqueList;

Using AI Code Generation

1var tracetest = require('./tracetest.js');2var list = [1, 2, 3, 4, 5];3var uniqueList = tracetest.uniqueList(list);4console.log(uniqueList);5var uniqueList = function(list) {6    var uniqueList = [];7    for (var i = 0; i < list.length; i++) {8        if (uniqueList.indexOf(list[i]) == -1) {9            uniqueList.push(list[i]);10        }11    }12    return uniqueList;13}14module.exports.uniqueList = uniqueList;

Using AI Code Generation

1var trace = require('./tracetest.js');2var uniqueList = trace.uniqueList;3var list = [1,2,3,4,5,6,6,7,8,9,9];4var unique = uniqueList(list);5console.log(unique);6var uniqueList = function(list) {7  var uniqueList = [];8  for (var i = 0; i < list.length; i++) {9    if (uniqueList.indexOf(list[i]) == -1) {10      uniqueList.push(list[i]);11    }12  }13  return uniqueList;14};15module.exports.uniqueList = uniqueList;16Your name to display (optional):

Using AI Code Generation

1var uniqueList = require('./tracetest');2var arr = [1,2,3,3,2,1,4,5,6,7,8,9,10,10,9,8,7,6,5,4,3,2,1];3console.log(uniqueList(arr));4var uniqueList = require('./tracetest').uniqueList;5var arr = [1,2,3,3,2,1,4,5,6,7,8,9,10,10,9,8,7,6,5,4,3,2,1];6console.log(uniqueList(arr));7var tracetest = require('./tracetest');8var arr = [1,2,3,3,2,1,4,5,6,7,8,9,10,10,9,8,7,6,5,4,3,2,1];9console.log(tracetest.uniqueList(arr));10var tracetest = require('./tracetest');11var arr = [1,2,3,3,2,1,4,5,6,7,8,9,10,10,9,8,7,6,5,4,3,2,1];12console.log(tracetest.uniqueList(arr));

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.