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How to use sortByIndex method in istanbul

Best JavaScript code snippet using istanbul

csvtojson.js

Source:csvtojson.js

1(function mainFunction() {2    var fileName = "Table1.3_g20_2013.csv"; // file name to be read...3    var fileSystem = require("fs"); // import "fs" module4    fileSystem.readFile(fileName, {5            encoding: "utf8"6        }, function(error, data) {7            fileName = "continent-lookup.csv";8            // read continent-country look up9            fileSystem.readFile(fileName, {10                    encoding: "utf8"11                }, function(error, data1) {12                    var allTextLinesAsString = data.split(/\r\n|\n/); // split all lines13                    var allContriesContinentList = data1.split(/\r\n|\n/);14                    var header = allTextLinesAsString[0].split(","); // get header15                    var notCountry = ["European Union", "World"]; // not a country list16                    var highPopulation = ["India", "China"]; //list of Country with high Population17                    var highGdp = ["USA", "China", "Japan"]; // list of country with high GDP18                    var requiredColumns; // required Columns for array of objects..19                    var sortByIndex; // by what index it should be sorted20                    var countryContinent = {};21                    var continents = ["Africa", "America", "Asia", "Europe", "Oceania"]22                    requiredColumns = ["Country Name", "Population (Millions) - 2013"];23                    sortByIndex = 1;24                    fileSystem.writeFile('./jsonfiles/graphDataPopulationByCountry.json',25                        JSON.stringify(26                            createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex)));27                    requiredColumns = ["Country Name", "GDP Billions (US$) - 2013"];28                    sortByIndex = 1;29                    fileSystem.writeFile('./jsonfiles/graphDataGdpByCountry.json',30                        JSON.stringify(31                            createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex)));32                    requiredColumns = ["Country Name", "Purchasing Power in Billions ( Current International Dollar) - 2013"];33                    sortByIndex = 1;34                    fileSystem.writeFile('./jsonfiles/graphDataPurchasePowerByCountry.json',35                        JSON.stringify(36                            createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex)));37                    requiredColumns = ["Country Name",38                        "Population (Millions) - 2010",39                        "Population (Millions) - 2011",40                        "Population (Millions) - 2012",41                        "Population (Millions) - 2013"42                    ];43                    sortByIndex = -1;44                    fileSystem.writeFile('./jsonfiles/graphDataPopulationOverPeriod.json',45                        JSON.stringify(46                            createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex)));47                    splitHighLowPopulation(fileSystem, highPopulation); // split high and low populus contries48                    requiredColumns = ["Country Name",49                        "GDP Billions (US$) - 2010",50                        "GDP Billions (US$) - 2011",51                        "GDP Billions (US$) - 2012",52                        "GDP Billions (US$) - 2013"53                    ];54                    sortByIndex = -1;55                    fileSystem.writeFile('./jsonfiles/graphDataGdpOverPeriod.json',56                        JSON.stringify(57                            createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex)));58                    splitHighLowGdp(fileSystem, highGdp); // split high and low gdp countries59                    // creating country continent-lookup60                    // split each line individually by ,61                    for (var i = 1; i < allTextLinesAsString.length; i++) { //pick up each name from the file62                        eachRow = allTextLinesAsString[i].split(",");63                        // if its a country64                        if (notCountry.indexOf(eachRow[0]) < 0) {65                            for (var z = 0; z < allContriesContinentList.length; z++) { // iterate for all contries66                                var countryTempForMatching = allContriesContinentList[z].split(",");67                                if (countryTempForMatching[0] == eachRow[0]) { // match the name with lookup68                                    countryContinent[eachRow[0]] = countryTempForMatching[1]; // if name is matched assign continent69                                    break;70                                }71                            }72                        }73                    } // end of for -- countryContinent lookup74                    requiredColumns = ["Country Name",75                        "Population (Millions) - 2013"76                    ];77                    fileSystem.writeFile('./jsonfiles/graphDataContinentPopulation.json',78                        JSON.stringify(79                            createContinentGraphJsonData(allTextLinesAsString, notCountry, requiredColumns,80                                countryContinent, header, continents)));81                    requiredColumns = ["Country Name",82                        "GDP Billions (US$) - 2013"83                    ];84                    fileSystem.writeFile('./jsonfiles/graphDataContinentGdp.json',85                        JSON.stringify(86                            createContinentGraphJsonData(allTextLinesAsString, notCountry, requiredColumns,87                                countryContinent, header, continents)));88                }) // end of file read for country continent-lookup89        }) // end of file read main90})(); // end of main function91function createGraphJsonData(allTextLinesAsString, header, notCountry, requiredColumns, sortByIndex) {92    var indexForRequiredColumns = [];93    var eachRow = [];94    var graphData = [];95    // data structure96    function graphDataStructure(valuesForKey) {97        for (var k = 0; k < valuesForKey.length; k++) {98            this[requiredColumns[k]] = valuesForKey[k];99        }100    }101    // get index of required columns102    for (var i = 0; i < requiredColumns.length; i++) {103        indexForRequiredColumns[i] = header.indexOf(requiredColumns[i]);104    }105    // split each line individually by ,106    for (var i = 1, j = 0; i < allTextLinesAsString.length; i++) {107        eachRow = allTextLinesAsString[i].split(",");108        // if its a country109        if (notCountry.indexOf(eachRow[indexForRequiredColumns[0]]) < 0) {110            var valuesForKey = [];111            // generate values for key112            for (var l = 0; l < requiredColumns.length; l++) {113                valuesForKey[l] = eachRow[indexForRequiredColumns[l]];114            }115            // add values in object to array of objects116            graphData[j] = new graphDataStructure(valuesForKey);117            j++;118        }119    }120    // if sorting is required.. sort function121    if (sortByIndex >= 0) {122        graphData.sort(function(a, b) {123            if (parseFloat(a[requiredColumns[sortByIndex]]) > parseFloat(b[requiredColumns[sortByIndex]]))124                return -1;125            else if (parseFloat(a[requiredColumns[sortByIndex]]) < parseFloat(b[requiredColumns[sortByIndex]]))126                return 1;127            else128                return 0;129        })130    }131    // return array of objects132    return graphData;133} //end of function createGraphJsonData134function createContinentGraphJsonData(allTextLinesAsString, notCountry, requiredColumns, countryContinent, header, continents) {135    var indexForRequiredColumns = [];136    var eachRow = [];137    var graphData = {};138    // data structure139    // get index of required columns140    for (var i = 0; i < requiredColumns.length; i++) {141        indexForRequiredColumns[i] = header.indexOf(requiredColumns[i]);142    }143    //   // split each line individually by ,144    for (var i = 1, j = 0; i < allTextLinesAsString.length; i++) {145        eachRow = allTextLinesAsString[i].split(",");146        // if its a country147        if (notCountry.indexOf(eachRow[indexForRequiredColumns[0]]) < 0) {148            var valuesForKey = [];149            if (Number(isNaN(graphData[countryContinent[eachRow[indexForRequiredColumns[0]]]])))150                graphData[countryContinent[eachRow[indexForRequiredColumns[0]]]] = 0;151            graphData[countryContinent[eachRow[indexForRequiredColumns[0]]]] =152                parseFloat(graphData[countryContinent[eachRow[indexForRequiredColumns[0]]]]) +153                parseFloat(eachRow[indexForRequiredColumns[1]]);154        }155    }156    var finalGraphData = [];157    // data structure158    function graphDataStructureContinent(continent, variable) {159        this.Continent = continent;160        this[requiredColumns[1]] = variable;161    }162    for (var i = 0; i < continents.length; i++) {163        finalGraphData[i] = new graphDataStructureContinent(continents[i], graphData[continents[i]])164    }165    // return object166    return finalGraphData;167} //end of function createGraphJsonData168function splitHighLowPopulation(fileSystem, highPopulation) {169    fileSystem.readFile('./jsonfiles/graphDataPopulationOverPeriod.json', {170        encoding: "utf8"171    }, function(error, data) {172        var tempArrayForPopulation = JSON.parse(data);173        var graphDataHighPopulation = [];174        var graphDataLowPopulation = [];175        for (var m = 0; m < tempArrayForPopulation.length; m++) {176            if (highPopulation.indexOf(tempArrayForPopulation[m]["Country Name"]) > -1) {177                graphDataHighPopulation.push(tempArrayForPopulation[m]);178            } else {179                graphDataLowPopulation.push(tempArrayForPopulation[m]);180            }181        }182        fileSystem.writeFile('./jsonfiles/graphDataHighPopulation.json',183            JSON.stringify(graphDataHighPopulation));184        fileSystem.writeFile('./jsonfiles/graphDataLowPopulation.json',185            JSON.stringify(graphDataLowPopulation));186    })187} // end of function splitHighLowPopulation188function splitHighLowGdp(fileSystem, highGdp) {189    fileSystem.readFile('./jsonfiles/graphDataGdpOverPeriod.json', {190        encoding: "utf8"191    }, function(error, data) {192        var tempArrayForGdp = JSON.parse(data);193        var graphDataHighGdp = [];194        var graphDataLowGdp = [];195        for (var m = 0; m < tempArrayForGdp.length; m++) {196            if (highGdp.indexOf(tempArrayForGdp[m]["Country Name"]) > -1) {197                graphDataHighGdp.push(tempArrayForGdp[m]);198            } else {199                graphDataLowGdp.push(tempArrayForGdp[m]);200            }201        }202        fileSystem.writeFile('./jsonfiles/graphDataHighGdp.json',203            JSON.stringify(graphDataHighGdp));204        fileSystem.writeFile('./jsonfiles/graphDataLowGdp.json',205            JSON.stringify(graphDataLowGdp));206    })...

FlexibleRoster.js

Source:FlexibleRoster.js

1import PropTypes from 'prop-types';2import React from 'react';3import {sortByString} from '../helpers/SortHelpers';4// This is a sorted table, pass in a list of objects as `rows`,5// and then `columns` to describe how to sort and label columns.6class FlexibleRoster extends React.Component {7  constructor(props) {8    super(props);9    this.state = {10      sortByIndex: this.props.initialSortIndex,11      sortDesc: true12    };13    this.onClickHeader = this.onClickHeader.bind(this);14  }15  orderedRows() {16    const sortedRows = this.sortedRows();17    if (!this.state.sortDesc) return sortedRows.reverse();18    return sortedRows;19  }20  21  sortedRows() {22    const rows = this.props.rows;23    const columns = this.props.columns;24    const sortByIndex = this.state.sortByIndex;25    const key = columns[sortByIndex].key;26    if ('sortFunc' in columns[sortByIndex]) {27      return rows.sort((a,b) => columns[sortByIndex].sortFunc(a,b,key));28    }29    else {30      return rows.sort((a, b) => sortByString(a, b, key));31    }  32  }33  headerClassName (sortByIndex) {34    // Using tablesort classes here for the cute CSS carets,35    // not for the acutal table sorting JS (that logic is handled by this class).36    if (sortByIndex !== this.state.sortByIndex) return 'sort-header';37    if (this.state.sortDesc) return 'sort-header sort-down';38    return 'sort-header sort-up';39  }40  onClickHeader(sortByIndex) {41    if (sortByIndex === this.state.sortByIndex) {42      this.setState({ sortDesc: !this.state.sortDesc });43    } else {44      this.setState({ sortByIndex: sortByIndex});45    }46  }47  48  render() {49    return (50      <div className='FlexibleRoster'>51        <table id='roster-table' className='roster-table' style={{ width: '100%' }}>52          <thead>53            {this.renderSuperHeaders()}54            {this.renderHeaders()}55          </thead>56          {this.renderBody()}57        </table>58      </div>59    );60  }61  renderSuperHeaders() {62    const columns = this.props.columns;63    let superHeaders = [];64    let currentCount = 0;65    for (let i=0; i<columns.length; i++) {66      // group for the current column67      let itemGroup = columns[i].group;68      // group for the next column for comparison69      // set to null if this is the last column70      let nextItemGroup = columns.length > i+1 ? columns[i+1].group : null;71      // count of items with the same group72      // increment in the beginning since colSpan starts at 173      currentCount++;74      75      // if the current item doesn't equal the next76      // push the super header with a length of currentCount77      // and reset currentCount for a new column group78      if(itemGroup != nextItemGroup) {79        superHeaders.push({label: itemGroup, span: currentCount});80        currentCount = 0;81      }82    }83    return (84      <tr className='column-groups'>85        {superHeaders.map((superHeader, index) => {86          return (87            <th key={index} className={superHeader.label == null ? '' : 'column-group'} colSpan={superHeader.span}>88              {superHeader.label}89            </th>90          );91        })}92      </tr>93    );94  }95  renderHeaders() {96    return (97      <tr id='roster-header'>98        {this.props.columns.map((column, index) => {99          return (100            <th key={column.key} onClick={this.onClickHeader.bind(null, index)}101              className={this.headerClassName(index)}>102              {column.label}103            </th>104          );105        })}106      </tr>107    );108  }109  renderBodyValue(item, column) {110    if ('cell' in column) {111      return column.cell(item,column);112    } 113    else {114      return item[column.key];115    }116  }117  renderBody() {118    return (119      <tbody id='roster-data'>120        {this.orderedRows().map((row, index) => {121          const style = (index % 2 === 0)122            ? { backgroundColor: '#FFFFFF' }123            : { backgroundColor: '#F7F7F7' };124          125          return (126            <tr key={row.id} style={style}>127              {this.props.columns.map(column => {128                return (129                  <td key={row.id + column.key}>130                    {this.renderBodyValue(row, column)}131                  </td>132                );133              })}134            </tr>135          );136        })}137      </tbody>138    );139  }140}141FlexibleRoster.propTypes = {142  rows: PropTypes.arrayOf(PropTypes.object).isRequired,143  columns: PropTypes.arrayOf(PropTypes.object).isRequired,144  initialSortIndex: PropTypes.number145};...

script.js

Source:script.js

1$(".sort-by-item").each(function (index, sortToggler) {2  $(this).on("input", function () {3    //variables4    const sortBy = $(this).val();5    const tableRows = $("thead")[index].querySelectorAll("th");6    let sortByIndex = -1;7    let sortData = $("tbody")[index].querySelectorAll("tr");8    //get index to sort9    if (sortBy == "id") {10      sortByIndex = 0;11    } 12    else {13      for (var i = 1; i < tableRows.length; i++) {14        if (sortBy == tableRows[i].innerText){15          sortByIndex = i;16        }17      }18    }19    //interchange sort20    if (sortByIndex == -1){21      return;22    }23    let dataQuantity = sortData.length;24    if($("tbody")[index].getAttribute("has-sumary") == "true"){25      dataQuantity--;26    }27    // let test = [];28    // for (var i = 0; i < dataQuantity; i++){29    //   test.push(parseFloat(sortData[i].children[sortByIndex].innerText));30    // }31    // console.log(test);32    // for (var i = 0; i < dataQuantity - 1; i++){33    //   for (var j = i+1; j < dataQuantity; j++){34    //     if(test[i] > test[j])35    //     {36    //       console.log(test[i]);37    //       console.log(i);38    //       console.log(test[j]);39    //       console.log(j);40    //       console.log("Swap");41    //       var temp = test[i];42    //       test[i] = test[j];43    //       test[j] = temp;44    //     }45    //   }46    // }47    // console.log(test);48    for (i = 0; i < dataQuantity-1; i++){49      for(var j = i + 1; j <dataQuantity; j++){50        preRowData = sortData[i].children[sortByIndex].innerText;51        folRowData = sortData[j].children[sortByIndex].innerText;52        if (!isNaN(preRowData) && !isNaN(folRowData)){53          if (sortByIndex == 0){54            if (parseFloat(preRowData) > parseFloat(folRowData)){55              var xInner = sortData[i].innerHTML;56              var yInner = sortData[j].innerHTML;57              sortData[i].innerHTML = yInner;58              sortData[j].innerHTML = xInner;59            }60          }61          else62          {63            if (parseFloat(preRowData) < parseFloat(folRowData)){64              var xInner = sortData[i].innerHTML;65              var yInner = sortData[j].innerHTML;66              sortData[i].innerHTML = yInner;67              sortData[j].innerHTML = xInner;68            }69          }70        }71        else{72          if (preRowData > folRowData){73            console.log(preRowData);74            console.log(folRowData);75            console.log("Swap");76            var xInner = sortData[i].innerHTML;77            var yInner = sortData[j].innerHTML;78            sortData[i].innerHTML = yInner;79            sortData[j].innerHTML = xInner;80          }81        }82      }83    }84  });...

Using AI Code Generation

1var istanbul = require('istanbul-api');2var map = istanbul.libReport.create('text');3var tree = istanbul.libSourceMaps.createSourceMapStore();4var context = istanbul.libReport.createContext({5    sourceFinder: istanbul.libSourceMaps.makeSourceFinder({6        cwd: process.cwd(),7    })8});9var collector = istanbul.libCoverage.createCoverageMap();10collector.addFileCoverage({11    s: { '1': 1, '2': 1 },12    b: {},13    f: {},14    fnMap: {},15    statementMap: {16        '1': {17            start: { line: 1, column: 0 },18            end: { line: 1, column: 4 }19        },20        '2': {21            start: { line: 2, column: 0 },22            end: { line: 2, column: 4 }23        }24    }25});26collector.addFileCoverage({27    s: { '1': 1, '2': 0 },28    b: {},29    f: {},30    fnMap: {},31    statementMap: {32        '1': {33            start: { line: 1, column: 0 },34            end: { line: 1, column: 4 }35        },36        '2': {37            start: { line: 2, column: 0 },38            end: { line: 2, column: 4 }39        }40    }41});42collector.addFileCoverage({43    s: { '1': 1, '2': 1 },44    b: {},45    f: {},46    fnMap: {},47    statementMap: {48        '1': {49            start: { line: 1, column: 0 },50            end: { line: 1, column: 4 }51        },52        '2': {53            start: { line: 2, column: 0 },54            end: { line: 2, column: 4 }55        }56    }57});58map.onStart(context, {});59map.onDetail(context, collector);60map.onEnd(context);

Using AI Code Generation

1var istanbul = require('istanbul');2var instrumenter = new istanbul.Instrumenter();3var fs = require('fs');4var file = fs.readFileSync('test.js', 'utf8');5var instrumented = instrumenter.instrumentSync(file, 'test.js');6fs.writeFileSync('test.js', instrumented);7var report = istanbul.Report.create('json');8var collector = new istanbul.Collector();9collector.add(instrumenter.lastFileCoverage());10report.writeReport(collector, true);11var istanbul = require('istanbul');12var instrumenter = new istanbul.Instrumenter();13var fs = require('fs');14var file = fs.readFileSync('test.js', 'utf8');15var instrumented = instrumenter.instrumentSync(file, 'test.js');16fs.writeFileSync('test.js', instrumented);17var report = istanbul.Report.create('json');18var collector = new istanbul.Collector();19collector.add(instrumenter.lastFileCoverage());20report.writeReport(collector, true);

Using AI Code Generation

1const istanbulReport = require('istanbul-lib-report');2const istanbulReports = require('istanbul-reports');3const tree = istanbulReport.create('tree', {4});5const context = istanbulReport.createContext({6});7const summary = istanbulReport.summarizers.nested(context.getWatermarks());8const treeMap = istanbulReports.create('treemap', {9});10tree.visit(summary, treeMap);11treeMap.writeReport(summary, context);12const istanbulReport = require('istanbul-lib-report');13const istanbulReports = require('istanbul-reports');14const tree = istanbulReport.create('tree', {15});16const context = istanbulReport.createContext({17});18const summary = istanbulReport.summarizers.nested(context.getWatermarks());19const treeMap = istanbulReports.create('treemap', {20});21tree.visit(summary, treeMap);22treeMap.writeReport(summary, context);

Using AI Code Generation

1var istanbul = require('istanbul-lib-report');2var context = istanbul.createContext();3var tree = istanbul.summarizers.pkg(context.getWatermarks());4var map = istanbul.createMap();5var summary = tree.visit(map);6var sorted = summary.sortByIndex();7console.log(sorted);

Using AI Code Generation

1var istanbul = require('istanbul-lib-report');2var tree = istanbul.createTree('flat');3var context = istanbul.createContext();4var files = ['file1.js', 'file2.js', 'file3.js', 'file4.js'];5var fileCoverage = {6    'file1.js': {7        's': {8        },9        'b': {},10        'f': {},11        'fnMap': {},12        'statementMap': {13            '1': {14                'start': {15                },16                'end': {17                }18            },19            '2': {20                'start': {21                },22                'end': {23                }24            },25            '3': {26                'start': {27                },28                'end': {29                }30            },31            '4': {32                'start': {33                },34                'end': {35                }36            },37            '5': {38                'start': {39                },40                'end': {41                }42            }43        },44        'branchMap': {}45    },46    'file2.js': {47        's': {48        },49        'b': {},50        'f': {},51        'fnMap': {},52        'statementMap': {53            '1': {54                'start': {55                },56                'end': {

Using AI Code Generation

1const instrumenter = require('istanbul-lib-instrument').createInstrumenter();2const fs = require('fs');3const path = require('path');4const input = fs.readFileSync(path.resolve(__dirname, 'test.js'), 'utf8');5const output = instrumenter.instrumentSync(input, 'test.js');6console.log(output);

Using AI Code Generation

1const istanbul = require('istanbul-lib-report');2const context = istanbul.createContext();3const tree = istanbul.createTree(context);4const sortByIndex = istanbul.sortByIndex;5    {6        coverage: {

Using AI Code Generation

1var libReport = require('istanbul-lib-report');2var myTree = libReport.createTree();3var context = libReport.createContext({4  watermarks: { statements: [ 50, 80 ], functions: [ 50, 80 ], branches: [ 50, 80 ], lines: [ 50, 80 ] }5});6myTree.visit(context);7var libReport = require('istanbul-lib-report');8var myTree = libReport.createTree();9var context = libReport.createContext({10  watermarks: { statements: [ 50, 80 ], functions: [ 50, 80 ], branches: [ 50, 80 ], lines: [ 50, 80 ] }11});12myTree.visit(context);13"dependencies": {14  }

Using AI Code Generation

1const istanbulReports = require('istanbul-lib-report');2const istanbulReportsContext = istanbulReports.createContext();3const tree = istanbulReports.createTree(istanbulReportsContext);4tree.loadSync('coverage/coverage-final.json');5const report = istanbulReports.create('html', {6});7tree.visit(report, istanbulReportsContext);8#### `create(name, opts)`9#### `createContext(opts)`10#### `createTree(context)`11#### `createWatermarks(opts)`

Using AI Code Generation

1const instrumenter = new Instrumenter();2const instrumented = instrumenter.instrumentSync('code to be instrumented', 'path/to/file.js');3const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js');4const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__'});5const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true});6const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true});7const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true, autoWrap: true});8const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true, autoWrap: true, esModules: true});9const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true, autoWrap: true, esModules: true, produceSourceMap: true});10const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true, autoWrap: true, esModules: true, produceSourceMap: true, sourceMapUrlCallback: function(sourceMapUrl, sourceFile, relativePath) { return sourceMapUrl; }});11const instrumentedFile = instrumenter.instrumentSync(fs.readFileSync('path/to/file.js', 'utf8'), 'path/to/file.js', {coverageVariable: '__coverage__', preserveComments: true, compact: true, autoWrap: true, esModules: true, produceSourceMap: true, sourceMapUrlCallback: function(sourceMapUrl, sourceFile, relativePath) { return sourceMap

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