How to use normalizeBenchmark method in Best

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laboratory.ts

Source:laboratory.ts

...49    }50    return b;51  }52  async upsertBenchmark(b: IBenchmark, rawName?: string): Promise<void> {53    const benchmark = normalizeBenchmark(b);54    // If optional rawName parameter is supplied, verify that its normalized55    // form is the same as the benchmark's normalized name.56    if (rawName !== undefined) {57      const name = normalizeName(rawName);58      if (name !== benchmark.name) {59        const message = `Benchmark name mismatch: "${benchmark.name}" != "${name}"`;60        throw new IllegalOperationError(message);61      }62    }63    await processBenchmark(benchmark);64  }65  /////////////////////////////////////////////////////////////////////////////66  //67  // Candidates...

apply-highlighter.ts

Source:apply-highlighter.ts

1import {existsSync, readJson} from 'fs-extra'2import {3  mapAsync,4  match,5  remove,6  forEach,7  replace,8  map,9  interpolate,10  path, piped,11} from 'rambdax'12import {finalFix} from './utils/final-fix'13import {normalizeBenchmark} from './utils/normalize-benchmark'14import {fixBenchmarkSource} from './utils/fix-benchmark-source'15import {indentRight} from './utils/indent-right'16const shiki = require('shiki')17import * as emptyRequiredImport from './assets/theme.json'18const niketaTheme = shiki.loadTheme(`${__dirname}/assets/theme.json`)19const initialResolver = {20  '{{LINE}}': '<span class="line">',21  '{{START}}': '<pre class="shiki" style="background-color: #25252A">',22  '{{END}}': '</span></span></code></pre>',23}24export class ApplyHighlighter {25  codeToHtml: (x: string, language: 'ts' | 'js') => string26  resolver: {27    [key: string]: string,28  }29  constructor() {30    this.codeToHtml = () => {31      throw new Error('codeToHtml is not ready')32    }33    this.resolver = initialResolver34  }35  async init() {36    const {codeToHtml} = await shiki.getHighlighter({37      theme: niketaTheme,38    })39    this.codeToHtml = codeToHtml40  }41  findColor(input: string) {42    const [colorPart] = match(/color:\s#[a-fA-F0-9]{6,8}/, input)43    if (!colorPart) return44    return remove('color: #', colorPart)45  }46  appendToResolver(highlighted: string) {47    if (!highlighted) return48    const found = match(49      /<span\sstyle="color:\s#[a-fA-F0-9]{6,8}">/gm,50      highlighted51    )52    if (found.length === 0) return53    let template = highlighted54    found.forEach(singleMatch => {55      const color = this.findColor(singleMatch)56      if (!color) return57      if (this.resolver[color] === undefined) {58        this.resolver[color] = singleMatch59      }60      template = replace(61        new RegExp(singleMatch, 'g'),62        `{{${color}}}`,63        template64      )65    })66    forEach((x, prop) => {67      template = replace(new RegExp(x, 'g'), prop, template)68    }, initialResolver)69    return template70  }71  getContent(data: Record<string, string>) {72    return (prop: string, language: 'js' | 'ts') => {73      if (!data[prop]) return ''74      const sourceWithFixedLength = indentRight(data[prop])75      return this.codeToHtml(sourceWithFixedLength, language)76    }77  }78  getBenchmarkSource(data: Record<string, string>) {79    const maybeSource = path<string>('benchmarkInfo.benchmarkContent', data)80    if (!maybeSource) return ''81    // const sourceWithFixedLength = indentRight(maybeSource)82    return this.codeToHtml(fixBenchmarkSource(maybeSource), 'js')83  }84  async apply(source: Record<string, string>[]) {85    const iterator = async(data: Record<string, string>) => {86      const getContentFn = this.getContent(data)87      const all: Record<string, string> = {}88      all.benchmarkSource = this.getBenchmarkSource(data)89      all.rambdaSource = getContentFn('rambdaSource', 'js')90      all.rambdaSpecs = getContentFn('rambdaSpecs', 'js')91      all.failedRamdaSpecs = getContentFn('failedRamdaSpecs', 'js')92      all.allTypings = getContentFn('allTypings', 'ts')93      all.typing = getContentFn('typing', 'ts')94      all.typescriptDefinitionTest = getContentFn(95        'typescriptDefinitionTest',96        'ts'97      )98      const parsedData = map(x => this.appendToResolver(x), all)99      return piped(100          {...data, ...parsedData},101          normalizeBenchmark,102      )103    }104    const toSave = await mapAsync(iterator, source)105    const resolverObject: Record<string, string> = {}106    forEach((x, prop) => {107      const newKey = remove(['{{', '}}'], prop)108      resolverObject[newKey] = x109    }, this.resolver)110    return {toSave, resolver: resolverObject}111  }112  render(input: string, resolver: object) {113    return interpolate(input, resolver)114  }115}116export async function applyHighlighter(117  sourceFilePath: string118): Promise<{toSave: object, resolver: object}> {119  if (!existsSync(sourceFilePath)) throw new Error('file does not exist')120  const source = await readJson(sourceFilePath)121  const ApplyHighlighterInstance = new ApplyHighlighter()122  await ApplyHighlighterInstance.init()123  const {toSave, resolver} = await ApplyHighlighterInstance.apply(source)124  return {toSave, resolver}...

transformer.js

Source:transformer.js

...56        {},57    );58    const benchmarks = Object.keys(benchesByKeys).map((key) => ({59        name: key,60        ...normalizeBenchmark(benchesByKeys[key]),61    }));62    return benchmarks;...

Using AI Code Generation

1var BestFit = require('./BestFit.js');2var bestfit = new BestFit();3var result = bestfit.normalizeBenchmark([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);4console.log(result);5var BestFit = require('./BestFit.js');6var bestfit = new BestFit();7var result = bestfit.normalizeBenchmark([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);8console.log(result);

Using AI Code Generation

1var BestFit = require('./BestFit.js');2var bf = new BestFit();3var data = [2, 3, 4, 5, 6, 7, 8, 9];4var result = bf.normalizeBenchmark(data);5console.log(result);6var BestFit = require('./BestFit.js');7var bf = new BestFit();8var data = [1, 2, 3, 4, 5, 6, 7, 8, 9];9var result = bf.normalizeBenchmark(data);10console.log(result);11var BestFit = require('./BestFit.js');12var bf = new BestFit();13var data = [1, 2, 3, 4, 5, 6, 7, 8, 9];14var result = bf.normalizeBenchmark(data);15console.log(result);16var BestFit = require('./BestFit.js');17var bf = new BestFit();18var data = [1, 2, 3, 4, 5, 6, 7, 8, 9];19var result = bf.normalizeBenchmark(data);20console.log(result);21var BestFit = require('./BestFit.js');22var bf = new BestFit();23var data = [1, 2, 3, 4, 5, 6, 7, 8, 9];24var result = bf.normalizeBenchmark(data);25console.log(result);26var BestFit = require('./BestFit.js');27var bf = new BestFit();28var data = [1, 2, 3, 4, 5, 6, 7, 8, 9];29var result = bf.normalizeBenchmark(data);30console.log(result);31var BestFit = require('./BestFit.js');32var bf = new BestFit();

Using AI Code Generation

1var benchmark = require('./benchmark');2var bt = new benchmark.BestTime();3var result = bt.normalizeBenchmark(123456789);4console.log(result);5var benchmark = require('./benchmark');6var bt = new benchmark.BestTime();7var result = bt.normalizeBenchmark(123456789);8console.log(result);9var benchmark = require('./benchmark');10var bt = new benchmark.BestTime();11var result = bt.normalizeBenchmark(123456789);12console.log(result);13var benchmark = require('./benchmark');14var bt = new benchmark.BestTime();15var result = bt.normalizeBenchmark(123456789);16console.log(result);17var benchmark = require('./benchmark');18var bt = new benchmark.BestTime();19var result = bt.normalizeBenchmark(123456789);20console.log(result);21var benchmark = require('./benchmark');22var bt = new benchmark.BestTime();23var result = bt.normalizeBenchmark(123456789);24console.log(result);25var benchmark = require('./benchmark');26var bt = new benchmark.BestTime();27var result = bt.normalizeBenchmark(123456789);28console.log(result);29var benchmark = require('./benchmark');30var bt = new benchmark.BestTime();31var result = bt.normalizeBenchmark(123456789);32console.log(result);33var benchmark = require('./benchmark');34var bt = new benchmark.BestTime();35var result = bt.normalizeBenchmark(123456789);36console.log(result);37var benchmark = require('./benchmark');38var bt = new benchmark.BestTime();39var result = bt.normalizeBenchmark(123456789);40console.log(result);

Using AI Code Generation

1const BestTime = require('./BestTime');2const bt = new BestTime();3const bestTime = bt.normalizeBenchmark('2:30.0');4console.log(bestTime);5const bestTime2 = bt.normalizeBenchmark('2:40.0');6console.log(bestTime2);7const BestTime = require('./BestTime');8const bt = new BestTime();9const bestTime = bt.normalizeBenchmark('2:30.0');10console.log(bestTime);11const bestTime2 = bt.normalizeBenchmark('2:40.0');12console.log(bestTime2);13const BestTime = require('./BestTime');14const bt = new BestTime();15const bestTime = bt.normalizeBenchmark('2:30.0');16console.log(bestTime);17const bestTime2 = bt.normalizeBenchmark('2:40.0');18console.log(bestTime2);19const BestTime = require('./BestTime');20const bt = new BestTime();21const bestTime = bt.normalizeBenchmark('2:30.0');22console.log(bestTime);23const bestTime2 = bt.normalizeBenchmark('2:40.0');24console.log(bestTime2);25const BestTime = require('./BestTime');26const bt = new BestTime();27const bestTime = bt.normalizeBenchmark('2:30.0');28console.log(bestTime);29const bestTime2 = bt.normalizeBenchmark('2:40.0');30console.log(bestTime2);31const BestTime = require('./BestTime');32const bt = new BestTime();33const bestTime = bt.normalizeBenchmark('2:30.0');34console.log(bestTime);35const bestTime2 = bt.normalizeBenchmark('2:40.0');36console.log(bestTime2);37const BestTime = require('./BestTime');38const bt = new BestTime();39const bestTime = bt.normalizeBenchmark('2:30.0');40console.log(bestTime);41const bestTime2 = bt.normalizeBenchmark('2:

Using AI Code Generation

1var BestTime = require('./BestTime');2var bestTime = new BestTime();3var normalizedTimes = bestTime.normalizeBenchmark([1,2,3,4,5,6,7,8,9,10]);4console.log(normalizedTimes);5function BestTime() {6}7BestTime.prototype.normalizeBenchmark = function(benchmarkTimes) {8  var minTime = Math.min.apply(null, benchmarkTimes);9  var maxTime = Math.max.apply(null, benchmarkTimes);10  var normalizedTimes = benchmarkTimes.map(function(time) {11    return (time - minTime) / (maxTime - minTime);12  });13  return normalizedTimes;14};15module.exports = BestTime;

Using AI Code Generation

1import {BestBenchMark} from './BestBenchMark.js';2let bestBenchMark = new BestBenchMark();3let normalizedBenchmark = bestBenchMark.normalizeBenchmark(5, 10);4console.log(`The normalized benchmark score is ${normalizedBenchmark}`);5import {BestBenchMark} from './BestBenchMark.js';6let bestBenchMark = new BestBenchMark();7let normalizedBenchmark = bestBenchMark.normalizeBenchmark(10, 10);8console.log(`The normalized benchmark score is ${normalizedBenchmark}`);9import {BestBenchMark} from './BestBenchMark.js';10let bestBenchMark = new BestBenchMark();11let normalizedBenchmark = bestBenchMark.normalizeBenchmark(11, 10);12console.log(`The normalized benchmark score is ${normalizedBenchmark}`);13import {BestBenchMark} from './BestBenchMark.js';

Using AI Code Generation

1var BestFit = require('BestFit');2var bf = new BestFit();3var bench = bf.normalizeBenchmark([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);4console.log(bench);5var BestFit = require('BestFit');6var bf = new BestFit();7var bench = bf.getBestFit([1, 2, 3, 4, 5, 6, 7, 8, 9, 10]);8console.log(bench);9var BestFit = require('BestFit');10var bf = new BestFit();11var bench = bf.getBestFit([1, 2, 3, 4, 5, 6, 7, 8, 9, 10], true);12console.log(bench);13var BestFit = require('BestFit');14var bf = new BestFit();15var bench = bf.getBestFit([1, 2, 3, 4, 5, 6, 7, 8, 9, 10], false);16console.log(bench);

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