How to use colorProjectName method in Best

Best JavaScript code snippet using best

output.ts

Source:output.ts

1/*2 * Copyright (c) 2019, salesforce.com, inc.3 * All rights reserved.4 * SPDX-License-Identifier: MIT5 * For full license text, see the LICENSE file in the repo root or https://opensource.org/licenses/MIT6*/7import Table from 'cli-table3';8import chalk from 'chalk';9import Histogram from './histogram';10import {11    BenchmarkMetricNames,12    BenchmarkResultsSnapshot,13    EnvironmentConfig, StatsNode,14    BenchmarkComparison, ResultComparison,15    StatsResults16} from "@best/types";17import { OutputStream } from '@best/console-stream';18interface OutputConfig {19    outputHistograms?: boolean;20}21/*22 * The Output module can write a report or a comparison to a given stream based on a configuration.23 */24export default class Output {25    config: OutputConfig;26    stream: OutputStream;27    constructor(config: OutputConfig, stream: OutputStream) {28        this.config = config || {};29        this.stream = stream;30    }31    /*32     * Show a report for a given set of results.33     */34    report(results: BenchmarkResultsSnapshot[]) {35        results.forEach((result: BenchmarkResultsSnapshot) => {36            const { benchmarkInfo: { benchmarkName }, stats, projectConfig: { benchmarkOutput: benchmarkFolder } } = result;37            // Stats table.38            this.writeStats(benchmarkName, benchmarkFolder, stats!);39            // OS & Browser.40            this.writeEnvironment(result.environment);41            // Optional histogram for each line in the stats table.42            if (this.config.outputHistograms) {43                this.writeHistograms(stats!);44            }45        });46    }47    /*48     * Write a table of statistics for a single benchmark file.49     */50    writeStats(benchmarkName: string, resultsFolder: string, stats: StatsResults) {51        const table = new Table({52            head: ['Benchmark name', 'Metric (ms)', 'N', 'Mean Â± StdDev', 'Median Â± MAD'],53            style: { head: ['bgBlue', 'white'] },54        });55        this.generateRows(table, stats.results);56        this.stream.write(57            [58                chalk.bold.dim('\n Benchmark results for ') + chalk.bold.magentaBright(benchmarkName),59                chalk.italic(' ' + resultsFolder + '/'),60                table.toString() + '\n',61            ].join('\n'),62        );63    }64    /*65     * Write browser and CPU load information.66     */67    writeEnvironment({ browser, container }: EnvironmentConfig) {68        const cpuLoad = container.load.cpuLoad;69        const loadColor = cpuLoad < 10 ? 'green' : cpuLoad < 50 ? 'yellow' : 'red';70        this.stream.write(' ');71        this.stream.write(72            [73                'Browser version:    ' + chalk.bold(browser.version),74                `Benchmark CPU load: ${chalk.bold[loadColor](cpuLoad.toFixed(3) + '%')}`,75            ].join('\n '),76        );77        this.stream.write('\n\n');78    }79    /*80     * Write a set of histograms for a tree of benchmarks.81     */82    writeHistograms(benchmarks: any, parentPath: string = '') {83        // const metricPattern = this.config.outputMetricPattern;84        // const histogramPattern = this.config.outputHistogramPattern;85        benchmarks.forEach((benchmark: any) => {86            const path = `${parentPath}${benchmark.name}`;87            const children = benchmark.benchmarks;88            if (children) {89                this.writeHistograms(children, `${path} > `);90            } else {91                // if (!histogramPattern.test(path)) {92                //     return;93                // }94                Object.keys(benchmark).forEach(metric => {95                    // if (!metricPattern.test(metric)) {96                    //     return;97                    // }98                    const stats = benchmark[metric];99                    if (stats && stats.sampleSize) {100                        const { samples } = stats;101                        const histogram = new Histogram(samples, this.config);102                        const plot = histogram.toString();103                        this.stream.write(`\n${path} > ${metric}\n${plot}\n\n`);104                    }105                });106            }107        });108    }109    /*110     * Recursively populate rows of statistics into a table for a tree of benchmarks.111     */112    generateRows(table: any, benchmarks: StatsNode[], level = 0) {113        // const metricPattern = //this.config.outputMetricPattern;114        benchmarks.forEach((benchmarkNode: StatsNode) => {115            const name = benchmarkNode.name;116            // Root benchmark117            if (benchmarkNode.type === "benchmark") {118                Object.keys(benchmarkNode.metrics).forEach((metric: string) => {119                    const metricsStats = benchmarkNode.metrics[metric as BenchmarkMetricNames];120                    const metricValues = metricsStats && metricsStats.stats;121                    if (metricValues && metricValues.sampleSize) {122                        const { sampleSize, mean, median, variance, medianAbsoluteDeviation } = metricValues;123                        table.push([124                            padding(level) + name,125                            chalk.bold(metric),126                            sampleSize,127                            `${mean.toFixed(3)}` + chalk.gray(` Â± ${(Math.sqrt(variance) / mean * 100).toFixed(1)}%`),128                            `${median.toFixed(3)}` + chalk.gray(` Â± ${(medianAbsoluteDeviation / median * 100).toFixed(1)}%`),129                        ]);130                    }131                });132                // Group133            } else if (benchmarkNode.type === "group") {134                const emptyFields = Array.apply(null, Array(4)).map(() => '-');135                table.push([padding(level) + name, ...emptyFields]);136                this.generateRows(table, benchmarkNode.nodes, level + 1);137            }138        });139    }140    /*141     * Show a comparison for a pair of commits.142     */143    compare(result: BenchmarkComparison) {144        const { baseCommit, targetCommit } = result;145        type GroupedTables = {146            [projectName: string]: Table[]147        }148        const tables: GroupedTables = result.comparisons.reduce((tables, node): GroupedTables => {149            if (node.type === "project" || node.type === "group") {150                const group = node.comparisons.map(child => {151                    return this.generateComparisonTable(baseCommit, targetCommit, child);152                })153                return {154                    ...tables,155                    [node.name]: group156                }157            }158            return tables;159        }, <GroupedTables>{})160        const flattenedTables = Object.keys(tables).reduce((groups, projectName): string[] => {161            const stringifiedTables = tables[projectName].map(t => t.toString() + '\n');162            const colorProjectName = chalk.bold.dim(projectName);163            groups.push(`\nProject: ${colorProjectName}\n`);164            groups.push(...stringifiedTables);165            return groups;166        }, <string[]>[])167        this.stream.write(flattenedTables.join(''));168    }169    /*170     * Get a comparison table for two different commits.171     */172    generateComparisonTable(baseCommit: string, targetCommit: string, stats: ResultComparison) {173        const benchmark = stats.name.replace('.benchmark', '');174        const table = new Table({175            head: [`Benchmark: ${benchmark}`, `base (${baseCommit})`, `target (${targetCommit})`, 'trend'],176            style: {head: ['bgBlue', 'white']}177        });178        this.generateComparisonRows(table, stats);179        return table;180    }181    /*182     * Recursively populate rows into a table for a tree of comparisons.183     */184    generateComparisonRows(table: Table, stats: ResultComparison, groupName = '') {185        if (stats.type === "project" || stats.type === "group") {186            stats.comparisons.forEach(node => {187                if (node.type === "project" || node.type === "group") {188                    const name = node.name;189                    this.generateComparisonRows(table, node, name);190                } else if (node.type === "benchmark") {191                    // // row with benchmark name192                    const emptyFields = Array.apply(null, Array(3)).map(() => '-');193                    table.push([chalk.dim(groupName + '/') + chalk.bold(node.name), ...emptyFields]);194                    // row for each metric195                    Object.keys(node.metrics).forEach((metric: string) => {196                        const metrics = node.metrics[metric as BenchmarkMetricNames];197                        if (metrics) {198                            const baseStats = metrics.baseStats;199                            const targetStats = metrics.targetStats;200                            const samplesComparison = metrics.samplesComparison;201                            table.push([202                                padding(1) + metric,203                                `${baseStats.median.toFixed(2)}` + chalk.gray(` (Â± ${baseStats.medianAbsoluteDeviation.toFixed(2)}ms)`),204                                `${targetStats.median.toFixed(2)}` + chalk.gray(` (Â± ${targetStats.medianAbsoluteDeviation.toFixed(2)}ms)`),205                                chalk.bold(samplesComparison === 0 ? 'SAME' : samplesComparison === 1 ? chalk.red('SLOWER') : chalk.green('FASTER'))206                            ]);207                        }208                    });209                }210            })211        }212    }213}214function padding(n: number) {215    return n > 0216        ? Array.apply(null, Array((n - 1) * 3))217            .map(() => ' ')218            .join('') + 'ââ '219        : '';...

Using AI Code Generation

1var BestColor = require('./BestColor.js');2var bestColorObject = new BestColor();3var colorProjectName = bestColorObject.colorProjectName('Blue');4console.log(colorProjectName);5var BestColor = function () { };6BestColor.prototype.colorProjectName = function (color) {7    return color + ' ' + 'Project';8};9module.exports = BestColor;10var BestColor = require('./BestColor.js');11var bestColorObject = new BestColor();12var colorProjectName = bestColorObject.colorProjectName('Blue');13console.log(colorProjectName);14var BestColor = function () { };15BestColor.prototype.colorProjectName = function (color) {16    return color + ' ' + 'Project';17};18module.exports = new BestColor();

Using AI Code Generation

1var colorProject = require('./test3');2var color = new colorProject.BestColor();3console.log(color.colorProjectName('blue'));4var colorProject = require('./test3');5var color = new colorProject.BestColor();6console.log(color.colorProjectName('green'));7var colorProject = require('./test3');8var color = new colorProject.BestColor();9console.log(color.colorProjectName('yellow'));10var colorProject = require('./test3');11var color = new colorProject.BestColor();12console.log(color.colorProjectName('purple'));13var colorProject = require('./test3');14var color = new colorProject.BestColor();15console.log(color.colorProjectName('orange'));16var colorProject = require('./test3');17var color = new colorProject.BestColor();18console.log(color.colorProjectName('white'));19var colorProject = require('./test3');20var color = new colorProject.BestColor();21console.log(color.colorProjectName('black'));22var colorProject = require('./test3');23var color = new colorProject.BestColor();24console.log(color.colorProjectName('brown'));25var colorProject = require('./test3');26var color = new colorProject.BestColor();27console.log(color.colorProjectName('pink'));28var colorProject = require('./test3');29var color = new colorProject.BestColor();30console.log(color.colorProjectName('gray'));31var colorProject = require('./test3');

Using AI Code Generation

1var colorProjectName = require('./BestColorProject');2var projectName = "Best Color Project";3var color = "Red";4console.log(colorProjectName.colorProjectName(projectName, color));5var colorProjectName = require('./BestColorProject');6var projectName = "Best Color Project";7var color = "Red";8console.log(colorProjectName.colorProjectName(projectName, color));9var colorProjectName = require('./BestColorProject');10var projectName = "Best Color Project";11var color = "Red";12console.log(colorProjectName.colorProjectName(projectName, color));13var colorProjectName = require('./BestColorProject');14var projectName = "Best Color Project";15var color = "Red";16console.log(colorProjectName.colorProjectName(projectName, color));17var colorProjectName = require('./BestColorProject');18var projectName = "Best Color Project";19var color = "Red";20console.log(colorProjectName.colorProjectName(projectName, color));21var colorProjectName = require('./BestColorProject');22var projectName = "Best Color Project";23var color = "Red";24console.log(colorProjectName.colorProjectName(projectName, color));25var colorProjectName = require('./BestColorProject');26var projectName = "Best Color Project";27var color = "Red";28console.log(colorProjectName.colorProjectName(projectName, color));29var colorProjectName = require('./BestColorProject');30var projectName = "Best Color Project";31var color = "Red";

Using AI Code Generation

1var color = new BestColor("blue", "blue");2var color = new BestColor("blue", "blue");3var color = new BestColor("blue", "blue");4var color = new BestColor("blue", "blue");5var color = new BestColor("blue", "blue");6var color = new BestColor("blue", "blue");7var color = new BestColor("blue", "blue");

Using AI Code Generation

1console.log("test4.js");2var project = new BestColorProject();3project.name = "My Project";4project.color = "blue";5project.colorProjectName();6console.log("test5.js");7var project = new BestColorProject();8project.name = "My Project";9project.color = "red";10project.colorProjectName();11console.log("test6.js");12var project = new BestColorProject();13project.name = "My Project";14project.color = "green";15project.colorProjectName();16console.log("test7.js");17var project = new BestColorProject();18project.name = "My Project";19project.color = "yellow";20project.colorProjectName();21console.log("test8.js");22var project = new BestColorProject();23project.name = "My Project";24project.color = "purple";25project.colorProjectName();26console.log("test9.js");27var project = new BestColorProject();28project.name = "My Project";29project.color = "orange";30project.colorProjectName();31console.log("test10.js");32var project = new BestColorProject();33project.name = "My Project";34project.color = "pink";35project.colorProjectName();

Using AI Code Generation

1var BestProject = require('./bestProject.js');2var myProject = new BestProject();3myProject.colorProjectName();4CommonJS is one of the most popular module systems. It is used by Node.js and Browserify. Another popular module system is AMD (Asynchronous Module Definition). It is used by RequireJS. The following code shows how to use AMD to define a module:5define(function() {6    var BestProject = function() {7        this.projectName = "Best Project";8    };9    BestProject.prototype.colorProjectName = function() {10        console.log("The color of project name is red.");11    };12    return BestProject;13});14var BestProject = require('./bestProject.js');15var myProject = new BestProject();16myProject.colorProjectName();17require(['./bestProject.js'], function(BestProject) {18    var myProject = new BestProject();19    myProject.colorProjectName();20});

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