How to use sequenceTask method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

tasksConfig.ts

Source:tasksConfig.ts

1interface ITaskConfiguration {2    version: string;3    tasks: ITask[];4}5interface ITask {6    label: string;7    type: string;8    dependsOrder?: string9    command: string;10    args: string[];11    options: {12        cwd: string;13    };14    dependsOn?: string[];15    group?: {16        kind: "build" | "test" | "none";17        isDefault: boolean;18    }19}20function createDefaultTask(label: string): ITask {21    return {22        label: label,23        type: "shell",24        command: "",25        args: [],26        options: {27            cwd: "${workspaceFolder}/build",28        },29    };30}31function createDebugMsvcTask(): ITask[] {32    const tasks: ITask[] = [];33    const generateTask: ITask = createDefaultTask("build:cmake:debug:msvc");34    generateTask.command = "cmake";35    generateTask.args = [36        "-G",37        "\"Visual Studio 16 2019\"",38        "-A",39        "x64",40        "-DCMAKE_BUILD_TYPE=Debug",41        "-DCMAKE_INSTALL_PREFIX=${workspaceFolder}/bin",42        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",43        "${workspaceFolder}",44    ];45    const buildTask: ITask = createDefaultTask("build:make:debug:msvc");46    buildTask.command = "cmake --build . --config Debug";47    const sequenceTask: ITask = createDefaultTask("build:debug:msvc");48    sequenceTask.dependsOrder = "sequence";49    sequenceTask.dependsOn = [50        "build:cmake:debug:msvc",51        "build:make:debug:msvc",52    ];53    sequenceTask.group = {54        kind: "build",55        isDefault: true,56    };57    tasks.push(generateTask, buildTask, sequenceTask);58    return tasks;59}60function createDebugGccTask(): ITask[] {61    const tasks: ITask[] = [];62    const generateTask: ITask = createDefaultTask("build:cmake:debug:gcc");63    generateTask.command = "cmake";64    generateTask.args = [65        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",66        "-DCMAKE_BUILD_TYPE:STRING=Debug",67        "${workspaceFolder}",68    ];69    const buildTask: ITask = createDefaultTask("build:make:debug:gcc");70    buildTask.command = "make";71    buildTask.args = ["-Wfatal-errors", "-j", "4"];72    const sequenceTask: ITask = createDefaultTask("build:debug:gcc");73    sequenceTask.dependsOrder = "sequence";74    sequenceTask.dependsOn = [75        "build:cmake:debug:gcc",76        "build:make:debug:gcc",77    ];78    sequenceTask.group = {79        kind: "build",80        isDefault: true,81    };82    tasks.push(generateTask, buildTask, sequenceTask);83    return tasks;84}85function createDebugMingwTask(): ITask[] {86    const tasks: ITask[] = [];87    const generateTask: ITask = createDefaultTask("build:cmake:debug:mingw");88    generateTask.command = "cmake";89    generateTask.args = [90        "-G",91        "\"MinGW Makefiles\"",92        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",93        "-DCMAKE_BUILD_TYPE:STRING=Debug",94        "${workspaceFolder}",95    ];96    const buildTask: ITask = createDefaultTask("build:make:debug:mingw");97    buildTask.command = "mingw32-make";98    buildTask.args = ["-Wfatal-errors", "-j", "4"];99    const sequenceTask: ITask = createDefaultTask("build:debug:mingw");100    sequenceTask.dependsOrder = "sequence";101    sequenceTask.dependsOn = [102        "build:cmake:debug:mingw",103        "build:make:debug:mingw",104    ];105    sequenceTask.group = {106        kind: "build",107        isDefault: false,108    };109    tasks.push(generateTask, buildTask, sequenceTask);110    return tasks;111}112function createReleaseMsvcTask(): ITask[] {113    const tasks: ITask[] = [];114    const generateTask: ITask = createDefaultTask("build:cmake:release:msvc");115    generateTask.command = "cmake";116    generateTask.args = [117        "-G",118        "\"Visual Studio 16 2019\"",119        "-A",120        "x64",121        "-DCMAKE_BUILD_TYPE=Release",122        "-DCMAKE_INSTALL_PREFIX=${workspaceFolder}/bin",123        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",124        "${workspaceFolder}",125    ];126    const buildTask: ITask = createDefaultTask("build:make:release:msvc");127    buildTask.command = "cmake --build . --config Release";128    const sequenceTask: ITask = createDefaultTask("build:release:msvc");129    sequenceTask.dependsOrder = "sequence";130    sequenceTask.dependsOn = [131        "build:cmake:release:msvc",132        "build:make:release:msvc",133    ];134    tasks.push(generateTask, buildTask, sequenceTask);135    return tasks;136}137function createReleaseGccTask(): ITask[] {138    const tasks: ITask[] = [];139    const generateTask: ITask = createDefaultTask("build:cmake:release:gcc");140    generateTask.command = "cmake";141    generateTask.args = [142        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",143        "-DCMAKE_BUILD_TYPE:STRING=Release",144        "${workspaceFolder}",145    ];146    const buildTask: ITask = createDefaultTask("build:make:release:gcc");147    buildTask.command = "make";148    buildTask.args = ["-j", "4"];149    const sequenceTask: ITask = createDefaultTask("build:release:gcc");150    sequenceTask.dependsOrder = "sequence";151    sequenceTask.dependsOn = [152        "build:cmake:release:gcc",153        "build:make:release:gcc",154    ];155    tasks.push(generateTask, buildTask, sequenceTask);156    return tasks;157}158function createReleaseMingwTask(): ITask[] {159    const tasks: ITask[] = [];160    const generateTask: ITask = createDefaultTask("build:cmake:release:mingw");161    generateTask.command = "cmake";162    generateTask.args = [163        "-G",164        "\"MinGW Makefiles\"",165        "-DCMAKE_EXPORT_COMPILE_COMMANDS:BOOL=TRUE",166        "-DCMAKE_BUILD_TYPE:STRING=Release",167        "${workspaceFolder}",168    ];169    const buildTask: ITask = createDefaultTask("build:make:release:mingw");170    buildTask.command = "mingw32-make";171    buildTask.args = ["-j", "4"];172    const sequenceTask: ITask = createDefaultTask("build:release:mingw");173    sequenceTask.dependsOrder = "sequence";174    sequenceTask.dependsOn = [175        "build:cmake:release:mingw",176        "build:make:release:mingw",177    ];178    tasks.push(generateTask, buildTask, sequenceTask);179    return tasks;180}181// if use windows, use msvc and mingw182// if use linux, use gcc183export function createTasks(): ITask[] {184    const tasks: ITask[] = [];185    tasks.push(...createDebugMsvcTask(), ...createReleaseMsvcTask());186    tasks.push(...createDebugMingwTask(), ...createReleaseMingwTask());187    tasks.push(...createDebugGccTask(), ...createReleaseGccTask());188    return tasks;189}190export function createTasksFileString(): string {191    const tasks: ITask[] = createTasks();192    const tasksConfig: ITaskConfiguration = {193        tasks,194        version: "2.0.0",195    };196    const tasksFileString: string = JSON.stringify(tasksConfig, null, 4);197    return tasksFileString;...

gulpfile.ts

Source:gulpfile.ts

1import { Gulpclass, Task, SequenceTask } from 'gulpclass';2import { BuildHelper, BuildConfig, BuildEnvironment } from '@morphe/build-angular';345@Gulpclass()6export class Gulpfile {7    private config = new BuildConfig();8    private helper = new BuildHelper(this.config);910    @Task('upgrade-version')11    public upgradeVersion() {12        return this.helper.upgradePackageVersion(BuildEnvironment.Debug);13    }14    @Task('create-manifest')15    public createManifest() {16        return this.helper.createManifestFile();17    }18    @Task('verify-package-list-debug')19    public verifyPackageListDebug(): any {20        return this.helper.verifyPackageList(BuildEnvironment.Debug);21    }22    @Task('clean-debug')23    public cleanDebug() {24        return this.helper.clean(BuildEnvironment.Debug);25    }26    @SequenceTask('build-debug')27    public buildDebug() {28        return this.helper.buildAppTask(BuildEnvironment.Debug);29    }30    @SequenceTask('rebuild-debug')31    public rebuildDebug() {32        return ['clean-debug', 'create-manifest', 'build-debug'];33    }34    @SequenceTask('watch-debug')35    public watchDebug() {36        return this.helper.watchAppTask(BuildEnvironment.Debug);37    }3839    @Task('verify-package-list-release')40    public verifyPackageListRelease(): any {41        return this.helper.verifyPackageList(BuildEnvironment.Release);42    }43    @Task('clean-release')44    public cleanRelease() {45        return this.helper.clean(BuildEnvironment.Release);46    }47    @SequenceTask('build-release')48    public buildRelease() {49        return this.helper.buildAppTask(BuildEnvironment.Release);50    }51    @SequenceTask('rebuild-release')52    public rebuildRelease() {53        return ['clean-release', 'create-manifest', 'build-release'];54    }55    @SequenceTask('watch-release')56    public watchRelease() {57        return this.helper.watchAppTask(BuildEnvironment.Release);58    }59    @SequenceTask('default')60    public default() { // because this task has "default" name it will be run as default gulp task61        return ['rebuild-debug'];62    }
...

gulpfile.js

Source:gulpfile.js

...5require("./dependecy/task/DependecyTask");6require("./dependecy/task/ServerTask");7gulp.task("default", () => {8    if(util.env.production) {9        sequenceTask("dependecy", "application");10    } else {11        sequenceTask("dependecy", "application", "server");12    }...

Using AI Code Generation

1import { sequenceTask } from 'fast-check';2import { Task } from 'fast-check/lib/types/Task';3const task1: Task<number> = () => Promise.resolve(1);4const task2: Task<number> = () => Promise.resolve(2);5const task3: Task<number> = () => Promise.resolve(3);6sequenceTask(task1, task2, task3).then((result) => {7});8import { sequenceTask } from 'fast-check/lib/types/Task';9import { Task } from 'fast-check/lib/types/Task';10const task1: Task<number> = () => Promise.resolve(1);11const task2: Task<number> = () => Promise.resolve(2);12const task3: Task<number> = () => Promise.resolve(3);13sequenceTask(task1, task2, task3).then((result) => {14});15import { sequenceTask } from 'fast-check/lib/types/Task/Task.sequence';16import { Task } from 'fast-check/lib/types/Task';17const task1: Task<number> = () => Promise.resolve(1);18const task2: Task<number> = () => Promise.resolve(2);19const task3: Task<number> = () => Promise.resolve(3);20sequenceTask(task1, task2, task3).then((result) => {21});22import { sequenceTask } from 'fast-check/lib/types/Task/Task.sequence';23import { Task } from 'fast-check/lib/types/Task/Task';24const task1: Task<number> = () => Promise.resolve(1);25const task2: Task<number> = () => Promise.resolve(2);26const task3: Task<number> = () => Promise.resolve(3);27sequenceTask(task1, task2, task3).then((result) => {28});

Using AI Code Generation

1import {sequenceTask} from 'fast-check-monorepo'2const task1 = () => {3  console.log('task1')4  return Promise.resolve('task1')5}6const task2 = () => {7  console.log('task2')8  return Promise.resolve('task2')9}10const task3 = () => {11  console.log('task3')12  return Promise.resolve('task3')13}14sequenceTask(task1, task2, task3)15  .then(res => {16    console.log('res', res)17  })18  .catch(err => {19    console.log('err', err)20  })21const task1 = () => {22  console.log('task1')23  return Promise.resolve('task1')24}25const task2 = () => {26  console.log('task2')27  return Promise.reject('task2')28}29const task3 = () => {30  console.log('task3')31  return Promise.resolve('task3')32}33sequenceTask(task1, task2, task3)34  .then(res => {35    console.log('res', res)36  })37  .catch(err => {38    console.log('err', err)39  })

Using AI Code Generation

1const fc = require('fast-check');2const { sequenceTask } = require('fast-check/lib/types/arbitrary/AsyncArbitrary');3const { asyncProperty } = require('fast-check/lib/check/property/AsyncProperty');4const { task } = require('folktale/concurrency/task');5const test = async () => {6  const arb = fc.integer();7  const arbTask = arb.map((n) => task(() => n));8  const arbTasks = fc.array(arbTask, { minLength: 1 });9  const arbTaskArray = sequenceTask(arbTasks);10  const prop = asyncProperty(arbTaskArray, (tasks) => {11    return Promise.all(tasks.map((t) => t.run())).then((values) => {12      const expected = values.reduce((acc, value) => acc + value, 0);13      return tasks.reduce((acc, t) => acc.chain((accValue) => t.map((value) => accValue + value)), task.of(0)).run().then((actual) => actual === expected);14    });15  });16  const out = await fc.assert(prop);17  console.log(out);18};19test();20const fc = require('fast-check');21const { sequenceTask } = require('fast-check/lib/types/arbitrary/AsyncArbitrary');22const { asyncProperty } = require('fast-check/lib/check/property/AsyncProperty');23const { task } = require('folktale/concurrency/task');24const test = async () => {25  const arb = fc.integer();26  const arbTask = arb.map((n) => task(() => n));27  const arbTasks = fc.array(arbTask, { minLength: 1 });28  const arbTaskArray = sequenceTask(arbTasks);29  const prop = asyncProperty(arbTaskArray, (tasks) => {30    return Promise.all(tasks.map((t) => t.run())).then((values) => {31      const expected = values.reduce((acc, value) => acc + value, 0);32      return tasks.reduce((acc, t) => acc.chain((accValue) => t.map((value) => accValue + value)), task.of(0)).run().then((actual) => actual === expected);33    });34  });35  const out = await fc.assert(prop);36  console.log(out);37};38test();

Using AI Code Generation

1const fc = require("fast-check");2const { sequenceTask } = require("fast-check/lib/esm/check/arbitrary/AsyncProperty");3const { task } = require("folktale/concurrency/task");4const arb = fc.integer();5const task1 = task(resolver => {6  setTimeout(() => resolver.resolve(1), 1000);7});8const task2 = task(resolver => {9  setTimeout(() => resolver.resolve(2), 1000);10});11const task3 = task(resolver => {12  setTimeout(() => resolver.resolve(3), 1000);13});14const task4 = task(resolver => {15  setTimeout(() => resolver.resolve(4), 1000);16});17const task5 = task(resolver => {18  setTimeout(() => resolver.resolve(5), 1000);19});20const task6 = task(resolver => {21  setTimeout(() => resolver.resolve(6), 1000);22});23const task7 = task(resolver => {24  setTimeout(() => resolver.resolve(7), 1000);25});26const task8 = task(resolver => {27  setTimeout(() => resolver.resolve(8), 1000);28});29const task9 = task(resolver => {30  setTimeout(() => resolver.resolve(9), 1000);31});32const task10 = task(resolver => {33  setTimeout(() => resolver.resolve(10), 1000);34});35const task11 = task(resolver => {36  setTimeout(() => resolver.resolve(11), 1000);37});38const task12 = task(resolver => {39  setTimeout(() => resolver.resolve(12), 1000);40});41const task13 = task(resolver => {42  setTimeout(() => resolver.resolve(13), 1000);43});44const task14 = task(resolver => {45  setTimeout(() => resolver.resolve(14), 1000);46});47const task15 = task(resolver => {48  setTimeout(() => resolver.resolve(15), 1000);49});50const task16 = task(resolver => {51  setTimeout(() => resolver.resolve(16), 1000);52});53const task17 = task(resolver => {54  setTimeout(() => resolver.resolve(17), 1000);55});56const task18 = task(resolver => {57  setTimeout(() => resolver.resolve(18), 1000);58});59const task19 = task(resolver => {60  setTimeout(() => resolver.resolve(19), 1000);61});62const task20 = task(resolver => {63  setTimeout(() =>

Using AI Code Generation

1const {sequenceTask} = require('fast-check');2const task = sequenceTask([task1, task2, task3]);3task.run().then((result) => {4    console.log(result);5}).catch((err) => {6    console.log(err);7});8const {sequenceTask} = require('fast-check');9const task = sequenceTask([task1, task2, task3]);10task.run().then((result) => {11    console.log(result);12}).catch((err) => {13    console.log(err);14});15const {sequenceTask} = require('fast-check');16const task = sequenceTask([task1, task2, task3]);17task.run().then((result) => {18    console.log(result);19}).catch((err) => {20    console.log(err);21});22const {sequenceTask} = require('fast-check');23const task = sequenceTask([task1, task2, task3]);24task.run().then((result) => {25    console.log(result);26}).catch((err) => {27    console.log(err);28});29const {sequenceTask} = require('fast-check');30const task = sequenceTask([task1, task2, task3]);31task.run().then((result) => {32    console.log(result);33}).catch((err) => {34    console.log(err);35});36const {sequenceTask} = require('fast-check');37const task = sequenceTask([task1, task2, task3]);38task.run().then((result) => {39    console.log(result);40}).catch((err) => {41    console.log(err);42});43const {sequenceTask} = require('fast-check');44const task = sequenceTask([task1, task2, task3]);45task.run().then((result) => {46    console.log(result);47}).catch((err) => {48    console.log(err);49});

Using AI Code Generation

1const fc = require('fast-check');2const {sequenceTask} = require('fast-check-monorepo');3const {Task} = require('ramda-fantasy');4const addTask = (a, b) => Task.of(a + b);5const multiplyTask = (a, b) => Task.of(a * b);6const subtractTask = (a, b) => Task.of(a - b);7const divideTask = (a, b) => Task.of(a / b);8const absTask = (a) => Task.of(Math.abs(a));9const sqrtTask = (a) => Task.of(Math.sqrt(a));10const cbrtTask = (a) => Task.of(Math.cbrt(a));11const cubeTask = (a) => Task.of(Math.pow(a, 3));12const squareTask = (a) => Task.of(Math.pow(a, 2));13const powTask = (a, b) => Task.of(Math.pow(a, b));14const powTask = (a, b) => Task.of(Math.pow(a, b));15const factorialTask = (a) => Task.of(a > 1 ? a * factorialTask(a - 1) : 1);16const sumDigitsTask = (a) => Task.of(a.toString().split('').reduce((a, b) => parseInt(a) + parseInt(b), 0));17const sumDigitsTask = (a) => Task.of(a.toString().split('').reduce((a, b) => parseInt(a) + parseInt(b), 0));18const sumDigitsTask = (a)

Using AI Code Generation

1const fc = require("fast-check");2const { sequenceTask } = require("fast-check");3const task1 = (a, b) => {4  return new Promise((resolve, reject) => {5    setTimeout(() => {6      resolve(a + b);7    }, 1000);8  });9};10const task2 = (a, b) => {11  return new Promise((resolve, reject) => {12    setTimeout(() => {13      resolve(a + b);14    }, 1000);15  });16};17const task3 = (a, b) => {18  return new Promise((resolve, reject) => {19    setTimeout(() => {20      resolve(a + b);21    }, 1000);22  });23};24const task4 = (a, b) => {25  return new Promise((resolve, reject) => {26    setTimeout(() => {27      resolve(a + b);28    }, 1000);29  });30};31const task5 = (a, b) => {32  return new Promise((resolve, reject) => {33    setTimeout(() => {34      resolve(a + b);35    }, 1000);36  });37};38  .integer()39  .noBias()40  .noShrink()41  .array(5);42  .integer()43  .noBias()44  .noShrink()45  .array(5);46  .integer()47  .noBias()48  .noShrink()49  .array(5);50  .integer()51  .noBias()52  .noShrink()53  .array(5);54  .integer()55  .noBias()56  .noShrink()57  .array(5);58const taskSequence = sequenceTask(task1, task2, task3, task4, task5);59taskSequence(randomNumbers, randomNumbers2, randomNumbers3, randomNumbers4, randomNumbers5).then(60  (results) => {61    console.log(results);62  }63);

Using AI Code Generation

1const fc = require('fast-check');2const processTasks = require('./processTasks.js');3const task1 = fc.record({4  id: fc.integer(),5  type: fc.constantFrom('task1'),6  name: fc.string(1, 10),7  description: fc.string(1, 50),8  duration: fc.integer(1, 100)9});10const sequenceOfTasks = fc.array(task1);11const processTasksType = fc.func(fc.array(task1), fc.anything());12const sequenceOfTasksToProcess = fc.array(sequenceOfTasks);13const sequenceTaskType = fc.func(sequenceOfTasksToProcess, fc.anything());14const processTasksType = fc.func(fc.array(task1), fc.anything());15const sequenceTaskType = fc.func(sequenceOfTasksToProcess, fc.anything());16fc.assert(17  fc.property(18    (sequenceTask, processTasks) => {19      const sequenceTaskToProcess = sequenceTask();20      const result = processTasks(sequenceTaskToProcess);21      return result;22    }23);24const sequenceTaskType = fc.func(sequenceOfTasksToProcess, fc.anything());25const processTasksType = fc.func(fc.array(task1), fc.anything());26fc.assert(27  fc.property(28    (sequenceTask, processTasks) => {29      const sequenceTaskToProcess = sequenceTask();30      const result = processTasks(sequenceTaskToProcess);

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.