How to use successTestResult method in stryker-parent

Best JavaScript code snippet using stryker-parent

find-mutant-test-coverage.spec.ts

Source:find-mutant-test-coverage.spec.ts

...56      // Arrange57      const mutant1 = factory.mutant({ id: '1' });58      const mutants = [mutant1];59      const dryRunResult = factory.completeDryRunResult({60        tests: [factory.successTestResult({ timeSpentMs: 20 }), factory.successTestResult({ timeSpentMs: 22 })],61        mutantCoverage: undefined,62      });63      // Act64      const result = act(dryRunResult, mutants);65      // Assert66      expect(result[0].estimatedNetTime).eq(42);67    });68    it('should report onAllMutantsMatchedWithTests', () => {69      // Arrange70      const mutants = [71        factory.mutant({72          id: '1',73          fileName: 'foo.js',74          mutatorName: 'fooMutator',75          replacement: '<=',76          location: { start: { line: 0, column: 0 }, end: { line: 0, column: 1 } },77        }),78        factory.mutant({79          id: '2',80          fileName: 'bar.js',81          mutatorName: 'barMutator',82          replacement: '{}',83          location: { start: { line: 0, column: 2 }, end: { line: 0, column: 3 } },84        }),85      ];86      const dryRunResult = factory.completeDryRunResult({87        tests: [factory.successTestResult({ timeSpentMs: 20 }), factory.successTestResult({ timeSpentMs: 22 })],88        mutantCoverage: undefined,89      });90      // Act91      act(dryRunResult, mutants);92      // Assert93      expect(reporterMock.onAllMutantsMatchedWithTests).calledWithExactly([94        factory.mutantTestCoverage({95          id: '1',96          fileName: 'foo.js',97          mutatorName: 'fooMutator',98          replacement: '<=',99          static: true,100          estimatedNetTime: 42,101          location: { start: { line: 0, column: 0 }, end: { line: 0, column: 1 } },102          hitCount: undefined,103        }),104        factory.mutantTestCoverage({105          id: '2',106          fileName: 'bar.js',107          mutatorName: 'barMutator',108          replacement: '{}',109          static: true,110          estimatedNetTime: 42,111          location: { start: { line: 0, column: 2 }, end: { line: 0, column: 3 } },112          hitCount: undefined,113        }),114      ]);115    });116  });117  describe('with static coverage', () => {118    it('should disable test filtering', () => {119      // Arrange120      const mutant = factory.mutant({ id: '1' });121      const mutants = [mutant];122      const dryRunResult = factory.completeDryRunResult({123        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 0 })],124        mutantCoverage: { static: { 1: 1 }, perTest: {} },125      });126      // Act127      const result = act(dryRunResult, mutants);128      // Assert129      const expected: MutantTestCoverage[] = [{ ...mutant, estimatedNetTime: 0, static: true, coveredBy: undefined, hitCount: 1 }];130      expect(result).deep.eq(expected);131    });132    it('should calculate the hitCount based on total hits (perTest and static)', () => {133      // Arrange134      const mutant = factory.mutant({ id: '1' });135      const mutants = [mutant];136      const dryRunResult = factory.completeDryRunResult({137        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 0 })],138        mutantCoverage: { static: { 1: 1 }, perTest: { 1: { 1: 2, 2: 100 }, 2: { 2: 100 }, 3: { 1: 3 } } },139      });140      // Act141      const result = act(dryRunResult, mutants);142      // Assert143      expect(result[0].hitCount).deep.eq(6);144    });145    it('should calculate estimatedNetTime as the sum of all tests', () => {146      // Arrange147      const mutant = factory.mutant({ id: '1' });148      const mutants = [mutant];149      const dryRunResult = factory.completeDryRunResult({150        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 20 }), factory.successTestResult({ id: 'spec1', timeSpentMs: 22 })],151        mutantCoverage: { static: { 1: 1 }, perTest: {} },152      });153      // Act154      const result = act(dryRunResult, mutants);155      // Assert156      expect(result[0].estimatedNetTime).eq(42);157    });158    it('should report onAllMutantsMatchedWithTests with correct `static` value', () => {159      // Arrange160      const mutants = [factory.mutant({ id: '1' }), factory.mutant({ id: '2' })];161      const dryRunResult = factory.completeDryRunResult({162        tests: [factory.successTestResult()],163        mutantCoverage: { static: { 1: 1 }, perTest: {} }, // mutant 2 has no coverage164      });165      // Act166      act(dryRunResult, mutants);167      // Assert168      const expectedFirstMatch: Partial<MutantTestCoverage> = {169        id: '1',170        static: true,171        coveredBy: undefined,172      };173      const expectedSecondMatch: Partial<MutantTestCoverage> = {174        id: '2',175        static: false,176        coveredBy: [],177      };178      expect(reporterMock.onAllMutantsMatchedWithTests).calledWithMatch([sinon.match(expectedFirstMatch), sinon.match(expectedSecondMatch)]);179    });180  });181  describe('with perTest coverage', () => {182    it('should enable test filtering for covered tests', () => {183      // Arrange184      const mutant1 = factory.mutant({ id: '1' });185      const mutant2 = factory.mutant({ id: '2' });186      const mutants = [mutant1, mutant2];187      const dryRunResult = factory.completeDryRunResult({188        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 0 }), factory.successTestResult({ id: 'spec2', timeSpentMs: 0 })],189        mutantCoverage: { static: { 1: 0 }, perTest: { spec1: { 1: 1 }, spec2: { 1: 0, 2: 1 } } },190      });191      // Act192      const result = act(dryRunResult, mutants);193      // Assert194      const expected: MutantTestCoverage[] = [195        { ...mutant1, estimatedNetTime: 0, coveredBy: ['spec1'], static: false, hitCount: 1 },196        { ...mutant2, estimatedNetTime: 0, coveredBy: ['spec2'], static: false, hitCount: 1 },197      ];198      expect(result).deep.eq(expected);199    });200    it('should calculate estimatedNetTime as the sum of covered tests', () => {201      // Arrange202      const mutant1 = factory.mutant({ id: '1' });203      const mutant2 = factory.mutant({ id: '2' });204      const mutants = [mutant1, mutant2];205      const dryRunResult = factory.completeDryRunResult({206        tests: [207          factory.successTestResult({ id: 'spec1', timeSpentMs: 20 }),208          factory.successTestResult({ id: 'spec2', timeSpentMs: 10 }),209          factory.successTestResult({ id: 'spec3', timeSpentMs: 22 }),210        ],211        mutantCoverage: { static: { 1: 0 }, perTest: { spec1: { 1: 1 }, spec2: { 1: 0, 2: 1 }, spec3: { 1: 2 } } },212      });213      // Act214      const actualMatches = act(dryRunResult, mutants);215      // Assert216      expect(actualMatches.find((mutant) => mutant.id === '1')?.estimatedNetTime).eq(42); // spec1 + spec3217      expect(actualMatches.find((mutant) => mutant.id === '2')?.estimatedNetTime).eq(10); // spec2218    });219    it('should report onAllMutantsMatchedWithTests with correct `testFilter` value', () => {220      // Arrange221      const mutants = [factory.mutant({ id: '1' }), factory.mutant({ id: '2' })];222      const dryRunResult = factory.completeDryRunResult({223        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 0 }), factory.successTestResult({ id: 'spec2', timeSpentMs: 0 })],224        mutantCoverage: { static: { 1: 0 }, perTest: { spec1: { 1: 1 }, spec2: { 1: 0, 2: 1 } } },225      });226      // Act227      act(dryRunResult, mutants);228      // Assert229      const expectedFirstMatch: Partial<MutantTestCoverage> = {230        id: '1',231        static: false,232        coveredBy: ['spec1'],233      };234      const expectedSecondMatch: Partial<MutantTestCoverage> = {235        id: '2',236        static: false,237        coveredBy: ['spec2'],238      };239      expect(reporterMock.onAllMutantsMatchedWithTests).calledWithMatch([sinon.match(expectedFirstMatch), sinon.match(expectedSecondMatch)]);240    });241    it('should allow for non-existing tests (#2485)', () => {242      // Arrange243      const mutant1 = factory.mutant({ id: '1' });244      const mutant2 = factory.mutant({ id: '2' });245      const mutants = [mutant1, mutant2];246      const dryRunResult = factory.completeDryRunResult({247        tests: [factory.successTestResult({ id: 'spec1', timeSpentMs: 20 })], // test result for spec2 is missing248        mutantCoverage: { static: {}, perTest: { spec1: { 1: 1 }, spec2: { 1: 0, 2: 1 } } },249      });250      // Act251      const actualMatches = act(dryRunResult, mutants);252      // Assert253      expect(actualMatches.find((mutant) => mutant.id === '1')?.coveredBy).deep.eq(['spec1']);254      expect(actualMatches.find((mutant) => mutant.id === '2')?.coveredBy).lengthOf(0);255      expect(testInjector.logger.debug).calledWith(256        'Found test with id "spec2" in coverage data, but not in the test results of the dry run. Not taking coverage data for this test into account'257      );258    });259  });...

union.test.ts

Source:union.test.ts

1import { Expect, FailTestResult, SuccessTestResult, Test } from '../test-utils'2import { Diff } from './diff'3import { LastInUnion } from './last-in-union'4import { LiteralUnion } from './literal-union'5import { StrictExclude } from './strict-exclude'6type LiteralStringType = LiteralUnion<'a' | 'b', string>7type TestLiteralUnion = Expect<LiteralStringType, 'a' | 'b' | (string & {})>8export const testLiteralUnion: LiteralStringType = 'a'9export const testLiteralUnion1: LiteralStringType = 'b'10export const testLiteralUnion2: LiteralStringType = 'foo'11// The editor can pass validation, but tsc will throw error12type TestLastInUnion = LastInUnion<'3' | '1' | '2'> extends infer V13  ? [V] extends ['3']14    ? SuccessTestResult15    : [V] extends ['1']16    ? SuccessTestResult17    : [V] extends ['2']18    ? SuccessTestResult19    : FailTestResult20  : FailTestResult21type TestStrictExclude = Expect<StrictExclude<'1' | '2' | '3', '3'>, '1' | '2'>22type TestDiff = Expect<Diff<'1' | '2', '1' | '3'>, '2' | '3'>23export type Result = Test<24  [TestLiteralUnion, TestLastInUnion, TestStrictExclude, TestDiff]...

test-utils.d.ts

Source:test-utils.d.ts

1import { IsEquals, IsExtends } from './control-flow'2export type SuccessTestResult = {3  result: true4  first: any5  second: any6}7export type FailTestResult = {8  result: false9  first: any10  second: any11}12export type Expect<T, U> = {13  result: IsEquals<T, U>14  first: T15  second: U16}17export type ExpectMatch<T, U> = {18  result: IsExtends<T, U>19  first: T20  second: U21}22export type Group<T extends SuccessTestResult[]> = T extends SuccessTestResult[]23  ? SuccessTestResult24  : FailTestResult25export type Test<T extends SuccessTestResult[]> = T extends SuccessTestResult[]26  ? true...

Using AI Code Generation

1var strykerParent = require('stryker-parent');2strykerParent.successTestResult();3var strykerParent = require('stryker-parent');4strykerParent.failTestResult();5var strykerParent = require('stryker-parent');6strykerParent.errorTestResult();7var strykerParent = require('stryker-parent');8strykerParent.log('Hello World!');9var strykerParent = require('stryker-parent');10strykerParent.error('Hello World!');11var strykerParent = require('stryker-parent');12strykerParent.clear();13var strykerParent = require('stryker-parent');14strykerParent.run();15var strykerParent = require('stryker-parent');16strykerParent.run();17var strykerParent = require('stryker-parent');18strykerParent.run();19var strykerParent = require('stryker-parent');20strykerParent.run();21var strykerParent = require('stryker-parent');22strykerParent.run();23var strykerParent = require('stryker-parent');24strykerParent.run();25var strykerParent = require('stryker-parent');26strykerParent.run();27var strykerParent = require('stryker-parent');28strykerParent.run();

Using AI Code Generation

1const { successTestResult } = require('stryker-parent');2module.exports = function () {3  return successTestResult();4};5const { failedTestResult } = require('stryker-parent');6module.exports = function () {7  return failedTestResult();8};9const { errorTestResult } = require('stryker-parent');10module.exports = function () {11  return errorTestResult();12};13const { errorTestResult } = require('stryker-parent');14module.exports = function () {15  return errorTestResult();16};17const { errorTestResult } = require('stryker-parent');18module.exports = function () {19  return errorTestResult();20};21const { errorTestResult } = require('stryker-parent');22module.exports = function () {23  return errorTestResult();24};25const { errorTestResult } = require('stryker-parent');26module.exports = function () {27  return errorTestResult();28};29const { errorTestResult } = require('stryker-parent');30module.exports = function () {31  return errorTestResult();32};33const { errorTestResult } = require('stryker-parent');34module.exports = function () {35  return errorTestResult();36};37const { errorTestResult } = require('stryker-parent');38module.exports = function () {39  return errorTestResult();40};41const { errorTestResult } = require('stryker-parent');42module.exports = function ()

Using AI Code Generation

1var stryker = require('stryker-parent');2var testResult = stryker.successTestResult();3console.log(testResult);4var stryker = require('stryker-parent');5var testResult = stryker.errorTestResult('Error message');6console.log(testResult);7var stryker = require('stryker-parent');8var testResult = stryker.failedTestResult('Error message', 'Stack trace');9console.log(testResult);10var stryker = require('stryker-parent');11var testResult = stryker.timeoutTestResult();12console.log(testResult);13var stryker = require('stryker-parent');14var testResult = stryker.runTest('test file name', 'test name');15console.log(testResult);16var stryker = require('stryker-parent');17var testResult = stryker.runTest('test file name', 'test name', 'test function');18console.log(testResult);19var stryker = require('stryker-parent');20var testResult = stryker.runTest('test file name', 'test name', 'test function', 'test arguments');21console.log(testResult);22var stryker = require('stryker-parent');23var testResult = stryker.runTest('test file name', 'test name', 'test function', 'test arguments', 'test this');24console.log(testResult);25var stryker = require('stryker-parent');26var testResult = stryker.runTest('test file name', 'test name', 'test function', 'test arguments', 'test this', 'test timeout');27console.log(testResult);

Using AI Code Generation

1{2}3declare module 'stryker-parent' {4  export function successTestResult(): void;5  export function failedTestResult(): void;6}7export * from 'stryker-parent';8export { successTestResult } from 'stryker-parent';9export { successTestResult as success } from 'stryker-parent';10export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';11export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';12export { default } from 'stryker-parent';13export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';14export * from 'stryker-parent';15export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';16export { default as parent } from 'stryker-parent';17export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';18export { default as parent, default } from 'stryker-parent';19export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';20export { default as parent, default } from 'stryker-parent';21export * from 'stryker-parent';22export { successTestResult as success, failedTestResult as failed } from 'stryker-parent';23export { default as parent, default } from 'stryker-parent';24export * from 'stryker-parent';25export { default } from 'stry

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