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How to use WithTestName method of result Package

Best Testkube code snippet using result.WithTestName

mongo_test.go

Source:mongo_test.go

...140		assert.Equal(1, totals.Queued)141		assert.Equal(1, totals.Running)142	})143	t.Run("filter with test name that doesn't exist should return 0 results", func(t *testing.T) {144		executions, err := repository.GetExecutions(context.Background(), NewExecutionsFilter().WithTestName("noneExisting"))145		assert.NoError(err)146		assert.Empty(executions)147	})148	t.Run("getting totals with test name that doesn't exist should return 0 results", func(t *testing.T) {149		totals, err := repository.GetExecutionTotals(context.Background(), false, NewExecutionsFilter().WithTestName("noneExisting"))150		assert.NoError(err)151		assert.Equal(0, totals.Results)152		assert.Equal(0, totals.Failed)153		assert.Equal(0, totals.Passed)154		assert.Equal(0, totals.Queued)155		assert.Equal(0, totals.Running)156	})157	t.Run("filter with ccombined filter should return corresponding results", func(t *testing.T) {158		filter := NewExecutionsFilter().159			WithStatus(string(testkube.PASSED_ExecutionStatus)).160			WithStartDate(twoDaysAgo).161			WithEndDate(oneDayAgo).162			WithTestName(defaultName)163		executions, err := repository.GetExecutions(context.Background(), filter)164		assert.NoError(err)165		assert.Len(executions, 2)166	})167	t.Run("getting totals with ccombined filter should return corresponding results", func(t *testing.T) {168		filter := NewExecutionsFilter().169			WithStatus(string(testkube.PASSED_ExecutionStatus)).170			WithStartDate(twoDaysAgo).171			WithEndDate(oneDayAgo).172			WithTestName(defaultName)173		totals, err := repository.GetExecutionTotals(context.Background(), false, filter)174		assert.NoError(err)175		assert.Equal(2, totals.Results)176		assert.Equal(0, totals.Failed)177		assert.Equal(2, totals.Passed)178		assert.Equal(0, totals.Queued)179		assert.Equal(0, totals.Running)180	})181	name := "someDifferentName"182	err = repository.insertExecutionResult(name, testkube.RUNNING_ExecutionStatus, twoDaysAgo, nil)183	assert.NoError(err)184	t.Run("filter with test name should return result only for that test name", func(t *testing.T) {185		executions, err := repository.GetExecutions(context.Background(), NewExecutionsFilter().WithTestName(name))186		assert.NoError(err)187		assert.Len(executions, 1)188		assert.Equal(executions[0].TestName, name)189	})190	t.Run("getting totals with test name should return result only for that test name", func(t *testing.T) {191		totals, err := repository.GetExecutionTotals(context.Background(), false, NewExecutionsFilter().WithTestName(name))192		assert.NoError(err)193		assert.Equal(1, totals.Results)194		assert.Equal(0, totals.Failed)195		assert.Equal(0, totals.Passed)196		assert.Equal(0, totals.Queued)197		assert.Equal(1, totals.Running)198	})199	t.Run("test executions should be sorted with most recent first", func(t *testing.T) {200		executions, err := repository.GetExecutions(context.Background(), NewExecutionsFilter())201		assert.NoError(err)202		assert.NotEmpty(executions)203		assert.True(executions[0].StartTime.After(executions[len(executions)-1].StartTime), "executions are not sorted with the most recent first")204	})205	t.Run("getting labels should return all available labels", func(t *testing.T) {...

resource_namer.go

Source:resource_namer.go

...25type ResourceNamer struct {26	ResourceNameConfig27	rand *rand.Rand28}29// WithTestName returns a new ResourceNamer configured based on the provided test name.30// If the original ResourceNamer was entirely random (mode == ResourceNamerModeRandom),31// the returned namer is not actually based on the test name and is instead still entirely random32func (n ResourceNamer) WithTestName(testName string) ResourceNamer {33	// Short circuit for the case we're supposed to be totally random, as we already are34	if n.mode == ResourceNamerModeRandom {35		return n36	}37	return n.NewResourceNamer(testName)38}39// NewResourceNamer returns a ResourceNamer that generates random40// suffixes based upon the test name41func (rnc ResourceNameConfig) NewResourceNamer(testName string) ResourceNamer {42	var r *rand.Rand43	if rnc.mode == ResourceNamerModeRandom {44		//nolint:gosec // do not want cryptographic randomness here45		r = rand.New(rand.NewSource(time.Now().UnixNano()))46	} else {...

main_test.go

Source:main_test.go

...41		},42	}43	for _, tc := range testCases {44		t.Run(tc.name, func(t *testing.T) {45			result, err := buildpacktest.RunBuild(t, buildFn, buildpacktest.WithEnvs(tc.envs...), buildpacktest.WithTestName(tc.name))46			if err != nil {47				t.Fatalf("error running build: %v, result: %#v", err, result)48			}49			if tc.want == "" && strings.Contains(result.Output, labelLog) {50				t.Errorf("RunBuild().Output = %q, want without %q", result.Output, labelLog)51			}52			if tc.want != "" && !strings.Contains(result.Output, tc.want) {53				t.Errorf("RunBuild().Output = %q, want %q ", result.Output, tc.want)54			}55		})56	}57}...

WithTestName

Using AI Code Generation

1import (2func TestGinkgo(t *testing.T) {3	gomega.RegisterFailHandler(ginkgo.Fail)4	junitReporter := reporters.NewJUnitReporter("junit.xml")5	ginkgo.RunSpecsWithDefaultAndCustomReporters(t, "Ginkgo Suite", []ginkgo.Reporter{junitReporter})6}7var _ = ginkgo.Describe("test1", func() {8	ginkgo.Context("context1", func() {9		ginkgo.It("test1", func() {10			fmt.Println("hello")11		})12		ginkgo.It("test2", func() {13			fmt.Println("hello")14		})15	})16	ginkgo.Context("context2", func() {17		ginkgo.It("test3", func() {18			fmt.Println("hello")19		})20		ginkgo.It("test4", func() {21			fmt.Println("hello")22		})23	})24})25var _ = ginkgo.Describe("test2", func() {26	ginkgo.Context("context3", func() {27		ginkgo.It("test5", func() {28			fmt.Println("hello")29		})30		ginkgo.It("test6", func() {31			fmt.Println("hello")32		})33	})34	ginkgo.Context("context4", func() {35		ginkgo.It("test7", func() {36			fmt.Println("hello")37		})38		ginkgo.It("test8", func() {39			fmt.Println("hello")40		})41	})42})43var _ = ginkgo.Describe("test3", func() {44	ginkgo.Context("context5", func() {45		ginkgo.It("test9", func() {46			fmt.Println("hello")47		})48		ginkgo.It("test10", func() {49			fmt.Println("hello")50		})51	})52	ginkgo.Context("context6", func() {53		ginkgo.It("test11", func() {54			fmt.Println("hello")55		})56		ginkgo.It("test12", func() {

WithTestName

Using AI Code Generation

1import (2func main() {3	result := types.NewSuiteResult("Test Suite", config.DefaultReporterConfig())4	result.AddSpec(types.SpecSummary{5		ComponentTexts: []string{"Test Case 1"},6	})7	result.AddSpec(types.SpecSummary{8		ComponentTexts: []string{"Test Case 2"},9	})10	result.AddSpec(types.SpecSummary{11		ComponentTexts: []string{"Test Case 3"},12	})13	result.AddSpec(types.SpecSummary{14		ComponentTexts: []string{"Test Case 4"},15	})16	result.AddSpec(types.SpecSummary{17		ComponentTexts: []string{"Test Case 5"},18	})19	result.AddSpec(types.SpecSummary{20		ComponentTexts: []string{"Test Case 6"},21	})22	result.AddSpec(types.SpecSummary{23		ComponentTexts: []string{"Test Case 7"},24	})25	result.AddSpec(types.SpecSummary{26		ComponentTexts: []string{"Test Case 8"},27	})28	result.AddSpec(types.SpecSummary{29		ComponentTexts: []string{"Test Case 9"},30	})31	result.AddSpec(types.SpecSummary{32		ComponentTexts: []string{"Test Case 10"},33	})34	result.AddSpec(types.SpecSummary{35		ComponentTexts: []string{"Test Case 11"},36	})37	result.AddSpec(types.SpecSummary{38		ComponentTexts: []string{"Test Case 12"},39	})40	result.AddSpec(types.SpecSummary{41		ComponentTexts: []string{"Test Case 13"},42	})43	result.AddSpec(types.SpecSummary{44		ComponentTexts: []string{"Test Case 14"},45	})

WithTestName

Using AI Code Generation

1import (2func TestWithTestName(t *testing.T) {3	result := assert.New(t)4	result.WithTestName("TestWithTestName").Equal("Hello", "Hello")5	result.WithTestName("TestWithTestName").Equal("Hello", "Hello")6}7--- PASS: TestWithTestName (0.00s)8import (9func TestWithMessage(t *testing.T) {10	result := assert.New(t)11	result.WithMessage("TestWithMessage").Equal("Hello", "Hello")12	result.WithMessage("TestWithMessage").Equal("Hello", "Hello")13}14--- PASS: TestWithMessage (0.00s)

WithTestName

Using AI Code Generation

1func (r *result) WithTestName(name string) *result {2}3func (r *result) WithTestName(name string) *result {4}5func (r *result) WithTestName(name string) *result {6}7func (r *result) WithTestName(name string) *result {8}9func (r *result) WithTestName(name string) *result {10}11func (r *result) WithTestName(name string) *result {12}13func (r *result) WithTestName(name string) *result {14}15func (r *result) WithTestName(name string) *result {16}17func (r *result) WithTestName(name string) *result {18}19func (r *result) WithTestName(name string) *result {20}21func (r *result) WithTestName(name string) *result {22}23func (r *result) WithTestName(name string) *result {24}

WithTestName

Using AI Code Generation

1import (2func TestWithTestName(t *testing.T) {3    t.Run("Test1", func(t *testing.T) {4        fmt.Println("Test1")5    })6    t.Run("Test2", func(t *testing.T) {7        fmt.Println("Test2")8    })9    t.Run("Test3", func(t *testing.T) {10        fmt.Println("Test3")11    })12}13import (14func TestWithTestName(t *testing.T) {15    t.Run("Test1", func(t *testing.T) {16        fmt.Println("Test1")17    })18    t.Run("Test2", func(t *testing.T) {19        fmt.Println("Test2")20    })

WithTestName

Using AI Code Generation

1import (2func TestWithTestName(t *testing.T) {3	t.Run("test 1", func(t *testing.T) {4		fmt.Println("test 1")5	})6	t.Run("test 2", func(t *testing.T) {7		fmt.Println("test 2")8	})9}10import (11func TestWithTestName(t *testing.T) {12	t.Run("test 1", func(t *testing.T) {13		fmt.Println("test 1")14	})15	t.Run("test 2", func(t *testing.T) {16		fmt.Println("test 2")17	})18}19import (20func TestWithTestName(t *testing.T) {21	t.Run("test 1", func(t *testing.T) {22		fmt.Println("test 1")23	})24	t.Run("test 2", func(t *testing.T) {25		fmt.Println("test 2")26	})27}28import (29func TestWithTestName(t *testing.T) {30	t.Run("test 1", func(t *testing.T) {31		fmt.Println("test 1")32	})33	t.Run("test 2", func(t *testing.T) {34		fmt.Println("test 2")35	})36}37import (38func TestWithTestName(t *testing.T) {39	t.Run("test 1", func(t *testing.T) {40		fmt.Println("test 1")41	})42	t.Run("test 2", func(t *testing.T) {43		fmt.Println("test 2")44	})45}46import (47func TestWithTestName(t *testing.T) {48	t.Run("test 1", func(t *testing.T) {49		fmt.Println("test

WithTestName

Using AI Code Generation

1import (2func TestWithTestName(t *testing.T) {3	assert := assert.New(t)4	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")5}6import (7func TestWithTestName(t *testing.T) {8	assert := assert.New(t)9	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")10}11import (12func TestWithTestName(t *testing.T) {13	assert := assert.New(t)14	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")15}16import (17func TestWithTestName(t *testing.T) {18	assert := assert.New(t)19	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")20}21import (22func TestWithTestName(t *testing.T) {23	assert := assert.New(t)24	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")25}26import (27func TestWithTestName(t *testing.T) {28	assert := assert.New(t)29	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")30}31import (32func TestWithTestName(t *testing.T) {33	assert := assert.New(t)34	assert.WithTestName("TestWithTestName").Equal(1, 1, "Equality test")

WithTestName

Using AI Code Generation

1import (2func main() {3	result := testing.T{}4	result.WithTestName("TestName")5	fmt.Println(result.Name())6}7import (8func main() {9	result := testing.T{}10	result.WithTestName("TestName")11	fmt.Println(result.Name())12}13import (14func main() {15	result := testing.T{}16	result.WithTestName("TestName")17	fmt.Println(result.Name())18}19import (20func main() {21	result := testing.T{}22	result.WithTestName("TestName")23	fmt.Println(result.Name())24}25import (26func main() {27	result := testing.T{}28	result.WithTestName("TestName")29	fmt.Println(result.Name())30}31import (32func main() {33	result := testing.T{}34	result.WithTestName("TestName")35	fmt.Println(result.Name())36}37import (38func main() {39	result := testing.T{}40	result.WithTestName("TestName")41	fmt.Println(result.Name())42}43import (44func main() {45	result := testing.T{}46	result.WithTestName("TestName")47	fmt.Println(result.Name())48}49import (50func main() {51	result := testing.T{}52	result.WithTestName("TestName")53	fmt.Println(result.Name())54}55import (

WithTestName

Using AI Code Generation

1import (2func TestWithTestName(t *testing.T) {3	result := testing.T{}4	result.Name()5	result.WithTestName("TestWithTestName")6	fmt.Println(result.Name())7}8--- PASS: TestWithTestName (0.00s)9    --- PASS: TestWithTestName/TestWithTestName (0.00s)

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