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How to use TestSpecIsSkippedIfDataRangeIsInvalid method of execution Package
Best Gauge code snippet using execution.TestSpecIsSkippedIfDataRangeIsInvalid
specExecutor_test.go
Source:specExecutor_test.go 
...127 spec, _, _ := new(parser.SpecParser).Parse(specText, gauge.NewConceptDictionary(), "")128 spec.FileName = "FILE"129 return spec130}131func (s *MySuite) TestSpecIsSkippedIfDataRangeIsInvalid(c *C) {132 errMap := &gauge.BuildErrors{133 SpecErrs: make(map[*gauge.Specification][]error),134 ScenarioErrs: make(map[*gauge.Scenario][]error),135 StepErrs: make(map[*gauge.Step]error),136 }137 spec := anySpec()138 errMap.SpecErrs[spec] = []error{validation.NewSpecValidationError("Table row number out of range", spec.FileName)}139 se := newSpecExecutor(spec, nil, nil, errMap, 0)140 specResult := se.execute(true, false, false)141 c.Assert(specResult.Skipped, Equals, true)142}143func (s *MySuite) TestDataTableRowsAreSkippedForUnimplemetedStep(c *C) {144 MaxRetriesCount = 1145 stepText := "Unimplememted step"...
TestSpecIsSkippedIfDataRangeIsInvalid
Using AI Code Generation
1import (2func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {3 gomega.RegisterFailHandler(ginkgo.Fail)4 ginkgo.RunSpecs(t, "TestSpecIsSkippedIfDataRangeIsInvalid Suite")5}6var _ = ginkgo.Describe("TestSpecIsSkippedIfDataRangeIsInvalid", func() {7 var (8 ginkgo.BeforeEach(func() {9 fakeTestRunner = &testrunner.FakeTestRunner{}10 executor = execution.NewExecution(config.GinkgoConfigType{}, fakeTestRunner)11 })12 ginkgo.It("should skip the spec if the data range is invalid", func() {13 spec := &types.SpecSummary{14 ComponentTexts: []string{"A", "B", "C"},15 }16 executor.ExecuteSpec(spec, 0, 0)17 gomega.Expect(fakeTestRunner.RunSpecCallCount()).To(gomega.Equal(0))18 gomega.Expect(spec.State).To(gomega.Equal(types.SpecStateSkipped))19 gomega.Expect(spec.SkippedReason).To(gomega.Equal("Spec is marked as Focus and Skip"))20 })21})22import (23type Execution struct {24}25func NewExecution(config config.GinkgoConfigType, testRunner testrunner.TestRunner) *Execution {26 return &Execution{27 }28}29func (e *Execution) ExecuteSpec(spec *types.SpecSummary, nodeIndex int, totalNumberOfNodes int)
TestSpecIsSkippedIfDataRangeIsInvalid
Using AI Code Generation
1import (2func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {3 gomega.RegisterFailHandler(ginkgo.Fail)4 ginkgo.RunSpecs(t, "SpecIsSkippedIfDataRangeIsInvalid Suite")5}6import (7var _ = ginkgo.Describe("SpecIsSkippedIfDataRangeIsInvalid", func() {8 var (9 ginkgo.BeforeEach(func() {10 })11 ginkgo.Context("When the data range is invalid", func() {12 ginkgo.It("Should skip the spec", func() {13 gomega.Expect(err).To(gomega.BeNil())14 })15 })16})17import (18var _ = ginkgo.Describe("SpecIsSkippedIfDataRangeIsInvalid", func() {19 var (20 ginkgo.BeforeEach(func() {21 })22 ginkgo.Context("When the data range is invalid", func() {23 ginkgo.It("Should skip the spec", func() {24 gomega.Expect(err).To(gomega.BeNil())25 })26 })27})28import (29var _ = ginkgo.Describe("SpecIsSkippedIfDataRangeIsInvalid", func() {30 var (31 ginkgo.BeforeEach(func() {32 })33 ginkgo.Context("When the data range is invalid", func() {34 ginkgo.It("Should skip the spec", func() {35 gomega.Expect(err).To(gomega.BeNil())36 })37 })38})39import (
TestSpecIsSkippedIfDataRangeIsInvalid
Using AI Code Generation
1import (2func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {3}4import (5func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {6}7import (8func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {9}10import (11func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {12}13import (14func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {15}16import (17func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {18}19import (20func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {21}22import (
TestSpecIsSkippedIfDataRangeIsInvalid
Using AI Code Generation
1import (2func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {3 fmt.Println("Test Spec Is Skipped If Data Range Is Invalid")4}5func TestSpecIsExecutedIfDataRangeIsInvalid(t *testing.T) {6 fmt.Println("Test Spec Is Executed If Data Range Is Invalid")7}8import (9func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {10 fmt.Println("Test Spec Is Skipped If Data Range Is Invalid")11}12func TestSpecIsExecutedIfDataRangeIsInvalid(t *testing.T) {13 fmt.Println("Test Spec Is Executed If Data Range Is Invalid")14}15import (16func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {17 fmt.Println("Test Spec Is Skipped If Data Range Is Invalid")18}19func TestSpecIsExecutedIfDataRangeIsInvalid(t *testing.T) {20 fmt.Println("Test Spec Is Executed If Data Range Is Invalid")21}22import (23func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {24 fmt.Println("Test Spec Is Skipped If Data Range Is Invalid")25}26func TestSpecIsExecutedIfDataRangeIsInvalid(t *testing.T) {27 fmt.Println("Test Spec Is Executed If Data Range Is Invalid")28}29import (30func TestSpecIsSkippedIfDataRangeIsInvalid(t *testing.T) {31 fmt.Println("Test Spec Is Skipped If Data Range Is Invalid")32}33func TestSpecIsExecutedIfDataRangeIsInvalid(t *testing.T) {34 fmt.Println("Test Spec Is Executed If Data Range Is Invalid")35}
TestSpecIsSkippedIfDataRangeIsInvalid
Using AI Code Generation
1func (e *Execution) TestSpecIsSkippedIfDataRangeIsInvalid() {2 ginkgo.It("Should skip the spec if data range is invalid", func() {3 ginkgo.By("Initializing the execution")4 e.initExecution()5 ginkgo.By("Setting the data range to invalid")6 ginkgo.By("Calling the method")7 e.SkipSpecIfDataRangeIsInvalid()8 ginkgo.By("Checking if spec is skipped")9 gomega.Expect(e.SkipSpec).To(gomega.BeTrue())10 })11}12func (e *Execution) TestSpecIsNotSkippedIfDataRangeIsValid() {13 ginkgo.It("Should not skip the spec if data range is valid", func() {14 ginkgo.By("Initializing the execution")15 e.initExecution()16 ginkgo.By("Setting the data range to valid")17 ginkgo.By("Calling the method")18 e.SkipSpecIfDataRangeIsInvalid()19 ginkgo.By("Checking if spec is skipped")20 gomega.Expect(e.SkipSpec).To(gomega.BeFalse())21 })22}23func (e *Execution) TestSpecIsSkippedIfDataRangeIsInvalid() {24 e.testSpecIsSkippedIfDataRangeIsInvalid("invalid")25}26func (e *Execution) TestSpecIsNotSkippedIfDataRangeIsValid() {27 e.testSpecIsSkippedIfDataRangeIsInvalid("1-3")28}29func (e *Execution) testSpecIsSkippedIfDataRangeIsInvalid(dataRange string) {30 ginkgo.It("Should skip the spec if data range is invalid", func() {
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Most used method in
- mergeDataTableSpecResults
- hasTableDrivenSpec
- mergeResults
- addHookFailure
- getItems
- aggregateDataTableScnStats
- modifySpecStats
- TestSuiteHooksAreExecutedOncePerRun
- ExecuteMessageWithTimeout
- ExecuteAndGetStatus
- Alive
- Kill
- Connection
- isMultithreaded
- Info
- Pid
- TestStepExecutionShouldAddBeforeStepHookMessages
- TestStepExecutionShouldAddAfterStepHookMessages
- TestStepExecutionShouldGetScreenshotsBeforeStep
- TestStepExecutionShouldGetScreenshotsAfterStep
- ListenSuiteEndAndSaveResult
- writeResult
- executeStep
- createStepRequest
- notifyBeforeStepHook
- notifyAfterStepHook
- TestIfResultFileIsCreated
- writeExecutionResult
- ReadLastExecutionResult
- printExecutionResult
- validateFlags
- TestModifySpecStats
- TestAggregateDataTableScnStats
- TestMergeResults
- TestMergeResultsWithPreHookFailure
- TestMergeSkippedResults
- TestMergeResultsExecutionTimeInParallel
- TestMergeDataTableSpecResults
- TestGetItems
- TestHasTableDrivenSpec
- TestMergeResultWithMesages
- newExecutionInfo
- getExecutor
- Test
- TestNumberOfStreams
- getValidationErrorMap
- TestAggregationOfSuiteResult
- TestAggregationOfSuiteResultWithUnhandledErrors
- TestAggregationOfSuiteResultWithHook
- TestIsMultiThreadedWithEnvSetToFalse
- TestIsMultiThreadedWithRunnerWhenSupportsMultithreading
- TestIsMultiThreadedWithRunnerWhenDoesNotSupportMultithreading
- newSpecExecutor
- execute
- executeTableRelatedScenarios
- executeSpec
- initSpecDataStore
- notifyBeforeSpecHook
- notifyAfterSpecHook
- skipSpecForError
- failSpec
- convertErrors
- setSkipInfo
- getItemsForScenarioExecution
- dataTableLookup
- executeScenarios
- executeScenario
- addAllItemsForScenarioExecution
- getTagValue
- setSpecFailure
- shouldExecuteForRow
- getDataTableRows
- executeHook
- hasParseError
- getJSON
- statusJSON
- newSpecBuilder
- addPrefix
- String
- specHeading
- scenarioHeading
- step
- tableHeader
- tableRow
- TestToGetDataTableRowsRangeFromInputFlag
- TestCreateSkippedSpecResult
- TestCreateSkippedSpecResultWithScenarios
- anySpec
- TestSpecIsSkippedIfDataRangeIsInvalid
- TestDataTableRowsAreSkippedForUnimplemetedStep
- TestConvertParseErrorToGaugeMessagesError
- TestConvertSpecValidationErrorToGaugeMessagesError
- TestConvertStepValidationErrorToGaugeMessagesError
- func
- NotifyPlugins
- GracefullyKillPlugins
- ExtendTimeout
- TestExecuteFailsWhenSpecHasParseErrors
- TestExecuteSkipsWhenSpecHasErrors
- TestExecuteInitSpecDatastore
- TestExecuteShouldNotInitSpecDatastoreWhenBeforeIsFalse
- TestExecuteSkipsWhenSpecDatastoreInitFails
- TestExecuteBeforeSpecHook
- TestExecuteShouldNotifyBeforeSpecEvent
- TestExecuteAfterSpecHook
- TestExecuteAddsSpecHookExecutionMessages
- TestExecuteAddsSpecHookExecutionScreenshots
- TestExecuteShouldNotifyAfterSpecEvent
- TestExecuteScenario
- TestExecuteScenarioWithRetries
- TestExecuteScenarioShouldNotRetryIfNotMatchTags
- TestExecuteScenarioShouldRetryIfSpecificationMatchTags
- TestExecuteScenarioShouldRetryIfScenarioMatchTags
- newSpecExecutorForTestsWithRetry
- TestExecuteShouldMarkSpecAsSkippedWhenAllScenariosSkipped
- TestResolveConceptToProtoConceptItem
- TestResolveNestedConceptToProtoConceptItem
- TestResolveNestedConceptAndTableParamToProtoConceptItem
- TestResolveToProtoConceptItemWithDataTable
- checkConceptParameterValuesInOrder
- executeGrpcMultithreaded
- initSuiteDataStore
- notifyBeforeSuite
- notifyAfterSuite
- TestNotifyBeforeScenarioShouldAddBeforeScenarioHookMessages
- TestNotifyAfterScenarioShouldAddAfterScenarioHookMessages
- TestNotifyBeforeScenarioShouldAddBeforeScenarioHookScreenshots
- TestNotifyAfterScenarioShouldAddAfterScenarioHookScreenshots
- newScenarioExecutor
- initScenarioDataStore
- handleScenarioDataStoreFailure
- setSkipInfoInResult
- notifyBeforeScenarioHook
- notifyAfterScenarioHook
- executeSteps
- executeConcept
- setStepFailure
- getParameters
- setScenarioFailure
- resolveItems
- resolveToProtoItem
- resolveToProtoConceptItem
- resolveToProtoStepItem
- TestFunctionsOfTypeSpecList
- createSpecsList
- TestValidateFlagsIfNotParallel
- TestValidateFlagsWithStartegyEager
- TestValidateFlagsWithStartegyLazy
- TestValidateFlagsWithInvalidStrategy
- TestValidateFlagsWithInvalidStream
- SetTableRows
- newSimpleExecution
- run
- start
- finish
- stopAllPlugins
- executeSpecs
- notifyExecutionResult
- notifyExecutionStop
- handleHookFailure
- TestNotifyBeforeSuiteShouldAddsBeforeSuiteHookMessages
- TestNotifyAfterSuiteShouldAddsAfterSuiteHookMessages
- TestNotifyBeforeSuiteShouldAddsBeforeSuiteHookScreenshots
- TestNotifyAfterSuiteShouldAddsAfterSuiteHookScreenshots
- TestExecuteSpecsShouldAddsBeforeSpecHookFailureScreenshotFile
- TestExecuteSpecsShouldAddsAfterSpecHookFailureScreenshotFile
- createSpecCollection
- newParallelExecution
- Error
- numberOfStreams
- startRunnersForRemainingStreams
- executeLazily
- executeLegacyMultithreaded
- startMultithreaded
- executeEagerly
- startRunner
- startSpecsExecutionWithRunner
- executeSpecsInSerial
- aggregateResults
- isLazy
- isValidStrategy
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