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How to use TestEmitter_IsValidEvent_ForTest method of testkube Package
Best Testkube code snippet using testkube.TestEmitter_IsValidEvent_ForTest
model_event_extended_test.go
Source:model_event_extended_test.go 
2import (3 "testing"4 "github.com/stretchr/testify/assert"5)6func TestEmitter_IsValidEvent_ForTest(t *testing.T) {7 t.Run("should pass only events with given selector", func(t *testing.T) {8 // given9 execution := NewQueuedExecution()10 execution.Labels = map[string]string{"test": "1"}11 e := Event{Type_: EventStartTest, TestExecution: execution}12 // when13 valid := e.Valid("test=1", AllEventTypes)14 // then15 assert.True(t, valid)16 })17 t.Run("should not pass events with not matching selector", func(t *testing.T) {18 // given19 execution := NewQueuedExecution()20 execution.Labels = map[string]string{"test": "2"}21 e := Event{Type_: EventStartTest, TestExecution: execution}22 // when23 valid := e.Valid("test=1", AllEventTypes)24 // then25 assert.False(t, valid)26 })27 t.Run("should pass events without selector", func(t *testing.T) {28 // given29 execution := NewQueuedExecution()30 e := Event{Type_: EventStartTest, TestExecution: execution}31 // when32 valid := e.Valid("", AllEventTypes)33 // then34 assert.True(t, valid)35 })36}37func TestEmitter_IsValidEvent_ForTestSuite(t *testing.T) {38 t.Run("should pass only events with given selector", func(t *testing.T) {39 // given40 execution := NewQueuedTestSuiteExecution("", "")41 execution.Labels = map[string]string{"test": "1"}42 e := Event{Type_: EventStartTestSuite, TestSuiteExecution: execution}43 // when44 valid := e.Valid("test=1", AllEventTypes)45 // then46 assert.True(t, valid)47 })48 t.Run("should not pass events with not matching selector", func(t *testing.T) {49 // given50 execution := NewQueuedTestSuiteExecution("", "")51 execution.Labels = map[string]string{"test": "2"}...
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1func TestEmitter_IsValidEvent_ForTest(t *testing.T) {2}3func TestEmitter_IsValidEvent_ForTest(t *testing.T) {4}5func TestEmitter_IsValidEvent_ForTest(t *testing.T) {6}7func TestEmitter_IsValidEvent_ForTest(t *testing.T) {8}9func TestEmitter_IsValidEvent_ForTest(t *testing.T) {10}11func TestEmitter_IsValidEvent_ForTest(t *testing.T) {12}13func TestEmitter_IsValidEvent_ForTest(t *testing.T) {14}15func TestEmitter_IsValidEvent_ForTest(t *testing.T) {16}17func TestEmitter_IsValidEvent_ForTest(t *testing.T) {18}
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1func TestEmitter_IsValidEvent_ForTest(t *testing.T) {2 emitter := TestEmitter{}3 assert.True(t, emitter.IsValidEvent("test"))4}5func TestEmitter_IsValidEvent_ForTest(t *testing.T) {6 emitter := TestEmitter{}7 assert.True(t, emitter.IsValidEvent("test"))8}9func TestEmitter_IsValidEvent_ForTest(t *testing.T) {10 emitter := TestEmitter{}11 assert.True(t, emitter.IsValidEvent("test"))12}13func TestEmitter_IsValidEvent_ForTest(t *testing.T) {14 emitter := TestEmitter{}15 assert.True(t, emitter.IsValidEvent("test"))16}17func TestEmitter_IsValidEvent_ForTest(t *testing.T) {18 emitter := TestEmitter{}19 assert.True(t, emitter.IsValidEvent("test"))20}21func TestEmitter_IsValidEvent_ForTest(t *testing.T) {22 emitter := TestEmitter{}23 assert.True(t, emitter.IsValidEvent("test"))24}25func TestEmitter_IsValidEvent_ForTest(t *testing.T) {26 emitter := TestEmitter{}27 assert.True(t, emitter.IsValidEvent("test"))28}29func TestEmitter_IsValidEvent_ForTest(t *testing.T) {30 emitter := TestEmitter{}31 assert.True(t, emitter.IsValidEvent("test"))32}33func TestEmitter_IsValidEvent_ForTest(t *testing.T) {34 emitter := TestEmitter{}35 assert.True(t, emitter.IsValidEvent("test"))36}
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1import (2func main() {3 testEmitter.Events = append(testEmitter.Events, testEvent)4 result := testEmitter.IsValidEventForTest(testEvent)5 fmt.Println(result)6}7import (8func main() {9 testEmitter.Events = append(testEmitter.Events, testEvent)10 result := testEmitter.IsValidEventForTest(testEvent)11 fmt.Println(result)12}13import (14func main() {15 testEmitter.Events = append(testEmitter.Events, testEvent)16 result := testEmitter.IsValidEventForTest(testEvent)17 fmt.Println(result)18}19import (20func main() {21 testEmitter.Events = append(testEmitter.Events, testEvent)22 result := testEmitter.IsValidEventForTest(testEvent)23 fmt.Println(result)24}
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1import (2func main() {3 emitter := client.NewEmitter()4 event := testkube.TestEvent{5 }6 event.Data = testkube.TestEventData{7 }8 event.Data.Data = testkube.TestEventDataData{9 }10 event.Data.Data.Test = testkube.TestEventDataDataTest{11 }12 if emitter.IsValidEvent(event) {13 fmt.Println("Event is valid")14 } else {15 fmt.Println("Event is invalid")16 }17 if emitter.Emit(event) {18 fmt.Println("Event emitted")19 } else {20 fmt.Println("Event not emitted")21 }22}
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1func TestEmitter_IsValidEvent_ForTest(t *testing.T) {2 testkube := &TestEmitter{}3 event := &Event{}4 result := testkube.IsValidEvent(event)5 if result != false {6 t.Errorf("TestEmitter_IsValidEvent_ForTest test case failed")7 }8}9func (testkube *TestEmitter) IsValidEvent(event *Event) bool {10}11func (testkube *TestEmitter) IsValidEvent(event *Event) bool {12}13func TestEmitter_IsValidEvent_ForTest(t *testing.T) {14 testkube := &TestEmitter{}15 event := &Event{}16 result := testkube.IsValidEvent(event)17 if result != true {18 t.Errorf("TestEmitter_IsValidEvent_ForTest test case failed")19 }20}21func TestEmitter_IsValidEvent_ForTest(t *testing.T) {22 testkube := &TestEmitter{}23 event := &Event{}24 result := testkube.IsValidEvent(event)25 if result != false {26 t.Errorf("TestEmitter_IsValidEvent_ForTest test case failed")27 }28}29func TestEmitter_IsValidEvent_ForTest(t *testing.T) {30 testkube := &TestEmitter{}
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1func TestEmitter_IsValidEvent_ForTest(t *testing.T) {2 t.Parallel()3 testEmitter := &TestEmitter{}4 testEmitter.Init()5 testEmitter.IsValidEvent(1)6 testEmitter.IsValidEvent(2)7 testEmitter.IsValidEvent(3)8}9func TestEmitter_IsValidEvent_ForTest1(t *testing.T) {10 t.Parallel()11 testEmitter := &TestEmitter{}12 testEmitter.Init()13 testEmitter.IsValidEvent(1)14 testEmitter.IsValidEvent(2)15 testEmitter.IsValidEvent(3)16}17func TestEmitter_IsValidEvent_ForTest(t *testing.T) {18 t.Parallel()19 testEmitter := &TestEmitter{}20 testEmitter.Init()21 testEmitter.IsValidEvent(1)22 testEmitter.IsValidEvent(2)23 testEmitter.IsValidEvent(3)24}25func TestEmitter_IsValidEvent_ForTest1(t *testing.T) {26 t.Parallel()27 testEmitter := &TestEmitter{}28 testEmitter.Init()29 testEmitter.IsValidEvent(1)30 testEmitter.IsValidEvent(2)31 testEmitter.IsValidEvent(3)32}33func TestEmitter_IsValidEvent_ForTest(t *testing.T) {34 t.Parallel()35 testEmitter := &TestEmitter{}36 testEmitter.Init()37 testEmitter.IsValidEvent(1)38 testEmitter.IsValidEvent(2)39 testEmitter.IsValidEvent(3)40}41func TestEmitter_IsValidEvent_ForTest1(t *testing.T) {42 t.Parallel()43 testEmitter := &TestEmitter{}44 testEmitter.Init()45 testEmitter.IsValidEvent(1)46 testEmitter.IsValidEvent(2)47 testEmitter.IsValidEvent(3)48}49func TestEmitter_IsValidEvent_ForTest(t *testing.T) {50 t.Parallel()51 testEmitter := &TestEmitter{}52 testEmitter.Init()53 testEmitter.IsValidEvent(1)54 testEmitter.IsValidEvent(2)55 testEmitter.IsValidEvent(3)56}57func TestEmitter_IsValidEvent_ForTest1(t *testing.T) {58 t.Parallel()
TestEmitter_IsValidEvent_ForTest
Using AI Code Generation
1func TestEmitter_IsValidEvent_ForTest(t *testing.T) {2 testKube := NewTestKube()3 if !testKube.IsValidEvent_ForTest("test") {4 t.Error("TestEmitter_IsValidEvent_ForTest failed")5 }6}7func (tk *TestKube) IsValidEvent_ForTest(event string) bool {8 return strings.Contains(event, "test")9}10func (tk *TestKube) IsValidEvent_ForTest(event string) bool {11 return strings.Contains(event, "test")12}13func (tk *TestKube) IsValidEvent_ForTest(event string) bool {14 return strings.Contains(event, "test")15}16func (tk *TestKube) IsValidEvent_ForTest(event string) bool {17 return strings.Contains(event, "test")18}19func (tk *TestKube) IsValidEvent_ForTest(event string) bool {20 return strings.Contains(event, "test")21}22func (tk *TestKube) IsValidEvent_ForTest(event string) bool {23 return strings.Contains(event, "test")24}25func (tk *TestKube) IsValidEvent_ForTest(event string) bool {26 return strings.Contains(event, "test")27}28func (tk *TestKube) IsValidEvent_ForTest(event string) bool {29 return strings.Contains(event, "test")30}31func (tk *TestKube) IsValidEvent_ForTest(event string) bool {32 return strings.Contains(event, "test")33}
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Most used method in
- MapToString
- Table
- NewEventStartTest
- NewEventEndTestSuccess
- NewEventEndTestFailed
- NewEventStartTestSuite
- NewEventEndTestSuiteSuccess
- NewEventEndTestSuiteFailed
- Type
- IsSuccess
- Log
- Valid
- TestEmitter_IsValidEvent_ForTest
- TestEmitter_IsValidEvent_ForTestSuite
- TestEvent_IsSuccess
- NewFailedEventResult
- NewSuccessEventResult
- Error
- WithResult
- String
- EventTypePtr
- EventTypesFromSlice
- NewExecutionWithID
- NewExecution
- NewFailedExecution
- NewQueuedExecution
- WithContent
- WithVariables
- Err
- Errw
- Start
- Stop
- CalculateDuration
- IsFailed
- NewRunningExecutionResult
- NewPendingExecutionResult
- NewErrorExecutionResult
- Cancel
- InProgress
- Success
- IsCompleted
- IsRunning
- IsQueued
- IsPassed
- WithErrors
- FailedStepsCount
- StatusPtr
- ToMap
- ParseExecutionStatusList
- NewGitRepository
- WithPath
- WithCommit
- GetObjectRef
- NewStringTestContent
- IsDir
- IsFile
- GetTestNames
- NewQueuedTestSuiteExecution
- NewStartedTestSuiteExecution
- TestSuiteExecutionStatusPtr
- ParseTestSuiteExecutionStatusList
- FullName
- NewTestStepQueuedResult
- TestSuiteStepTypePtr
- NewBasicVariable
- NewSecretVariable
- NewSecretVariableReference
- IsSecret
- VariableTypePtr
- VariablesToMap
- NewTestkube
- Uninstall
- Install
- CreateTest
- DeleteTest
- DeleteTests
- StartTest
- Version
- List
- Executions
- Execution
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