TestMu Conference is Back! Future of Testing + AI LambdaTest G2 Announcement

How to use executeTestStep method of v1 Package

Best Testkube code snippet using v1.executeTestStep

testsuites.go

Source:testsuites.go

...588			err = s.TestExecutionResults.Update(ctx, *testsuiteExecution)589			if err != nil {590				s.Log.Infow("Updating test execution", "error", err)591			}592			s.executeTestStep(ctx, *testsuiteExecution, request, &testsuiteExecution.StepResults[i])593			err := s.TestExecutionResults.Update(ctx, *testsuiteExecution)594			if err != nil {595				hasFailedSteps = true596				s.Log.Errorw("saving test suite execution results error", "error", err)597				continue598			}599			if testsuiteExecution.StepResults[i].IsFailed() {600				hasFailedSteps = true601				if testsuiteExecution.StepResults[i].Step.StopTestOnFailure {602					cancellSteps = true603					continue604				}605			}606		}607		testsuiteExecution.Status = testkube.TestSuiteExecutionStatusPassed608		if hasFailedSteps {609			testsuiteExecution.Status = testkube.TestSuiteExecutionStatusFailed610			s.Events.Notify(testkube.NewEventEndTestSuiteFailed(testsuiteExecution))611		} else {612			s.Events.Notify(testkube.NewEventEndTestSuiteSuccess(testsuiteExecution))613		}614		s.Metrics.IncExecuteTestSuite(*testsuiteExecution)615		err := s.TestExecutionResults.Update(ctx, *testsuiteExecution)616		if err != nil {617			s.Log.Errorw("saving final test suite execution result error", "error", err)618		}619	}(&testsuiteExecution, request)620	// wait for sync test suite execution621	if request.Sync {622		wg.Wait()623	}624	return testsuiteExecution, nil625}626func (s TestkubeAPI) executeTestStep(ctx context.Context, testsuiteExecution testkube.TestSuiteExecution,627	request testkube.TestSuiteExecutionRequest, result *testkube.TestSuiteStepExecutionResult) {628	var testSuiteName string629	if testsuiteExecution.TestSuite != nil {630		testSuiteName = testsuiteExecution.TestSuite.Name631	}632	step := result.Step633	l := s.Log.With("type", step.Type(), "testSuiteName", testSuiteName, "name", step.FullName())634	switch step.Type() {635	case testkube.TestSuiteStepTypeExecuteTest:636		executeTestStep := step.Execute637		request := testkube.ExecutionRequest{638			Name:                fmt.Sprintf("%s-%s", testSuiteName, executeTestStep.Name),639			TestSuiteName:       testSuiteName,640			Namespace:           executeTestStep.Namespace,641			Variables:           testsuiteExecution.Variables,642			TestSuiteSecretUUID: request.SecretUUID,643			Sync:                true,644			HttpProxy:           request.HttpProxy,645			HttpsProxy:          request.HttpsProxy,646			ExecutionLabels:     request.ExecutionLabels,647		}648		l.Info("executing test", "variables", testsuiteExecution.Variables, "request", request)649		execution, err := s.executeTest(ctx, testkube.Test{Name: executeTestStep.Name}, request)650		if err != nil {651			result.Err(err)652			return653		}654		result.Execution = &execution655	case testkube.TestSuiteStepTypeDelay:656		l.Debug("delaying execution")657		time.Sleep(time.Millisecond * time.Duration(step.Delay.Duration))658		result.Execution.ExecutionResult.Success()659	default:660		result.Err(fmt.Errorf("can't find handler for execution step type: '%v'", step.Type()))661	}662}663func getExecutionsFilterFromRequest(c *fiber.Ctx) testresult.Filter {...

executeTestStep

Using AI Code Generation

1func main() {2    test := new(v1.Test)3    test.ExecuteTestStep()4}5type Test struct {6}7func (t *Test) ExecuteTestStep() {8    println("v1 test step")9}10type Test struct {11}12func (t *Test) ExecuteTestStep() {13    println("v2 test step")14}15type Test struct {16}17func (t *Test) ExecuteTestStep() {18    println("v3 test step")19}20type Test struct {21}22func (t *Test) ExecuteTestStep() {23    println("v4 test step")24}25type Test struct {26}27func (t *Test) ExecuteTestStep() {28    println("v5 test step")29}30type Test struct {31}32func (t *Test) ExecuteTestStep() {33    println("v6 test step")34}

executeTestStep

Using AI Code Generation

1import com.example.v1.TestStep2import com.example.v2.TestStep3object TestStepRunner {4  def main(args: Array[String]) {5    val testStep = new TestStep()6    testStep.executeTestStep()7  }8}9import com.example.v1.TestStep10import com.example.v2.TestStep11object TestStepRunner {12  def main(args: Array[String]) {13    val testStep = new TestStep()14    testStep.executeTestStep()15  }16}17import com.example.v1.TestStep18import com.example.v2.TestStep19object TestStepRunner {20  def main(args: Array[String]) {21    val testStep = new TestStep()22    testStep.executeTestStep()23  }24}25import com.example.v1.TestStep26import com.example.v2.TestStep27object TestStepRunner {28  def main(args: Array[String]) {29    val testStep = new TestStep()30    testStep.executeTestStep()31  }32}33import com.example.v1.TestStep34import com.example.v2.TestStep35object TestStepRunner {36  def main(args: Array[String]) {37    val testStep = new TestStep()38    testStep.executeTestStep()39  }40}41import com.example.v1.TestStep42import com.example.v2.TestStep43object TestStepRunner {44  def main(args: Array[String]) {45    val testStep = new TestStep()46    testStep.executeTestStep()47  }48}49import com.example.v1.TestStep50import com.example.v2.TestStep51object TestStepRunner {52  def main(args: Array[String]) {53    val testStep = new TestStep()54    testStep.executeTestStep()55  }56}

executeTestStep

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello")4	fmt.Println("Hello1")5	v1.ExecuteTestStep()6}7import (8func ExecuteTestStep() {9	fmt.Println("Hello2")10}11import (12func ExecuteTestStep() {13	fmt.Println("Hello3")14}15import (16func main() {17	fmt.Println("Hello")18	fmt.Println("Hello1")19	v2.ExecuteTestStep()20}

executeTestStep

Using AI Code Generation

1import (2func main() {3	step := v1.TestStep{4	}5	fmt.Println("Name of the step: ", step.Name)6	step.ExecuteTestStep()7}8import (9func main() {10	step := v1.TestStep{11	}12	fmt.Println("Name of the step: ", step.Name)13	step.ExecuteTestStep()14}15import "fmt"16type TestStep struct {17}18func (step TestStep) ExecuteTestStep() {19	fmt.Println("Executing TestStep", step.Name)20}21import "fmt"22type TestStep struct {23}24func (step TestStep) ExecuteTestStep() {25	fmt.Println("Executing TestStep", step.Name)26}27import "fmt"28type TestStep struct {29}30func (step TestStep) ExecuteTestStep() {31	fmt.Println("Executing TestStep", step.Name)32}33import "fmt"34type TestStep struct {35}36func (step TestStep) ExecuteTestStep() {37	fmt.Println("Executing TestStep", step.Name)38}39import "fmt"40type TestStep struct {41}42func (step TestStep) ExecuteTestStep() {43	fmt.Println("Executing TestStep", step.Name)44}45import "fmt"46type TestStep struct {47}48func (step TestStep) ExecuteTestStep() {49	fmt.Println("Executing TestStep", step.Name)50}51import "fmt"52type TestStep struct {53}54func (step TestStep) ExecuteTestStep() {55	fmt.Println("Executing TestStep", step.Name)56}57import "fmt"58type TestStep struct {59}60func (step TestStep) ExecuteTestStep()

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.