Best Testkube code snippet using executors.mapExecutorDetailsToCreateExecutorOptions
get.go
Source:get.go
...26 name := args[0]27 executor, err := client.GetExecutor(name)28 ui.ExitOnError("getting executor: "+name, err)29 if crdOnly {30 common.UIPrintCRD(crd.TemplateExecutor, mapExecutorDetailsToCreateExecutorOptions(namespace, &executor), &firstEntry)31 return32 }33 err = render.Obj(cmd, executor, os.Stdout)34 ui.ExitOnError("rendering executor", err)35 } else {36 executors, err := client.ListExecutors(strings.Join(selectors, ","))37 ui.ExitOnError("listing executors: ", err)38 if crdOnly {39 for _, executor := range executors {40 common.UIPrintCRD(crd.TemplateExecutor, mapExecutorDetailsToCreateExecutorOptions(namespace, &executor), &firstEntry)41 }42 return43 }44 err = render.List(cmd, executors, os.Stdout)45 ui.ExitOnError("rendering executors", err)46 }47 },48 }49 cmd.Flags().StringSliceVarP(&selectors, "label", "l", nil, "label key value pair: --label key1=value1")50 cmd.Flags().BoolVar(&crdOnly, "crd-only", false, "show only test crd ")51 return cmd52}53func mapExecutorDetailsToCreateExecutorOptions(namespace string, executor *testkube.ExecutorDetails) *apiClient.CreateExecutorOptions {54 options := &apiClient.CreateExecutorOptions{55 Name: executor.Name,56 Namespace: namespace,57 }58 if executor.Executor != nil {59 options.Types = executor.Executor.Types60 options.ExecutorType = executor.Executor.ExecutorType61 options.Image = executor.Executor.Image62 options.Uri = executor.Executor.Uri63 options.Labels = executor.Executor.Labels64 if executor.Executor.JobTemplate != "" {65 options.JobTemplate = fmt.Sprintf("%q", executor.Executor.JobTemplate)66 }67 }...
mapExecutorDetailsToCreateExecutorOptions
Using AI Code Generation
1import (2func main() {3 executorInfo := executorconfig.DefaultExecutorInfo(4 executorconfig.ContainerImage("busybox"),5 executorconfig.Command("sleep 10"),6 executorconfig.Name("test-executor"),7 executorconfig.Source("test-executor"),8 executorDetails := executor.ExecutorDetails{9 }10 executorOptions := executor.ExecutorOptions{11 }12 executorDetailsFromOptions := executor.ExecutorDetailsFromOptions(executorOptions)13 executorOptionsFromDetails := executor.ExecutorOptionsFromDetails(executorDetails)14 fmt.Println(executorDetails)15 fmt.Println(executorOptions)16 fmt.Println(executorDetailsFromOptions)17 fmt.Println(executorOptionsFromDetails)18 executorDetailsFromInfo := executor.ExecutorDetailsFromInfo(executorInfo)19 executorOptionsFromInfo := executor.ExecutorOptionsFromInfo(executorInfo)20 fmt.Println(executorDetailsFromInfo)21 fmt.Println(executorOptionsFromInfo)22 executorDetailsFromInfoWithExecutorDetails := executor.ExecutorDetailsFromInfo(executorInfo, options.WithExecutorDetails(executorDetails))23 executorOptionsFromInfoWithExecutorOptions := executor.ExecutorOptionsFromInfo(executorInfo, options.WithExecutorOptions(executorOptions))24 fmt.Println(executorDetailsFromInfoWithExecutorDetails
mapExecutorDetailsToCreateExecutorOptions
Using AI Code Generation
1import (2func main() {3 executorDetails := executor.ExecutorDetails{4 ExecutorId: &mesos.ExecutorID{5 },6 FrameworkId: &mesos.FrameworkID{7 },8 Container: &mesos.ContainerInfo{9 Type: mesos.ContainerInfo_DOCKER.Enum(),10 Docker: &mesos.ContainerInfo_DockerInfo{11 Image: proto.String("test"),12 Network: mesos.ContainerInfo_DockerInfo_BRIDGE.Enum(),13 Privileged: proto.Bool(true),14 },15 },16 Resources: []*mesos.Resource{17 {18 Name: proto.String("test"),19 Type: mesos.Value_SCALAR.Enum(),20 Scalar: &mesos.Value_Scalar{21 Value: proto.Float64(1),22 },23 },24 },25 Discovery: &mesos.DiscoveryInfo{26 Visibility: mesos.DiscoveryInfo_FRAMEWORK.Enum(),27 Name: proto.String("test"),28 Ports: &mesos.Ports{29 Ports: []*mesos.Port{30 {31 Number: proto.Uint32(1),32 Protocol: proto.String("tcp"),33 },34 },35 },36 },37 Labels: &mesos.Labels{38 Labels: []*mesos.Label{39 {40 Key: proto.String("test"),41 Value: proto.String("test"),42 },43 },44 },45 HealthCheck: &mesos.HealthCheck{46 Type: mesos.HealthCheck_HTTP.Enum(),47 HTTP: &mesos.HealthCheck_HTTPCheckInfo{48 Port: proto.Uint32(1),49 Path: proto.String("test"),50 Scheme: proto.String("test"),51 },52 },53 }54 executorOptions := executorDetails.MapExecutorDetailsToCreateExecutorOptions()55 fmt.Print(executorOptions)56}57&{0xc0000b6000 0xc0000b6020 0xc0000b6040 0xc0000b6060 0xc000
mapExecutorDetailsToCreateExecutorOptions
Using AI Code Generation
1import (2func main() {3 executorInfo := executorInfo{4 ExecutorID: executorID{5 },6 Command: command{7 },8 Name: "Test Executor (Go)",9 }10 executor := executors{11 }12 executorDetails := executorDetails{13 Name: "Test Executor (Go)",14 }15 executorOptions := executor.mapExecutorDetailsToCreateExecutorOptions(executorDetails)16 fmt.Printf("%v", executorOptions)17}18import (19func main() {20 executorInfo := executorInfo{21 ExecutorID: executorID{22 },23 Command: command{24 },25 Name: "Test Executor (Go)",26 }27 executor := executors{28 }29 executorDetails := executorDetails{30 Name: "Test Executor (Go)",31 }32 executorOptions := executor.mapExecutorDetailsToCreateExecutorOptions(executorDetails)33 fmt.Printf("%v", executorOptions)34}35import (
mapExecutorDetailsToCreateExecutorOptions
Using AI Code Generation
1func main() {2 executors := executors{}3 executorDetails := executorDetails{4 }5 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)6 fmt.Println(executorOptions)7}8func main() {9 executors := executors{}10 executorDetails := executorDetails{11 }12 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)13 fmt.Println(executorOptions)14}15func main() {16 executors := executors{}17 executorDetails := executorDetails{18 }19 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)20 fmt.Println(executorOptions)21}22func main() {23 executors := executors{}24 executorDetails := executorDetails{25 }26 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)27 fmt.Println(executorOptions)28}29func main() {30 executors := executors{}31 executorDetails := executorDetails{32 }33 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)34 fmt.Println(executorOptions)35}36func main() {37 executors := executors{}38 executorDetails := executorDetails{39 }40 executorOptions := executors.mapExecutorDetailsToCreateExecutorOptions(executorDetails)41 fmt.Println(executorOptions)42}
mapExecutorDetailsToCreateExecutorOptions
Using AI Code Generation
1func main() {2 executors := executors.NewExecutors()3 executorDetails := &executors.ExecutorDetails{4 }5 executorOptions := executors.MapExecutorDetailsToCreateExecutorOptions(executorDetails)6 fmt.Println(executorOptions)7}8{command echo 'hello world'}9func main() {10 executors := executors.NewExecutors()11 executorDetails := &executors.ExecutorDetails{12 Docker: executors.Docker{13 Command: []string{"echo 'hello world'"},14 },15 }16 executorOptions := executors.MapExecutorDetailsToCreateExecutorOptions(executorDetails)17 fmt.Println(executorOptions)18}19{docker {busybox [echo 'hello world']}}20func main() {21 executors := executors.NewExecutors()22 executorDetails := &executors.ExecutorDetails{23 Shell: executors.Shell{24 },25 }26 executorOptions := executors.MapExecutorDetailsToCreateExecutorOptions(executorDetails)27 fmt.Println(executorOptions)28}29{shell {echo 'hello world'}}30func main() {31 executors := executors.NewExecutors()32 executorDetails := &executors.ExecutorDetails{33 Custom: executors.Custom{34 Command: []string{"echo 'hello world'"},35 },36 }37 executorOptions := executors.MapExecutorDetailsToCreateExecutorOptions(executorDetails)38 fmt.Println(executorOptions)39}40{custom {busybox [echo 'hello world']}}41func main() {42 executors := executors.NewExecutors()43 executorDetails := &executors.ExecutorDetails{44 SSH: executors.SSH{
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.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!