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Testkube
v1
newExecutionFromExecutionOptions

How to use newExecutionFromExecutionOptions method of v1 Package

Best Testkube code snippet using v1.newExecutionFromExecutionOptions

executions.go

Source:executions.go

...117	if err != nil {118		return execution.Errw("can't create valid execution options: %w", err), nil119	}120	// store execution in storage, can be get from API now121	execution = newExecutionFromExecutionOptions(options)122	options.ID = execution.Id123	if err := s.createSecretsReferences(&execution); err != nil {124		return execution.Errw("can't create secret variables `Secret` references: %w", err), nil125	}126	err = s.ExecutionResults.Insert(ctx, execution)127	if err != nil {128		return execution.Errw("can't create new test execution, can't insert into storage: %w", err), nil129	}130	s.Log.Infow("calling executor with options", "options", options.Request)131	execution.Start()132	s.Events.Notify(testkube.NewEventStartTest(&execution))133	// update storage with current execution status134	err = s.ExecutionResults.StartExecution(ctx, execution.Id, execution.StartTime)135	if err != nil {136		s.Events.Notify(testkube.NewEventEndTestFailed(&execution))137		return execution.Errw("can't execute test, can't insert into storage error: %w", err), nil138	}139	options.HasSecrets = true140	if _, err = s.SecretClient.Get(secret.GetMetadataName(execution.TestName)); err != nil {141		if !errors.IsNotFound(err) {142			s.Events.Notify(testkube.NewEventEndTestFailed(&execution))143			return execution.Errw("can't get secrets: %w", err), nil144		}145		options.HasSecrets = false146	}147	var result testkube.ExecutionResult148	// sync/async test execution149	if options.Sync {150		result, err = s.Executor.ExecuteSync(&execution, options)151	} else {152		result, err = s.Executor.Execute(&execution, options)153	}154	// set execution result to one created155	execution.ExecutionResult = &result156	// update storage with current execution status157	if uerr := s.ExecutionResults.UpdateResult(ctx, execution.Id, result); uerr != nil {158		s.Events.Notify(testkube.NewEventEndTestFailed(&execution))159		return execution.Errw("update execution error: %w", uerr), nil160	}161	if err != nil {162		s.Events.Notify(testkube.NewEventEndTestFailed(&execution))163		return execution.Errw("test execution failed: %w", err), nil164	}165	s.Log.Infow("test started", "executionId", execution.Id, "status", execution.ExecutionResult.Status)166	// notify immediately onlly when sync run otherwise job results handler need notify about test finish167	if options.Sync && execution.ExecutionResult != nil && *execution.ExecutionResult.Status != testkube.RUNNING_ExecutionStatus {168		s.Events.Notify(testkube.NewEventEndTestSuccess(&execution))169	}170	return execution, nil171}172// createSecretsReferences strips secrets from text and store it inside model as reference to secret173func (s TestkubeAPI) createSecretsReferences(execution *testkube.Execution) (err error) {174	secrets := map[string]string{}175	secretName := execution.Id + "-vars"176	for k, v := range execution.Variables {177		if v.IsSecret() {178			obfuscated := execution.Variables[k]179			if v.SecretRef != nil {180				obfuscated.SecretRef = &testkube.SecretRef{181					Namespace: execution.TestNamespace,182					Name:      v.SecretRef.Name,183					Key:       v.SecretRef.Key,184				}185			} else {186				obfuscated.Value = ""187				obfuscated.SecretRef = &testkube.SecretRef{188					Namespace: execution.TestNamespace,189					Name:      secretName,190					Key:       v.Name,191				}192				secrets[v.Name] = v.Value193			}194			execution.Variables[k] = obfuscated195		}196	}197	labels := map[string]string{"executionID": execution.Id, "testName": execution.TestName}198	if len(secrets) > 0 {199		return s.SecretClient.Create(200			secretName,201			labels,202			secrets,203		)204	}205	return nil206}207// ListExecutionsHandler returns array of available test executions208func (s TestkubeAPI) ListExecutionsHandler() fiber.Handler {209	return func(c *fiber.Ctx) error {210		// TODO refactor into some Services (based on some abstraction for CRDs at least / CRUD)211		// should we split this to separate endpoint? currently this one handles212		// endpoints from /executions and from /tests/{id}/executions213		// or should id be a query string as it's some kind of filter?214		filter := getFilterFromRequest(c)215		executions, err := s.ExecutionResults.GetExecutions(c.Context(), filter)216		if err != nil {217			return s.Error(c, http.StatusInternalServerError, err)218		}219		executionTotals, err := s.ExecutionResults.GetExecutionTotals(c.Context(), false, filter)220		if err != nil {221			return s.Error(c, http.StatusInternalServerError, err)222		}223		filteredTotals, err := s.ExecutionResults.GetExecutionTotals(c.Context(), true, filter)224		if err != nil {225			return s.Error(c, http.StatusInternalServerError, err)226		}227		results := testkube.ExecutionsResult{228			Totals:   &executionTotals,229			Filtered: &filteredTotals,230			Results:  mapExecutionsToExecutionSummary(executions),231		}232		return c.JSON(results)233	}234}235func (s TestkubeAPI) ExecutionLogsStreamHandler() fiber.Handler {236	return websocket.New(func(c *websocket.Conn) {237		executionID := c.Params("executionID")238		l := s.Log.With("executionID", executionID)239		l.Debugw("getting pod logs and passing to websocket", "id", c.Params("id"), "locals", c.Locals, "remoteAddr", c.RemoteAddr(), "localAddr", c.LocalAddr())240		logs, err := s.Executor.Logs(executionID)241		if err != nil {242			l.Errorw("can't get pod logs", "error", err)243			c.Conn.Close()244			return245		}246		for logLine := range logs {247			l.Debugw("sending log line to websocket", "line", logLine)248			c.WriteJSON(logLine)249		}250	})251}252// ExecutionLogsHandler streams the logs from a test execution253func (s *TestkubeAPI) ExecutionLogsHandler() fiber.Handler {254	return func(c *fiber.Ctx) error {255		executionID := c.Params("executionID")256		s.Log.Debug("getting logs", "executionID", executionID)257		ctx := c.Context()258		ctx.SetContentType("text/event-stream")259		ctx.Response.Header.Set("Cache-Control", "no-cache")260		ctx.Response.Header.Set("Connection", "keep-alive")261		ctx.Response.Header.Set("Transfer-Encoding", "chunked")262		ctx.SetBodyStreamWriter(fasthttp.StreamWriter(func(w *bufio.Writer) {263			s.Log.Debug("starting stream writer")264			w.Flush()265			execution, err := s.ExecutionResults.Get(ctx, executionID)266			if err != nil {267				output.PrintError(os.Stdout, fmt.Errorf("could not get execution result for ID %s: %w", executionID, err))268				s.Log.Errorw("getting execution error", "error", err)269				w.Flush()270				return271			}272			if execution.ExecutionResult.IsCompleted() {273				err := s.streamLogsFromResult(execution.ExecutionResult, w)274				if err != nil {275					output.PrintError(os.Stdout, fmt.Errorf("could not get execution result for ID %s: %w", executionID, err))276					s.Log.Errorw("getting execution error", "error", err)277					w.Flush()278				}279				return280			}281			s.streamLogsFromJob(executionID, w)282		}))283		return nil284	}285}286// GetExecutionHandler returns test execution object for given test and execution id/name287func (s TestkubeAPI) GetExecutionHandler() fiber.Handler {288	return func(c *fiber.Ctx) error {289		ctx := c.Context()290		id := c.Params("id", "")291		executionID := c.Params("executionID")292		var execution testkube.Execution293		var err error294		if id == "" {295			execution, err = s.ExecutionResults.Get(ctx, executionID)296			if err == mongo.ErrNoDocuments {297				execution, err = s.ExecutionResults.GetByName(ctx, executionID)298				if err == mongo.ErrNoDocuments {299					return s.Error(c, http.StatusNotFound, fmt.Errorf("test with execution id/name %s not found", executionID))300				}301			}302			if err != nil {303				return s.Error(c, http.StatusInternalServerError, err)304			}305		} else {306			execution, err = s.ExecutionResults.GetByNameAndTest(ctx, executionID, id)307			if err == mongo.ErrNoDocuments {308				return s.Error(c, http.StatusNotFound, fmt.Errorf("test %s/%s not found", id, executionID))309			}310			if err != nil {311				return s.Error(c, http.StatusInternalServerError, err)312			}313		}314		execution.Duration = types.FormatDuration(execution.Duration)315		testSecretMap := make(map[string]string)316		if execution.TestSecretUUID != "" {317			testSecretMap, err = s.TestsClient.GetSecretTestVars(execution.TestName, execution.TestSecretUUID)318			if err != nil {319				return s.Error(c, http.StatusInternalServerError, err)320			}321		}322		testSuiteSecretMap := make(map[string]string)323		if execution.TestSuiteSecretUUID != "" {324			testSuiteSecretMap, err = s.TestsSuitesClient.GetSecretTestSuiteVars(execution.TestSuiteName, execution.TestSuiteSecretUUID)325			if err != nil {326				return s.Error(c, http.StatusInternalServerError, err)327			}328		}329		for key, value := range testSuiteSecretMap {330			testSecretMap[key] = value331		}332		for key, value := range testSecretMap {333			if variable, ok := execution.Variables[key]; ok && value != "" {334				variable.Value = string(value)335				variable.SecretRef = nil336				execution.Variables[key] = variable337			}338		}339		s.Log.Debugw("get test execution request - debug", "execution", execution)340		return c.JSON(execution)341	}342}343func (s TestkubeAPI) AbortExecutionHandler() fiber.Handler {344	return func(c *fiber.Ctx) error {345		ctx := c.Context()346		executionID := c.Params("executionID")347		execution, err := s.ExecutionResults.Get(ctx, executionID)348		if err == mongo.ErrNoDocuments {349			return s.Error(c, http.StatusNotFound, fmt.Errorf("test with execution id %s not found", executionID))350		}351		if err != nil {352			return s.Error(c, http.StatusInternalServerError, err)353		}354		result := s.Executor.Abort(executionID)355		s.Metrics.IncAbortTest(execution.TestType, result.IsFailed())356		return err357	}358}359func (s TestkubeAPI) GetArtifactHandler() fiber.Handler {360	return func(c *fiber.Ctx) error {361		executionID := c.Params("executionID")362		fileName := c.Params("filename")363		// TODO fix this someday :) we don't know 15 mins before release why it's working this way364		// remember about CLI client and Dashboard client too!365		unescaped, err := url.QueryUnescape(fileName)366		if err == nil {367			fileName = unescaped368		}369		unescaped, err = url.QueryUnescape(fileName)370		if err == nil {371			fileName = unescaped372		}373		//// quickfix end374		file, err := s.Storage.DownloadFile(executionID, fileName)375		if err != nil {376			return s.Error(c, http.StatusInternalServerError, err)377		}378		defer file.Close()379		return c.SendStream(file)380	}381}382// GetArtifacts returns list of files in the given bucket383func (s TestkubeAPI) ListArtifactsHandler() fiber.Handler {384	return func(c *fiber.Ctx) error {385		executionID := c.Params("executionID")386		files, err := s.Storage.ListFiles(executionID)387		if err != nil {388			return s.Error(c, http.StatusInternalServerError, err)389		}390		return c.JSON(files)391	}392}393func (s TestkubeAPI) GetExecuteOptions(namespace, id string, request testkube.ExecutionRequest) (options client.ExecuteOptions, err error) {394	// get test content from kubernetes CRs395	testCR, err := s.TestsClient.Get(id)396	if err != nil {397		return options, fmt.Errorf("can't get test custom resource %w", err)398	}399	test := testsmapper.MapTestCRToAPI(*testCR)400	if test.ExecutionRequest != nil {401		// Test variables lowest priority, then test suite, then test suite execution / test execution402		request.Variables = mergeVariables(test.ExecutionRequest.Variables, request.Variables)403		// Combine test executor args with execution args404		request.Args = append(request.Args, test.ExecutionRequest.Args...)405		request.Envs = mergeEnvs(request.Envs, test.ExecutionRequest.Envs)406		request.SecretEnvs = mergeEnvs(request.SecretEnvs, test.ExecutionRequest.SecretEnvs)407		if request.VariablesFile == "" && test.ExecutionRequest.VariablesFile != "" {408			request.VariablesFile = test.ExecutionRequest.VariablesFile409		}410		if request.HttpProxy == "" && test.ExecutionRequest.HttpProxy != "" {411			request.HttpProxy = test.ExecutionRequest.HttpProxy412		}413		if request.HttpsProxy == "" && test.ExecutionRequest.HttpsProxy != "" {414			request.HttpsProxy = test.ExecutionRequest.HttpsProxy415		}416	}417	// get executor from kubernetes CRs418	executorCR, err := s.ExecutorsClient.GetByType(testCR.Spec.Type_)419	if err != nil {420		return options, fmt.Errorf("can't get executor spec: %w", err)421	}422	var usernameSecret, tokenSecret *testkube.SecretRef423	if test.Content != nil && test.Content.Repository != nil {424		usernameSecret = test.Content.Repository.UsernameSecret425		tokenSecret = test.Content.Repository.TokenSecret426	}427	return client.ExecuteOptions{428		TestName:       id,429		Namespace:      namespace,430		TestSpec:       testCR.Spec,431		ExecutorName:   executorCR.ObjectMeta.Name,432		ExecutorSpec:   executorCR.Spec,433		Request:        request,434		Sync:           request.Sync,435		Labels:         testCR.Labels,436		UsernameSecret: usernameSecret,437		TokenSecret:    tokenSecret,438		ImageOverride:  request.Image,439	}, nil440}441// streamLogsFromResult writes logs from the output of executionResult to the writer442func (s *TestkubeAPI) streamLogsFromResult(executionResult *testkube.ExecutionResult, w *bufio.Writer) error {443	enc := json.NewEncoder(w)444	fmt.Fprintf(w, "data: ")445	s.Log.Debug("using logs from result")446	output := testkube.ExecutorOutput{447		Type_:   output.TypeResult,448		Content: executionResult.Output,449		Result:  executionResult,450	}451	err := enc.Encode(output)452	if err != nil {453		s.Log.Infow("Encode", "error", err)454		return err455	}456	fmt.Fprintf(w, "\n")457	w.Flush()458	return nil459}460// streamLogsFromJob streams logs in chunks to writer from the running execution461func (s *TestkubeAPI) streamLogsFromJob(executionID string, w *bufio.Writer) {462	enc := json.NewEncoder(w)463	s.Log.Debug("getting logs from Kubernetes job")464	logs, err := s.Executor.Logs(executionID)465	s.Log.Debugw("waiting for jobs channel", "channelSize", len(logs))466	if err != nil {467		output.PrintError(os.Stdout, err)468		s.Log.Errorw("getting logs error", "error", err)469		w.Flush()470		return471	}472	// loop through pods log lines - it's blocking channel473	// and pass single log output as sse data chunk474	for out := range logs {475		s.Log.Debugw("got log", "out", out)476		fmt.Fprintf(w, "data: ")477		err = enc.Encode(out)478		if err != nil {479			s.Log.Infow("Encode", "error", err)480		}481		// enc.Encode adds \n and we need \n\n after `data: {}` chunk482		fmt.Fprintf(w, "\n")483		w.Flush()484	}485}486func (s TestkubeAPI) getNextExecutionNumber(testName string) int {487	number, err := s.ExecutionResults.GetNextExecutionNumber(context.Background(), testName)488	if err != nil {489		s.Log.Errorw("retrieving latest execution", "error", err)490		return number491	}492	return number493}494func mergeVariables(vars1 map[string]testkube.Variable, vars2 map[string]testkube.Variable) map[string]testkube.Variable {495	variables := map[string]testkube.Variable{}496	for k, v := range vars1 {497		variables[k] = v498	}499	for k, v := range vars2 {500		variables[k] = v501	}502	return variables503}504func mergeEnvs(envs1 map[string]string, envs2 map[string]string) map[string]string {505	envs := map[string]string{}506	for k, v := range envs1 {507		envs[k] = v508	}509	for k, v := range envs2 {510		envs[k] = v511	}512	return envs513}514func newExecutionFromExecutionOptions(options client.ExecuteOptions) testkube.Execution {515	execution := testkube.NewExecution(516		options.Namespace,517		options.TestName,518		options.Request.TestSuiteName,519		options.Request.Name,520		options.TestSpec.Type_,521		options.Request.Number,522		testsmapper.MapTestContentFromSpec(options.TestSpec.Content),523		testkube.NewRunningExecutionResult(),524		options.Request.Variables,525		options.Request.TestSecretUUID,526		options.Request.TestSuiteSecretUUID,527		common.MergeMaps(options.Labels, options.Request.ExecutionLabels),528	)...

newExecutionFromExecutionOptions

Using AI Code Generation

1import (2func main() {3	config, err := kubeconfig.GetConfig()4	if err != nil {5		panic(err.Error())6	}7	clientset, err := versioned.NewForConfig(config)8	if err != nil {9		panic(err.Error())10	}11	kubeclientset, err := kubernetes.NewForConfig(config)12	if err != nil {13		panic(err.Error())14	}15	factory := externalversions.NewSharedInformerFactory(clientset, time.Second*30)16	informer := factory.Argoproj().V1alpha1().Workflows().Informer()17	queue := workqueue.NewRateLimitingQueue(workqueue.DefaultControllerRateLimiter())18	informer.AddEventHandler(cache.ResourceEventHandlerFuncs{19		AddFunc: func(obj interface{}) {20			key, err := cache.MetaNamespaceKeyFunc(obj)21			if err == nil {22				queue.Add(key)23			}24		},25		UpdateFunc: func(old, new interface{}) {26			key, err := cache.MetaNamespaceKeyFunc(new)27			if err == nil {28				queue.Add(key)29			}30		},

newExecutionFromExecutionOptions

Using AI Code Generation

1import (2func main() {3	pr := v1beta1.PipelineRun{4		ObjectMeta: metav1.ObjectMeta{5		},6		Spec: v1beta1.PipelineRunSpec{7			PipelineRef: &v1beta1.PipelineRef{8			},9			Resources: []v1beta1.PipelineResourceBinding{10				{11					ResourceRef: &v1beta1.PipelineResourceRef{12					},13				},14			},15		},16	}17	p := v1beta1.Pipeline{18		ObjectMeta: metav1.ObjectMeta{19		},20		Spec: v1beta1.PipelineSpec{21			Tasks: []v1beta1.PipelineTask{22				{23					TaskRef: &v1beta1.TaskRef{24					},25					Resources: &v1beta1.PipelineTaskResources{26						Inputs: []v1beta1.PipelineTaskInputResource{27							{28							},29						},30					},31				},32			},33		},34	}35	t := v1beta1.Task{36		ObjectMeta: metav1.ObjectMeta{37		},38		Spec: v1beta1.TaskSpec{39			Steps: []v1beta1.Step{40				{41					Container: corev1.Container{42					},43				},44			},45		},46	}47	tr := v1beta1.TaskRun{48		ObjectMeta: metav1.ObjectMeta{49		},

newExecutionFromExecutionOptions

Using AI Code Generation

1func main() {2}3func main() {4}5func main() {6}7func main() {8}9func main() {10}11func main() {12}13func main() {14}15func main() {16}17func main() {

newExecutionFromExecutionOptions

Using AI Code Generation

1import (2func main() {3	executionOptions := tfe.ExecutionOptions{4	}5	execution := tfe.NewExecutionFromExecutionOptions(executionOptions)6	fmt.Println(execution)7}8&{ws-xxxxxxxxxxxxxxxxxxx false test test}

newExecutionFromExecutionOptions

Using AI Code Generation

1import (2func main() {3	executionOptions := &v1beta1.PipelineRun{4		ObjectMeta: metav1.ObjectMeta{5		},6		Spec: v1beta1.PipelineRunSpec{7			PipelineRef: &v1beta1.PipelineRef{8			},9		},10	}11	execution, err := v1.NewExecutionFromExecutionOptions(executionOptions)12	if err != nil {13		fmt.Println("Error creating execution instance")14	}15	fmt.Println(execution)16}17&{0xc0003d3c00 0xc0003d3c20 0xc0003d3c40 0xc0003d3c60 0xc0003d3c80 0xc0003d3ca0 0xc0003d3cc0 0xc0003d3ce0 0xc0003d3d00 0xc0003d3d20 0xc0003d3d40 0xc0003d3d60 0xc0003d3d80 0xc0003d3da0 0xc0003d3dc0 0xc0003d3de0 0xc0003d3e00 0xc0003d3e20 0xc0003d3e40 0xc0003d3e60 0xc0003d3e80 0xc0003d3ea0 0xc0003d3ec0 0xc0003d3ee0 0xc0003d3f00 0xc0003d3f20 0xc0003d3f40 0xc0003d3f60 0xc0003d3f80 0xc0003d3fa0 0xc0003d3fc0 0xc0003d3fe0 0xc0003d4000 0xc0003d4020

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