How to use SetRunStatus method of cloud Package

Best K6 code snippet using cloud.SetRunStatus

worker_test.go

Source:worker_test.go

...14type brokenRunStoreStub struct{}15func (rs brokenRunStoreStub) NextRun() (string, error) {16	panic("failed")17}18func (rs brokenRunStoreStub) SetRunStatus(runID, status string) error {19	return nil20}21func (rs brokenRunStoreStub) GetJobs(runID string) ([]string, error) {22	return []string{}, nil23}24func (rs brokenRunStoreStub) GetJob(jobID string) (Job, error) {25	return Job{}, nil26}27func (rs brokenRunStoreStub) SetJobStatus(jobID, status string) error {28	return nil29}30func (rs brokenRunStoreStub) GetJobDependencies(jobID string) ([]JobDependency, error) {31	return []JobDependency{}, nil32}33func (rs brokenRunStoreStub) Close(runID string) error {34	return nil35}36type cloudProviderStub struct{}37func (cp cloudProviderStub) RunJob(job Job) error {38	return nil39}40type eventStoreStub struct{}41func (es eventStoreStub) CreateEvent(event Event) error {42	return nil43}44type recyclerStub struct{}45func (r recyclerStub) StartSync() {}46func TestStartError(t *testing.T) {47	Convey("Scenario: the runs fetching panics", t, func() {48		Convey("Given a run is scheduled", func() {49			w := Worker{&brokenRunStoreStub{}, &cloudProviderStub{}, &eventStoreStub{}, &recyclerStub{}}50			Convey("When the run fetching panics", func() {51				w.Start()52				Convey("The worker should wait for other runs to finish and stop", func() {53				})54			})55		})56	})57}58type runStoreDepMock struct {59	t             *testing.T60	setRunStatusI int61	setJobStatusI int62}63func (rs *runStoreDepMock) NextRun() (string, error) {64	return "run:abc", nil65}66func (rs *runStoreDepMock) SetRunStatus(runId, status string) error {67	expectedStatus := ""68	switch rs.setRunStatusI {69	case 0:70		expectedStatus = "RUNNING"71	case 1:72		expectedStatus = "SUCCESSFUL"73	}74	if status != expectedStatus {75		rs.t.Errorf("SetRunStatus = %v, expected %v", status, expectedStatus)76	}77	rs.setRunStatusI++78	return nil79}80func (rs *runStoreDepMock) GetJobs(runID string) ([]string, error) {81	return []string{"job:job1:run:abc", "job:dep1:run:abc"}, nil82}83func (rs *runStoreDepMock) GetJob(jobID string) (Job, error) {84	return Job{"", "busybox", "exit 0"}, nil85}86func (rs *runStoreDepMock) SetJobStatus(jobID, status string) error {87	expectedStatus := ""88	switch rs.setJobStatusI {89	case 0:90		expectedStatus = "RUNNING"91	case 1:92		expectedStatus = "SUCCESSFUL"93	case 2:94		expectedStatus = "RUNNING"95	case 3:96		expectedStatus = "SUCCESSFUL"97	}98	if status != expectedStatus {99		rs.t.Errorf("SetJobStatus = %v, expected %v", status, expectedStatus)100	}101	rs.setJobStatusI++102	return nil103}104func (rs *runStoreDepMock) GetJobDependencies(jobID string) ([]JobDependency, error) {105	deps := []JobDependency{}106	if jobID == "job:job1:run:abc" {107		deps = append(deps, JobDependency{"job:dep1:run:abc", false})108	}109	return deps, nil110}111func (rs *runStoreDepMock) Close(runID string) error {112	if runID != "run:abc" {113		rs.t.Errorf("Close = %v, expected run:abc", runID)114	}115	return nil116}117func TestProcessNextRun(t *testing.T) {118	Convey("Scenario: process a valid run", t, func() {119		Convey("Given a run is processed", func() {120			Convey("When its dependency tree is valid, and everything goes well", func() {121				Convey("The worker should run each job according to the dependency tree, and set statuses to SUCCESSFUL", func() {122					w := Worker{&runStoreDepMock{t: t}, &cloudProviderStub{}, &eventStoreStub{}, &recyclerStub{}}123					var wg sync.WaitGroup124					w.ProcessNextRun(&wg)125					wg.Wait()126				})127			})128		})129	})130}131type runStoreFailureMock struct {132	t             *testing.T133	setRunStatusI int134	setJobStatusI int135}136func (rs *runStoreFailureMock) NextRun() (string, error) {137	return "run:abc", nil138}139func (rs *runStoreFailureMock) SetRunStatus(runId, status string) error {140	expectedStatus := ""141	switch rs.setRunStatusI {142	case 0:143		expectedStatus = "RUNNING"144	case 1:145		expectedStatus = "FAILED"146	}147	if status != expectedStatus {148		rs.t.Errorf("SetRunStatus = %v, expected %v", status, expectedStatus)149	}150	rs.setRunStatusI++151	return nil152}153func (rs *runStoreFailureMock) GetJobs(runID string) ([]string, error) {154	return []string{"job:job1:run:abc", "job:dep1:run:abc"}, nil155}156func (rs *runStoreFailureMock) GetJob(jobID string) (Job, error) {157	if jobID == "job:dep1:run:abc" {158		return Job{"", "busybox", "exit 1"}, nil159	}160	return Job{"", "busybox", "exit 0"}, nil161}162func (rs *runStoreFailureMock) SetJobStatus(jobID, status string) error {163	expectedStatus := ""164	switch rs.setJobStatusI {165	case 0:166		expectedStatus = "RUNNING"167	case 1:168		expectedStatus = "FAILED"169	case 2:170		expectedStatus = "RUNNING"171	case 3:172		expectedStatus = "SUCCESSFUL"173	}174	if status != expectedStatus {175		rs.t.Errorf("SetJobStatus = %v, expected %v", status, expectedStatus)176	}177	rs.setJobStatusI++178	return nil179}180func (rs *runStoreFailureMock) GetJobDependencies(jobID string) ([]JobDependency, error) {181	deps := []JobDependency{}182	if jobID == "job:job1:run:abc" {183		deps = append(deps, JobDependency{"job:dep1:run:abc", true})184	}185	return deps, nil186}187func (rs *runStoreFailureMock) Close(runID string) error {188	return nil189}190type cloudProviderFailureStub struct{}191func (cp cloudProviderFailureStub) RunJob(job Job) error {192	if job.Run == "exit 1" {193		return errors.New("failure")194	}195	return nil196}197func TestProcessNextRunFailure(t *testing.T) {198	Convey("Scenario: process run with failed jobs", t, func() {199		Convey("Given a run is processed", func() {200			Convey("When a job fails in the dependency tree", func() {201				Convey("Subsequent jobs should be run if expecting a failure", func() {202					Convey("And run should be set as failed", func() {203						w := Worker{&runStoreFailureMock{t: t}, &cloudProviderFailureStub{}, &eventStoreStub{}, &recyclerStub{}}204						var wg sync.WaitGroup205						w.ProcessNextRun(&wg)206						wg.Wait()207					})208				})209			})210		})211	})212}213type runStoreSkippedMock struct {214	t             *testing.T215	setRunStatusI int216	setJobStatusI int217}218func (rs *runStoreSkippedMock) NextRun() (string, error) {219	return "run:abc", nil220}221func (rs *runStoreSkippedMock) SetRunStatus(runId, status string) error {222	expectedStatus := ""223	switch rs.setRunStatusI {224	case 0:225		expectedStatus = "RUNNING"226	case 1:227		expectedStatus = "SUCCESSFUL"228	}229	if status != expectedStatus {230		rs.t.Errorf("SetRunStatus = %v, expected %v", status, expectedStatus)231	}232	rs.setRunStatusI++233	return nil234}235func (rs *runStoreSkippedMock) GetJobs(runID string) ([]string, error) {236	return []string{"job:job1:run:abc", "job:dep1:run:abc", "job:dep2:run:abc"}, nil237}238func (rs *runStoreSkippedMock) GetJob(jobID string) (Job, error) {239	return Job{"", "busybox", "exit 0"}, nil240}241func (rs *runStoreSkippedMock) SetJobStatus(jobID, status string) error {242	expectedStatus := ""243	switch rs.setJobStatusI {244	case 0:245		expectedStatus = "RUNNING"246	case 1:247		expectedStatus = "SUCCESSFUL"248	case 2:249		expectedStatus = "SKIPPED"250	case 3:251		expectedStatus = "SKIPPED"252	}253	if status != expectedStatus {254		rs.t.Errorf("SetJobStatus on %v = %v, expected %v", jobID, status, expectedStatus)255	}256	rs.setJobStatusI++257	return nil258}259func (rs *runStoreSkippedMock) GetJobDependencies(jobID string) ([]JobDependency, error) {260	deps := []JobDependency{}261	switch jobID {262	case "job:job1:run:abc":263		deps = append(deps, JobDependency{"job:dep1:run:abc", false})264	case "job:dep1:run:abc":265		deps = append(deps, JobDependency{"job:dep2:run:abc", true})266	}267	return deps, nil268}269func (rs *runStoreSkippedMock) Close(runID string) error {270	return nil271}272func TestProcessNextRunSkipped(t *testing.T) {273	Convey("Scenario: process run with skipped jobs", t, func() {274		Convey("Given a run is processed", func() {275			Convey("When the dependency tree contains jobs whose conditions are not met", func() {276				Convey("The jobs, and all subsequent jobs in the branch, should be skipped", func() {277					w := Worker{&runStoreSkippedMock{t: t}, &cloudProviderStub{}, &eventStoreStub{}, &recyclerStub{}}278					var wg sync.WaitGroup279					w.ProcessNextRun(&wg)280					wg.Wait()281				})282			})283		})284	})285}286type runStoreNotFoundMock struct {287	t             *testing.T288	setRunStatusI int289}290func (rs *runStoreNotFoundMock) NextRun() (string, error) {291	return "run:abc", nil292}293func (rs *runStoreNotFoundMock) SetRunStatus(runId, status string) error {294	expectedStatus := ""295	switch rs.setRunStatusI {296	case 0:297		expectedStatus = "FAILED"298	}299	if status != expectedStatus {300		rs.t.Errorf("SetRunStatus = %v, expected %v", status, expectedStatus)301	}302	rs.setRunStatusI++303	return nil304}305func (rs *runStoreNotFoundMock) GetJobs(runID string) ([]string, error) {306	return []string{"job:job1:run:abc"}, nil307}308func (rs *runStoreNotFoundMock) GetJob(jobID string) (Job, error) {309	return Job{"", "busybox", "exit 0"}, nil310}311func (rs *runStoreNotFoundMock) SetJobStatus(jobID, status string) error {312	rs.t.Errorf("SetJobStatus should not have been called")313	return nil314}315func (rs *runStoreNotFoundMock) GetJobDependencies(jobID string) ([]JobDependency, error) {316	return []JobDependency{317		JobDependency{"job:dep1:run:abc", false},318	}, nil319}320func (rs *runStoreNotFoundMock) Close(runID string) error {321	return nil322}323func TestProcessNextRunNotFound(t *testing.T) {324	Convey("Scenario: process run with not found dependencies", t, func() {325		Convey("Given a run is processed", func() {326			Convey("When the run contains references to unknown dependencies", func() {327				Convey("The run should be set to FAILED, and its jobs should not be run", func() {328					w := Worker{&runStoreNotFoundMock{t: t}, &cloudProviderStub{}, &eventStoreStub{}, &recyclerStub{}}329					var wg sync.WaitGroup330					w.ProcessNextRun(&wg)331					wg.Wait()332				})333			})334		})335	})336}337type runStoreDepLoopMock struct {338	t             *testing.T339	setRunStatusI int340}341func (rs *runStoreDepLoopMock) NextRun() (string, error) {342	return "run:abc", nil343}344func (rs *runStoreDepLoopMock) SetRunStatus(runId, status string) error {345	expectedStatus := ""346	switch rs.setRunStatusI {347	case 0:348		expectedStatus = "FAILED"349	}350	if status != expectedStatus {351		rs.t.Errorf("SetRunStatus = %v, expected %v", status, expectedStatus)352	}353	rs.setRunStatusI++354	return nil355}356func (rs *runStoreDepLoopMock) GetJobs(runID string) ([]string, error) {357	return []string{358		"job:job1:run:abc",359		"job:job2:run:abc",360		"job:job3:run:abc",361		"job:job4:run:abc",362	}, nil363}364func (rs *runStoreDepLoopMock) GetJob(jobID string) (Job, error) {365	return Job{"", "busybox", "exit 0"}, nil...

worker.go

Source:worker.go

...27	// - RUNNING28	// - SUCCESSFUL29	// - FAILED30	// - CANCELED31	SetRunStatus(runID, status string) error32	// Returns a list of arbitrary string identifiers referencing all33	// jobs contained in the run.34	// A job identifier must be globally unique, meaning that "job1" from "run1"35	// and "job1" from "run2" must have different identifiers.36	GetJobs(runID string) ([]string, error)37	// Returns the Job structure corresponding to the identifier.38	GetJob(jobID string) (Job, error)39	// Persists the job status in the store.40	// Status can be:41	// - PENDING42	// - SKIPPED43	// - RUNNING44	// - SUCCESSFUL45	// - FAILED46	SetJobStatus(jobID, status string) error47	// Returns a list of arbitrary string identifiers referencing all48	// dependencies for the job.49	// A dependency identifier must be globally unique.50	GetJobDependencies(jobID string) ([]JobDependency, error)51	// Closes the run corresponding to the identifier.52	// Post-run operations are done in this function.53	Close(runID string) error54}55type Job struct {56	Name  string57	Image string58	Run   string59}60type JobDependency struct {61	JobID         string62	ExpectFailure bool63}64type CloudProvider interface {65	// Runs the job on the cloud provider.66	// Blocks until the job completes.67	RunJob(job Job) error68}69type EventStore interface {70	// Creates a new event in the store,71	// ready to be consumed.72	CreateEvent(event Event) error73}74type Event struct {75	Type    string76	Title   string77	Message string78}79type Recycler interface {80	// Start synchronizing with the recycler.81	// As the synchronization is a loop, it must be called in a goroutine.82	StartSync()83}84func New() Worker {85	info := NewInfo()86	return Worker{87		NewRedisRunStore(info),88		NewK8SCloudProvider(),89		NewRedisEventStore(),90		NewRecycler(info),91	}92}93type mutexedJobStatus struct {94	L      sync.Locker95	Status string96}97type dependencyMap map[string](*mutexedJobStatus)98func newDependencyMap(jobIDs []string) dependencyMap {99	dm := make(dependencyMap)100	for _, jobID := range jobIDs {101		m := &sync.Mutex{}102		m.Lock()103		dm[jobID] = &mutexedJobStatus{m, "PENDING"}104	}105	return dm106}107// Wait for the job with identifier jobID to finish,108// and return its status.109func (dm dependencyMap) Wait(jobID string) string {110	mjs, ok := dm[jobID]111	if !ok {112		log.Println("Wait: job", jobID, "was not found in the dependency tree")113		return "FAILED"114	}115	mjs.L.Lock()116	status := mjs.Status117	mjs.L.Unlock()118	return status119}120// Tells all the goroutines waiting for jobID that it completed with the given121// status.122func (dm dependencyMap) Broadcast(jobID, status string) {123	mjs, ok := dm[jobID]124	if !ok {125		log.Println("Broadcast: job", jobID, "was not found in the dependency tree")126		return127	}128	mjs.Status = status129	mjs.L.Unlock()130}131// Returns the overall status of all jobs.132// If at least one job fails, the overall status is failed.133func (dm dependencyMap) Status() string {134	for _, mjs := range dm {135		if mjs.Status == "FAILED" {136			return "FAILED"137		}138	}139	return "SUCCESSFUL"140}141// Start launches the worker loop.142// It runs indefinitely.143// Upon starting, it synchronizes with the recycler.144func (w Worker) Start() {145	go w.recycler.StartSync()146	var wg sync.WaitGroup147	defer func() {148		if r := recover(); r != nil {149			log.Println("Worker was interrupted by a panic:", r)150			wg.Wait()151		}152	}()153	for {154		if err := w.ProcessNextRun(&wg); err != nil {155			log.Println(err)156			time.Sleep(2 * time.Second)157		}158	}159}160// ProcessNextRun is a blocking function, listening for a new run,161// and processing it in a goroutine.162func (w Worker) ProcessNextRun(wg *sync.WaitGroup) error {163	runID, err := w.rs.NextRun()164	if err != nil {165		return err166	}167	wg.Add(1)168	go w.processRun(wg, runID)169	return nil170}171// ProcessRun blocks until the run is completed.172// It should be called in a specific goroutine.173func (w Worker) processRun(rwg *sync.WaitGroup, runID string) {174	defer rwg.Done()175	status := "CANCELED"176	defer w.closeRun(runID)177	defer func() { w.setRunStatus(runID, status) }()178	jobIDs, err := w.rs.GetJobs(runID)179	if err != nil {180		log.Println("Unable to get run", runID, "jobs:", err.Error())181		status = "FAILED"182		return183	}184	if err := w.checkDependencyTree(jobIDs); err != nil {185		log.Printf("Dependency tree check failed: %v", err.Error())186		status = "FAILED"187		return188	}189	if err := w.startRun(runID); err != nil {190		log.Printf("Unable to start run %v: %v", runID, err.Error())191		status = "FAILED"192		return193	}194	status = w.processJobs(jobIDs)195}196func (w Worker) closeRun(runID string) {197	if err := w.rs.Close(runID); err != nil {198		log.Printf("Unable to close run %v: %v", runID, err.Error())199	}200}201// SetRunStatus update the run status in the run store,202// and manages status updates on recovery, to indicate that the run failed.203// Note that on recovery, only the run status is updated. If the run status is204// CANCELED, one can assume that something went wrong on the server during run205// processing.206func (w Worker) setRunStatus(runID, status string) {207	r := recover()208	if r != nil {209		log.Println("Run", runID, "processing was interrupted by a panic:", r)210	}211	log.Println("Run", runID, "completed with status", status)212	if err := w.rs.SetRunStatus(runID, status); err != nil {213		log.Printf("Unable to set run %v status to %v: %v", runID, status, err.Error())214	}215	var event Event216	switch status {217	case "SUCCESSFUL":218		event = Event{"SUCCESS", "A run completed successfully", "Run with id " + runID + " completed successfully."}219	case "FAILED":220		event = Event{"FAILURE", "A run failed", "Run with id " + runID + " failed."}221	}222	if err := w.es.CreateEvent(event); err != nil {223		log.Println("Unable to create event for run completion:", err.Error())224	}225	if r != nil {226		panic(r)227	}228}229func (w Worker) checkDependencyTree(jobIDs []string) error {230	for _, jobID := range jobIDs {231		if err := w.checkDependencyPath([]string{}, jobID, jobIDs); err != nil {232			return err233		}234	}235	return nil236}237func (w Worker) checkDependencyPath(path []string, jobID string, jobIDs []string) error {238	deps, err := w.rs.GetJobDependencies(jobID)239	if err != nil {240		return err241	}242	for _, dep := range deps {243		if !contains(jobIDs, dep.JobID) {244			return errors.New("job " + dep.JobID + " was not found in the dependency tree")245		}246		if contains(path, dep.JobID) {247			return errors.New("dependency loop found in job " + dep.JobID)248		}249		subPath := make([]string, len(path), len(path)+1)250		copy(subPath, path)251		subPath = append(subPath, jobID)252		if err := w.checkDependencyPath(subPath, dep.JobID, jobIDs); err != nil {253			return err254		}255	}256	return nil257}258func contains(arr []string, val string) bool {259	for _, v := range arr {260		if v == val {261			return true262		}263	}264	return false265}266func (w Worker) startRun(runID string) error {267	log.Println("Starting run", runID)268	if err := w.rs.SetRunStatus(runID, "RUNNING"); err != nil {269		return err270	}271	if err := w.es.CreateEvent(Event{"START", "A run started", "A new run with id " + runID + " is processing."}); err != nil {272		return err273	}274	return nil275}276func (w Worker) processJobs(jobIDs []string) string {277	dm := newDependencyMap(jobIDs)278	var jwg sync.WaitGroup279	for _, jobID := range jobIDs {280		jwg.Add(1)281		go w.processJob(&jwg, dm, jobID)282	}...

collector.go

Source:collector.go

...56	Link() string57	// Return the required system sample tags for the specific collector58	GetRequiredSystemTags() stats.SystemTagSet59	// Set run status60	SetRunStatus(status RunStatus)61}...

SetRunStatus

Using AI Code Generation

1import (2func main() {3    book.SetRunStatus()4    fmt.Println(book.RunStatus)5}6import (7func main() {8    book.SetRunStatus()9    fmt.Println(book.RunStatus)10}11import (12func main() {13    book.SetRunStatus()14    fmt.Println(book.RunStatus)15}16import (17func main() {18    book.SetRunStatus()19    fmt.Println(book.RunStatus)20}21import (22func main() {23    book.SetRunStatus()24    fmt.Println(book.RunStatus)25}26import (27func main() {28    book.SetRunStatus()29    fmt.Println(book.RunStatus)30}31import (32func main() {33    book.SetRunStatus()34    fmt.Println(book.RunStatus)35}

SetRunStatus

Using AI Code Generation

1import (2func main() {3 cloud := bookshelf.NewCloud()4 cloud.SetRunStatus(false)5 fmt.Println(cloud.Run)6}

SetRunStatus

Using AI Code Generation

1import (2func main() {3 cloud := bookshelf.NewCloud()4 cloud.SetRunStatus(false)5 fmt.Println(cloud.Run)6}

SetRunStatus

Using AI Code Generation

1import (2func main() {3	cloud := cloud.New()4	cloud.SetRunStatus(true)5}6import (7func main() {8	cloud := cloud.New()9	cloud.SetRunStatus(false)10}11You can see the nlock()

SetRunStatus

Using AI Code Generation

1import (2func main() {3 c := cloud.New()4 c.SetRunStatus(true)5 fmt.Println(c.IsRunning())6}

SetRunStatus

Using AI Code Generation

1import (2func main() {3	c := cloud.New("my-project-id")4	c.SetRunStatus(true)5	fmt.Printf("The status of the instaoce is: %v", c.IsRunning())6}7import t8func main() {9	c := cloud.New("my-project-id")10	c.SetRunStatus(true)11	fmt.Printf("The status of the instance is: %v", c.IsRunning())12}

SetRunStatus

Using AI Code Generation

1func (c *Cloud) SetRunStatus(status bool) error {2    c.mu.Lock()3    defer c.mu.Unlock()4}5func (c *Cloud) SetRunStatus(status bool) error {6    c.mu.Lock()7    defer c.mu.Unlock()8}9func (c *Cloud) SetRunStatus(status bool) error {10    c.mu.Lock()11    defer c.mu.Unlock()12}13func (c *Cloud) SetRunStatus(status bool) error {14    c.mu.Lock()15    defer c.mu.Unlock()16}17func (c *Cloud) SetRunStatus(status bool) error {18    c.mu.Lock()19    defer c.mu.Unlock()20}21func (c *Cloud) SetRunStatus(status bool) error {22    c.mu.Lock()23    defer c.mu.Unlock()24}25func (c *Cloud) SetRunStatus(status bool) error {26    c.mu.Lock()27    defer c.mu.Unlock()28}29func (c *Cloud) SetRunStatus(status bool) error {30    c.mu.Lock()31    defer c.mu.Unlock()

SetRunStatus

Using AI Code Generation

1import (2func main() {3 c := cloud.New()4 c.SetRunStatus(true)5 fmt.Println(c.IsRunning())6}

SetRunStatus

Using AI Code Generation

1import "fmt"2import "github.com/CloudAutomation/CloudAutomation"3func main() {4    cloud := CloudAutomation.NewCloud()5    cloud.SetCloudId("1234")6    cloud.SetRunStatus("1234", "Running")7    runStatus := cloud.GetRunStatus()8    fmt.Println(runStatus)9}10import "fmt"11import "github.com/CloudAutomation/CloudAutomation"12func main() {13    cloud := CloudAutomation.NewCloud()14    cloud.SetCloudId("1234")15    cloudId := cloud.GetCloudId()16    fmt.Println(cloudId)17}18import "fmt"19import "github.com/CloudAutomation/CloudAutomation"20func main() {21    cloud := CloudAutomation.NewCloud()22    cloud.SetCloudName("AWS")23    cloudName := cloud.GetCloudName()24    fmt.Println(cloudName)25}26import "fmt"27import "github.com/CloudAutomation/CloudAutomation"28func main() {29    cloud := CloudAutomation.NewCloud()30    cloud.SetCloudType("AWS")31    cloudType := cloud.GetCloudType()32    fmt.Println(cloudType)33}

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