How to use doneJob method of main Package

Best Syzkaller code snippet using main.doneJob

list.go

Source:list.go

...158		wg.Add(1)159		go l.listWorker(&wg, bkt, fringe, result)160	}161	for !workSet.IsEmpty() {162		var doneJob *Job163		if !followers.IsEmpty() {164			// if there are followers, either try to send165			// a new job on the fringe, or receive a result166			// from a worker167			select {168			case fringe <- followers.Peek():169				_ = followers.Remove()170				continue171			case doneJob = <-result:172			}173		} else {174			// if there are no followers, all we can do is175			// wait for a result to arrive176			doneJob = <-result177		}178		// remove the job from the set of jobs we are waiting for179		workSet.Delete(doneJob)180		// track some metrics181		metrics.jobsAttempted.Add(1)182		metrics.secondsWaitingS3.Add(doneJob.duration.Seconds())183		// if the job was in error, maybe try to reenqueue it184		if doneJob.err != nil {185			if doneJob.retryLeft > 0 {186				doneJob.retryLeft--187				logrus.WithFields(logrus.Fields{188					"error":   doneJob.err,189					"retries": doneJob.retryLeft,190					"job_id":  doneJob.id,191				}).Debug("retrying failed job")192				doneJob.err = nil193				followers.Add(doneJob)194				workSet.Add(doneJob)195			} else {196				metrics.jobsAbandoned.Add(1)197				logrus.WithFields(logrus.Fields{198					"key":     doneJob.path,199					"error":   doneJob.err,200					"retries": doneJob.retryLeft,201					"job_id":  doneJob.id,202				}).Error("abandoning failed job after too many retries")203			}204			continue205		} else if doneJob.retryLeft != MaxRetry {206			metrics.jobsRescued.Add(1)207			logrus.WithFields(logrus.Fields{208				"job":     doneJob.id,209				"retries": doneJob.retryLeft,210			}).Debug("job rescued from error")211		} else {212			metrics.jobsOk.Add(1)213		}214		l.visitKeys(doneJob.keys, keyVisitor)215		for _, job := range l.jobsFromFollowers(doneJob.followers, workSet, visited) {216			followers.Add(job)217		}218	}219	logrus.Info("no more jobs, closing")220	// invariant: no jobs are on the fringe, no results in the workset,221	// it is thus safe to tell the workers to stop waiting.222	close(fringe)223	// it's safe to close the results since no jobs are in, waiting for224	// results225	close(result)226	logrus.Info("waiting for workers")227	wg.Wait()228	logrus.Info("workers stopped")229	return nil...

queue.go

Source:queue.go

...73		return nil, nil74	}75	return &j, nil76}77func doneJob(res *job.Result) error {78	b, _ := json.Marshal(res.Output)79	resultJSON := string(b)80	log.Printf("doneJob: job=%#v output=%#v", res.Job, res.Output)81	tx, err := db.Begin()82	if err != nil {83		return errors.Wrap(err, "doneJob failed when beginning tx")84	}85	ret, err := tx.Exec(`86    UPDATE queues SET status = 'done', result_json = ?87    WHERE88      id = ?         AND89      team_id = ?    AND90      ip_address = ? AND status = 'running'`,91		resultJSON,92		res.Job.ID,93		res.Job.TeamID,94		res.Job.IPAddr,95	)96	if err != nil {97		tx.Rollback()98		return errors.Wrap(err, "doneJob failed when locking")99	}100	affected, err := ret.RowsAffected()101	if err != nil {102		tx.Rollback()103		return errors.Wrap(err, "doneJob failed when checking affected rows")104	}105	if affected != 1 {106		tx.Rollback()107		return fmt.Errorf("doneJob failed. invalid affected rows=%d", affected)108	}109	if res.Output.Pass {110		_, err = tx.Exec("INSERT INTO scores (team_id, score) VALUES (?, ?)", res.Job.TeamID, res.Output.Score)111		if err != nil {112			tx.Rollback()113			return errors.Wrap(err, "INSERT INTO scores")114		}115		_, err = tx.Exec(`116			INSERT INTO team_scores (team_id, latest_score, best_score)117			VALUES (?, ?, ?)118			ON DUPLICATE KEY UPDATE119			best_score = GREATEST(best_score, VALUES(best_score)),120			latest_score = VALUES(latest_score)121		`,122			res.Job.TeamID, res.Output.Score, res.Output.Score,123		)124		if err != nil {125			tx.Rollback()126			return errors.Wrap(err, "INSERT INTO team_scores")127		}128	}129	err = tx.Commit()130	if err != nil {131		return errors.Wrap(err, "doneJob failed when commiting tx")132	}133	return nil134}...

doneJob

Using AI Code Generation

1import (2func main() {3	doneJob := make(chan bool)4	go func() {5		fmt.Println("Hello from goroutine")6	}()7	fmt.Println("Hello from main")8}

doneJob

Using AI Code Generation

1func main() {2    wg.Add(1)3    go func() {4        defer wg.Done()5        fmt.Println("Hello")6    }()7    wg.Wait()8}9func main() {10    wg.Add(1)11    go func() {12        defer wg.Done()13        fmt.Println("Hello")14    }()15    wg.Wait()16}17func main() {18    wg.Add(1)19    go func() {20        defer wg.Done()21        fmt.Println("Hello")22    }()23    wg.Wait()24}25func main() {26    wg.Add(1)27    go func() {28        defer wg.Done()29        fmt.Println("Hello")30    }()31    wg.Wait()32}33func main() {34    wg.Add(1)35    go func() {36        defer wg.Done()37        fmt.Println("Hello")38    }()39    wg.Wait()40}41func main() {42    wg.Add(1)43    go func() {44        defer wg.Done()45        fmt.Println("Hello")46    }()47    wg.Wait()48}49func main() {50    wg.Add(1)51    go func() {52        defer wg.Done()53        fmt.Println("Hello")54    }()55    wg.Wait()56}57func main() {58    wg.Add(1)59    go func() {60        defer wg.Done()61        fmt.Println("Hello")62    }()63    wg.Wait()64}65func main() {66    wg.Add(1)67    go func() {68        defer wg.Done()69        fmt.Println("Hello")

doneJob

Using AI Code Generation

1import "fmt"2type Job struct {3}4func (j *Job) Start() error {5  j.Println("Starting now...")6  time.Sleep(5 * time.Second)7  j.Println("Finished")8}9func main() {10  wg.Add(1)11  job := &Job{"demo", log.New(os.Stdout, "Job: ", log.Ldate)}12  go func() {13    job.Start()14    wg.Done()15  }()16  wg.Wait()17}18import "fmt"19type Job struct {20}21func (j *Job) Start() error {22  j.Println("Starting now...")23  time.Sleep(5 * time.Second)24  j.Println("Finished")25}26func main() {27  wg.Add(1)28  job := &Job{"demo", log.New(os.Stdout, "Job: ", log.Ldate)}29  go func() {30    job.Start()31    wg.Done()32  }()33  wg.Wait()34}35import "fmt"36type Job struct {37}38func (j *Job) Start() error {39  j.Println("Starting now...")40  time.Sleep(5 * time.Second)41  j.Println("Finished")42}43func main() {44  wg.Add(1)45  job := &Job{"demo", log.New(os.Stdout, "Job: ", log.Ldate)}46  go func() {47    job.Start()48    wg.Done()49  }()50  wg.Wait()51}

doneJob

Using AI Code Generation

1import (2type Job struct {3}4func main() {5	jobs := make(chan Job, 10)6	go func() {7		for {8			fmt.Println("Job Received: ", job)9			time.Sleep(time.Second)10			fmt.Println("Job Done: ", job)11		}12	}()13	doneJob(jobs)14}15func doneJob(jobs chan Job) {16	for i := 0; i < 10; i++ {17		job := Job{18		}19	}20}21Job Received:  {0 Done}22Job Done:  {0 Done}23Job Received:  {1 Done}24Job Done:  {1 Done}25Job Received:  {2 Done}26Job Done:  {2 Done}27Job Received:  {3 Done}28Job Done:  {3 Done}29Job Received:  {4 Done}30Job Done:  {4 Done}31Job Received:  {5 Done}32Job Done:  {5 Done}33Job Received:  {6 Done}34Job Done:  {6 Done}35Job Received:  {7 Done}36Job Done:  {7 Done}37Job Received:  {8 Done}38Job Done:  {8 Done}39Job Received:  {9 Done}40Job Done:  {9 Done}

doneJob

Using AI Code Generation

1import (2func main() {3	m := NewMain()4	j := NewJob()5	j.Run()6	time.Sleep(2 * time.Second)7	m.doneJob(j)8	time.Sleep(2 * time.Second)9}10import "fmt"11type Main struct {12}13func NewMain() *Main {14	m := &Main{}15	m.jobChan = make(chan *Job)16	m.doneChan = make(chan bool)17	go m.mainLoop()18}19func (m *Main) mainLoop() {20	for {21		select {22			fmt.Println("job received")23		}24	}25}26func (m *Main) doneJob(job *Job) {27}28import "fmt"29type Job struct {30}31func NewJob() *Job {32	return &Job{}33}34func (j *Job) Run() {35	fmt.Println("job running")36}

doneJob

Using AI Code Generation

1import (2func main() {3	job := NewJob("job1", 1)4	worker := NewWorker("worker1", 1)5	worker.AssignJob(job)6	worker.DoJob()7	time.Sleep(2 * time.Second)8	doneJob(job)9	time.Sleep(2 * time.Second)10}11import (12func main() {13	job := NewJob("job1", 1)14	worker := NewWorker("worker1", 1)15	worker.AssignJob(job)16	worker.DoJob()17	time.Sleep(2 * time.Second)18	doneJob(job)19	time.Sleep(2 * time.Second)20}21import (22func main() {23	job := NewJob("job1", 1)24	worker := NewWorker("worker1", 1)25	worker.AssignJob(job)26	worker.DoJob()27	time.Sleep(2 * time.Second)28	doneJob(job)29	time.Sleep(2 * time.Second)30}31import (32func main() {33	job := NewJob("job1", 1)34	worker := NewWorker("worker

doneJob

Using AI Code Generation

1import (2func main() {3	done := make(chan bool)4	go func() {5		fmt.Println("Inside goroutine")6		time.Sleep(2 * time.Second)7	}()8	doneJob(done)9}10func doneJob(done chan bool) {11	fmt.Println("Inside doneJob")12	fmt.Println("Exiting doneJob")13	os.Exit(0)14}15import (16func main() {17	wg.Add(1)18	go func() {19		fmt.Println("Inside goroutine")20		time.Sleep(2 * time.Second)21		wg.Done()22	}()23	wg.Wait()24	fmt.Println("Exiting main")25	os.Exit(0)26}

doneJob

Using AI Code Generation

1import (2func main() {3    c := New()4    go c.worker()5    for i := 0; i < 5; i++ {6        j := NewJob(i)7    }8    wg.Wait()9}10type Job struct {11}12func NewJob(id int) Job {13    return Job{id: id}14}15type Main struct {16}17func New() *Main {18    return &Main{19        job: make(chan Job),20    }21}22func (m *Main) worker() {23    for j := range m.job {24        fmt.Printf("Starting job %v25        time.Sleep(time.Second)26        fmt.Printf("Job %v finished27        wg.Done()28    }29}30func (m *Main) doneJob(j Job) {31    wg.Done()32}33import (34func main() {35    c := New()36    go c.worker()37    for i := 0; i < 5; i++ {38        j := NewJob(i)39    }40    wg.Wait()41}42type Job struct {43}44func NewJob(id int) Job {45    return Job{id: id}46}47type Main struct {48}49func New() *Main {50    return &Main{51        job: make(chan Job),52    }53}

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