How to use NewJob method of main Package

Best Syzkaller code snippet using main.NewJob

worker.go

Source:worker.go

...19	jobLog       *JobLog20	jobRunningId string21	mainSourceId string22}23func NewJobStarter(sources []api.Source, newJob *api.NewJob) (*JobStarter, error) {24	clientWorkDir := config.GlobalConfig.Local.ClientWorkDir25	pipeJobDir, err := NewPipeJobDir(clientWorkDir, newJob.PipeRunningId, newJob.JobRunningId, newJob.MainSourceId, newJob.Sources)26	if err != nil {27		return nil, err28	}29	stepLog := NewJobLog()30	worker, err := newWorker(newJob, pipeJobDir, &stepLog)31	err = pipeJobDir.CleanJobWorkDir()32	if err != nil {33		return nil, err34	}35	return &JobStarter{36		sources:      sources,37		worker:       worker,38		pipeJobDir:   pipeJobDir,39		jobLog:       &stepLog,40		jobRunningId: newJob.JobRunningId,41		mainSourceId: newJob.MainSourceId,42	}, nil43}44func (starter *JobStarter) RunStarter() error {45	// Handle the resources46	sourceResult, err := handleResources(starter.sources, starter.pipeJobDir, starter.jobLog, starter.mainSourceId)47	if err != nil {48		return err49	}50	logrus.Info("Running job,jobRunningId:" + starter.jobRunningId)51	return starter.worker.Run(sourceResult)52}53func (starter *JobStarter) JobLog() *JobLog {54	return starter.jobLog55}56type JobWorker interface {57	// Run the worker58	Run(result *SourceResult) error59	// Stop the worker60	Stop() error61}62func newWorker(newJob *api.NewJob, pipeJobDir *PipeJobDir, jobLog *JobLog) (JobWorker, error) {63	switch newJob.JobType {64	case api.CommandType:65		return newCommandWorker(jobLog, &newJob.CmdJobDto, pipeJobDir)66	case api.DeployType:67		// TODO Not support yet68		return nil, errors.New("DeployType not support yet")69	}70	return nil, errors.New("not support work type")71}72func handleResources(sources []api.Source, pipeJobDir *PipeJobDir, jobLog *JobLog, mainSourceId string) (*SourceResult, error) {73	if len(sources) != 0 {74		for _, source := range sources {75			//å¤ææ¯å¦éè¦ç¼åresource76			var resourcesWorkDir = pipeJobDir.SourceDir(source.SourceId)...

jobmgr.go

Source:jobmgr.go

...15type JobHook struct {16  ID string17  CtrlChannel chan jobmsg.JobMsg18}19func NewJobMgr( mc chan job.Job, cc chan jobmsg.JobMsg) JobMgr {20  jm := JobMgr{MainChannel: mc, CtrlChannel: cc}21  jm.JobHooks = make(map[string]JobHook)22  jm.Stats = make(map[string]stats.Stats)23  jm.StatsChannel = make(chan statsmsg.StatsMsg,4096)24  return jm25}26func(jm *JobMgr) Run() {27  for {28    select {29      case newJob := <- jm.MainChannel:30        newJobHook := JobHook{31          ID: newJob.ID,32          CtrlChannel:newJob.CtrlChannel,33        }...

main.go

Source:main.go

...11func main() {12	nWorkers := 313	var wg sync.WaitGroup14	jobs := []*types.Job{15		types.NewJob(0),16		types.NewJob(1),17		types.NewJob(2),18		types.NewJob(3),19		types.NewJob(0),20		types.NewJob(1),21		types.NewJob(0),22		types.NewJob(2),23		types.NewJob(3),24		types.NewJob(1),25	}26	j := make(chan types.Job, nWorkers)27	fc := types.NewFunctionCache(ExpensiveFunction)28	wg.Add(nWorkers)29	for i := 0; i < nWorkers; i++ {30		go func(i int, j chan types.Job) {31			w := types.NewWorker(i, j, &wg, fc)32			w.Work()33		}(i, j)34	}35	for _, job := range jobs {36		j <- *job37	}38	close(j)...

NewJob

Using AI Code Generation

1import (2func Walk(t *tree.Tree, ch chan int) {3    if t.Left != nil {4        Walk(t.Left, ch)5    }6    if t.Right != nil {7        Walk(t.Right, ch)8    }9}10func Same(t1, t2 *tree.Tree) bool {11    ch1 := make(chan int)12    ch2 := make(chan int)13    go Walk(t1, ch1)14    go Walk(t2, ch2)15    for i := 0; i < 10; i++ {16        if <-ch1 != <-ch2 {17        }18    }19}20func main() {21    t1 := tree.New(1)22    t2 := tree.New(1)23    fmt.Println(Same(t1, t2))24}25import (26func Walk(t *tree.Tree, ch chan int) {27    if t.Left != nil {28        Walk(t.Left, ch)29    }30    if t.Right != nil {31        Walk(t.Right, ch)32    }33}34func Same(t1, t2 *tree.Tree) bool {35    ch1 := make(chan int)36    ch2 := make(chan int)37    go Walk(t1, ch1)38    go Walk(t2, ch2)39    for i := 0; i < 10; i++ {40        if <-ch1 != <-ch2 {41        }42    }43}44func main() {45    t1 := tree.New(1)46    t2 := tree.New(1)47    fmt.Println(Same(t1, t2))48}49import (50func Walk(t *tree.Tree, ch chan int) {51    if t.Left != nil {52        Walk(t.Left, ch)53    }54    if t.Right != nil {55        Walk(t.Right, ch)56    }57}58func Same(t1, t2 *tree.Tree)

NewJob

Using AI Code Generation

1import "fmt"2func main() {3    job := NewJob()4    fmt.Println(job)5}6type Job struct {7}8func NewJob() *Job {9    return &Job{10    }11}12{1 C++}

NewJob

Using AI Code Generation

1import (2func main() {3	job := job.NewJob("Job 1")4	fmt.Println(job)5}6import (7type Job struct {8}9func NewJob(name string) *Job {10	return &Job{11	}12}13func (j *Job) String() string {14	return fmt.Sprintf("Job: %s", j.Name)15}16import (17type Job struct {18}19func NewJob(name string) *Job {20	return &Job{21	}22}23func (j *Job) String() string {24	return fmt.Sprintf("Job: %s", j.Name)25}26import (27type Job struct {28}29func NewJob(name string) *Job {30	return &Job{31	}32}33func (j *Job) String() string {34	return fmt.Sprintf("Job: %s", j.Name)35}36import (37type Job struct {38}39func NewJob(name string) *Job {40	return &Job{41	}42}43func (j *Job) String() string {44	return fmt.Sprintf("Job: %s", j.Name)45}46import (47type Job struct {48}49func NewJob(name string) *Job {50	return &Job{51	}52}53func (j *Job) String() string {54	return fmt.Sprintf("Job: %s", j.Name)55}56import (57type Job struct {58}59func NewJob(name string) *Job {60	return &Job{61	}62}63func (j *Job) String() string {64	return fmt.Sprintf("Job

NewJob

Using AI Code Generation

1import (2func main() {3	j = job.NewJob("A", 100)4	fmt.Println(j)5}6type Job struct {7}8func NewJob(name string, salary int) Job {9	return Job{name, salary}10}

NewJob

Using AI Code Generation

1import (2func main() {3	job := NewJob("job1")4	fmt.Println(job)5}6type Job struct {7}8func NewJob(name string) *Job {9	return &Job{name}10}

NewJob

Using AI Code Generation

1import "fmt"2func main() {3    job := NewJob("Job 1")4    fmt.Println(job)5}6{Job 1}7import "fmt"8type Job struct {9}10func NewJob(name string) *Job {11    return &Job{name: name}12}13func main() {14    job := NewJob("Job 1")15    fmt.Println(job)16}17&{Job 1}

NewJob

Using AI Code Generation

1import "fmt"2func main() {3 job := NewJob("Go Developer", 100)4 fmt.Println(job)5}6{Go Developer 100}

NewJob

Using AI Code Generation

1func main() {2  job := main.NewJob()3}4Your name to display (optional):5Your name to display (optional):6type Job struct {7}8func NewJob() *Job {9  return &Job{}10}11func (j *Job) GetJob() *Job {12}13func main() {14  job := main.NewJob().GetJob()15}16Your name to display (optional):

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