Best Syzkaller code snippet using main.GetExecResultChan
exectask_test.go
Source:exectask_test.go
...26 if task.ToRPC() == nil {27 t.Errorf("rpcView generation failed")28 }29}30func TestGetExecResultChan(t *testing.T) {31 taskFactory := MakeExecTaskFactory()32 if l := taskFactory.ExecTasksQueued(); l != 0 {33 t.Errorf("expected to see empty map, current size is %v", l)34 }35 ch := taskFactory.GetExecResultChan(100)36 if l := taskFactory.ExecTasksQueued(); l != 0 {37 t.Errorf("expected to see empty map, current size is %v", l)38 }39 if ch != nil {40 t.Errorf("expected to see nil channel")41 }42}43func TestExecTaskQueue_PushTask(t *testing.T) {44 q := MakeExecTaskQueue()45 if l := q.Len(); l != 0 {46 t.Errorf("expected to see zero len, current is %v", l)47 }48 taskFactory := MakeExecTaskFactory()49 q.PushTask(taskFactory.MakeExecTask(getTestProgram(t)))...
GetExecResultChan
Using AI Code Generation
1import (2func main() {3 g := graph.New(5)4 g.Add(0, 1)5 g.Add(1, 2)6 g.Add(2, 3)7 g.Add(3, 4)8 g.Add(4, 0)9 fmt.Println(g)10 fmt.Println(g.GetExecResultChan())11}12import (13func main() {14 g := graph.New(5)15 g.Add(0, 1)16 g.Add(1, 2)17 g.Add(2, 3)18 g.Add(3, 4)19 g.Add(4, 0)20 fmt.Println(g)21 for i := range g.GetExecResultChan() {22 fmt.Println(i)23 }24}25import (26func main() {27 g := graph.New(5)28 g.Add(0, 1)29 g.Add(1, 2)30 g.Add(2, 3)31 g.Add(3, 4)32 g.Add(4, 0)33 fmt.Println(g)34 for i := range g.GetExecResultChan() {35 fmt.Println(i)36 }37}
GetExecResultChan
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("ls", "-l")4 channel := cmd.GetExecResultChan()5 cmd.Start()6 fmt.Println("Result: ", result)7 cmd.Wait()8}9Result: &{0 [] [] []
GetExecResultChan
Using AI Code Generation
1import (2func main() {3 var myExec = NewExec()4 var myExecResultChan = myExec.GetExecResultChan()5 myExec.Start()6 for {7 select {8 fmt.Println("Received result")9 fmt.Println("No result yet")10 }11 time.Sleep(time.Second * 1)12 }13}
GetExecResultChan
Using AI Code Generation
1func main() {2 cmd = exec.Command("ls", "-l")3 cmd.Start()4 cmd.Wait()5 c := GetExecResultChan(cmd)6 for {7 select {8 fmt.Println(res)9 }10 }11}12func GetExecResultChan(cmd *exec.Cmd) chan string {13 c := make(chan string)14 go func() {15 for {16 b := make([]byte, 1)17 _, err := cmd.Stdout.Read(b)18 if err != nil {19 }20 c <- string(b)21 }22 }()23}
GetExecResultChan
Using AI Code Generation
1func main() {2 p := &Process{3 Cmd: exec.Command("ls", "-l"),4 }5 p.Start()6 for {7 select {8 case <-p.GetExecResultChan():9 fmt.Println("Process finished!")10 }11 }12}13func main() {14 p := &Process{15 Cmd: exec.Command("ls", "-l"),16 }17 p.Start()18 go func() {19 <-p.GetExecResultChan()20 fmt.Println("Process finished!")21 }()22 select {}23}
GetExecResultChan
Using AI Code Generation
1import (2func main() {3 cmd := exec.Command("cmd", "/C", "dir")4 out := cmd.GetExecResultChan()5 cmd.Start()6 cmd.Wait()7 for i := range out {8 fmt.Println(i)9 }10}
GetExecResultChan
Using AI Code Generation
1import (2func main() {3 Exec.GetExecResultChan("ls")4 for {5 select {6 case res := <-Exec.GetExecResultChan("ls"):7 fmt.Println(res)8 }9 }10}
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