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How to use Diagnose method of isolated Package

Best Syzkaller code snippet using isolated.Diagnose

isolated.go

Source:isolated.go

...335		return nil, fmt.Errorf("unable to read pstore file: %v: %v", err, stderr.String())336	}337	return stdout.Bytes(), nil338}339// func (inst *instance) Diagnose(rep *report.Report) ([]byte, bool) {340// 	if !inst.cfg.Pstore {341// 		return nil, false342// 	}343// 	// TODO: kernel may not reboot after some errors.344// 	// E.g. if panic_on_warn is not set, or some errors don't trigger reboot at all (e.g. LOCKDEP overflows).345// 	log.Logf(2, "waiting for crashed DUT to come back up")346// 	if err := inst.waitRebootAndSSH(5*60, 30*time.Minute); err != nil {347// 		return []byte(fmt.Sprintf("unable to SSH into DUT after reboot: %v", err)), false348// 	}349// 	log.Logf(2, "reading contents of pstore")350// 	contents, err := inst.readPstoreContents()351// 	if err != nil {352// 		return []byte(fmt.Sprintf("Diagnose failed: %v\n", err)), false353// 	}354// 	return contents, false355// }356func splitTargetPort(addr string) (string, int, error) {357	target := addr358	port := 22359	if colonPos := strings.Index(addr, ":"); colonPos != -1 {360		p, err := strconv.ParseUint(addr[colonPos+1:], 10, 16)361		if err != nil {362			return "", 0, err363		}364		target = addr[:colonPos]365		port = int(p)366	}...

processor.go

Source:processor.go

...23	"context"24	"chromiumos/tast/internal/minidriver/bundleclient"25	"chromiumos/tast/internal/run/resultsjson"26)27// DiagnoseFunc is a function called after a run error is encountered while28// reading test results to get additional information about the cause of the29// error. An empty string should be returned if additional information is30// unavailable.31// outDir is a path to a directory where extra output files can be written.32type DiagnoseFunc func(ctx context.Context, outDir string) string33// PullFunc is a function that pulls test output files to the local file system.34// It should be passed to processor.New to specify how to pull output files.35// Note that a source file path might be on a remote machine if the test runner36// is running on a remote machine. A destination file path is always on the host37// file system.38type PullFunc func(src, dst string) error39// Processor processes entity execution events.40type Processor struct {41	*preprocessor  // embed to pass through test events to preprocessor42	resultsHandler *resultsHandler43}44var (45	_ bundleclient.RunTestsOutput   = &Processor{}46	_ bundleclient.RunFixtureOutput = &Processor{}47)48// New creates a new Processor.49// resDir is a path to the directory where test execution results are written.50func New(resDir string, diagnose DiagnoseFunc, handlers []Handler) *Processor {51	resultsHandler := newResultsHandler()52	hs := append([]Handler{resultsHandler}, handlers...)53	preprocessor := newPreprocessor(resDir, diagnose, hs)54	return &Processor{55		preprocessor:   preprocessor,56		resultsHandler: resultsHandler,57	}58}59// Results returns test results.60func (p *Processor) Results() []*resultsjson.Result {61	return p.resultsHandler.Results()62}...

Diagnose

Using AI Code Generation

1import "fmt"2func main() {3  fmt.Print("Enter a: ")4  fmt.Scan(&a)5  fmt.Print("Enter b: ")6  fmt.Scan(&b)7  fmt.Print("Enter c: ")8  fmt.Scan(&c)9  diag := Diagnose{a, b, c}10  diag.Diagnose()11}12import "fmt"13func main() {14  fmt.Print("Enter a: ")15  fmt.Scan(&a)16  fmt.Print("Enter b: ")17  fmt.Scan(&b)18  fmt.Print("Enter c: ")19  fmt.Scan(&c)20  diag := Diagnose{a, b, c}21  diag.Diagnose()22}23import "fmt"24func main() {25  fmt.Print("Enter a: ")26  fmt.Scan(&a)27  fmt.Print("Enter b: ")28  fmt.Scan(&b)29  fmt.Print("Enter c: ")30  fmt.Scan(&c)31  diag := Diagnose{a, b, c}32  diag.Diagnose()33}34import "fmt"35func main() {36  fmt.Print("Enter a: ")37  fmt.Scan(&a)38  fmt.Print("Enter b: ")39  fmt.Scan(&b)40  fmt.Print("Enter c: ")41  fmt.Scan(&c)42  diag := Diagnose{a, b, c}43  diag.Diagnose()44}45import "fmt"46func main() {47  fmt.Print("Enter a: ")48  fmt.Scan(&a)49  fmt.Print("Enter b: ")50  fmt.Scan(&b)51  fmt.Print("Enter c: ")52  fmt.Scan(&c)53  diag := Diagnose{a, b, c}54  diag.Diagnose()55}

Diagnose

Using AI Code Generation

1type Diagnose struct {2}3func NewDiagnose() *Diagnose {4    return &Diagnose{Isolated: isolated.NewIsolated()}5}6func (d *Diagnose) Diagnose() {7    d.Isolated.Diagnose()8}9type Diagnose struct {10}11func NewDiagnose() *Diagnose {12    return &Diagnose{Isolated: isolated.NewIsolated()}13}14func (d *Diagnose) Diagnose() {15    d.Isolated.Diagnose()16}17type Diagnose struct {18}19func NewDiagnose() *Diagnose {20    return &Diagnose{Isolated: isolated.NewIsolated()}21}22func (d *Diagnose) Diagnose() {23    d.Isolated.Diagnose()24}25type Diagnose struct {26}27func NewDiagnose() *Diagnose {28    return &Diagnose{Isolated: isolated.NewIsolated()}29}30func (d *Diagnose) Diagnose() {31    d.Isolated.Diagnose()32}33type Diagnose struct {34}35func NewDiagnose() *Diagnose {36    return &Diagnose{Isolated: isolated.NewIsolated()}37}38func (d *Diagnose) Diagnose() {39    d.Isolated.Diagnose()40}41type Diagnose struct {42}43func NewDiagnose() *Diagnose {44    return &Diagnose{Isolated: isolated.NewIsolated()}45}46func (d *Diagnose) Diagnose() {47    d.Isolated.Diagnose()48}

Diagnose

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	i.Diagnose()5}6import "fmt"7type Isolated struct {8}9func (i *Isolated) Diagnose() {10	fmt.Println("Diagnose isolated")11}

Diagnose

Using AI Code Generation

1import "fmt"2func main(){3    obj1.Diagnose()4    obj1.Print()5}6import "fmt"7func main(){8    obj1.Print()9}10import "fmt"11type Isolated struct{12}13func (obj Isolated) Diagnose(){14    fmt.Println("Diagnose")15}16func (obj Isolated) Print(){17    fmt.Println("Print")18}19import "fmt"20func main(){21    obj1.Diagnose()22    obj1.Print()23}24import "fmt"25func main(){26    obj1.Diagnose()27    obj1.Print()28}29import "fmt"30func main(){31    obj1.Print()32}33type StructName struct{34}

Diagnose

Using AI Code Generation

1import "fmt"2import "Isolation"3func main() {4    fmt.Println("Hello, World!")5    obj.Diagnose()6}7import "fmt"8import "Isolation"9func main() {10    fmt.Println("Hello, World!")11    obj.Diagnose()12}13type Isolated struct {14}15func (i *Isolated) Diagnose() {16}17The first line of code in Isolation.go imports the package Isolation . The

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