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

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.