How to use OptionalFlags method of tool Package

Best Syzkaller code snippet using tool.OptionalFlags

instance.go

Source:instance.go

...430		verbosityArg = fmt.Sprintf(" -vv=%v", verbosity)431	}432	optionalArg := ""433	if optionalFlags {434		optionalArg = " " + tool.OptionalFlags([]tool.Flag{435			{Name: "slowdown", Value: fmt.Sprint(slowdown)},436		})437	}438	return fmt.Sprintf("%v -executor=%v -name=%v -arch=%v%v -manager=%v -sandbox=%v"+439		" -procs=%v -cover=%v -debug=%v -test=%v%v%v%v",440		fuzzer, executor, name, arch, osArg, fwdAddr, sandbox,441		procs, cover, debug, test, runtestArg, verbosityArg, optionalArg)442}443func OldFuzzerCmd(fuzzer, executor, name, OS, arch, fwdAddr, sandbox string, procs int,444	cover, test, optionalFlags bool, slowdown int) string {445	return FuzzerCmd(fuzzer, executor, name, OS, arch, fwdAddr, sandbox, procs, 0, cover, false, test, false,446		optionalFlags, slowdown)447}448func ExecprogCmd(execprog, executor, OS, arch, sandbox string, repeat, threaded, collide bool,449	procs, faultCall, faultNth int, optionalFlags bool, slowdown int, progFile string) string {450	repeatCount := 1451	if repeat {452		repeatCount = 0453	}454	osArg := ""455	if targets.Get(OS, arch).HostFuzzer {456		osArg = " -os=" + OS457	}458	optionalArg := ""459	if faultCall >= 0 {460		optionalArg = fmt.Sprintf(" -fault_call=%v -fault_nth=%v",461			faultCall, faultNth)462	}463	if optionalFlags {464		optionalArg += " " + tool.OptionalFlags([]tool.Flag{465			{Name: "slowdown", Value: fmt.Sprint(slowdown)},466		})467	}468	return fmt.Sprintf("%v -executor=%v -arch=%v%v -sandbox=%v"+469		" -procs=%v -repeat=%v -threaded=%v -collide=%v -cover=0%v %v",470		execprog, executor, arch, osArg, sandbox,471		procs, repeatCount, threaded, collide,472		optionalArg, progFile)473}474var MakeBin = func() string {475	if runtime.GOOS == targets.FreeBSD || runtime.GOOS == targets.OpenBSD {476		return "gmake"477	}478	return "make"...

help.go

Source:help.go

...102func PrintHelp(out io.Writer, templ string, data interface{}) {103	funcMap := template.FuncMap{104		"join":           strings.Join,105		"requiredFlags":  fl.RequiredFlags,106		"optionalFlags":  fl.OptionalFlags,107		"hiddenCommands": HiddenCommands,108	}109	w := tabwriter.NewWriter(out, 1, 8, 2, ' ', 0)110	t := template.Must(template.New("help").Funcs(funcMap).Parse(templ))111	if err := t.Execute(w, data); err != nil {112		// If the writer is closed, t.Execute will fail, and there's nothing113		// we can do to recover.114		if os.Getenv("CLI_TEMPLATE_ERROR_DEBUG") != "" {115			fmt.Fprintf(cli.ErrWriter, "CLI TEMPLATE ERROR: %#v\n", err)116		}117		return118	}119	if err := w.Flush(); err != nil {120		utils.LogErrorAndExit(err)...

OptionalFlags

Using AI Code Generation

1import (2func main() {3    cliApp := cli.NewApp()4    cliApp.Name = filepath.Base(os.Args[0])5    cliApp.Action = func(c *cli.Context) error {6        fmt.Println("Hello from optional flags")7    }8    cliApp.Flags = []cli.Flag{9        cli.StringFlag{10        },11    }12    cliApp.Run(os.Args)13}14import (15func main() {16    cliApp := cli.NewApp()17    cliApp.Name = filepath.Base(os.Args[0])18    cliApp.Action = func(c *cli.Context) error {19        fmt.Println("Hello from optional flags")20    }21    cliApp.Flags = []cli.Flag{22        cli.StringFlag{23        },24    }25    cliApp.Run(os.Args)26}27import (28func main() {29    cliApp := cli.NewApp()30    cliApp.Name = filepath.Base(os.Args[0])31    cliApp.Action = func(c *cli.Context) error {32        fmt.Println("Hello from optional flags")33    }34    cliApp.Flags = []cli.Flag{35        cli.StringFlag{36        },37    }38    cliApp.Run(os.Args)39}

OptionalFlags

Using AI Code Generation

1import (2func main() {3    app := cli.NewApp()4    app.Flags = []cli.Flag {5        cli.StringFlag {6        },7    }8    app.Action = func(c *cli.Context) error {9        fmt.Println(c.String("name"))10    }11    app.Run(os.Args)12}13   --name value, -n value  This is a name (default: "default")14   --name value, -n value  This is a name (default: "default")15   --name value, -n value  This is a name (default: "default")

OptionalFlags

Using AI Code Generation

1func main() {2    tool := flagtool.NewTool()3    tool.OptionalFlags("a", "b", "c")4    tool.Parse()5    fmt.Println(tool.Get("a"))6    fmt.Println(tool.Get("b"))7    fmt.Println(tool.Get("c"))8}9func main() {10    tool := flagtool.NewTool()11    tool.RequiredFlags("a", "b", "c")12    tool.Parse()13    fmt.Println(tool.Get("a"))14    fmt.Println(tool.Get("b"))15    fmt.Println(tool.Get("c"))16}17func main() {18    tool := flagtool.NewTool()19    tool.OptionalFlags("a", "b", "c")20    tool.RequiredFlags("d", "e", "f")21    tool.Parse()22    fmt.Println(tool.Get("a"))23    fmt.Println(tool.Get("b"))24    fmt.Println(tool.Get("c"))25    fmt.Println(tool.Get("d"))26    fmt.Println(tool.Get("e"))27    fmt.Println(tool.Get("f"))28}29func main() {30    tool := flagtool.NewTool()31    tool.OptionalFlags("a", "b", "c")32    tool.RequiredFlags("d", "e", "f")33    tool.Parse()34    fmt.Println(tool.Get("a"))35    fmt.Println(tool.Get("b"))36    fmt.Println(tool.Get("c"))37    fmt.Println(tool.Get("d"))38    fmt.Println(tool.Get("e"))39    fmt.Println(tool.Get("f"))40}41func main() {42    tool := flagtool.NewTool()43    tool.OptionalFlags("a", "b", "c")44    tool.RequiredFlags("d", "e", "f")45    tool.Parse()46    fmt.Println(tool.Get("a"))47    fmt.Println(tool.Get("b"))48    fmt.Println(tool.Get("c"))49    fmt.Println(tool.Get("d"))50    fmt.Println(tool.Get("e"))51    fmt.Println(tool.Get("f"))52}53func main() {54    tool := flagtool.NewTool()55    tool.OptionalFlags("a", "b", "c")

OptionalFlags

Using AI Code Generation

1import (2func main() {3	flagSet := flag.NewFlagSet("test", flag.ExitOnError)4	t := tool.NewTool(flagSet)5	t.OptionalFlags()6	flagSet.Parse(os.Args[1:])7	fmt.Println("flag1: ", t.Flag1)8	fmt.Println("flag2: ", t.Flag2)9	fmt.Println("flag3: ", t.Flag3)10}11import (12type Tool struct {13}14func NewTool(flagSet *flag.FlagSet) *Tool {15	t := new(Tool)16	t.Flag1 = flagSet.Bool("flag1", false, "help for flag1")17	t.Flag2 = flagSet.Bool("flag2", false, "help for flag2")18	t.Flag3 = flagSet.Bool("flag3", false, "help for flag3")19}20func (t *Tool) OptionalFlags() {21	flag1 := flag.Bool("flag1", false, "help for flag1")22	flag2 := flag.Bool("flag2", false, "help for flag2")23	flag3 := flag.Bool("flag3", false, "help for flag3")24}

OptionalFlags

Using AI Code Generation

1import (2func main() {3    tool := flags.NewTool()4    tool.OptionalFlags()5    tool.Parse()6    fmt.Printf("the value of the flag 'a' is: %s7", tool.FlagValue("a"))8    fmt.Printf("the value of the flag 'b' is: %s9", tool.FlagValue("b"))10    fmt.Printf("the value of the flag 'c' is: %s11", tool.FlagValue("c"))12    fmt.Printf("the value of the flag 'd' is: %s13", tool.FlagValue("d"))14    fmt.Printf("the value of the flag 'e' is: %s15", tool.FlagValue("e"))16    fmt.Printf("the value of the flag 'f' is: %s17", tool.FlagValue("f"))18    fmt.Printf("the value of the flag 'g' is: %s19", tool.FlagValue("g"))20    fmt.Printf("the value of the flag 'h' is: %s21", tool.FlagValue("h"))22    fmt.Printf("the value of the flag 'i' is: %s23", tool.FlagValue("i"))24    fmt.Printf("the value of the flag 'j' is: %s25", tool.FlagValue("j"))26    fmt.Printf("the value of the flag 'k' is: %s27", tool.FlagValue("k"))28    fmt.Printf("the value of the flag 'l' is: %s29", tool.FlagValue("l"))30    fmt.Printf("the value of the flag 'm' is: %s31", tool.FlagValue("m"))32    fmt.Printf("the value of the flag 'n' is: %s33", tool.FlagValue("n"))34    fmt.Printf("the value of the flag 'o' is: %s35", tool.FlagValue("o"))36    fmt.Printf("the value of the flag 'p' is: %s37", tool.FlagValue("p"))38    fmt.Printf("the value of the flag 'q' is: %s39", tool.FlagValue("q"))40    fmt.Printf("the value of the flag 'r' is: %s

OptionalFlags

Using AI Code Generation

1func main() {2    tool := new(Tool)3    tool.OptionalFlags()4}5        Your name (default "John Doe")6        A number (default 42)7func main() {8    flag.Parse()9    fmt.Println("Name:", *name)10    fmt.Println("Number:", *number)11    fmt.Println("Strings:", *strings)12}13func main() {14    tool := new(Tool)15    tool.OptionalFlags()16    flag.Parse()17    fmt.Println("Name:", tool.Name)18    fmt.Println("Number:", tool.Number)19    fmt.Println("Strings:", tool.Strings)20}

OptionalFlags

Using AI Code Generation

1import (2func main() {3	var (4		flagName = flag.String("flagName", "default value", "Description of the flag")5	flag.Parse()6	fmt.Println("flagName:", *flagName)7}8import (9func main() {10	var (

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