How to use parseArg method of prog Package

Best Syzkaller code snippet using prog.parseArg

encoding.go

Source:encoding.go

...150			typ := meta.Args[i]151			if IsPad(typ) {152				return nil, fmt.Errorf("padding in syscall %v arguments", name)153			}154			arg, err := target.parseArg(typ, p, vars)155			if err != nil {156				return nil, err157			}158			c.Args = append(c.Args, arg)159			if p.Char() != ')' {160				p.Parse(',')161			}162		}163		p.Parse(')')164		if !p.EOF() {165			return nil, fmt.Errorf("tailing data (line #%v)", p.l)166		}167		if len(c.Args) < len(meta.Args) {168			for i := len(c.Args); i < len(meta.Args); i++ {169				c.Args = append(c.Args, defaultArg(meta.Args[i]))170			}171		}172		if len(c.Args) != len(meta.Args) {173			return nil, fmt.Errorf("wrong call arg count: %v, want %v", len(c.Args), len(meta.Args))174		}175		if r != "" {176			vars[r] = c.Ret177		}178	}179	if err := p.Err(); err != nil {180		return nil, err181	}182	// This validation is done even in non-debug mode because deserialization183	// procedure does not catch all bugs (e.g. mismatched types).184	// And we can receive bad programs from corpus and hub.185	if err := prog.validate(); err != nil {186		return nil, err187	}188	return189}190func (target *Target) parseArg(typ Type, p *parser, vars map[string]Arg) (Arg, error) {191	r := ""192	if p.Char() == '<' {193		p.Parse('<')194		r = p.Ident()195		p.Parse('=')196		p.Parse('>')197	}198	var arg Arg199	switch p.Char() {200	case '0':201		val := p.Ident()202		v, err := strconv.ParseUint(val, 0, 64)203		if err != nil {204			return nil, fmt.Errorf("wrong arg value '%v': %v", val, err)205		}206		switch typ.(type) {207		case *ConstType, *IntType, *FlagsType, *ProcType, *LenType, *CsumType:208			arg = MakeConstArg(typ, v)209		case *ResourceType:210			arg = MakeResultArg(typ, nil, v)211		case *PtrType:212			arg = MakePointerArg(typ, 0, 0, 0, nil)213		case *VmaType:214			arg = MakePointerArg(typ, 0, 0, 0, nil)215		default:216			return nil, fmt.Errorf("bad const type %+v", typ)217		}218	case 'r':219		id := p.Ident()220		v, ok := vars[id]221		if !ok || v == nil {222			return nil, fmt.Errorf("result %v references unknown variable (vars=%+v)", id, vars)223		}224		arg = MakeResultArg(typ, v, 0)225		if p.Char() == '/' {226			p.Parse('/')227			op := p.Ident()228			v, err := strconv.ParseUint(op, 0, 64)229			if err != nil {230				return nil, fmt.Errorf("wrong result div op: '%v'", op)231			}232			arg.(*ResultArg).OpDiv = v233		}234		if p.Char() == '+' {235			p.Parse('+')236			op := p.Ident()237			v, err := strconv.ParseUint(op, 0, 64)238			if err != nil {239				return nil, fmt.Errorf("wrong result add op: '%v'", op)240			}241			arg.(*ResultArg).OpAdd = v242		}243	case '&':244		var typ1 Type245		switch t1 := typ.(type) {246		case *PtrType:247			typ1 = t1.Type248		case *VmaType:249		default:250			return nil, fmt.Errorf("& arg is not a pointer: %#v", typ)251		}252		p.Parse('&')253		page, off, size, err := parseAddr(p, true)254		if err != nil {255			return nil, err256		}257		p.Parse('=')258		inner, err := target.parseArg(typ1, p, vars)259		if err != nil {260			return nil, err261		}262		arg = MakePointerArg(typ, page, off, size, inner)263	case '(':264		// This used to parse length of VmaType and return ArgPageSize, which is now removed.265		// Leaving this for now for backwards compatibility.266		pages, _, _, err := parseAddr(p, false)267		if err != nil {268			return nil, err269		}270		arg = MakeConstArg(typ, pages*target.PageSize)271	case '"':272		p.Parse('"')273		val := ""274		if p.Char() != '"' {275			val = p.Ident()276		}277		p.Parse('"')278		data, err := hex.DecodeString(val)279		if err != nil {280			return nil, fmt.Errorf("data arg has bad value '%v'", val)281		}282		arg = MakeDataArg(typ, data)283	case '{':284		t1, ok := typ.(*StructType)285		if !ok {286			return nil, fmt.Errorf("'{' arg is not a struct: %#v", typ)287		}288		p.Parse('{')289		var inner []Arg290		for i := 0; p.Char() != '}'; i++ {291			if i >= len(t1.Fields) {292				return nil, fmt.Errorf("wrong struct arg count: %v, want %v", i+1, len(t1.Fields))293			}294			fld := t1.Fields[i]295			if IsPad(fld) {296				inner = append(inner, MakeConstArg(fld, 0))297			} else {298				arg, err := target.parseArg(fld, p, vars)299				if err != nil {300					return nil, err301				}302				inner = append(inner, arg)303				if p.Char() != '}' {304					p.Parse(',')305				}306			}307		}308		p.Parse('}')309		for len(inner) < len(t1.Fields) {310			inner = append(inner, defaultArg(t1.Fields[len(inner)]))311		}312		arg = MakeGroupArg(typ, inner)313	case '[':314		t1, ok := typ.(*ArrayType)315		if !ok {316			return nil, fmt.Errorf("'[' arg is not an array: %#v", typ)317		}318		p.Parse('[')319		var inner []Arg320		for i := 0; p.Char() != ']'; i++ {321			arg, err := target.parseArg(t1.Type, p, vars)322			if err != nil {323				return nil, err324			}325			inner = append(inner, arg)326			if p.Char() != ']' {327				p.Parse(',')328			}329		}330		p.Parse(']')331		arg = MakeGroupArg(typ, inner)332	case '@':333		t1, ok := typ.(*UnionType)334		if !ok {335			return nil, fmt.Errorf("'@' arg is not a union: %#v", typ)336		}337		p.Parse('@')338		name := p.Ident()339		p.Parse('=')340		var optType Type341		for _, t2 := range t1.Fields {342			if name == t2.FieldName() {343				optType = t2344				break345			}346		}347		if optType == nil {348			return nil, fmt.Errorf("union arg %v has unknown option: %v", typ.Name(), name)349		}350		opt, err := target.parseArg(optType, p, vars)351		if err != nil {352			return nil, err353		}354		arg = MakeUnionArg(typ, opt, optType)355	case 'n':356		p.Parse('n')357		p.Parse('i')358		p.Parse('l')359		if r != "" {360			return nil, fmt.Errorf("named nil argument")361		}362	default:363		return nil, fmt.Errorf("failed to parse argument at %v (line #%v/%v: %v)", int(p.Char()), p.l, p.i, p.s)364	}...

asmbunny.go

Source:asmbunny.go

...76}77func NewProgram() Program {78	return Program{inst: []Inst{}}79}80// parseArg parses a single instruction argument.  If it names a81// register, then the register name and index are returned as 'reg' and82// 'val.  If it's an integer constant, then its value is returned as83// 'val' and 'reg' is the empty string.84func parseArg(arg string) (reg regType, val int, err error) {85	val = strings.Index(REGNAMES, arg)86	if val >= 0 {87		reg = regType(arg)88		return89	}90	val, err = strconv.Atoi(arg)91	return92}93// compileInst compiles a single parsed instruction into an Inst.94// If the instruction isn't recognized, an error is returned.95func compileInst(name string, args []string) (inst Inst, err error) {96	for _, op := range OPS {97		if op.name == name {98			if len(args) != op.nargs {99				err = fmt.Errorf("Op '%s' takes %d arg(s) (found %d)",100					op.name, op.nargs, len(args))101				return102			}103			if op.nargs == 0 {104				inst = Inst{op, NOTREG, 0, NOTREG, 0}105				return106			}107			x, xval, perr := parseArg(args[0])108			if perr != nil {109				err = perr110				return111			}112			if op.nargs == 1 {113				inst = Inst{op, x, xval, NOTREG, 0}114				return115			}116			y, yval, perr := parseArg(args[1])117			if perr != nil {118				err = perr119				return120			}121			inst = Inst{op, x, xval, y, yval}122			return123		}124	}125	err = fmt.Errorf("Unrecognized op '%s'", name)126	return127}128func Compile(source []string) (prog Program, err error) {129	prog = NewProgram()130	for _, line := range source {...

parseArg

Using AI Code Generation

1import (2type prog struct {3}4func (p *prog) parseArg(arg string) {5        p.args = append(p.args, arg)6}7func main() {8        p.parseArg("Hello")9        p.parseArg("World")10        fmt.Println(p.args)11}

parseArg

Using AI Code Generation

1import (2type prog struct {3}4func (p *prog) parseArg(i int) (int, error) {5    if i >= len(p.args) {6        return 0, fmt.Errorf("missing argument %d", i)7    }8    return strconv.Atoi(p.args[i])9}10func main() {11    p := &prog{name: os.Args[0], args: os.Args[1:]}12    i, err := p.parseArg(1)13    if err != nil {14        fmt.Fprintf(os.Stderr, "%s: %v15        os.Exit(1)16    }17    fmt.Println(i)18}19type prog struct {20}21func (p prog) parseArg(i int) (int, error) {22    if i >= len(p.args) {23        return 0, fmt.Errorf("missing argument %d", i)24    }25    return strconv.Atoi(p.args[i])26}27func main() {28    p := &prog{name: os.Args[0], args: os.Args[1:]}29    i, err := p.parseArg(1)30    if err != nil {31        fmt.Fprintf(os.Stderr, "%s: %v32        os.Exit(

parseArg

Using AI Code Generation

1import (2type prog struct {3}4func (p *prog) parseArg() {5	p.argc = len(os.Args)6}7func main() {8	p.parseArg()9	fmt.Println("The path is: ", p.path)10	fmt.Println("The argc is: ", p.argc)11	fmt.Println("The argv is: ", p.argv)12	fmt.Println("The argv[1] is: ", p.argv[1])13	fmt.Println("The argv[2] is: ", p.argv[2])14	fmt.Println("The argv[3] is: ", p.argv[3])15	fmt.Println("The argv[4] is: ", p.argv[4])16	x, err := strconv.Atoi(p.argv[1])17	if err != nil {18		fmt.Println("error: ", err)19	}20	y, err := strconv.Atoi(p.argv[2])21	if err != nil {22		fmt.Println("error: ", err)23	}24	z, err := strconv.Atoi(p.argv[3])25	if err != nil {26		fmt.Println("error: ", err)27	}28	w, err := strconv.Atoi(p.argv[4])29	if err != nil {30		fmt.Println("error: ", err)31	}32	fmt.Println("The sum is: ", x+y+z+w)33}

parseArg

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4}5import (6type prog struct {7}8func (p *prog) parseArg() {9	if len(os.Args) == 1 {10		fmt.Println("No arguments passed")11	}12	for i, v := range os.Args {13		fmt.Println("Argument:", i, "Value:", v)14	}15}16func (p *prog) add(x int, y int) int {17}18func (p *prog) sub(x int, y int) int {19}20func (p *prog) mul(x int, y int) int {21}22func (p *prog) div(x int, y int) int {23}24func (p *prog) mod(x int, y int) int {25}26func (p *prog) calculate() {27	if len(os.Args) < 5 {28		fmt.Println("Not enough arguments to calculate")29	}30	x, err := strconv.Atoi(os.Args[2])31	if err != nil {32		fmt.Println("Error parsing x value")33	}34	y, err := strconv.Atoi(os.Args[3])35	if err != nil {36		fmt.Println("Error parsing y value")37	}38	switch os.Args[1] {39		fmt.Println(p.add(x, y))40		fmt.Println(p.sub(x, y))41		fmt.Println(p.mul(x, y))42		fmt.Println(p.div(x, y))43		fmt.Println(p.mod(x, y))44		fmt.Println("Invalid operation")45	}46}47func main() {48	p := prog{}49	p.parseArg()50	p.calculate()51}

parseArg

Using AI Code Generation

1import (2func main() {3    p := new(prog)4    p.parseArgs(os.Args)5    fmt.Println("argument 1: ", p.arg1)6    fmt.Println("argument 2: ", p.arg2)7}8import (9func main() {10    p := new(prog)11    p.parseArgs(os.Args)12    fmt.Println("argument 1: ", p.arg1)13    fmt.Println("argument 2: ", p.arg2)14}15import (16func main() {17    p := new(prog)18    p.parseArgs(os.Args)19    fmt.Println("argument 1: ", p.arg1)20    fmt.Println("argument 2: ", p.arg2)21}22import (23func main() {24    p := new(prog)25    p.parseArgs(os.Args)26    fmt.Println("argument 1: ", p.arg1)27    fmt.Println("argument 2: ", p.arg2)28}29import (30func main() {31    p := new(prog)32    p.parseArgs(os.Args)33    fmt.Println("argument 1: ", p.arg1)34    fmt.Println("argument 2: ", p.arg2)35}

parseArg

Using AI Code Generation

1import "fmt"2func main() {3    prog.parseArg()4}5import "fmt"6type prog struct {7}8func (p *prog) parseArg() {9    fmt.Println("prog.parseArg")10}11import (12type prog struct {13}14func (p *prog) parseArg() {15    fmt.Println("prog.parseArg")16}17func main() {18    prog.parseArg()19}

parseArg

Using AI Code Generation

1import "fmt"2func main(){3 fmt.Println(prog.parseArg(1))4}5type prog struct{}6func (p prog) parseArg(int) string{7}

parseArg

Using AI Code Generation

1import "fmt"2func main(){3    prog.parseArg()4    fmt.Println(prog)5}6import "flag"7type prog struct{8}9func (p *prog) parseArg(){10    flag.StringVar(&p.name, "name", "defaultName", "string flag")11    flag.IntVar(&p.age, "age", 20, "int flag")12    flag.Parse()13}14import "fmt"15func main(){16    prog.parseArg()17    fmt.Println(prog)18}19import "flag"20type prog struct{21}22func (p *prog) parseArg(){23    flag.StringVar(&p.name, "name", "defaultName", "string flag")24    flag.IntVar(&p.age, "age", 20, "int flag")25    flag.Parse()26}27import "fmt"28func main(){29    prog.parseArg()30    fmt.Println(prog)31}32import "flag"33type prog struct{34}35func (p *prog) parseArg(){36    flag.StringVar(&p.name, "name", "defaultName", "string flag")37    flag.IntVar(&p.age, "age", 20, "int flag")38    flag.Parse()39}40import "fmt"41func main(){42    prog.parseArg()43    fmt.Println(prog)44}45import "flag"46type prog struct{47}48func (p *prog) parseArg(){49    flag.StringVar(&p.name, "name", "defaultName", "string flag")50    flag.IntVar(&p.age, "age", 20, "int flag")51    flag.Parse()52}

parseArg

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(arg)4    arg = prog.parseArg(arg)5    fmt.Println(arg)6}7import "fmt"8func parseArg(arg string) string {9}10I have a package (prog.go) that has a function (parseArg) that I want to use in a few files. I want to use that function in the main file as well. How do I do that?11import "fmt"12func main() {13    fmt.Println(arg)14    arg = prog.parseArg(arg)15    fmt.Println(arg)16}17import "fmt"18func parseArg(arg string) string {19}20import "fmt"21func main() {22    fmt.Println(arg)

parseArg

Using AI Code Generation

1import "fmt"2import "os"3import "strconv"4func main() {5    p.parseArg(os.Args[1:])6    fmt.Println("The result is: " + strconv.Itoa(p.result))7}8type prog struct {9}10func (p *prog) parseArg(args []string) {11    for _, a := range args {12        i, err := strconv.Atoi(a)13        if err != nil {14        }15    }16}

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