How to use fixupAutos method of prog Package

Best Syzkaller code snippet using prog.fixupAutos

encoding.go

Source:encoding.go Github

copy

Full Screen

...205 if err := prog.validate(); err != nil {206 return nil, err207 }208 if p.autos != nil {209 p.fixupAutos(prog)210 }211 if err := prog.sanitize(mode == NonStrict); err != nil {212 return nil, err213 }214 return prog, nil215}216func (p *parser) parseProg() (*Prog, error) {217 prog := &Prog{218 Target: p.target,219 }220 for p.Scan() {221 if p.EOF() {222 if p.comment != "" {223 prog.Comments = append(prog.Comments, p.comment)224 p.comment = ""225 }226 continue227 }228 if p.Char() == '#' {229 if p.comment != "" {230 prog.Comments = append(prog.Comments, p.comment)231 }232 p.comment = strings.TrimSpace(p.s[p.i+1:])233 continue234 }235 name := p.Ident()236 r := ""237 if p.Char() == '=' {238 r = name239 p.Parse('=')240 name = p.Ident()241 }242 meta := p.target.SyscallMap[name]243 if meta == nil {244 return nil, fmt.Errorf("unknown syscall %v", name)245 }246 c := &Call{247 Meta: meta,248 Ret: MakeReturnArg(meta.Ret),249 Comment: p.comment,250 }251 prog.Calls = append(prog.Calls, c)252 p.Parse('(')253 for i := 0; p.Char() != ')'; i++ {254 if i >= len(meta.Args) {255 p.eatExcessive(false, "excessive syscall arguments")256 break257 }258 field := meta.Args[i]259 if IsPad(field.Type) {260 return nil, fmt.Errorf("padding in syscall %v arguments", name)261 }262 arg, err := p.parseArg(field.Type, DirIn)263 if err != nil {264 return nil, err265 }266 c.Args = append(c.Args, arg)267 if p.Char() != ')' {268 p.Parse(',')269 }270 }271 p.Parse(')')272 p.SkipWs()273 if !p.EOF() {274 if p.Char() != '#' {275 return nil, fmt.Errorf("tailing data (line #%v)", p.l)276 }277 if c.Comment != "" {278 prog.Comments = append(prog.Comments, c.Comment)279 }280 c.Comment = strings.TrimSpace(p.s[p.i+1:])281 }282 for i := len(c.Args); i < len(meta.Args); i++ {283 p.strictFailf("missing syscall args")284 c.Args = append(c.Args, meta.Args[i].DefaultArg(DirIn))285 }286 if len(c.Args) != len(meta.Args) {287 return nil, fmt.Errorf("wrong call arg count: %v, want %v", len(c.Args), len(meta.Args))288 }289 if r != "" && c.Ret != nil {290 p.vars[r] = c.Ret291 }292 p.comment = ""293 }294 if p.comment != "" {295 prog.Comments = append(prog.Comments, p.comment)296 }297 return prog, nil298}299func (p *parser) parseArg(typ Type, dir Dir) (Arg, error) {300 r := ""301 if p.Char() == '<' {302 p.Parse('<')303 r = p.Ident()304 p.Parse('=')305 p.Parse('>')306 }307 arg, err := p.parseArgImpl(typ, dir)308 if err != nil {309 return nil, err310 }311 if arg == nil {312 if typ != nil {313 arg = typ.DefaultArg(dir)314 } else if r != "" {315 return nil, fmt.Errorf("named nil argument")316 }317 }318 if r != "" {319 if res, ok := arg.(*ResultArg); ok {320 p.vars[r] = res321 }322 }323 return arg, nil324}325func (p *parser) parseArgImpl(typ Type, dir Dir) (Arg, error) {326 if typ == nil && p.Char() != 'n' {327 p.eatExcessive(true, "non-nil argument for nil type")328 return nil, nil329 }330 switch p.Char() {331 case '0':332 return p.parseArgInt(typ, dir)333 case 'r':334 return p.parseArgRes(typ, dir)335 case '&':336 return p.parseArgAddr(typ, dir)337 case '"', '\'':338 return p.parseArgString(typ, dir)339 case '{':340 return p.parseArgStruct(typ, dir)341 case '[':342 return p.parseArgArray(typ, dir)343 case '@':344 return p.parseArgUnion(typ, dir)345 case 'n':346 p.Parse('n')347 p.Parse('i')348 p.Parse('l')349 return nil, nil350 case 'A':351 p.Parse('A')352 p.Parse('U')353 p.Parse('T')354 p.Parse('O')355 return p.parseAuto(typ, dir)356 default:357 return nil, fmt.Errorf("failed to parse argument at '%c' (line #%v/%v: %v)",358 p.Char(), p.l, p.i, p.s)359 }360}361func (p *parser) parseArgInt(typ Type, dir Dir) (Arg, error) {362 val := p.Ident()363 v, err := strconv.ParseUint(val, 0, 64)364 if err != nil {365 return nil, fmt.Errorf("wrong arg value '%v': %v", val, err)366 }367 switch typ.(type) {368 case *ConstType, *IntType, *FlagsType, *ProcType, *CsumType:369 arg := Arg(MakeConstArg(typ, dir, v))370 if dir == DirOut && !typ.isDefaultArg(arg) {371 p.strictFailf("out arg %v has non-default value: %v", typ, v)372 arg = typ.DefaultArg(dir)373 }374 return arg, nil375 case *LenType:376 return MakeConstArg(typ, dir, v), nil377 case *ResourceType:378 return MakeResultArg(typ, dir, nil, v), nil379 case *PtrType, *VmaType:380 index := -v % uint64(len(p.target.SpecialPointers))381 return MakeSpecialPointerArg(typ, dir, index), nil382 default:383 p.eatExcessive(true, "wrong int arg %T", typ)384 return typ.DefaultArg(dir), nil385 }386}387func (p *parser) parseAuto(typ Type, dir Dir) (Arg, error) {388 switch typ.(type) {389 case *ConstType, *LenType, *CsumType:390 return p.auto(MakeConstArg(typ, dir, 0)), nil391 default:392 return nil, fmt.Errorf("wrong type %T for AUTO", typ)393 }394}395func (p *parser) parseArgRes(typ Type, dir Dir) (Arg, error) {396 id := p.Ident()397 var div, add uint64398 if p.Char() == '/' {399 p.Parse('/')400 op := p.Ident()401 v, err := strconv.ParseUint(op, 0, 64)402 if err != nil {403 return nil, fmt.Errorf("wrong result div op: '%v'", op)404 }405 div = v406 }407 if p.Char() == '+' {408 p.Parse('+')409 op := p.Ident()410 v, err := strconv.ParseUint(op, 0, 64)411 if err != nil {412 return nil, fmt.Errorf("wrong result add op: '%v'", op)413 }414 add = v415 }416 v := p.vars[id]417 if v == nil {418 p.strictFailf("undeclared variable %v", id)419 return typ.DefaultArg(dir), nil420 }421 arg := MakeResultArg(typ, dir, v, 0)422 arg.OpDiv = div423 arg.OpAdd = add424 return arg, nil425}426func (p *parser) parseArgAddr(typ Type, dir Dir) (Arg, error) {427 var elem Type428 elemDir := DirInOut429 switch t1 := typ.(type) {430 case *PtrType:431 elem, elemDir = t1.Elem, t1.ElemDir432 case *VmaType:433 default:434 p.eatExcessive(true, "wrong addr arg")435 return typ.DefaultArg(dir), nil436 }437 p.Parse('&')438 auto := false439 var addr, vmaSize uint64440 if p.Char() == 'A' {441 p.Parse('A')442 p.Parse('U')443 p.Parse('T')444 p.Parse('O')445 if elem == nil {446 return nil, fmt.Errorf("vma type can't be AUTO")447 }448 auto = true449 } else {450 var err error451 addr, vmaSize, err = p.parseAddr()452 if err != nil {453 return nil, err454 }455 }456 var inner Arg457 if p.Char() == '=' {458 p.Parse('=')459 if p.Char() == 'A' {460 p.Parse('A')461 p.Parse('N')462 p.Parse('Y')463 p.Parse('=')464 anyPtr := p.target.getAnyPtrType(typ.Size())465 typ, elem, elemDir = anyPtr, anyPtr.Elem, anyPtr.ElemDir466 }467 var err error468 inner, err = p.parseArg(elem, elemDir)469 if err != nil {470 return nil, err471 }472 }473 if elem == nil {474 if addr%p.target.PageSize != 0 {475 p.strictFailf("unaligned vma address 0x%x", addr)476 addr &= ^(p.target.PageSize - 1)477 }478 return MakeVmaPointerArg(typ, dir, addr, vmaSize), nil479 }480 if inner == nil {481 inner = elem.DefaultArg(elemDir)482 }483 arg := MakePointerArg(typ, dir, addr, inner)484 if auto {485 p.auto(arg)486 }487 return arg, nil488}489func (p *parser) parseArgString(t Type, dir Dir) (Arg, error) {490 typ, ok := t.(*BufferType)491 if !ok {492 p.eatExcessive(true, "wrong string arg")493 return t.DefaultArg(dir), nil494 }495 data, err := p.deserializeData()496 if err != nil {497 return nil, err498 }499 size := ^uint64(0)500 if p.Char() == '/' {501 p.Parse('/')502 sizeStr := p.Ident()503 size, err = strconv.ParseUint(sizeStr, 0, 64)504 if err != nil {505 return nil, fmt.Errorf("failed to parse buffer size: %q", sizeStr)506 }507 maxMem := p.target.NumPages * p.target.PageSize508 if size > maxMem {509 p.strictFailf("too large string argument %v", size)510 size = maxMem511 }512 }513 if !typ.Varlen() {514 size = typ.Size()515 } else if size == ^uint64(0) {516 size = uint64(len(data))517 }518 if dir == DirOut {519 return MakeOutDataArg(typ, dir, size), nil520 }521 if diff := int(size) - len(data); diff > 0 {522 data = append(data, make([]byte, diff)...)523 }524 data = data[:size]525 if typ.Kind == BufferString && len(typ.Values) != 0 &&526 // AUTOGENERATED will be padded by 0's.527 !strings.HasPrefix(typ.Values[0], "AUTOGENERATED") {528 matched := false529 for _, val := range typ.Values {530 if string(data) == val {531 matched = true532 break533 }534 }535 if !matched {536 p.strictFailf("bad string value %q, expect %q", data, typ.Values)537 data = []byte(typ.Values[0])538 }539 }540 return MakeDataArg(typ, dir, data), nil541}542func (p *parser) parseArgStruct(typ Type, dir Dir) (Arg, error) {543 p.Parse('{')544 t1, ok := typ.(*StructType)545 if !ok {546 p.eatExcessive(false, "wrong struct arg")547 p.Parse('}')548 return typ.DefaultArg(dir), nil549 }550 var inner []Arg551 for i := 0; p.Char() != '}'; i++ {552 if i >= len(t1.Fields) {553 p.eatExcessive(false, "excessive struct %v fields", typ.Name())554 break555 }556 field := t1.Fields[i]557 if IsPad(field.Type) {558 inner = append(inner, MakeConstArg(field.Type, dir, 0))559 } else {560 arg, err := p.parseArg(field.Type, dir)561 if err != nil {562 return nil, err563 }564 inner = append(inner, arg)565 if p.Char() != '}' {566 p.Parse(',')567 }568 }569 }570 p.Parse('}')571 for len(inner) < len(t1.Fields) {572 field := t1.Fields[len(inner)]573 if !IsPad(field.Type) {574 p.strictFailf("missing struct %v fields %v/%v", typ.Name(), len(inner), len(t1.Fields))575 }576 inner = append(inner, field.Type.DefaultArg(dir))577 }578 return MakeGroupArg(typ, dir, inner), nil579}580func (p *parser) parseArgArray(typ Type, dir Dir) (Arg, error) {581 p.Parse('[')582 t1, ok := typ.(*ArrayType)583 if !ok {584 p.eatExcessive(false, "wrong array arg %T", typ)585 p.Parse(']')586 return typ.DefaultArg(dir), nil587 }588 var inner []Arg589 for i := 0; p.Char() != ']'; i++ {590 arg, err := p.parseArg(t1.Elem, dir)591 if err != nil {592 return nil, err593 }594 inner = append(inner, arg)595 if p.Char() != ']' {596 p.Parse(',')597 }598 }599 p.Parse(']')600 if t1.Kind == ArrayRangeLen && t1.RangeBegin == t1.RangeEnd {601 for uint64(len(inner)) < t1.RangeBegin {602 p.strictFailf("missing array elements")603 inner = append(inner, t1.Elem.DefaultArg(dir))604 }605 inner = inner[:t1.RangeBegin]606 }607 return MakeGroupArg(typ, dir, inner), nil608}609func (p *parser) parseArgUnion(typ Type, dir Dir) (Arg, error) {610 t1, ok := typ.(*UnionType)611 if !ok {612 p.eatExcessive(true, "wrong union arg")613 return typ.DefaultArg(dir), nil614 }615 p.Parse('@')616 name := p.Ident()617 var optType Type618 index := -1619 for i, field := range t1.Fields {620 if name == field.Name {621 optType, index = field.Type, i622 break623 }624 }625 if optType == nil {626 p.eatExcessive(true, "wrong union option")627 return typ.DefaultArg(dir), nil628 }629 var opt Arg630 if p.Char() == '=' {631 p.Parse('=')632 var err error633 opt, err = p.parseArg(optType, dir)634 if err != nil {635 return nil, err636 }637 } else {638 opt = optType.DefaultArg(dir)639 }640 return MakeUnionArg(typ, dir, opt, index), nil641}642// Eats excessive call arguments and struct fields to recover after description changes.643func (p *parser) eatExcessive(stopAtComma bool, what string, args ...interface{}) {644 p.strictFailf(what, args...)645 paren, brack, brace := 0, 0, 0646 for !p.EOF() && p.e == nil {647 ch := p.Char()648 switch ch {649 case '(':650 paren++651 case ')':652 if paren == 0 {653 return654 }655 paren--656 case '[':657 brack++658 case ']':659 if brack == 0 {660 return661 }662 brack--663 case '{':664 brace++665 case '}':666 if brace == 0 {667 return668 }669 brace--670 case ',':671 if stopAtComma && paren == 0 && brack == 0 && brace == 0 {672 return673 }674 case '\'', '"':675 p.Parse(ch)676 for !p.EOF() && p.Char() != ch {677 p.Parse(p.Char())678 }679 if p.EOF() {680 return681 }682 }683 p.Parse(ch)684 }685}686const (687 encodingAddrBase = 0x7f0000000000688 maxLineLen = 1 << 20689)690func (target *Target) serializeAddr(arg *PointerArg) string {691 ssize := ""692 if arg.VmaSize != 0 {693 ssize = fmt.Sprintf("/0x%x", arg.VmaSize)694 }695 return fmt.Sprintf("(0x%x%v)", encodingAddrBase+arg.Address, ssize)696}697func (p *parser) parseAddr() (uint64, uint64, error) {698 p.Parse('(')699 pstr := p.Ident()700 addr, err := strconv.ParseUint(pstr, 0, 64)701 if err != nil {702 return 0, 0, fmt.Errorf("failed to parse addr: %q", pstr)703 }704 if addr < encodingAddrBase {705 return 0, 0, fmt.Errorf("address without base offset: %q", pstr)706 }707 addr -= encodingAddrBase708 // This is not used anymore, but left here to parse old programs.709 if p.Char() == '+' || p.Char() == '-' {710 minus := false711 if p.Char() == '-' {712 minus = true713 p.Parse('-')714 } else {715 p.Parse('+')716 }717 ostr := p.Ident()718 off, err := strconv.ParseUint(ostr, 0, 64)719 if err != nil {720 return 0, 0, fmt.Errorf("failed to parse addr offset: %q", ostr)721 }722 if minus {723 off = -off724 }725 addr += off726 }727 target := p.target728 maxMem := target.NumPages * target.PageSize729 var vmaSize uint64730 if p.Char() == '/' {731 p.Parse('/')732 pstr := p.Ident()733 size, err := strconv.ParseUint(pstr, 0, 64)734 if err != nil {735 return 0, 0, fmt.Errorf("failed to parse addr size: %q", pstr)736 }737 addr = addr & ^(target.PageSize - 1)738 vmaSize = (size + target.PageSize - 1) & ^(target.PageSize - 1)739 if vmaSize == 0 {740 vmaSize = target.PageSize741 }742 if vmaSize > maxMem {743 vmaSize = maxMem744 }745 if addr > maxMem-vmaSize {746 addr = maxMem - vmaSize747 }748 }749 p.Parse(')')750 return addr, vmaSize, nil751}752func serializeData(buf *bytes.Buffer, data []byte, readable bool) {753 if !readable && !isReadableData(data) {754 fmt.Fprintf(buf, "\"%v\"", hex.EncodeToString(data))755 return756 }757 buf.WriteByte('\'')758 encodeData(buf, data, true, false)759 buf.WriteByte('\'')760}761func EncodeData(buf *bytes.Buffer, data []byte, readable bool) {762 if !readable && isReadableData(data) {763 readable = true764 }765 encodeData(buf, data, readable, true)766}767func encodeData(buf *bytes.Buffer, data []byte, readable, cstr bool) {768 for _, v := range data {769 if !readable {770 lo, hi := byteToHex(v)771 buf.Write([]byte{'\\', 'x', hi, lo})772 continue773 }774 switch v {775 case '\a':776 buf.Write([]byte{'\\', 'a'})777 case '\b':778 buf.Write([]byte{'\\', 'b'})779 case '\f':780 buf.Write([]byte{'\\', 'f'})781 case '\n':782 buf.Write([]byte{'\\', 'n'})783 case '\r':784 buf.Write([]byte{'\\', 'r'})785 case '\t':786 buf.Write([]byte{'\\', 't'})787 case '\v':788 buf.Write([]byte{'\\', 'v'})789 case '\'':790 buf.Write([]byte{'\\', '\''})791 case '"':792 buf.Write([]byte{'\\', '"'})793 case '\\':794 buf.Write([]byte{'\\', '\\'})795 default:796 if isPrintable(v) {797 buf.WriteByte(v)798 } else {799 if cstr {800 // We would like to use hex encoding with \x,801 // but C's \x is hard to use: it can contain _any_ number of hex digits802 // (not just 2 or 4), so later non-hex encoded chars will glue to \x.803 c0 := (v>>6)&0x7 + '0'804 c1 := (v>>3)&0x7 + '0'805 c2 := (v>>0)&0x7 + '0'806 buf.Write([]byte{'\\', c0, c1, c2})807 } else {808 lo, hi := byteToHex(v)809 buf.Write([]byte{'\\', 'x', hi, lo})810 }811 }812 }813 }814}815func isReadableDataType(typ *BufferType) bool {816 return typ.Kind == BufferString || typ.Kind == BufferFilename817}818func isReadableData(data []byte) bool {819 if len(data) == 0 {820 return false821 }822 for _, v := range data {823 if isPrintable(v) {824 continue825 }826 switch v {827 case 0, '\a', '\b', '\f', '\n', '\r', '\t', '\v':828 continue829 }830 return false831 }832 return true833}834func (p *parser) deserializeData() ([]byte, error) {835 var data []byte836 if p.Char() == '"' {837 p.Parse('"')838 val := ""839 if p.Char() != '"' {840 val = p.Ident()841 }842 p.Parse('"')843 var err error844 data, err = hex.DecodeString(val)845 if err != nil {846 return nil, fmt.Errorf("data arg has bad value %q", val)847 }848 } else {849 if p.consume() != '\'' {850 return nil, fmt.Errorf("data arg does not start with \" nor with '")851 }852 for p.Char() != '\'' && p.Char() != 0 {853 v := p.consume()854 if v != '\\' {855 data = append(data, v)856 continue857 }858 v = p.consume()859 switch v {860 case 'x':861 hi := p.consume()862 lo := p.consume()863 b, ok := hexToByte(lo, hi)864 if !ok {865 return nil, fmt.Errorf("invalid hex \\x%v%v in data arg", hi, lo)866 }867 data = append(data, b)868 case 'a':869 data = append(data, '\a')870 case 'b':871 data = append(data, '\b')872 case 'f':873 data = append(data, '\f')874 case 'n':875 data = append(data, '\n')876 case 'r':877 data = append(data, '\r')878 case 't':879 data = append(data, '\t')880 case 'v':881 data = append(data, '\v')882 case '\'':883 data = append(data, '\'')884 case '"':885 data = append(data, '"')886 case '\\':887 data = append(data, '\\')888 default:889 return nil, fmt.Errorf("invalid \\%c escape sequence in data arg", v)890 }891 }892 p.Parse('\'')893 }894 return data, nil895}896func isPrintable(v byte) bool {897 return v >= 0x20 && v < 0x7f898}899func byteToHex(v byte) (lo, hi byte) {900 return toHexChar(v & 0xf), toHexChar(v >> 4)901}902func hexToByte(lo, hi byte) (byte, bool) {903 h, ok1 := fromHexChar(hi)904 l, ok2 := fromHexChar(lo)905 return h<<4 + l, ok1 && ok2906}907func toHexChar(v byte) byte {908 if v >= 16 {909 panic("bad hex char")910 }911 if v < 10 {912 return '0' + v913 }914 return 'a' + v - 10915}916func fromHexChar(v byte) (byte, bool) {917 if v >= '0' && v <= '9' {918 return v - '0', true919 }920 if v >= 'a' && v <= 'f' {921 return v - 'a' + 10, true922 }923 return 0, false924}925type parser struct {926 target *Target927 strict bool928 vars map[string]*ResultArg929 autos map[Arg]bool930 comment string931 r *bufio.Scanner932 s string933 i int934 l int935 e error936}937func newParser(target *Target, data []byte, strict bool) *parser {938 p := &parser{939 target: target,940 strict: strict,941 vars: make(map[string]*ResultArg),942 r: bufio.NewScanner(bytes.NewReader(data)),943 }944 p.r.Buffer(nil, maxLineLen)945 return p946}947func (p *parser) auto(arg Arg) Arg {948 if p.autos == nil {949 p.autos = make(map[Arg]bool)950 }951 p.autos[arg] = true952 return arg953}954func (p *parser) fixupAutos(prog *Prog) {955 s := analyze(nil, nil, prog, nil)956 for _, c := range prog.Calls {957 p.target.assignSizesArray(c.Args, c.Meta.Args, p.autos)958 ForeachArg(c, func(arg Arg, _ *ArgCtx) {959 if !p.autos[arg] {960 return961 }962 delete(p.autos, arg)963 switch typ := arg.Type().(type) {964 case *ConstType:965 arg.(*ConstArg).Val = typ.Val966 _ = s967 case *PtrType:968 a := arg.(*PointerArg)...

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import "fmt"2func main() {3 p.fixupAutos()4 fmt.Println(p)5}6import "fmt"7func main() {8 p.fixupAutos()9 fmt.Println(p)10}11import "fmt"12func main() {13 p.fixupAutos()14 fmt.Println(p)15}16import "fmt"17func main() {18 p.fixupAutos()19 fmt.Println(p)20}21import "fmt"22func main() {23 p.fixupAutos()24 fmt.Println(p)25}26import "fmt"27func main() {28 p.fixupAutos()29 fmt.Println(p)30}31import "fmt"32func main() {33 p.fixupAutos()34 fmt.Println(p)35}36import "fmt"37func main() {38 p.fixupAutos()39 fmt.Println(p)40}41import "fmt"42func main() {43 p.fixupAutos()44 fmt.Println(p)45}46import "fmt"47func main() {48 p.fixupAutos()49 fmt.Println(p)50}51import "fmt"

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import (2type car struct {3}4func (c car) fixupAutos() {5 fmt.Println("Fixing up Autos")6}7func main() {8 c := car{"Honda", "Accord", 2015, "Black", 10000.00}9 c.fixupAutos()10}11import (12type car struct {13}14func (c *car) fixupAutos() {15 fmt.Println("Fixing up Autos")16}17func main() {18 c := car{"Honda", "Accord", 2015, "Black", 10000.00}19 c.fixupAutos()20}

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 fmt.Println("Hello, playground")4 p := new(prog)5 p.fixupAutos()6}7import (8type prog struct {9}10func (p *prog) fixupAutos() {11 fmt.Println("fixupAutos called")12}

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import "fmt"2func main() {3 fmt.Println("Hello, playground")4 p := newProg()5 p.fixupAutos()6}7import "fmt"8func main() {9 fmt.Println("Hello, playground")10 p := newProg()11 p.fixupAutos()12}13import "fmt"14func main() {15 fmt.Println("Hello, playground")16 p := newProg()17 p.fixupAutos()18}19import "fmt"20func main() {21 fmt.Println("Hello, playground")22 p := newProg()23 p.fixupAutos()24}25import "fmt"26func main() {27 fmt.Println("Hello, playground")28 p := newProg()29 p.fixupAutos()30}31import "fmt"32func main() {33 fmt.Println("Hello, playground")34 p := newProg()35 p.fixupAutos()36}37import "fmt"38func main() {39 fmt.Println("Hello, playground")40 p := newProg()41 p.fixupAutos()42}43import "fmt"44func main() {45 fmt.Println("Hello, playground")46 p := newProg()47 p.fixupAutos()48}49import "fmt"50func main() {51 fmt.Println("Hello, playground")52 p := newProg()53 p.fixupAutos()54}55import "fmt"56func main() {57 fmt.Println("Hello, playground")

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import (2type prog struct {3}4func (p *prog) fixupAutos() {5 p.autos = append(p.autos, "foo")6}7func main() {8 p := prog{}9 p.autos = []string{"bar"}10 go p.fixupAutos()11 time.Sleep(1 * time.Second)12 fmt.Println(p.autos)13}14import (15type prog struct {16}17func (p *prog) fixupAutos() {18 p.autos = append(p.autos, "foo")19}20func main() {21 p := prog{}22 p.autos = []string{"bar"}23 go func() {24 p.fixupAutos()25 }()26 time.Sleep(1 * time.Second)27 fmt.Println(p.autos)28}29import (30type prog struct {31}32func (p *prog) fixupAutos() {33 p.autos = append(p.autos, "foo")34}35func main() {36 p := prog{}37 p.autos = []string{"bar"}38 go func() {39 p.fixupAutos()40 }()41 time.Sleep(1 * time.Second)42 fmt.Println(p.autos)43}44import (45type prog struct {46}47func (p *prog) fixupAutos() {48 p.autos = append(p.autos, "foo")49}50func main() {51 p := prog{}52 p.autos = []string{"bar"}53 go func() {54 p.fixupAutos()55 }()56 time.Sleep(1 * time.Second)57 fmt.Println(p.autos)58}59import (60type prog struct {61}62func (p *prog)

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 p.FixupAutos()4 fmt.Println("Hello, playground")5}6import "fmt"7func (p *Prog) FixupAutos() {8 fmt.Println("FixupAutos")9}10import "fmt"11type Prog struct{}12func (p *Prog) FixupAutos() {13 fmt.Println("FixupAutos")14}15import (16func main() {17 p.FixupAutos()18 fmt.Println("Hello, playground")19}20import "fmt"21type Prog struct{}22func (p *Prog) FixupAutos() {23 fmt.Println("FixupAutos")24}

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1func main() {2 p.fixupAutos()3}4func main() {5 p.fixupAutos()6}7func main() {8 p.fixupAutos()9}10func main() {11 p.fixupAutos()12}13func main() {14 p.fixupAutos()15}16func main() {17 p.fixupAutos()18}19func main() {20 p.fixupAutos()21}22func main() {23 p.fixupAutos()24}25func main() {26 p.fixupAutos()27}28func main() {29 p.fixupAutos()30}31func main() {32 p.fixupAutos()33}

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import (2type prog struct {3}4func (p *prog) fixupAutos() {5 for i, v := range p.autos {6 if v == 1 {7 }8 }9}10func main() {11 p.autos = []int{1, 2, 3, 4, 5}12 p.fixupAutos()13}14import (15type prog struct {16}17func (p *prog) fixupAutos() {18 for i, v := range p.autos {19 if v == 1 {20 }21 }22}23func main() {24 p.autos = []int{1, 2, 3, 4, 5}25 p.fixupAutos()26}27import (28type prog struct {29}30func (p *prog) fixupAutos() {31 for i, v := range p.autos {32 if v == 1 {33 }34 }35}36func main() {37 p.autos = []int{1, 2, 3, 4,

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1func main() {2 p.fixupAutos()3}4type prog struct {5}6func (p *prog) fixupAutos() {7 p.autos = []int{1,2,3,4,5}8}

Full Screen

Full Screen

fixupAutos

Using AI Code Generation

copy

Full Screen

1import "fmt"2func main() {3 fmt.Println("Hello, 世界")4}5import "fmt"6func main() {7 fmt.Println("Hello, 世界")8}9import "fmt"10func main() {11 fmt.Println("Hello, 世界")12}13import "fmt"14func main() {15 fmt.Println("Hello, 世界")16}17import "fmt"18func main() {19 fmt.Println("Hello, 世界")20}21import "fmt"22func main() {23 fmt.Println("Hello, 世界")24}25import "fmt"26func main() {27 fmt.Println("Hello, 世界")28}

Full Screen

Full Screen

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.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run Syzkaller automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

... View sample repo... View DocumentationSign up Free
›
_

Most used method in

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

...
Sign up with GoogleSign up with Email
Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful