How to use Run method of vm Package

Best Syzkaller code snippet using vm.Run

Binary.go

Source:Binary.go Github

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...11}12func NewBinary() helper.Instruction {13 return &Binary{}14}15func (o *Binary) setRunner() {16 sp := o.SP17 switch o.opcode {18 //@formatter:off19 case op.I32_ADD : o.run = func(vm *Runner) { vm.Frame[sp].I32 += vm.Frame[sp+1].I32 }20 case op.I32_SUB : o.run = func(vm *Runner) { vm.Frame[sp].I32 -= vm.Frame[sp+1].I32 }21 case op.I32_MUL : o.run = func(vm *Runner) { vm.Frame[sp].I32 *= vm.Frame[sp+1].I32 }22 case op.I32_DIV_S : o.run = func(vm *Runner) { i32Div(vm, sp) }23 case op.I32_DIV_U : o.run = func(vm *Runner) { u32Div(vm, sp) }24 case op.I32_REM_S : o.run = func(vm *Runner) { i32Rem(vm, sp) }25 case op.I32_REM_U : o.run = func(vm *Runner) { u32Rem(vm, sp) }26 case op.I32_AND : o.run = func(vm *Runner) { vm.Frame[sp].I32 &= vm.Frame[sp+1].I32 }27 case op.I32_OR : o.run = func(vm *Runner) { vm.Frame[sp].I32 |= vm.Frame[sp+1].I32 }28 case op.I32_XOR : o.run = func(vm *Runner) { vm.Frame[sp].I32 ^= vm.Frame[sp+1].I32 }29 case op.I32_SHL : o.run = func(vm *Runner) { vm.Frame[sp].I32 <<= vm.Frame[sp+1].I32 }30 case op.I32_SHR_S : o.run = func(vm *Runner) { vm.Frame[sp].I32 >>= vm.Frame[sp+1].I32 }31 case op.I32_SHR_U : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(uint32(vm.Frame[sp].I32) >> vm.Frame[sp+1].I32) }32 case op.I32_ROTL : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(bits.RotateLeft32(uint32(vm.Frame[sp].I32), int(vm.Frame[sp+1].I32))) }33 case op.I32_ROTR : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(bits.RotateLeft32(uint32(vm.Frame[sp].I32), -int(vm.Frame[sp+1].I32))) }34 case op.I64_ADD : o.run = func(vm *Runner) { vm.Frame[sp].I64 += vm.Frame[sp+1].I64 }35 case op.I64_SUB : o.run = func(vm *Runner) { vm.Frame[sp].I64 -= vm.Frame[sp+1].I64 }36 case op.I64_MUL : o.run = func(vm *Runner) { vm.Frame[sp].I64 *= vm.Frame[sp+1].I64 }37 case op.I64_DIV_S : o.run = func(vm *Runner) { i64Div(vm, sp) }38 case op.I64_DIV_U : o.run = func(vm *Runner) { u64Div(vm, sp) }39 case op.I64_REM_S : o.run = func(vm *Runner) { i64Rem(vm, sp) }40 case op.I64_REM_U : o.run = func(vm *Runner) { u64Rem(vm, sp) }41 case op.I64_AND : o.run = func(vm *Runner) { vm.Frame[sp].I64 &= vm.Frame[sp+1].I64 }42 case op.I64_OR : o.run = func(vm *Runner) { vm.Frame[sp].I64 |= vm.Frame[sp+1].I64 }43 case op.I64_XOR : o.run = func(vm *Runner) { vm.Frame[sp].I64 ^= vm.Frame[sp+1].I64 }44 case op.I64_SHL : o.run = func(vm *Runner) { vm.Frame[sp].I64 <<= vm.Frame[sp+1].I64 }45 case op.I64_SHR_S : o.run = func(vm *Runner) { vm.Frame[sp].I64 >>= vm.Frame[sp+1].I64 }46 case op.I64_SHR_U : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(uint64(vm.Frame[sp].I64) >> vm.Frame[sp+1].I64) }47 case op.I64_ROTL : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(bits.RotateLeft64(uint64(vm.Frame[sp].I64), int(vm.Frame[sp+1].I64))) }48 case op.I64_ROTR : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(bits.RotateLeft64(uint64(vm.Frame[sp].I64), -int(vm.Frame[sp+1].I64))) }49 case op.F32_ADD : o.run = func(vm *Runner) { vm.Frame[sp].F32 += vm.Frame[sp+1].F32 }50 case op.F32_SUB : o.run = func(vm *Runner) { vm.Frame[sp].F32 -= vm.Frame[sp+1].F32 }51 case op.F32_MUL : o.run = func(vm *Runner) { vm.Frame[sp].F32 *= vm.Frame[sp+1].F32 }52 case op.F32_DIV : o.run = func(vm *Runner) { vm.Frame[sp].F32 /= vm.Frame[sp+1].F32 }53 case op.F32_MIN : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(f64Min(float64(vm.Frame[sp].F32), float64(vm.Frame[sp+1].F32))) }54 case op.F32_MAX : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(f64Max(float64(vm.Frame[sp].F32), float64(vm.Frame[sp+1].F32))) }55 case op.F32_COPYSIGN: o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Copysign(float64(vm.Frame[sp].F32), float64(vm.Frame[sp+1].F32))) }56 case op.F64_ADD : o.run = func(vm *Runner) { vm.Frame[sp].F64 += vm.Frame[sp+1].F64 }57 case op.F64_SUB : o.run = func(vm *Runner) { vm.Frame[sp].F64 -= vm.Frame[sp+1].F64 }58 case op.F64_MUL : o.run = func(vm *Runner) { vm.Frame[sp].F64 *= vm.Frame[sp+1].F64 }59 case op.F64_DIV : o.run = func(vm *Runner) { vm.Frame[sp].F64 /= vm.Frame[sp+1].F64 }60 case op.F64_MIN : o.run = func(vm *Runner) { vm.Frame[sp].F64 = f64Min(vm.Frame[sp].F64, vm.Frame[sp+1].F64) }61 case op.F64_MAX : o.run = func(vm *Runner) { vm.Frame[sp].F64 = f64Max(vm.Frame[sp].F64, vm.Frame[sp+1].F64) }62 case op.F64_COPYSIGN: o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Copysign(vm.Frame[sp].F64, vm.Frame[sp+1].F64) }63 //@formatter:on64 default:65 panic("Invalid binary opcode")66 }67}68func f64Max(x, y float64) float64 {69 // special cases, order in math.Max is wrong70 switch {71 case math.IsNaN(x) || math.IsNaN(y):72 return math.NaN()73 case math.IsInf(x, 1) || math.IsInf(y, 1):74 return math.Inf(1)75 case x == 0 && x == y:76 if math.Signbit(x) {77 return y78 }79 return x80 }81 if x > y {82 return x83 }84 return y85}86func f64Min(x, y float64) float64 {87 // special cases, order in math.Min is wrong88 switch {89 case math.IsNaN(x) || math.IsNaN(y):90 return math.NaN()91 case math.IsInf(x, -1) || math.IsInf(y, -1):92 return math.Inf(-1)93 case x == 0 && x == y:94 if math.Signbit(x) {95 return x96 }97 return y98 }99 if x < y {100 return x101 }102 return y103}104func i32Div(vm *Runner, sp int) {105 rhs := vm.Frame[sp+1].I32106 if rhs == 0 {107 vm.Error = utils.Error("integer divide by zero")108 return109 }110 if rhs == -1 && vm.Frame[sp].I32 == -0x80000000 {111 vm.Error = utils.Error("integer overflow")112 return113 }114 vm.Frame[sp].I32 /= rhs115}116func i32Rem(vm *Runner, sp int) {117 rhs := vm.Frame[sp+1].I32118 if rhs == 0 {119 vm.Error = utils.Error("integer divide by zero")120 return121 }122 vm.Frame[sp].I32 %= rhs123}124func i64Div(vm *Runner, sp int) {125 rhs := vm.Frame[sp+1].I64126 if rhs == 0 {127 vm.Error = utils.Error("integer divide by zero")128 return129 }130 if rhs == -1 && vm.Frame[sp].I64 == -0x8000000000000000 {131 vm.Error = utils.Error("integer overflow")132 return133 }134 vm.Frame[sp].I64 /= rhs135}136func i64Rem(vm *Runner, sp int) {137 rhs := vm.Frame[sp+1].I64138 if rhs == 0 {139 vm.Error = utils.Error("integer divide by zero")140 return141 }142 vm.Frame[sp].I64 %= rhs143}144func u32Div(vm *Runner, sp int) {145 rhs := vm.Frame[sp+1].I32146 if rhs == 0 {147 vm.Error = utils.Error("integer divide by zero")148 return149 }150 vm.Frame[sp].I32 = int32(uint32(vm.Frame[sp].I32) / uint32(rhs))151}152func u32Rem(vm *Runner, sp int) {153 rhs := vm.Frame[sp+1].I32154 if rhs == 0 {155 vm.Error = utils.Error("integer divide by zero")156 return157 }158 vm.Frame[sp].I32 = int32(uint32(vm.Frame[sp].I32) % uint32(rhs))159}160func u64Div(vm *Runner, sp int) {161 rhs := vm.Frame[sp+1].I64162 if rhs == 0 {163 vm.Error = utils.Error("integer divide by zero")164 return165 }166 vm.Frame[sp].I64 = int64(uint64(vm.Frame[sp].I64) / uint64(rhs))167}168func u64Rem(vm *Runner, sp int) {169 rhs := vm.Frame[sp+1].I64170 if rhs == 0 {171 vm.Error = utils.Error("integer divide by zero")172 return173 }174 vm.Frame[sp].I64 = int64(uint64(vm.Frame[sp].I64) % uint64(rhs))175}...

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Bool.go

Source:Bool.go Github

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...8}9func NewBool() helper.Instruction {10 return &Bool{}11}12func (o *Bool) setRunner() {13 sp := o.SP14 switch o.opcode {15 //@formatter:off16 case op.I32_EQ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 == vm.Frame[sp+1].I32 ) }17 case op.I32_NE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 != vm.Frame[sp+1].I32 ) }18 case op.I32_LT_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 < vm.Frame[sp+1].I32 ) }19 case op.I32_GT_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 > vm.Frame[sp+1].I32 ) }20 case op.I32_LE_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 <= vm.Frame[sp+1].I32 ) }21 case op.I32_GE_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I32 >= vm.Frame[sp+1].I32 ) }22 case op.I32_LT_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint32(vm.Frame[sp].I32) < uint32(vm.Frame[sp+1].I32)) }23 case op.I32_GT_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint32(vm.Frame[sp].I32) > uint32(vm.Frame[sp+1].I32)) }24 case op.I32_LE_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint32(vm.Frame[sp].I32) <= uint32(vm.Frame[sp+1].I32)) }25 case op.I32_GE_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint32(vm.Frame[sp].I32) >= uint32(vm.Frame[sp+1].I32)) }26 case op.I64_EQ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 == vm.Frame[sp+1].I64 ) }27 case op.I64_NE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 != vm.Frame[sp+1].I64 ) }28 case op.I64_LT_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 < vm.Frame[sp+1].I64 ) }29 case op.I64_GT_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 > vm.Frame[sp+1].I64 ) }30 case op.I64_LE_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 <= vm.Frame[sp+1].I64 ) }31 case op.I64_GE_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].I64 >= vm.Frame[sp+1].I64 ) }32 case op.I64_LT_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint64(vm.Frame[sp].I64) < uint64(vm.Frame[sp+1].I64)) }33 case op.I64_GT_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint64(vm.Frame[sp].I64) > uint64(vm.Frame[sp+1].I64)) }34 case op.I64_LE_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint64(vm.Frame[sp].I64) <= uint64(vm.Frame[sp+1].I64)) }35 case op.I64_GE_U: o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(uint64(vm.Frame[sp].I64) >= uint64(vm.Frame[sp+1].I64)) }36 case op.F32_EQ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 == vm.Frame[sp+1].F32 ) }37 case op.F32_NE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 != vm.Frame[sp+1].F32 ) }38 case op.F32_LT : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 < vm.Frame[sp+1].F32 ) }39 case op.F32_GT : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 > vm.Frame[sp+1].F32 ) }40 case op.F32_LE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 <= vm.Frame[sp+1].F32 ) }41 case op.F32_GE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F32 >= vm.Frame[sp+1].F32 ) }42 case op.F64_EQ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 == vm.Frame[sp+1].F64 ) }43 case op.F64_NE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 != vm.Frame[sp+1].F64 ) }44 case op.F64_LT : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 < vm.Frame[sp+1].F64 ) }45 case op.F64_GT : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 > vm.Frame[sp+1].F64 ) }46 case op.F64_LE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 <= vm.Frame[sp+1].F64 ) }47 case op.F64_GE : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i( vm.Frame[sp].F64 >= vm.Frame[sp+1].F64 ) }48 //@formatter:on)49 default:50 panic("Invalid const opcode")51 }52}...

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Unary.go

Source:Unary.go Github

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...13}14func nearest(val float64) float64 {15 return math.RoundToEven(val)16}17func (o *Unary) setRunner() {18 sp := o.SP19 switch o.opcode {20 //@formatter:off21 case op.I32_EQZ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(vm.Frame[sp].I32 == 0) }22 case op.I32_CLZ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(bits.LeadingZeros32 (uint32(vm.Frame[sp].I32))) }23 case op.I32_CTZ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(bits.TrailingZeros32(uint32(vm.Frame[sp].I32))) }24 case op.I32_POPCNT : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(bits.OnesCount32 (uint32(vm.Frame[sp].I32))) }25 case op.I64_EQZ : o.run = func(vm *Runner) { vm.Frame[sp].I32 = b2i(vm.Frame[sp].I64 == 0) }26 case op.I64_CLZ : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(bits.LeadingZeros64 (uint64(vm.Frame[sp].I64))) }27 case op.I64_CTZ : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(bits.TrailingZeros64(uint64(vm.Frame[sp].I64))) }28 case op.I64_POPCNT : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(bits.OnesCount64 (uint64(vm.Frame[sp].I64))) }29 case op.F32_ABS : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Abs(float64(vm.Frame[sp].F32))) }30 case op.F32_NEG : o.run = func(vm *Runner) { vm.Frame[sp].F32 = -vm.Frame[sp].F32 }31 case op.F32_CEIL : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Ceil(float64(vm.Frame[sp].F32))) }32 case op.F32_FLOOR : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Floor(float64(vm.Frame[sp].F32))) }33 case op.F32_TRUNC : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Trunc(float64(vm.Frame[sp].F32))) }34 case op.F32_NEAREST : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(nearest(float64(vm.Frame[sp].F32))) }35 case op.F32_SQRT : o.run = func(vm *Runner) { vm.Frame[sp].F32 = float32(math.Sqrt(float64(vm.Frame[sp].F32))) }36 case op.F64_ABS : o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Abs(vm.Frame[sp].F64) }37 case op.F64_NEG : o.run = func(vm *Runner) { vm.Frame[sp].F64 = -vm.Frame[sp].F64 }38 case op.F64_CEIL : o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Ceil(vm.Frame[sp].F64) }39 case op.F64_FLOOR : o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Floor(vm.Frame[sp].F64) }40 case op.F64_TRUNC : o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Trunc(vm.Frame[sp].F64) }41 case op.F64_NEAREST : o.run = func(vm *Runner) { vm.Frame[sp].F64 = nearest(vm.Frame[sp].F64) }42 case op.F64_SQRT : o.run = func(vm *Runner) { vm.Frame[sp].F64 = math.Sqrt(vm.Frame[sp].F64) }43 case op.I32_EXTEND8_S : o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(int8(vm.Frame[sp].I32)) }44 case op.I32_EXTEND16_S: o.run = func(vm *Runner) { vm.Frame[sp].I32 = int32(int16(vm.Frame[sp].I32)) }45 case op.I64_EXTEND8_S : o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(int8(vm.Frame[sp].I64)) }46 case op.I64_EXTEND16_S: o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(int16(vm.Frame[sp].I64)) }47 case op.I64_EXTEND32_S: o.run = func(vm *Runner) { vm.Frame[sp].I64 = int64(int32(vm.Frame[sp].I64)) }48 //@formatter:on49 default:50 panic("Invalid unary opcode")51 }52}...

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1import (2func main() {3 vm := otto.New()4 value, err := vm.Run("2 + 2")5 if err != nil {6 panic(err)7 }8 fmt.Println(value)9}10import (11func main() {12 vm := otto.New()13 script, err := vm.Compile("script.js", "2 + 2")14 if err != nil {15 panic(err)16 }17 value, err := vm.Run(script)18 if err != nil {19 panic(err)20 }21 fmt.Println(value)22}23import (24func main() {25 vm := otto.New()26 value, err := vm.Run("function add(a, b) { return a + b; }")27 if err != nil {28 panic(err)29 }30 fmt.Println(value)31 value, err = vm.Call("add", nil, 1, 2)32 if err != nil {33 panic(err)34 }35 fmt.Println(value)36}37import (38func main() {39 vm := otto.New()40 value, err := vm.ToValue("Hello World")

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1import (2func main() {3 vm := otto.New()4 vm.Run(`5 var a = 2 + 2;6 console.log(a);7}8import (9func main() {10 vm := otto.New()11 vm.Run(`12 var a = 2 + 2;13 console.log(a);14 value, _ := vm.Get("a")15 fmt.Println(value)16}17import (18func main() {19 vm := otto.New()20 vm.Run(`21 var a = 2 + 2;22 console.log(a);23 value, _ := vm.Get("a")24 fmt.Println(value)25 value, _ = vm.Get("b")26 fmt.Println(value)27}28import (29func main() {30 vm := otto.New()31 vm.Run(`32 var a = 2 + 2;33 console.log(a);34 value, _ := vm.Get("a")35 fmt.Println(value)36 value, _ = vm.Get("b")37 fmt.Println(value)38 value, _ = vm.Run("a * 2")39 fmt.Println(value)40}41import (42func main() {43 vm := otto.New()44 vm.Run(`45 var a = 2 + 2;46 console.log(a);47 value, _ := vm.Get("a")48 fmt.Println(value)49 value, _ = vm.Get("b")50 fmt.Println(value

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1import (2func main() {3 func main() {4 fmt.Println("Hello, playground")5 }`6 f, err := parser.ParseFile(fset, "hello.go", src, 0)7 if err != nil {8 log.Fatal(err)9 }10 ast.Print(fset, f)11 for _, s := range f.Imports {12 fmt.Println(s.Path.Value)13 }

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1import (2type WalkFunc func(node ast.Node, w WalkFunc) WalkFunc3func Walk(node ast.Node, v WalkFunc) {4 w := v(node, nil)5 if w != nil {6 astwalk.Walk(node, w)7 w(nil)8 }9}10func main() {11 if len(os.Args) > 1 {12 } else {13 }14 f, err := os.Open(path)15 if err != nil {16 log.Fatal(err)17 }18 defer f.Close()19 file, err := parser.Parse(f)20 if err != nil {21 log.Fatal(err)22 }23 astprinter.Fprint(os.Stdout, file)24 err = printer.Fprint(&buf, file)25 if err != nil {26 log.Fatal(err)27 }28 fmt.Println(buf.String())29 err = astprinter.FprintJSON(os.Stdout, file)30 if err != nil {31 log.Fatal(err)32 }

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1import (2func main() {3 vm := otto.New()4 vm.Run(`5 console.log("Hello, World!")6}7import (8func main() {9 vm := otto.New()10 vm.Run(`11 console.log("Hello, World!")12}13import (14func main() {15 vm := otto.New()16 vm.Run(`17 console.log("Hello, World!")18}19import (20func main() {21 vm := otto.New()22 vm.Run(`23 console.log("Hello, World!")24}25import (26func main() {27 vm := otto.New()28 vm.Run(`29 console.log("Hello, World!")30}31import (32func main() {33 vm := otto.New()34 vm.Run(`35 console.log("Hello, World!")36}37import (38func main() {39 vm := otto.New()40 vm.Run(`41 console.log("Hello, World!")42}

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1import (2func main() {3 vm := otto.New()4 vm.Run(`5 var a = 0;6 var b = 1;7 var c = 0;8 var start = Date.now();9 while (c < 10000) {10 c = a + b;11 a = b;12 b = c;13 }14 var end = Date.now();15 vm.Set("start", time.Now())16 vm.Set("end", time.Now())17 vm.Run(`18 console.log("start: " + start);19 console.log("end: " + end);20}21import (22func main() {23 vm := otto.New()24 vm.Run(`25 var a = 0;26 var b = 1;27 var c = 0;28 var start = Date.now();29 while (c < 10000) {30 c = a + b;31 a = b;32 b = c;33 }34 var end = Date.now();35 start, _ := vm.Get("start")36 end, _ := vm.Get("end")37 fmt.Println("start: " + start.String())38 fmt.Println("end: " + end.String())39}40import (41func main() {42 vm := otto.New()43 vm.Run(`44 var a = 0;45 var b = 1;

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1import (2func main() {3 vm := otto.New()4 vm.Run(`5 console.log("Hello World");6}

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1import (2func main() {3 vm := goja.New()4 vm.RunString(`console.log("Hello World")`)5 fmt.Println("Hello World")6}7import (8func main() {9 vm := goja.New()10 vm.RunString(`console.log("Hello World")`)11 fmt.Println("Hello World")12}13import (14func main() {15 vm := goja.New()16 vm.Set("name", "John Doe")17 vm.RunString(`console.log("Hello " + name)`)18 fmt.Println("Hello World")19}20import (21func main() {22 vm := goja.New()23 vm.Set("name", "John Doe")24 vm.RunString(`console.log("Hello " + name)`)25 fmt.Println("Hello World")26}27import (28func main() {29 vm := goja.New()30 vm.Set("name", "John Doe")31 script, err := goja.Compile("hello.js", `console.log("Hello " + name)`, true)32 if err != nil {33 panic(err)34 }35 vm.RunScript(script)36 fmt.Println("Hello World")37}38import (39func main() {40 vm := goja.New()41 vm.Set("name", "John Doe")42 script, err := goja.Compile("hello.js", `

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Run

Using AI Code Generation

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1import (2func main() {3 env := vm.NewEVMContext(vm.AccountRef{}, nil, nil, big.NewInt(0), big.NewInt(0), nil)4 vm := vm.NewVM(env, nil, nil)5 contract := vm.NewContract(&vm.AccountRef{}, &vm.AccountRef{}, big.NewInt(0), big.NewInt(0))6 bytecode := []byte{byte(vm.PUSH1), 0x60, byte(vm.PUSH1), 0x40, byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00, byte(vm.SWAP1), byte(vm.MSTORE), byte(vm.PUSH1), 0x20, byte(vm.PUSH1), 0x00, byte(vm.MLOAD), byte(vm.PUSH1), 0x00,

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