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How to use Value method of prog Package

Best Syzkaller code snippet using prog.Value

methods.go

Source:methods.go

...6import (7	"fmt"8	"go/types"9)10// MethodValue returns the Function implementing method sel, building11// wrapper methods on demand.  It returns nil if sel denotes an12// abstract (interface) method.13//14// Precondition: sel.Kind() == MethodVal.15//16// Thread-safe.17//18// EXCLUSIVE_LOCKS_ACQUIRED(prog.methodsMu)19//20func (prog *Program) MethodValue(sel *types.Selection) *Function {21	if sel.Kind() != types.MethodVal {22		panic(fmt.Sprintf("MethodValue(%s) kind != MethodVal", sel))23	}24	T := sel.Recv()25	if isInterface(T) {26		return nil // abstract method27	}28	if prog.mode&LogSource != 0 {29		defer logStack("MethodValue %s %v", T, sel)()30	}31	prog.methodsMu.Lock()32	defer prog.methodsMu.Unlock()33	return prog.addMethod(prog.createMethodSet(T), sel)34}35// LookupMethod returns the implementation of the method of type T36// identified by (pkg, name).  It returns nil if the method exists but37// is abstract, and panics if T has no such method.38//39func (prog *Program) LookupMethod(T types.Type, pkg *types.Package, name string) *Function {40	sel := prog.MethodSets.MethodSet(T).Lookup(pkg, name)41	if sel == nil {42		panic(fmt.Sprintf("%s has no method %s", T, types.Id(pkg, name)))43	}44	return prog.MethodValue(sel)45}46// methodSet contains the (concrete) methods of a non-interface type.47type methodSet struct {48	mapping  map[string]*Function // populated lazily49	complete bool                 // mapping contains all methods50}51// Precondition: !isInterface(T).52// EXCLUSIVE_LOCKS_REQUIRED(prog.methodsMu)53func (prog *Program) createMethodSet(T types.Type) *methodSet {54	mset, ok := prog.methodSets.At(T).(*methodSet)55	if !ok {56		mset = &methodSet{mapping: make(map[string]*Function)}57		prog.methodSets.Set(T, mset)58	}59	return mset60}61// EXCLUSIVE_LOCKS_REQUIRED(prog.methodsMu)62func (prog *Program) addMethod(mset *methodSet, sel *types.Selection) *Function {63	if sel.Kind() == types.MethodExpr {64		panic(sel)65	}66	id := sel.Obj().Id()67	fn := mset.mapping[id]68	if fn == nil {69		obj := sel.Obj().(*types.Func)70		needsPromotion := len(sel.Index()) > 171		needsIndirection := !isPointer(recvType(obj)) && isPointer(sel.Recv())72		if needsPromotion || needsIndirection {73			fn = makeWrapper(prog, sel)74		} else {75			fn = prog.declaredFunc(obj)76		}77		if fn.Signature.Recv() == nil {78			panic(fn) // missing receiver79		}80		mset.mapping[id] = fn81	}82	return fn83}84// RuntimeTypes returns a new unordered slice containing all85// concrete types in the program for which a complete (non-empty)86// method set is required at run-time.87//88// Thread-safe.89//90// EXCLUSIVE_LOCKS_ACQUIRED(prog.methodsMu)91//92func (prog *Program) RuntimeTypes() []types.Type {93	prog.methodsMu.Lock()94	defer prog.methodsMu.Unlock()95	var res []types.Type96	prog.methodSets.Iterate(func(T types.Type, v interface{}) {97		if v.(*methodSet).complete {98			res = append(res, T)99		}100	})101	return res102}103// declaredFunc returns the concrete function/method denoted by obj.104// Panic ensues if there is none.105//106func (prog *Program) declaredFunc(obj *types.Func) *Function {107	if v := prog.packageLevelValue(obj); v != nil {108		return v.(*Function)109	}110	panic("no concrete method: " + obj.String())111}112// needMethodsOf ensures that runtime type information (including the113// complete method set) is available for the specified type T and all114// its subcomponents.115//116// needMethodsOf must be called for at least every type that is an117// operand of some MakeInterface instruction, and for the type of118// every exported package member.119//120// Precondition: T is not a method signature (*Signature with Recv()!=nil).121//...

Value

Using AI Code Generation

1import (2func main() {3    fmt.Println(stringutil.Reverse("Hello, world"))4    fmt.Println(stringutil.MyName)5}6import (7func main() {8    fmt.Println(icomefromalaska.Reverse("Hello, world"))9    fmt.Println(icomefromalaska.MyName)10}11import (12func main() {13    fmt.Println(stringutil.Reverse("!oG ,olleH"))14    fmt.Println(stringutil.MyName)15}16import (17func main() {18    fmt.Println(icomefromalaska.Reverse("!oG ,olleH"))19    fmt.Println(icomefromalaska.MyName)20}21import (22func main() {23    fmt.Println(stringutil.Reverse("oG ,olleH"))24    fmt.Println(stringutil.MyName)25}26import (27func main() {28    fmt.Println(icomefromalaska.Reverse("oG ,olleH"))29    fmt.Println(icomefromalaska.MyName)30}31import (32func main() {33    fmt.Println(stringutil.Reverse("olleH"))34    fmt.Println(stringutil.MyName)35}36import (

Value

Using AI Code Generation

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

Value

Using AI Code Generation

1import (2func main() {3	p := prog{4	}5	p.print()6}7import (8type prog struct {9}10func (p prog) print() {11	fmt.Println(p.name, p.age)12}

Value

Using AI Code Generation

1import "fmt"2import "prog"3func main() {4    a.Set(10)5    fmt.Println(a.Value())6}7func (p *Prog) Set(v int) { *p = Prog(v) }8func (p Prog) Value() int { return int(p) }9The main package must import the prog package. The prog package is imported with the following statement:10import "prog"11The prog package is imported with the name prog. The prog package can be imported with the name prog2. The prog package can be imported with the name prog3. The prog package can be imported with the name prog4. The prog package can be imported with the name prog5. The prog package can be imported with the name prog6. The prog package can be imported with the name prog7. The prog package can be imported with the name prog8. The prog package can be imported with the name prog9. The prog package can be imported with the name prog10. The prog package can be imported with the name prog11. The prog package can be imported with the name prog12. The prog package can be imported with the name prog13. The prog package can be imported with the name prog14. The

Value

Using AI Code Generation

1import "fmt"2import "github.com/abhishekkr/gol/gol"3func main() {4    fmt.Println(prog.Value())5}6import "fmt"7import "github.com/abhishekkr/gol/gol"8func main() {9    prog := gol.Prog{Name: "gol", Version: "0.1", Description: "GoLang Library", Author: "AbhishekKr", License: "MIT"}10    fmt.Println(prog.Value())11}12import "fmt"13import "github.com/abhishekkr/gol/gol"14func main() {15    prog := gol.Prog{"gol", "0.1", "GoLang Library", "AbhishekKr", "MIT"}16    fmt.Println(prog.Value())17}18import "fmt"19import "github.com/abhishekkr/gol/gol"20func main() {21    prog := gol.Prog{"gol", "0.1", "GoLang Library", "AbhishekKr", "MIT"}22    fmt.Println(prog.Value())23}24import "fmt"25import "github.com/abhishekkr/gol/gol"26func main() {27    prog := gol.Prog{"gol", "0.1", "GoLang Library", "AbhishekKr", "MIT"}28    fmt.Println(prog.Value())29}30import "fmt"31import "github.com/abhishekkr/gol/gol"32func main() {33    prog := gol.Prog{"gol", "0.1", "GoLang Library", "AbhishekKr", "MIT"}34    fmt.Println(prog.Value())35}

Value

Using AI Code Generation

1import (2func main() {3	variable1 := prog.Prog{Value: 5}4	fmt.Println(variable1.Value)5}6import (7func main() {8	variable1 := prog.Prog{Value: 5}9	variable2 := prog.Prog{Value: 6}10	fmt.Println(variable1.Value + variable2.Value)11}12import (13func main() {14	variable1 := prog.Prog{Value: 5}15	variable2 := prog.Prog{Value: 6}16	fmt.Println(variable1.Value - variable2.Value)17}18import (19func main() {20	variable1 := prog.Prog{Value: 5}21	variable2 := prog.Prog{Value: 6}22	fmt.Println(variable1.Value * variable2.Value)23}24import (25func main() {26	variable1 := prog.Prog{Value: 5}27	variable2 := prog.Prog{Value: 6}28	fmt.Println(variable1.Value / variable2.Value)29}30import (31func main() {32	variable1 := prog.Prog{Value: 5}33	variable2 := prog.Prog{Value: 6}34	fmt.Println(variable1.Value % variable2.Value)35}36import (37func main() {38	variable1 := prog.Prog{Value: 5}39	variable2 := prog.Prog{Value:

Value

Using AI Code Generation

1import (2func main() {3    p = prog.NewProg("Go")4    fmt.Println(p.Value())5}6type Prog struct {7}8func NewProg(name string) *Prog {9    return &Prog{name: name}10}11func (p *Prog) Value() string {12}13The reflect.ValueOf() function

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