How to use checkTypeImpl method of compiler Package

Best Syzkaller code snippet using compiler.checkTypeImpl

meta.go

Source:meta.go

...31		meta := files[file]32		switch n := n.(type) {33		case *ast.Meta:34			errors0 := comp.errors35			comp.checkTypeImpl(checkCtx{}, n.Value, metaTypes[n.Value.Ident], 0)36			if errors0 != comp.errors {37				break38			}39			switch n.Value.Ident {40			case metaNoExtract.Names[0]:41				meta.NoExtract = true42			case metaArches.Names[0]:43				meta.Arches = make(map[string]bool)44				for _, arg := range n.Value.Args {45					meta.Arches[arg.String] = true46				}47			}48		}49		files[file] = meta...

checkTypeImpl

Using AI Code Generation

1import (2func main() {3	fset := token.NewFileSet()4	node, err := parser.ParseFile(fset, "1.go", nil, parser.ParseComments)5	if err != nil {6		log.Fatal(err)7	}8	for _, decl := range node.Decls {9		switch decl := decl.(type) {10			fmt.Println(decl.Name)11			if decl.Recv != nil {12				fmt.Println(decl.Recv.List[0].Type)13			}14			fmt.Println(decl.Type.Params.List[0].Type)15			fmt.Println(decl.Type.Results.List[0].Type)16		}17	}18}19import "fmt"20type Person struct {21}22func NewPerson(firstName, lastName string) *Person {23	return &Person{firstName, lastName}24}25func (p Person) FullName() string {26}27func main() {28	p := NewPerson("John", "Smith")29	fmt.Println(p.FullName())30}31import "fmt"32type Person struct {33}34func NewPerson(firstName, lastName string) *Person {35	return &Person{firstName, lastName}36}37func (p *Person) FullName() string {38}39func main() {40	p := NewPerson("John", "Smith")41	fmt.Println(p.FullName())42}43import "fmt"44type Person struct {45}46func NewPerson(firstName, lastName string) *Person {47	return &Person{firstName, lastName}48}49func (p Person) FullName() string {50}51func main() {52	p := NewPerson("John", "Smith")53	fmt.Println((&p).FullName())54}55import "fmt"56type Person struct {57}58func NewPerson(firstName, lastName string) *Person {59	return &Person{firstName, lastName}60}61func (p *Person) FullName() string {62}63func main() {64	p := NewPerson("John", "Smith")65	fmt.Println((&p

checkTypeImpl

Using AI Code Generation

1func main() {2    c := compiler{}3    c.checkTypeImpl()4    c.checkTypeImpl()5}6func main() {7    c := compiler{}8    c.checkTypeImpl()9    c.checkTypeImpl()10}11func main() {12    c := compiler{}13    c.checkTypeImpl()14    c.checkTypeImpl()15}16func main() {17    c := compiler{}18    c.checkTypeImpl()19    c.checkTypeImpl()20}21func main() {22    c := compiler{}23    c.checkTypeImpl()24    c.checkTypeImpl()25}26func main() {27    c := compiler{}28    c.checkTypeImpl()29    c.checkTypeImpl()30}31func main() {32    c := compiler{}33    c.checkTypeImpl()34    c.checkTypeImpl()35}36func main() {37    c := compiler{}38    c.checkTypeImpl()39    c.checkTypeImpl()40}41func main() {42    c := compiler{}43    c.checkTypeImpl()44    c.checkTypeImpl()45}46func main() {47    c := compiler{}48    c.checkTypeImpl()49    c.checkTypeImpl()50}51func main() {52    c := compiler{}53    c.checkTypeImpl()54    c.checkTypeImpl()55}56func main() {57    c := compiler{}58    c.checkTypeImpl()59    c.checkTypeImpl()60}61func main() {

checkTypeImpl

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Type of a is", checkTypeImpl(a))4    fmt.Println("Type of b is", checkTypeImpl(b))5    fmt.Println("Type of c is", checkTypeImpl(c))6    fmt.Println("Type of d is", checkTypeImpl(d))7}8import "fmt"9func main() {10    if fmt.Sprintf("%T", a) == "string" {11        fmt.Println("a is of type string")12    } else {13        fmt.Println("a is not of type string")14    }15}16import "fmt"17func main() {18    if fmt.Sprintf("%T", a) == "int" {19        fmt.Println("a is of type int")20    } else {21        fmt.Println("a is not of type int")22    }23}

checkTypeImpl

Using AI Code Generation

1import java.util.*;2import java.io.*;3import java.lang.reflect.*;4public class 2{5    public static void main(String args[]) throws Exception{6        Class c = Class.forName("compiler");7        compiler obj = new compiler();8        Method m = c.getMethod("checkTypeImpl", String.class, String.class);9        m.setAccessible(true);10        String s1 = "int";11        String s2 = "int";12        String s3 = "int";13        String s4 = "string";14        String s5 = "string";15        String s6 = "int";16        String s7 = "int";17        String s8 = "string";18        String s9 = "string";19        String s10 = "int";20        String s11 = "int";21        String s12 = "string";22        String s13 = "string";23        String s14 = "int";24        String s15 = "int";25        String s16 = "string";26        String s17 = "string";27        String s18 = "int";28        String s19 = "int";29        String s20 = "string";30        String s21 = "string";31        String s22 = "int";32        String s23 = "int";33        String s24 = "string";34        String s25 = "string";35        String s26 = "int";36        String s27 = "int";37        String s28 = "string";38        String s29 = "string";39        String s30 = "int";40        String s31 = "int";41        String s32 = "string";42        String s33 = "string";43        String s34 = "int";44        String s35 = "int";45        String s36 = "string";46        String s37 = "string";47        String s38 = "int";48        String s39 = "int";49        String s40 = "string";50        String s41 = "string";51        String s42 = "int";52        String s43 = "int";53        String s44 = "string";54        String s45 = "string";55        String s46 = "int";56        String s47 = "int";57        String s48 = "string";58        String s49 = "string";59        String s50 = "int";60        String s51 = "int";61        String s52 = "string";62        String s53 = "string";

checkTypeImpl

Using AI Code Generation

1import "fmt"2func main() {3var x interface{} = 74fmt.Println(x)5fmt.Printf("%T6}

checkTypeImpl

Using AI Code Generation

1import (2func main() {3    compiler := new(Compiler)4    structType := reflect.TypeOf(new(StructType))5    compiler.checkTypeImpl(structType)6}7type Compiler struct {8}9func (compiler *Compiler) checkTypeImpl(t reflect.Type) {10    fmt.Println("checkTypeImpl method of compiler class")11}12type StructType struct {13}14./2.go:14: cannot use compiler (type *Compiler) as type reflect.Type in argument to compiler.checkTypeImpl15cannot use compiler (type *Compiler) as type reflect.Type in argument to compiler.checkTypeImpl16func (compiler *Compiler) checkTypeImpl(t reflect.Type) {17    fmt.Println("checkTypeImpl method of compiler class")18}19func main() {20    compiler := new(Compiler)21    structType := reflect.TypeOf(new(StructType))22    compiler.checkTypeImpl(reflect.TypeOf(compiler))23}

checkTypeImpl

Using AI Code Generation

1import (2type Symbol struct {3}4type SymbolTable struct {5}6func NewSymbolTable() *SymbolTable {7	return &SymbolTable{make([]Symbol, 0)}8}9func (st *SymbolTable) Add(name string, typ string, value int) {10	st.table = append(st.table, Symbol{name, typ, value})11}12func (st *SymbolTable) Lookup(name string) (Symbol, bool) {13	for _, s := range st.table {14		if s.name == name {15		}16	}17	return Symbol{}, false18}19type Node interface {20	String() string21}22type ProgramNode struct {23}24func (p *ProgramNode) String() string {25	b.WriteString("ProgramNode26	for _, stmt := range p.Stmts {27		b.WriteString(stmt.String())28	}29	return b.String()30}31type StmtNode struct {32}33func (s *StmtNode) String() string {34	b.WriteString("StmtNode35	b.WriteString("Kind: " + s.Kind + "36	b.WriteString("Left:37	b.WriteString(s.Left.String())38	b.WriteString("Right:39	b.WriteString(s.Right.String())40	return b.String()41}42type ExprNode struct {43}44func (e *ExprNode) String() string {45	b.WriteString("ExprNode46	b.WriteString("Kind: " + e.Kind + "47	b.WriteString("Left:48	b.WriteString(e.Left.String())49	b.WriteString("Right:

checkTypeImpl

Using AI Code Generation

1func (c *compiler) checkType(typ types.Type) bool {2	return c.checkTypeImpl(typ, nil)3}4func (c *compiler) checkTypeImpl(typ types.Type, seen map[types.Type]bool) bool {5	switch typ := typ.(type) {6		switch typ.Kind() {7		}8		return c.checkTypeImpl(typ.Elem(), seen)9		return c.checkTypeImpl(typ.Elem(), seen)10		for i := 0; i < typ.NumFields(); i++ {11			if !c.checkTypeImpl(typ.Field(i).Type(), seen) {12			}13		}14		return c.checkTypeImpl(typ.Elem(), seen)15		return c.checkTypeImpl(typ.Key(), seen) && c.checkTypeImpl(typ.Elem(), seen)16		return c.checkTypeImpl(typ.Elem(), seen)17		for i := 0; i < typ.Params().Len(); i++ {18			if !c.checkTypeImpl(typ.Params().At(i).Type(), seen) {19			}20		}21		if typ.Results().Len() == 0 {22		}23		if typ.Results().Len() == 1 {24			return c.checkTypeImpl(typ.Results().At(0).Type(), seen)

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