How to use resolve method of parser Package

Best Gauge code snippet using parser.resolve

semantic.go

Source:semantic.go

...26	if ast.Name2Category != nil {27		return nil28	}29	ast.Name2Category = make(map[string]parser.Category)30	r := &resolver{ast: ast}31	return r.ResolveAST()32}33// typedefPair contains a type and the AST it belongs to. This struct is used34// to record types that resolved to a typedef instead of a concrete type so35// a post process is required to do further resolution.36type typedefPair struct {37	Type *parser.Type38	AST  *parser.Thrift39	Name string40}41type resolver struct {42	ast      *parser.Thrift43	typedefs []*typedefPair44}45// guard is used to simplify error-checking.46func guard(err error) (ok bool) {47	if err != nil {48		panic(err)49	}50	return true51}52func (r *resolver) AddName(name string, category parser.Category) error {53	if _, exist := r.ast.Name2Category[name]; exist {54		return fmt.Errorf("%s: multiple definition of %q", r.ast.Filename, name)55	}56	r.ast.Name2Category[name] = category57	return nil58}59// RegisterNames adds all locally defined names into Name2Category.60// It panics when encounters any error.61func (r *resolver) RegisterNames() {62	r.ast.ForEachTypedef(func(v *parser.Typedef) bool {63		return guard(r.AddName(v.Alias, parser.Category_Typedef))64	})65	r.ast.ForEachConstant(func(v *parser.Constant) bool {66		return guard(r.AddName(v.Name, parser.Category_Constant))67	})68	r.ast.ForEachEnum(func(v *parser.Enum) bool {69		return guard(r.AddName(v.Name, parser.Category_Enum))70	})71	r.ast.ForEachStructLike(func(v *parser.StructLike) bool {72		switch v.Category {73		case "struct":74			return guard(r.AddName(v.Name, parser.Category_Struct))75		case "union":76			return guard(r.AddName(v.Name, parser.Category_Union))77		case "exception":78			return guard(r.AddName(v.Name, parser.Category_Exception))79		}80		return false81	})82	r.ast.ForEachService(func(v *parser.Service) bool {83		return guard(r.AddName(v.Name, parser.Category_Service))84	})85}86// ResolveAST iterates the current AST and checks the legitimacy of each symbol.87func (r *resolver) ResolveAST() (err error) {88	defer func() {89		if x := recover(); x != nil {90			if e, ok := x.(error); ok {91				err = e92			} else {93				err = fmt.Errorf("%+v", x)94			}95		}96	}()97	r.ast.ForEachInclude(func(v *parser.Include) bool {98		if v.Reference == nil {99			panic(fmt.Errorf("reference %q of %q is not parsed", v.Path, r.ast.Filename))100		}101		if err = ResolveSymbols(v.Reference); err != nil {102			panic(fmt.Errorf("resolve include %q: %w", v.Path, err))103		}104		return true105	})106	// register all names defined in the current IDL to make type resolution107	// irrelevant with the order of definitions.108	r.RegisterNames()109	r.ast.ForEachTypedef(func(v *parser.Typedef) bool {110		return guard(r.ResolveType(v.Type))111	})112	r.ast.ForEachConstant(func(v *parser.Constant) bool {113		return guard(r.ResolveType(v.Type)) && guard(r.ResolveConstValue(v.Value))114	})115	r.ast.ForEachStructLike(func(v *parser.StructLike) bool {116		if v.Category == "union" {117			v.ForEachField(func(f *parser.Field) bool {118				f.Requiredness = parser.FieldType_Optional119				return true120			})121		}122		v.ForEachField(func(f *parser.Field) bool {123			return guard(r.ResolveStructField(v.Name, f))124		})125		return true126	})127	r.ast.ForEachService(func(v *parser.Service) bool {128		v.ForEachFunction(func(f *parser.Function) bool {129			guard(r.ResolveFunction(v.Name, f))130			return true131		})132		return guard(r.ResolveBaseService(v))133	})134	guard(r.ResolveTypedefs())135	return136}137func (r *resolver) ResolveBaseService(v *parser.Service) error {138	switch tmp := SplitType(v.Extends); len(tmp) {139	case 1:140		if c, exist := r.ast.Name2Category[tmp[0]]; exist && c == parser.Category_Service {141			break142		}143		return fmt.Errorf("base service %q not found for %q", v.Extends, v.Name)144	case 2:145		for idx, inc := range r.ast.Includes {146			if IDLPrefix(inc.Path) == tmp[0] {147				if c, exist := inc.Reference.Name2Category[tmp[1]]; exist && c == parser.Category_Service {148					v.Reference = &parser.Reference{149						Name:  tmp[1],150						Index: int32(idx),151					}152					r.ast.Includes[idx].Used = &yes153					break154				}155			}156		}157		if v.Reference == nil {158			return fmt.Errorf("base service %q not found for %q", v.Extends, v.Name)159		}160	}161	return nil162}163func (r *resolver) ResolveStructField(s string, f *parser.Field) (err error) {164	if err = r.ResolveType(f.Type); err != nil {165		return fmt.Errorf("resolve field %q of %q: %w", f.Name, s, err)166	}167	if f.IsSetDefault() {168		if err = r.ResolveConstValue(f.Default); err != nil {169			return fmt.Errorf("resolve default value of %q of %q: %w", f.Name, s, err)170		}171	}172	return173}174func (r *resolver) ResolveFunction(s string, f *parser.Function) (err error) {175	if !f.Void {176		if err = r.ResolveType(f.FunctionType); err != nil {177			return fmt.Errorf("function %q of service %q: %w", f.Name, s, err)178		}179	}180	for _, v := range f.Arguments {181		if err := r.ResolveType(v.Type); err != nil {182			return fmt.Errorf("resolve argument %q of %q of %q: %w", v.Name, f.Name, s, err)183		}184	}185	for _, v := range f.Throws {186		if err := r.ResolveType(v.Type); err != nil {187			return fmt.Errorf("resolve exception %q of %q of %q: %w", v.Name, f.Name, s, err)188		}189	}190	return191}192var categoryMap = map[string]parser.Category{193	"bool":   parser.Category_Bool,194	"byte":   parser.Category_Byte,195	"i8":     parser.Category_Byte,196	"i16":    parser.Category_I16,197	"i32":    parser.Category_I32,198	"i64":    parser.Category_I64,199	"double": parser.Category_Double,200	"string": parser.Category_String,201	"binary": parser.Category_Binary,202	"map":    parser.Category_Map,203	"list":   parser.Category_List,204	"set":    parser.Category_Set,205}206var yes bool = true207func (r *resolver) ResolveType(t *parser.Type) (err error) {208	switch t.Name {209	case "bool", "byte", "i8", "i16", "i32", "i64", "double", "string", "binary":210		t.Category = categoryMap[t.Name]211	case "map", "list", "set":212		t.Category = categoryMap[t.Name]213		if t.Name == "map" {214			if err = r.ResolveType(t.KeyType); err != nil {215				return216			}217		}218		return r.ResolveType(t.ValueType)219	default:220		tmp := SplitType(t.Name)221		switch len(tmp) {222		case 1: // typedef, enum, struct, union, exception223			if c, exist := r.ast.Name2Category[tmp[0]]; exist {224				if c >= parser.Category_Enum && c <= parser.Category_Typedef {225					if c == parser.Category_Typedef {226						r.typedefs = append(r.typedefs, &typedefPair{227							Type: t,228							AST:  r.ast,229							Name: tmp[0],230						})231						t.IsTypedef = &yes232					}233					t.Category = c234					break235				}236				return fmt.Errorf("unexpected type category '%s' of type '%s'", c, t.Name)237			}238			return fmt.Errorf("undefined type: %q", t.Name)239		case 2: // an external type240			for i, inc := range r.ast.Includes {241				if IDLPrefix(inc.Path) != tmp[0] {242					continue243				}244				if c, exist := inc.Reference.Name2Category[tmp[1]]; exist {245					if c >= parser.Category_Enum && c <= parser.Category_Typedef {246						if c == parser.Category_Typedef {247							r.typedefs = append(r.typedefs, &typedefPair{248								Type: t,249								AST:  inc.Reference,250								Name: tmp[1],251							})252							t.IsTypedef = &yes253						}254						t.Category = c255						t.Reference = &parser.Reference{256							Name:  tmp[1],257							Index: int32(i),258						}259						r.ast.Includes[i].Used = &yes260						break261					}262				}263			}264			if t.Reference == nil {265				return fmt.Errorf("undefined type: %q", t.Name)266			}267		default:268			return fmt.Errorf("invalid type name %q", t.Name)269		}270	}271	return272}273// getEnum searches in the given AST and its includes an enum definition that matches the274// given name. If the name refers to a typedef, then its original type will be considered.275// The return value contains the target enum definition and the index of the **first**276// included IDL or -1 if the enum is defined in the given AST.277// When such an enum is not found, getEnum returns (nil, -1).278func getEnum(ast *parser.Thrift, name string) (enum *parser.Enum, includeIndex int32) {279	c, exist := ast.Name2Category[name]280	if !exist {281		return nil, -1282	}283	if c == parser.Category_Enum {284		x, ok := ast.GetEnum(name)285		if !ok {286			panic(fmt.Errorf("expect %q to be an enum in %q, not found", name, ast.Filename))287		}288		return x, -1289	}290	if c == parser.Category_Typedef {291		if x, ok := ast.GetTypedef(name); !ok {292			panic(fmt.Errorf("expect %q to be an typedef in %q, not found", name, ast.Filename))293		} else {294			if r := x.Type.Reference; r != nil {295				e, _ := getEnum(ast.Includes[r.Index].Reference, r.Name)296				if e != nil {297					return e, r.Index298				}299			}300			return getEnum(ast, x.Type.Name)301		}302	}303	return nil, -1304}305func (r *resolver) ResolveConstValue(t *parser.ConstValue) (err error) {306	switch t.Type {307	case parser.ConstType_ConstIdentifier:308		id := t.TypedValue.GetIdentifier()309		if id == "true" || id == "false" {310			return311		}312		sss := SplitValue(id)313		var ref []*parser.ConstValueExtra314		for _, ss := range sss {315			switch len(ss) {316			case 1: // constant317				if c, exist := r.ast.Name2Category[ss[0]]; exist {318					if c == parser.Category_Constant {319						ref = append(ref, &parser.ConstValueExtra{320							IsEnum: false, Index: -1, Name: ss[0],321						})322					}323				}324				continue325			case 2: // enum.value or someinclude.constant326				// TODO: if enum.value is written in typedef.value?327				// enum.value328				if enum, idx := getEnum(r.ast, ss[0]); enum != nil {329					for _, v := range enum.Values {330						if v.Name == ss[1] {331							ref = append(ref, &parser.ConstValueExtra{332								IsEnum: true, Index: idx, Name: ss[1], Sel: ss[0],333							})334						}335					}336				}337				for idx, inc := range r.ast.Includes {338					if IDLPrefix(inc.Path) != ss[0] {339						continue340					}341					if c, exist := inc.Reference.Name2Category[ss[1]]; exist {342						if c == parser.Category_Constant {343							ref = append(ref, &parser.ConstValueExtra{344								IsEnum: false, Index: int32(idx), Name: ss[1], Sel: ss[0],345							})346							r.ast.Includes[idx].Used = &yes347						}348					}349				}350			case 3: // someinclude.enum.value351				for idx, inc := range r.ast.Includes {352					if IDLPrefix(inc.Path) != ss[0] {353						continue354					}355					if enum, _ := getEnum(inc.Reference, ss[1]); enum != nil {356						for _, v := range enum.Values {357							if v.Name == ss[2] {358								ref = append(ref, &parser.ConstValueExtra{359									IsEnum: true, Index: int32(idx), Name: ss[2], Sel: ss[1],360								})361								r.ast.Includes[idx].Used = &yes362							}363						}364					}365				}366			}367		}368		switch len(ref) {369		case 0:370			return fmt.Errorf("undefined value: %q", t.TypedValue.GetIdentifier())371		case 1:372			t.Extra = ref[0]373		default:374			return fmt.Errorf("ambiguous const value %q (%d possible explainations)", t.TypedValue.GetIdentifier(), len(ref))375		}376	case parser.ConstType_ConstList:377		for _, v := range t.TypedValue.List {378			if err = r.ResolveConstValue(v); err != nil {379				return380			}381		}382	case parser.ConstType_ConstMap:383		for _, m := range t.TypedValue.Map {384			if err = r.ResolveConstValue(m.Key); err != nil {385				return386			}387			if err = r.ResolveConstValue(m.Value); err != nil {388				return389			}390		}391	default: // parser.ConstType_ConstDouble, parser.ConstType_ConstInt, parser.ConstType_ConstLiteral392		return393	}394	return395}396func (r *resolver) ResolveTypedefs() error {397	tds := r.typedefs398	cnt := len(tds)399	// a typedef may depend on another one, so we use an infinite400	// loop to process them and check if the unresolved tasks is401	// lessen by each iteration402	for len(tds) > 0 {403		var tmp []*typedefPair404		for _, t := range tds {405			if err := r.ResolveTypedef(t); err != nil {406				return err407			}408			if t.Type.Category == parser.Category_Typedef {409				// unchanged410				tmp = append(tmp, t)411			}412		}413		if len(tmp) == cnt {414			var ss []string415			for _, t := range tmp {416				ss = append(ss, fmt.Sprintf(417					"%q in %q", t.Type.Name, t.AST.Filename,418				))419			}420			return fmt.Errorf("typedefs can not be resolved: %s", strings.Join(ss, ", "))421		}422		tds = tmp423	}424	return nil425}426func (r *resolver) ResolveTypedef(t *typedefPair) error {427	td, ok := t.AST.GetTypedef(t.Name)428	if !ok {429		return fmt.Errorf("expected %q in %q a typedef, not found", t.Name, t.AST.Filename)430	}431	if td.Type.Category != parser.Category_Typedef {432		t.Type.Category = td.Type.Category433	}434	return nil435}436// Deref returns the target type that t refers to and the AST it belongs to.437// Typedef will be dereferenced.438func Deref(ast *parser.Thrift, t *parser.Type) (*parser.Thrift, *parser.Type, error) {439	if !t.IsSetReference() && !t.GetIsTypedef() {440		return ast, t, nil441	}442	if !t.IsSetReference() { // is a typedef443		if td, ok := ast.GetTypedef(t.Name); ok {444			return Deref(ast, td.Type)445		}446		return nil, nil, fmt.Errorf("expect %q a typedef in %q", t.Name, ast.Filename)447	}448	// refer to an external type449	ref := t.GetReference()450	if ref.Index < 0 || ref.Index >= int32(len(ast.Includes)) {451		return nil, nil, fmt.Errorf("(%+v) invalid ref.Index for %q: %d", t, ast.Filename, ref.Index)452	}453	ast = ast.Includes[ref.Index].Reference454	if ast.Name2Category == nil {455		return nil, nil, fmt.Errorf("AST %q is not semantically resolved", ast.Filename)456	}457	cat := ast.Name2Category[ref.Name]458	switch {459	case cat == parser.Category_Typedef:460		if td, ok := ast.GetTypedef(ref.Name); ok {461			return Deref(ast, td.Type)462		}463		return nil, nil, fmt.Errorf("expect %q a typedef in %q", ref.Name, ast.Filename)464	case parser.Category_Enum <= cat && cat <= parser.Category_Exception:465		t = &parser.Type{466			Name:     ref.Name,467			Category: cat,468		}469		return ast, t, nil...

resolver.go

Source:resolver.go

1// Package resolver implements identifer resolution semantic analysis,2// as well as some syntax checks (e.g. ensuring that continues and breaks3// are within a loop construct). Identifier resolution works by recording4// the distance from the current environment where an identifier can be5// found.6package resolver7import (8	"errors"9	"fmt"10	"toe/lexer"11	"toe/parser"12)13var TooManyErrors = errors.New("too many errors")14type ResolverError struct {15	Filename string16	Token    lexer.Token17	Message  string18}19func (re ResolverError) Error() string { return re.String() }20func (re ResolverError) String() string {21	return fmt.Sprintf("%s:%d:%d: %s", re.Filename, re.Token.Line, re.Token.Column, re.Message)22}23type Scope map[string]bool24// Control flags -- whether we are in a loop, or a function.25const (26	LOOP = 1 << iota27	FUNC28)29type Resolver struct {30	module *parser.Module31	// each scope is a map from varname to a boolean, corresponding32	// to whether the variable was already initialised.33	scopes []Scope34	Errors []error35	ctrl   uint836}37func New(module *parser.Module) *Resolver {38	r := &Resolver{39		module: module,40		scopes: []Scope{},41		Errors: []error{},42		ctrl:   0,43	}44	r.push() // the global scope.45	return r46}47func (r *Resolver) AddGlobals(globals []string) {48	for _, x := range globals {49		r.scopes[0][x] = true50	}51}52func (r *Resolver) curr() Scope { return r.scopes[len(r.scopes)-1] }53func (r *Resolver) push()       { r.scopes = append(r.scopes, Scope{}) }54func (r *Resolver) pop()        { r.scopes = r.scopes[:len(r.scopes)-1] }55func (r *Resolver) err(tok lexer.Token, msg string) {56	r.Errors = append(r.Errors, ResolverError{57		Filename: r.module.Filename,58		Token:    tok,59		Message:  msg,60	})61}62// Clean up frees memory used by the resolver -- this can only be done63// after reporting errors, as it clears the errors as well.64func (r *Resolver) Cleanup() {65	r.scopes = nil66	r.Errors = nil67}68// ResolveOne resolves the given node -- it is mainly for69// interactive usage.70func (r *Resolver) ResolveOne(node parser.Node) {71	r.resolve(node)72}73// Resolve resolves the given module.74// This method can only be called once.75func (r *Resolver) Resolve() {76	for _, stmt := range r.module.Stmts {77		r.resolve(stmt)78		if len(r.Errors) >= 10 {79			r.Errors = append(r.Errors, TooManyErrors)80			break81		}82	}83	if len(r.scopes) != 1 || r.ctrl != 0 {84		panic("something gone wrong!")85	}86}87func (r *Resolver) resolve(node parser.Node) {88	switch node := node.(type) {89	// Statements90	case *parser.Let:91		r.resolveLet(node)92	case *parser.Block:93		r.resolveBlock(node)94	case *parser.For:95		r.resolveFor(node)96	case *parser.While:97		r.resolveWhile(node)98	case *parser.If:99		r.resolveIf(node)100	case *parser.ExprStmt:101		r.resolveExprStmt(node)102	case *parser.Break:103		r.resolveBreak(node)104	case *parser.Continue:105		r.resolveContinue(node)106	case *parser.Return:107		r.resolveReturn(node)108	// Expressions109	case *parser.Binary:110		r.resolveBinary(node)111	case *parser.And:112		r.resolveAnd(node)113	case *parser.Or:114		r.resolveOr(node)115	case *parser.Assign:116		r.resolveAssign(node)117	case *parser.Unary:118		r.resolveUnary(node)119	case *parser.Get:120		r.resolveGet(node)121	case *parser.Set:122		r.resolveSet(node)123	case *parser.Method:124		r.resolveMethod(node)125	case *parser.Call:126		r.resolveCall(node)127	case *parser.Identifier:128		r.resolveIdentifier(node)129	case *parser.Literal:130		return131	case *parser.Array:132		r.resolveArray(node)133	case *parser.Hash:134		r.resolveHash(node)135	case *parser.Function:136		r.resolveFunction(node)137	case *parser.Super:138		r.resolveSuper(node)139	default:140		panic(fmt.Sprintf("unhandled node: %#+v", node))141	}142}143// ==========144// Statements145// ==========146func (r *Resolver) resolveLet(node *parser.Let) {147	name := node.Name.Lexeme148	curr := r.curr()149	if _, ok := curr[name]; ok {150		// is there already an existing let?151		r.err(node.Name, "already a variable with this name in scope.")152	}153	curr[name] = false154	r.resolve(node.Value)155	curr[name] = true156	addFunctionName(node.Value, name)157}158func (r *Resolver) resolveBlock(node *parser.Block) {159	r.push()160	for _, x := range node.Stmts {161		r.resolve(x)162	}163	r.pop()164}165func (r *Resolver) resolveFor(node *parser.For) {166	name := node.Name.Lexeme167	r.resolve(node.Iter)168	r.push()169	ctrl := r.ctrl170	r.ctrl |= LOOP171	r.curr()[name] = true172	r.resolve(node.Stmt)173	r.ctrl = ctrl174	r.pop()175}176func (r *Resolver) resolveWhile(node *parser.While) {177	r.resolve(node.Cond)178	ctrl := r.ctrl179	r.ctrl |= LOOP180	r.resolve(node.Stmt)181	r.ctrl = ctrl182}183func (r *Resolver) resolveIf(node *parser.If) {184	r.resolve(node.Cond)185	r.resolve(node.Then)186	if node.Else != nil {187		r.resolve(node.Else)188	}189}190func (r *Resolver) resolveExprStmt(node *parser.ExprStmt) {191	r.resolve(node.Expr)192}193func (r *Resolver) resolveBreak(node *parser.Break) {194	if r.ctrl&LOOP == 0 {195		r.err(node.Keyword, "break outside of loop")196	}197}198func (r *Resolver) resolveContinue(node *parser.Continue) {199	if r.ctrl&LOOP == 0 {200		r.err(node.Keyword, "continue outside of loop")201	}202}203func (r *Resolver) resolveReturn(node *parser.Return) {204	if r.ctrl&FUNC == 0 {205		r.err(node.Keyword, "return outside of function")206	}207	if node.Expr != nil {208		r.resolve(node.Expr)209	}210}211// ===========212// Expressions213// ===========214func (r *Resolver) resolveBinary(node *parser.Binary) {215	r.resolve(node.Left)216	r.resolve(node.Right)217}218func (r *Resolver) resolveAnd(node *parser.And) {219	r.resolve(node.Left)220	r.resolve(node.Right)221}222func (r *Resolver) resolveOr(node *parser.Or) {223	r.resolve(node.Left)224	r.resolve(node.Right)225}226func (r *Resolver) resolveAssign(node *parser.Assign) {227	r.resolve(node.Right)228	addFunctionName(node.Right, node.Name.Lexeme)229	r.lookup(node, node.Name)230}231func (r *Resolver) resolveUnary(node *parser.Unary) {232	r.resolve(node.Right)233}234func (r *Resolver) resolveGet(node *parser.Get) {235	r.resolve(node.Object)236}237func (r *Resolver) resolveSet(node *parser.Set) {238	r.resolve(node.Right)239	addFunctionName(node.Right, node.Name.Lexeme)240	r.resolve(node.Object)241}242func (r *Resolver) resolveMethod(node *parser.Method) {243	r.resolve(node.Object)244	for _, arg := range node.Args {245		r.resolve(arg)246	}247}248func (r *Resolver) resolveCall(node *parser.Call) {249	r.resolve(node.Callee)250	for _, arg := range node.Args {251		r.resolve(arg)252	}253}254func (r *Resolver) resolveIdentifier(node *parser.Identifier) {255	r.lookup(node, node.Id)256}257func (r *Resolver) resolveArray(node *parser.Array) {258	for _, expr := range node.Exprs {259		r.resolve(expr)260	}261}262func (r *Resolver) resolveHash(node *parser.Hash) {263	for _, pair := range node.Pairs {264		r.resolve(pair.Key)265		r.resolve(pair.Value)266	}267}268func (r *Resolver) resolveFunction(node *parser.Function) {269	// Function expressions -- we first push a new scope containing all270	// of the parameters, and then we resolve the body.271	ctrl := r.ctrl272	r.ctrl |= FUNC273	r.push()274	scope := r.curr()275	scope["this"] = true276	for _, name := range node.Params {277		scope[name.Lexeme] = true278	}279	r.resolveBlock(node.Body)280	r.pop()281	r.ctrl = ctrl282}283func (r *Resolver) resolveSuper(node *parser.Super) {284	if r.ctrl&FUNC == 0 {285		r.err(node.Tok, "super outside of function")286	}287}288func (r *Resolver) lookup(node parser.Expr, token lexer.Token) {289	name := token.Lexeme290	curr := len(r.scopes) - 1291	// loop until we find a closest scope containing the name.292	for i := curr; i >= 0; i-- {293		initialised, ok := r.scopes[i][name]294		if ok {295			// if we're referring to an uninitialised variable, e.g.296			// let a = a, then we can return an error -- unless:297			//  1. we're in a function AND...

resolve

Using AI Code Generation

1import (2func main() {3	fset := token.NewFileSet()4	f, err := parser.ParseFile(fset, "1.go", nil, parser.ParseComments)5	if err != nil {6		fmt.Println(err)7	}8	fmt.Println("f.Name:", f.Name)9	fmt.Println("f.Decls:", f.Decls)10	fmt.Println("f.Scope:", f.Scope)11	fmt.Println("f.Unresolved:", f.Unresolved)12	fmt.Println("f.Comments:", f.Comments)13	fmt.Println("f.Imports:", f.Imports)14	fmt.Println("f.Name:", f.Name)15	fmt.Println("f.Name:", f.Name)16	fmt.Println("f.Name:", f.Name)17	fmt.Println("f.Name:", f.Name)18	fmt.Println("f.Name:", f.Name)19	fmt.Println("f.Name:", f.Name)

resolve

Using AI Code Generation

1import (2func main() {3	fset := token.NewFileSet()4	f, err := parser.ParseFile(fset, "1.go", nil, parser.ImportsOnly)5	if err != nil {6		fmt.Println(err)7	}8	for _, s := range f.Imports {9		fmt.Println(s.Path.Value)10	}11}

resolve

Using AI Code Generation

1package com.example.parser;2import java.io.IOException;3import java.nio.file.Path;4import java.nio.file.Paths;5public class ResolveMethod {6	public static void main(String[] args) throws IOException {7		Path path1 = Paths.get("/Users/surajkumar/Desktop/1.txt");8		Path path2 = Paths.get("/Users/surajkumar/Desktop/2.txt");9		Path path3 = Paths.get("/Users/surajkumar/Desktop/3.txt");10		Path path4 = Paths.get("/Users/surajkumar/Desktop/4.txt");11		Path path5 = Paths.get("/Users/surajkumar/Desktop/5.txt");12		System.out.println("path1: " + path1);13		System.out.println("path2: " + path2);14		System.out.println("path3: " + path3);15		System.out.println("path4: " + path4);16		System.out.println("path5: " + path5);17		System.out.println("path1.resolve(path2): " + path1.resolve(path2));18		System.out.println("path1.resolve(path3): " + path1.resolve(path3));19		System.out.println("path1.resolve(path4): " + path1.resolve(path4));20		System.out.println("path1.resolve(path5): " + path1.resolve(path5));21	}22}

resolve

Using AI Code Generation

1import (2func main() {3 parser := parser.Parser{}4 result := parser.Resolve("1+2*3")5 fmt.Println(result)6}

resolve

Using AI Code Generation

1import (2func main() {3    fmt.Println(filepath.Abs("1.go"))4}5import (6func main() {7    fmt.Println(filepath.Abs("C:\\Users\\HP\\Desktop\\Golang\\1.go"))8}9import (10func main() {11    fmt.Println(filepath.Abs("C:/Users/HP/Desktop/Golang/1.go"))12}13import (14func main() {15    fmt.Println(filepath.Abs("C:\\Users\\HP\\Desktop\\Golang\\"))16}17import (18func main() {19    fmt.Println(filepath.Abs("C:/Users/HP/Desktop/Golang/"))20}21import (22func main() {23    fmt.Println(filepath.Abs("C:\\Users\\HP\\Desktop\\G

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