How to use String method of refactor Package

Best Gauge code snippet using refactor.String

reflect_test.go

Source:reflect_test.go

...27	Func			func(int, string) float3228	Interface		interface{}29	Map				map[string]int30	Slice			[]*AllTypes31	String			string32	InnerStruct struct{33		A 		*int34		B		int35	}36	privateString	string37	privateString2	string38}39func TestInstantiate(t *testing.T) {40	var Bool			*bool41	var ts 				AllTypes42	if err := Instantiate(&ts); err != nil { t.Error(err) }43	if err := Instantiate(&Bool); err != nil { t.Error(err) }44}45func TestDFS(t *testing.T) {46	ts := &struct {47		Test1 struct{48			A1	*int49			b1	float6450		}51		Test2 struct{52			Test21 struct{53				A21	*int54				b21	float6455			}56			Test22 struct{57				A22	*int58				b22	float6459			}60		}61	}{}62	checks := map[string]string{63		"Test1": "Test1",64		"Test2": "Test2",65		"Test21": "Test2/Test21",66		"Test22": "Test2/Test22",67		"A1":	"Test1/A1",68		"b1":	"Test1/b1",69		"A21":	"Test2/Test21/A21",70		"b21":	"Test2/Test21/b21",71		"A22":	"Test2/Test22/A22",72		"b22":	"Test2/Test22/b22",73	}74	paths := make(map[string]string)75	DFS(ts, func(node Node) {76		sf := node.StructField()77		if sf == nil { return }78		ps := make([]string, 0)79		for _, p := range node.FieldPath() { ps = append(ps, p.Name) }80		paths[sf.Name] = strings.Join(ps, "/")81	})82	if len(paths) != len(checks) { t.Error("Error count of paths") }83	for k, v := range checks {84		p, ok := paths[k]85		if !ok {86			t.Errorf("No path %v", k)87			continue88		}89		if p != v { t.Errorf("Error path %v, expect %v", p, v) }90	}91}92func TestGetAndSetPrivateValue(t *testing.T){93	s := &struct {94		private			int95	}{0}96	v := ValueOf(s).Elem().FieldByName("private")97	if v.CanInterface() { t.Fatal("why private member can be accessed ?") }98	if v.CanSet() { t.Fatal("why private member can be set ?") }99	newPrivate := ValueOf(int(1))100	SetValue(v, newPrivate)101	if Access(v).Interface().(int) != 1 { t.Fail() }102}103type RefactorObject struct {104	Int64						int64105	String						string106}107func (h *RefactorObject) Refactor() interface{} {108	return struct {109		Int64_1					int64110		Int64_2					int64111		String1					string112		String2					string113	}{h.Int64, h.Int64+1, h.String, h.String}114}115func TestRefactor(t *testing.T) {116	t.Run("Types", func(t *testing.T) {117		ts := &AllTypes{118			Slice: []*AllTypes{&AllTypes{Int8: 8}, &AllTypes{Bool: false}},119			Map: map[string]int{"Key1": 1, "Key2": 2},120		}121		if _,  err := Refactor(ts); err != nil { t.Fatal(err) }122	})123	t.Run("Private", func(t *testing.T) {124		type Test struct {125			Public			string126			private			string127		}...

a.go

Source:a.go

1// Copyright 2020 The Go Authors. All rights reserved.2// Use of this source code is governed by a BSD-style3// license that can be found in the LICENSE file.4package fillstruct5import (6	"go/ast"7	"go/token"8	"golang.org/x/tools/internal/lsp/fillstruct/data"9)10type basicStruct struct {11	foo int12}13var _ = basicStruct{} //@suggestedfix("}", "refactor.rewrite")14type twoArgStruct struct {15	foo int16	bar string17}18var _ = twoArgStruct{} //@suggestedfix("}", "refactor.rewrite")19type nestedStruct struct {20	bar   string21	basic basicStruct22}23var _ = nestedStruct{} //@suggestedfix("}", "refactor.rewrite")24var _ = data.B{} //@suggestedfix("}", "refactor.rewrite")25type typedStruct struct {26	m  map[string]int27	s  []int28	c  chan int29	c1 <-chan int30	a  [2]string31}32var _ = typedStruct{} //@suggestedfix("}", "refactor.rewrite")33type funStruct struct {34	fn func(i int) int35}36var _ = funStruct{} //@suggestedfix("}", "refactor.rewrite")37type funStructCompex struct {38	fn func(i int, s string) (string, int)39}40var _ = funStructCompex{} //@suggestedfix("}", "refactor.rewrite")41type funStructEmpty struct {42	fn func()43}44var _ = funStructEmpty{} //@suggestedfix("}", "refactor.rewrite")45type Foo struct {46	A int47}48type Bar struct {49	X *Foo50	Y *Foo51}52var _ = Bar{} //@suggestedfix("}", "refactor.rewrite")53type importedStruct struct {54	m  map[*ast.CompositeLit]ast.Field55	s  []ast.BadExpr56	a  [3]token.Token57	c  chan ast.EmptyStmt58	fn func(ast_decl ast.DeclStmt) ast.Ellipsis59	st ast.CompositeLit60}61var _ = importedStruct{} //@suggestedfix("}", "refactor.rewrite")62type pointerBuiltinStruct struct {63	b *bool64	s *string65	i *int66}67var _ = pointerBuiltinStruct{} //@suggestedfix("}", "refactor.rewrite")68var _ = []ast.BasicLit{69	{}, //@suggestedfix("}", "refactor.rewrite")70}71var _ = []ast.BasicLit{{}} //@suggestedfix("}", "refactor.rewrite")...

String

Using AI Code Generation

1import (2func main() {3    r := refactor.NewRefactor()4    fmt.Println(r.String())5}6import (7type Refactor struct {8}9func NewRefactor() *Refactor {10    return &Refactor{Name: "refactor"}11}12func (r *Refactor) String() string {13    return fmt.Sprintf("Name: %s", r.Name)14}

String

Using AI Code Generation

1func main() {2    fmt.Println(refactor.String())3}4type refactor struct {5}6func (r refactor) String() string {7}8func TestString(t *testing.T) {9    r := refactor{Name: "World"}10    if r.String() != "Hello World" {11        t.Error("Expected Hello World, got ", r.String())12    }13}14type Refactor struct {15}16func (r Refactor) String() string {17}18Now, the code will run without any error. But, we still have a problem. If we are using the Refactor struct in another package, we need to import the refactor package. But, we don’t want to import it because we want to use the refactor package as a library. We don’t want to use the refactor package in our codebase. We want to use it as a library. So, how do we solve this problem?19func main() {20    fmt.Println(refactor.String())21}22type Refactor struct {23}24func (r Refactor) String() string {25}26func TestString(t *testing.T) {27    r := refactor{Name: "World"}28    if r.String() != "Hello World" {29        t.Error("Expected Hello World, got ", r.String())

String

Using AI Code Generation

1import (2func main() {3 c := refactor{1, 2}4 fmt.Println(c.String())5}6{1,2}

String

Using AI Code Generation

1import (2func main() {3	var x = refactor{}4	fmt.Println(x)5}6{Rahul 24}7import (8type refactor struct {9}10func (r refactor) String() string {11	return fmt.Sprintf("My name is %s and I am %d years old", r.name, r.age)12}13func main() {14	var x = refactor{}15	fmt.Println(x)16}17import (18type refactor struct {19}20func (r *refactor) String() string {21	return fmt.Sprintf("My name is %s and I am %d years old", r.name, r.age)22}23func main() {24	var x = refactor{}25	fmt.Println(x)26}27import (28type refactor struct {29}30func (r *refactor) String() string {31	return fmt.Sprintf("My name is %s and I am %d years old", r.name, r.age)32}33func main() {34	var x = refactor{}35	fmt.Println(x.String())36}37import (

String

Using AI Code Generation

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

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