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How to use checkType method of td Package

Best Go-testdeep code snippet using td.checkType

types.go

Source:types.go

...17	for _, s := range pkg.Syms {18		var err error19		switch d := s.(type) {20		case *ast.TypeDecl:21			err = tv.checkTypeDecl(d)22		case *ast.Const:23			err = tv.checkConstDecl(d)24		case *ast.Var:25			err = tv.checkVarDecl(d)26		case *ast.FuncDecl:27			err = tv.checkFuncDecl(d)28		default:29			panic("not reached")30		}31		if err != nil {32			return err33		}34	}35	return nil36}37func (tv *typeVerifier) checkTypeDecl(d *ast.TypeDecl) error {38	// No need to check things in a different package39	if d.File == nil || d.File.Pkg != tv.Pkg {40		return nil41	}42	// Check for a typechecking loop43	if l := tv.checkTypeLoop(d); l != nil {44		return &TypeCheckLoop{Off: d.Off, File: d.File, Loop: l}45	}46	// Check if we have already processed this type declaration.47	if _, ok := tv.Done[d.Name]; ok {48		return nil49	}50	tv.Done[d.Name] = struct{}{}51	// Descend into the type literal52	tv.beginCheckType(d, d.File)53	err := tv.checkType(d.Type)54	tv.endCheckType()55	if err != nil {56		return err57	}58	// Check method declarations.59	for _, m := range d.Methods {60		if err := tv.checkFuncDecl(m); err != nil {61			return err62		}63	}64	for _, m := range d.PMethods {65		if err := tv.checkFuncDecl(m); err != nil {66			return err67		}68	}69	if err := checkMethodUniqueness(d); err != nil {70		return err71	}72	return nil73}74func (tv *typeVerifier) checkConstDecl(c *ast.Const) error {75	// No need to check things in a different package76	if c.File == nil || c.File.Pkg != tv.Pkg {77		return nil78	}79	if c.Init != nil {80		tv.beginFile(c.File)81		err := tv.checkExpr(c.Init)82		tv.endFile()83		return err84	}85	return nil86}87func (tv *typeVerifier) checkVarDecl(v *ast.Var) error {88	// No need to check things in a different package89	if v.File == nil || v.File.Pkg != tv.Pkg {90		return nil91	}92	tv.beginFile(v.File)93	defer func() { tv.endFile() }()94	// Check the declared type of the variables.95	if v.Type != nil {96		// FIXME: All the variables share this type, maybe not check it97		// multiple times.98		if err := tv.checkType(v.Type); err != nil {99			return err100		}101	}102	if v.Init != nil {103		for _, x := range v.Init.RHS {104			if err := tv.checkExpr(x); err != nil {105				return err106			}107		}108	}109	return nil110}111func (tv *typeVerifier) checkFuncDecl(fn *ast.FuncDecl) error {112	// No need to check things in a different package113	if fn.File == nil || fn.File.Pkg != tv.Pkg {114		return nil115	}116	tv.beginFile(fn.File)117	defer func() { tv.endFile() }()118	// Check the receiver type.119	if fn.Func.Recv != nil {120		if err := tv.checkType(fn.Func.Recv.Type); err != nil {121			return err122		}123	}124	// Check the signature.125	if err := tv.checkType(fn.Func.Sig); err != nil {126		return err127	}128	return nil129}130func (tv *typeVerifier) checkType(t ast.Type) error {131	_, err := t.TraverseType(tv)132	return err133}134func (tv *typeVerifier) checkExpr(x ast.Expr) error {135	_, err := x.TraverseExpr(tv)136	return err137}138func (tv *typeVerifier) beginFile(f *ast.File) {139	tv.Files = append(tv.Files, tv.File)140	tv.File = f141}142func (tv *typeVerifier) endFile() {143	n := len(tv.Files)144	tv.File = tv.Files[n-1]145	tv.Files = tv.Files[:n-1]146}147func (tv *typeVerifier) beginCheckType(t *ast.TypeDecl, f *ast.File) {148	tv.beginFile(f)149	tv.Types = append(tv.Types, t)150}151func (tv *typeVerifier) endCheckType() {152	tv.Types = tv.Types[:len(tv.Types)-1]153	tv.endFile()154}155func (tv *typeVerifier) breakEmbedChain() {156	tv.Types = append(tv.Types, nil)157}158func (tv *typeVerifier) restoreEmbedChain() {159	tv.Types = tv.Types[:len(tv.Types)-1]160}161func (tv *typeVerifier) checkTypeLoop(t *ast.TypeDecl) []*ast.TypeDecl {162	for i := len(tv.Types) - 1; i >= 0; i-- {163		s := tv.Types[i]164		if s == nil {165			return nil166		}167		if s == t {168			return tv.Types[i:]169		}170	}171	return nil172}173// Types traversal174func (*typeVerifier) VisitError(*ast.Error) (*ast.Error, error) {175	panic("not reached")176}177func (*typeVerifier) VisitTypeName(*ast.QualifiedId) (ast.Type, error) {178	panic("not reached")179}180func (tv *typeVerifier) VisitTypeDeclType(td *ast.TypeDecl) (ast.Type, error) {181	if err := tv.checkTypeDecl(td); err != nil {182		return nil, err183	}184	return td, nil185}186func (*typeVerifier) VisitBuiltinType(t *ast.BuiltinType) (ast.Type, error) {187	return t, nil188}189func (tv *typeVerifier) VisitArrayType(t *ast.ArrayType) (ast.Type, error) {190	if err := tv.checkType(t.Elt); err != nil {191		return nil, err192	}193	if t.Dim != nil {194		if err := tv.checkExpr(t.Dim); err != nil {195			return nil, err196		}197	}198	return t, nil199}200func (tv *typeVerifier) VisitSliceType(t *ast.SliceType) (ast.Type, error) {201	tv.breakEmbedChain()202	err := tv.checkType(t.Elt)203	tv.restoreEmbedChain()204	if err != nil {205		return nil, err206	}207	return t, nil208}209func (tv *typeVerifier) VisitPtrType(t *ast.PtrType) (ast.Type, error) {210	tv.breakEmbedChain()211	err := tv.checkType(t.Base)212	tv.restoreEmbedChain()213	if err != nil {214		return nil, err215	}216	return t, nil217}218func (tv *typeVerifier) VisitMapType(t *ast.MapType) (ast.Type, error) {219	if err := tv.checkType(t.Key); err != nil {220		return nil, err221	}222	if !isEqualityComparable(t.Key) {223		return nil, &NotComparable{Off: t.Position(), File: tv.File, Type: t.Key}224	}225	tv.breakEmbedChain()226	err := tv.checkType(t.Elt)227	tv.restoreEmbedChain()228	if err != nil {229		return nil, err230	}231	return t, nil232}233func (tv *typeVerifier) VisitChanType(t *ast.ChanType) (ast.Type, error) {234	tv.breakEmbedChain()235	err := tv.checkType(t.Elt)236	tv.restoreEmbedChain()237	if err != nil {238		return nil, err239	}240	return t, nil241}242func (tv *typeVerifier) VisitStructType(t *ast.StructType) (ast.Type, error) {243	// Check field types.244	for i := range t.Fields {245		fd := &t.Fields[i]246		if err := tv.checkType(fd.Type); err != nil {247			return nil, err248		}249	}250	// Check for uniqueness of field names.251	for i := range t.Fields {252		name := fieldName(&t.Fields[i])253		if name == "_" {254			continue255		}256		for j := i + 1; j < len(t.Fields); j++ {257			other := fieldName(&t.Fields[j])258			if name == other {259				return nil, &DupFieldName{Field: &t.Fields[i], File: tv.File}260			}261		}262	}263	// Check restrictions on the anonymous field types. The parser already264	// guarantees that they are in the form `T` or `*T`. Check the `T` is not265	// a pointer type, and, in the case of `*T`, that `T` is not an interface266	// or pointer type.267	for i := range t.Fields {268		f := &t.Fields[i]269		if len(f.Name) > 0 {270			continue271		}272		dcl, _ := f.Type.(*ast.TypeDecl)273		if ptr, ok := f.Type.(*ast.PtrType); ok {274			dcl = ptr.Base.(*ast.TypeDecl)275			if _, ok := underlyingType(dcl.Type).(*ast.InterfaceType); ok {276				return nil, &BadAnonType{Off: f.Off, File: tv.File, Type: f.Type}277			}278		}279		if _, ok := underlyingType(dcl.Type).(*ast.PtrType); ok {280			return nil, &BadAnonType{Off: f.Off, File: tv.File, Type: f.Type}281		}282	}283	return t, nil284}285func (*typeVerifier) VisitTupleType(*ast.TupleType) (ast.Type, error) {286	panic("not reached")287}288func (tv *typeVerifier) VisitFuncType(t *ast.FuncType) (ast.Type, error) {289	tv.breakEmbedChain()290	defer tv.restoreEmbedChain()291	for i := range t.Params {292		if err := tv.checkType(t.Params[i].Type); err != nil {293			return nil, err294		}295	}296	for i := range t.Returns {297		if err := tv.checkType(t.Returns[i].Type); err != nil {298			return nil, err299		}300	}301	return t, nil302}303func (tv *typeVerifier) VisitInterfaceType(t *ast.InterfaceType) (ast.Type, error) {304	for i := range t.Embedded {305		// parser/resolver guarantee we have a TypeDecl306		d := t.Embedded[i].(*ast.TypeDecl)307		if _, ok := underlyingType(d).(*ast.InterfaceType); !ok {308			return nil, &BadEmbed{Type: d}309		}310		if err := tv.checkTypeDecl(d); err != nil {311			return nil, err312		}313	}314	for _, m := range t.Methods {315		if err := tv.checkType(m.Func.Sig); err != nil {316			return nil, err317		}318	}319	return t, nil320}321func (tv *typeVerifier) VisitQualifiedId(x *ast.QualifiedId) (ast.Expr, error) {322	// The only such case is for key in a struct composite literal.323	return x, nil324}325func (*typeVerifier) VisitConstValue(x *ast.ConstValue) (ast.Expr, error) {326	return x, nil327}328func (tv *typeVerifier) VisitCompLiteral(x *ast.CompLiteral) (ast.Expr, error) {329	if x.Typ != nil {330		if err := tv.checkType(x.Typ); err != nil {331			return nil, err332		}333	}334	for _, elt := range x.Elts {335		// Check index.336		if elt.Key != nil {337			if err := tv.checkExpr(elt.Key); err != nil {338				return nil, err339			}340		}341		// Check element value.342		if err := tv.checkExpr(elt.Elt); err != nil {343			return nil, err344		}345	}346	return x, nil347}348func (tv *typeVerifier) VisitOperandName(x *ast.OperandName) (ast.Expr, error) {349	return x, nil350}351func (tv *typeVerifier) VisitCall(x *ast.Call) (ast.Expr, error) {352	if x.ATyp != nil {353		if err := tv.checkType(x.ATyp); err != nil {354			return nil, err355		}356	}357	if err := tv.checkExpr(x.Func); err != nil {358		return nil, err359	}360	for _, x := range x.Xs {361		if err := tv.checkExpr(x); err != nil {362			return nil, err363		}364	}365	return x, nil366}367func (tv *typeVerifier) VisitConversion(x *ast.Conversion) (ast.Expr, error) {368	if err := tv.checkType(x.Typ); err != nil {369		return nil, err370	}371	if err := tv.checkExpr(x.X); err != nil {372		return nil, err373	}374	return x, nil375}376func (tv *typeVerifier) VisitMethodExpr(x *ast.MethodExpr) (ast.Expr, error) {377	return x, tv.checkType(x.RTyp)378}379func (tv *typeVerifier) VisitParensExpr(*ast.ParensExpr) (ast.Expr, error) {380	panic("not reached")381}382func (tv *typeVerifier) VisitFunc(x *ast.Func) (ast.Expr, error) {383	return x, tv.checkType(x.Sig)384}385func (tv *typeVerifier) VisitTypeAssertion(x *ast.TypeAssertion) (ast.Expr, error) {386	if x.ATyp == nil {387		return nil, &BadTypeAssertion{Off: x.Off, File: tv.File}388	}389	if err := tv.checkType(x.ATyp); err != nil {390		return nil, err391	}392	if err := tv.checkExpr(x.X); err != nil {393		return nil, err394	}395	return x, nil396}397func (tv *typeVerifier) VisitSelector(x *ast.Selector) (ast.Expr, error) {398	return x, tv.checkExpr(x.X)399}400func (tv *typeVerifier) VisitIndexExpr(x *ast.IndexExpr) (ast.Expr, error) {401	if err := tv.checkExpr(x.X); err != nil {402		return nil, err403	}...

differ.go

Source:differ.go

...58func GetHtmlReport(diffs DiffResult) (string, error) {59	var outBuff bytes.Buffer60	var diffReport = template.Must(template.New("diffreport").61		Funcs(template.FuncMap{"showDiffType": showDiffType,62			"checkType": checkType}).Parse(reportTemplate))63	err := diffReport.Execute(&outBuff, diffs)64	return outBuff.String(), err65}66var reportTemplate = `67<!DOCTYPE html>68<html lang="en" dir="ltr">69  <head>70    <meta charset="utf-8">71    <title>Diff view</title>72    <link rel="stylesheet"73      href="https://stackpath.bootstrapcdn.com/bootstrap/4.1.3/css/bootstrap.min.css"74      integrity="sha384-MCw98/SFnGE8fJT3GXwEOngsV7Zt27NXFoaoApmYm81iuXoPkFOJwJ8ERdknLPMO"75      crossorigin="anonymous">76    <script src="https://code.jquery.com/jquery-3.3.1.slim.min.js"77      integrity="sha384-q8i/X+965DzO0rT7abK41JStQIAqVgRVzpbzo5smXKp4YfRvH+8abtTE1Pi6jizo"78      crossorigin="anonymous"></script>79    <script src="https://cdnjs.cloudflare.com/ajax/libs/popper.js/1.14.3/umd/popper.min.js"80      integrity="sha384-ZMP7rVo3mIykV+2+9J3UJ46jBk0WLaUAdn689aCwoqbBJiSnjAK/l8WvCWPIPm49"81      crossorigin="anonymous"></script>82    <script src="https://stackpath.bootstrapcdn.com/bootstrap/4.1.3/js/bootstrap.min.js"83      integrity="sha384-ChfqqxuZUCnJSK3+MXmPNIyE6ZbWh2IMqE241rYiqJxyMiZ6OW/JmZQ5stwEULTy"84      crossorigin="anonymous"></script>85    <style>86      .equal {87        background-color: green;88        color: white;89      }90      .different {91        background-color: yellow;92      }93      .leftnew {94        background-color: blue;95        color: white;96      }97      .rightnew {98        background-color: red;99        color: white;100      }101      .tbar {102        background-color: white;103      }104    </style>105  </head>106  <body>107    <div class="fixed-top tbar">108      Toggle:109      <button class="btn btn-success" 110              type="button"111              data-toggle="collapse"112              data-target=".equal">Equal</button>113      <button class="btn btn-warning"114              type="button"115              data-toggle="collapse"116              data-target=".different">Different</button>117      <button class="btn btn-primary"118              type="button"119              data-toggle="collapse"120              data-target=".leftnew">Left New</button>121      <button class="btn btn-danger"122              type="button"123              data-toggle="collapse"124              data-target=".rightnew">Right New</button>125    </div>126    <br/><br/>127    <table class="table table-sm">128      <thead>129        <tr><th>left</th><th>&nbsp;</th><th>right</th></tr>130      </thead>131      <tbody>132        {{range .Diffs}}133        {{if checkType .T "="}}134        <tr class="equal collapse">135        {{else if checkType .T "x"}}136        <tr class="different collapse">137        {{else if checkType .T "<"}}138        <tr class="leftnew collapse">139        {{else if checkType .T ">"}}140        <tr class="rightnew collapse">141        {{end}}142          <td>143            {{.Left.Key}}<br/>144            {{.Left.Value}}145          </td>146          <td>{{.T | showDiffType}}</td>147          <td>148            {{.Right.Key}}<br/>149            {{.Right.Value}}150          </td>151        {{end}}152      </tbody>153    </table>154  </body>155</html>156`157func showDiffType(t DiffType) string {158	switch t {159	case EQUAL:160		return "="161	case LEFTNEW:162		return "<"163	case RIGHTNEW:164		return ">"165	case DIFFERENT:166		return "x"167	}168	return "!"169}170func checkType(t DiffType, s string) bool {171	return showDiffType(t) == s172}

lazy.go

Source:lazy.go

1// Copyright 2019-present Facebook Inc. All rights reserved.2// This source code is licensed under the Apache 2.0 license found3// in the LICENSE file in the root directory of this source tree.4package graphson5import (6	"fmt"7	"sync"8	"unsafe"9	jsoniter "github.com/json-iterator/go"10	"github.com/modern-go/reflect2"11)12// LazyEncoderOf returns a lazy encoder for type.13func (encodeExtension) LazyEncoderOf(typ reflect2.Type) jsoniter.ValEncoder {14	return &lazyEncoder{resolve: func() jsoniter.ValEncoder {15		return config.EncoderOf(typ)16	}}17}18// LazyDecoderOf returns a lazy unique decoder for type.19func (decodeExtension) LazyDecoderOf(typ reflect2.Type) jsoniter.ValDecoder {20	return &lazyDecoder{resolve: func() jsoniter.ValDecoder {21		dec := config.DecoderOf(reflect2.PtrTo(typ))22		if td, ok := dec.(typeDecoder); ok {23			td.typeChecker = &uniqueType{elemChecker: td.typeChecker}24			dec = td25		}26		return dec27	}}28}29type lazyEncoder struct {30	jsoniter.ValEncoder31	resolve func() jsoniter.ValEncoder32	once    sync.Once33}34func (enc *lazyEncoder) Encode(ptr unsafe.Pointer, stream *jsoniter.Stream) {35	enc.once.Do(func() { enc.ValEncoder = enc.resolve() })36	enc.ValEncoder.Encode(ptr, stream)37}38func (enc *lazyEncoder) IsEmpty(ptr unsafe.Pointer) bool {39	enc.once.Do(func() { enc.ValEncoder = enc.resolve() })40	return enc.ValEncoder.IsEmpty(ptr)41}42type lazyDecoder struct {43	jsoniter.ValDecoder44	resolve func() jsoniter.ValDecoder45	once    sync.Once46}47func (dec *lazyDecoder) Decode(ptr unsafe.Pointer, iter *jsoniter.Iterator) {48	dec.once.Do(func() { dec.ValDecoder = dec.resolve() })49	dec.ValDecoder.Decode(ptr, iter)50}51type uniqueType struct {52	typ         Type53	once        sync.Once54	elemChecker typeChecker55}56func (u *uniqueType) CheckType(other Type) error {57	u.once.Do(func() { u.typ = other })58	if u.typ != other {59		return fmt.Errorf("expect type %s, but found %s", u.typ, other)60	}61	return u.elemChecker.CheckType(u.typ)62}...

checkType

Using AI Code Generation

1import (2type td struct {3}4func (t td) checkType() bool {5    if t.name == "td" {6    }7}8func main() {9    t := td{"td"}10    fmt.Println(t.checkType())11}12import (13type tr struct {14}15func (t tr) checkType() bool {16    if t.name == "tr" {17    }18}19func main() {20    t := tr{"tr"}21    fmt.Println(t.checkType())22}23import (24type th struct {25}26func (t th) checkType() bool {27    if t.name == "th" {28    }29}30func main() {31    t := th{"th"}32    fmt.Println(t.checkType())33}34import (35type table struct {36}37func (t table) checkType() bool {38    if t.name == "table" {39    }40}41func main() {42    t := table{"table"}43    fmt.Println(t.checkType())44}45import (46type html struct {47}48func (t html) checkType() bool {49    if t.name == "html" {50    }51}52func main() {53    t := html{"html"}54    fmt.Println(t.checkType())55}56import (57type body struct {58}59func (t body) checkType() bool {60    if t.name == "body" {61    }62}63func main() {64    t := body{"body"}65    fmt.Println(t.checkType())66}

checkType

Using AI Code Generation

1import "fmt"2type td struct {3}4func (t td) checkType() {5    fmt.Println("Name is ", t.name)6    fmt.Println("Age is ", t.age)7}8func main() {9    t := td{"Tom", 25}10    t.checkType()11}12import "fmt"13type td struct {14}15func (t td) checkType() {16    fmt.Println("Name is ", t.name)17    fmt.Println("Age is ", t.age)18}19func main() {20    t := td{"Tom", 25}21    t.checkType()22}23import "fmt"24type td struct {25}26func (t td) checkType() {27    fmt.Println("Name is ", t.name)28    fmt.Println("Age is ", t.age)29}30func main() {31    t := td{"Tom", 25}32    t.checkType()33}34import "fmt"35type td struct {36}37func (t td) checkType() {38    fmt.Println("Name is ", t.name)39    fmt.Println("Age is ", t.age)40}41func main() {42    t := td{"Tom", 25}43    t.checkType()44}45import "fmt"46type td struct {47}48func (t td) checkType() {49    fmt.Println("Name is ", t.name)50    fmt.Println("Age is ", t.age)51}52func main() {53    t := td{"Tom", 25}54    t.checkType()55}56import "fmt"57type td struct {58}59func (t td) checkType() {60    fmt.Println("Name is ", t.name)61    fmt.Println("Age is ", t

checkType

Using AI Code Generation

1import "fmt"2func main(){3    t1.checkType()4}5import "fmt"6func main(){7    t1.checkType()8}9import "fmt"10func main(){11    t1.checkType()12}13import "fmt"14func main(){15    t1.checkType()16}17import "fmt"18func main(){19    t1.checkType()20}21import "fmt"22func main(){23    t1.checkType()24}25import "fmt"26func main(){27    t1.checkType()28}29import "fmt"30func main(){31    t1.checkType()32}33import "fmt"34func main(){35    t1.checkType()36}37import "fmt"38func main(){39    t1.checkType()40}41import "fmt"42func main(){43    t1.checkType()44}45import "fmt"46func main(){47    t1.checkType()48}49import "fmt

checkType

Using AI Code Generation

1import "fmt"2func main() {3  var f []string = []string{"a", "b"}4  var g interface{} = 15  var h interface{} = "hello"6  var i interface{} = 2.27  var j interface{} = true8  var k interface{} = 'b'9  var l interface{} = []string{"a", "b"}10  fmt.Println(td.checkType(a))11  fmt.Println(td.checkType(b))12  fmt.Println(td.checkType(c))13  fmt.Println(td.checkType(d))14  fmt.Println(td.checkType(e))15  fmt.Println(td.checkType(f))16  fmt.Println(td.checkType(g))17  fmt.Println(td.checkType(h))18  fmt.Println(td.checkType(i))19  fmt.Println(td.checkType(j))20  fmt.Println(td.checkType(k))21  fmt.Println(td.checkType(l))22}23import "fmt"24func main() {25  var f []string = []string{"a", "b"}26  var g interface{} = 127  var h interface{} = "hello"28  var i interface{} = 2.229  var j interface{} = true30  var k interface{} = 'b'31  var l interface{} = []string{"a", "b"}32  fmt.Println(td.checkType(a))33  fmt.Println(td.checkType(b))34  fmt.Println(td.checkType(c))35  fmt.Println(td.checkType(d))36  fmt.Println(td.checkType(e))37  fmt.Println(td.checkType(f))38  fmt.Println(td.checkType(g))39  fmt.Println(td.checkType(h))40  fmt.Println(td.checkType(i))41  fmt.Println(td.checkType(j))42  fmt.Println(td.checkType

checkType

Using AI Code Generation

1import (2func main() {3	fmt.Println(checkType(x))4	fmt.Println(checkType(y))5	fmt.Println(checkType(z))6}7func checkType(x interface{}) string {8	return td.checkType(x)9}10import (11type td struct {12}13func (t td) checkType(x interface{}) string {14	t1 := reflect.TypeOf(x)15	switch t1.Kind() {16	}17}18func main() {19	fmt.Println(td.checkType(x))20	fmt.Println(td.checkType(y))21	fmt.Println(td.checkType(z))22}

checkType

Using AI Code Generation

1import "fmt"2type td struct {3}4func (t td) checkType() string {5}6func main() {7 t := td{"test"}8 fmt.Println(t.checkType())9}10value, ok := element.(T)11import "fmt"12type td struct {13}14func (t td) checkType() string {15}16func main() {17 t := td{"test"}18 fmt.Println(t.checkType())19 var i interface{} = t20 s := i.(td)21 fmt.Println(s)22}23{test}24switch element.(type) {25}26import "fmt"27type td struct {28}29func (t td) checkType() string {30}31func main() {

checkType

Using AI Code Generation

1import "fmt"2func main() {3    td.set(100, 200)4    td.checkType()5}6import "fmt"7type td struct {8}9func (td *td) set(a int, b int) {10}11func (td *td) checkType() {12    fmt.Println("type of a is: ", td.a)13    fmt.Println("type of b is: ", td.b)14}

checkType

Using AI Code Generation

1import "fmt"2func main() {3	var i interface{}4	fmt.Println(i)5	fmt.Println(i)6}7In the above example, we have a variable i of type interface{} which can hold any type of value. We assign the value 10 to i and then print it. Then we assign the value “Hello” to

checkType

Using AI Code Generation

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

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