How to use newStruct method of td Package
Best Go-testdeep code snippet using td.newStruct
types.go
Source:types.go 
1package ast2import (3 "fmt"4 "strings"5 "github.com/Chronostasys/calc/compiler/helper"6 "github.com/Chronostasys/calc/compiler/lexer"7 "github.com/llir/llvm/ir"8 "github.com/llir/llvm/ir/constant"9 "github.com/llir/llvm/ir/types"10 "github.com/llir/llvm/ir/value"11)12type BasicTypeNode struct {13 ResType int14 CustomTp []string15 PtrLevel int16 Generics []TypeNode17 Pkg string18}19func (n *BasicTypeNode) GetPtrLevel() int {20 return n.PtrLevel21}22func (n *BasicTypeNode) Clone() TypeNode {23 return &BasicTypeNode{24 n.ResType, n.CustomTp, n.PtrLevel, n.Generics, n.Pkg,25 }26}27type TypeNode interface {28 calc(*Scope) (types.Type, error)29 SetPtrLevel(int)30 GetPtrLevel() int31 String(*Scope) string32 Clone() TypeNode33}34type FuncTypeNode struct {35 Args *ParamsNode36 Ret TypeNode37 ptrlevel int38}39func (n *FuncTypeNode) Clone() TypeNode {40 return &FuncTypeNode{41 n.Args, n.Ret, n.ptrlevel,42 }43}44func (n *FuncTypeNode) GetPtrLevel() int {45 return n.ptrlevel46}47func (v *FuncTypeNode) SetPtrLevel(i int) {48 v.ptrlevel = i49}50func (v *FuncTypeNode) calc(s *Scope) (types.Type, error) {51 var ret types.Type52 if v.Ret != nil {53 r, err := v.Ret.calc(s)54 if err != nil {55 return nil, err56 }57 ret = r58 }59 args := []types.Type{}60 for _, v := range v.Args.Params {61 arg, err := v.TP.calc(s)62 if err != nil {63 return nil, err64 }65 args = append(args, arg)66 }67 var fn types.Type68 fn = types.NewFunc(ret, args...)69 v.ptrlevel++70 for i := 0; i < v.ptrlevel; i++ {71 fn = types.NewPointer(fn)72 }73 v.ptrlevel--74 return fn, nil75}76func (v *FuncTypeNode) String(*Scope) string {77 panic("not impl")78}79type calcedTypeNode struct {80 tp types.Type81}82func (n *calcedTypeNode) Clone() TypeNode {83 panic("not impl")84}85func (n *calcedTypeNode) GetPtrLevel() int {86 panic("not impl")87}88func (v *calcedTypeNode) SetPtrLevel(i int) {89 panic("not impl")90}91func (v *calcedTypeNode) calc(*Scope) (types.Type, error) {92 return v.tp, nil93}94func (v *calcedTypeNode) String(s *Scope) string {95 t, err := v.calc(s.globalScope)96 if err != nil {97 panic(err)98 }99 tp := strings.Trim(t.String(), "%*\"")100 return tp101}102type ArrayTypeNode struct {103 Len int104 ElmType TypeNode105 PtrLevel int106}107func (n *ArrayTypeNode) Clone() TypeNode {108 return &ArrayTypeNode{109 n.Len, n.ElmType, n.PtrLevel,110 }111}112func (n *ArrayTypeNode) GetPtrLevel() int {113 return n.PtrLevel114}115func (v *ArrayTypeNode) SetPtrLevel(i int) {116 v.PtrLevel = i117}118func (v *BasicTypeNode) SetPtrLevel(i int) {119 v.PtrLevel = i120}121func (v *ArrayTypeNode) String(s *Scope) string {122 t, err := v.calc(s.globalScope)123 if err != nil {124 panic(err)125 }126 tp := strings.Trim(t.String(), "%*\"")127 return tp128}129func (v *BasicTypeNode) String(s *Scope) string {130 m := ir.NewModule()131 oldm := s.m132 s.m = m133 t, err := v.calc(s.globalScope)134 if err != nil {135 panic(err)136 }137 s.m = oldm138 tp := strings.Trim(t.String(), "%*\"")139 return tp140}141func (v *ArrayTypeNode) calc(s *Scope) (types.Type, error) {142 elm, err := v.ElmType.calc(s)143 if err != nil {144 return nil, err145 }146 var tp types.Type147 if v.Len > 0 {148 tp = types.NewArray(uint64(v.Len), elm)149 } else {150 gnf := ScopeMap[SLICE].getGenericStruct("Slice")151 tp = types.NewPointer(gnf(s.m, &calcedTypeNode{elm}).structType)152 }153 for i := 0; i < v.PtrLevel; i++ {154 tp = types.NewPointer(tp)155 }156 return tp, nil157}158func loadElmType(tp types.Type) types.Type {159 for p, ok := tp.(*types.PointerType); ok; p, ok = tp.(*types.PointerType) {160 tp = p.ElemType161 }162 return tp163}164func (v *BasicTypeNode) calc(sc *Scope) (types.Type, error) {165 var s types.Type166 oris := sc167 if len(v.CustomTp) == 0 {168 s = typedic[v.ResType]169 } else {170 tpname := v.CustomTp[0]171 getTp := func() error {172 if len(v.Generics) > 0 {173 gfn := sc.getGenericStruct(tpname)174 if oris.paramGenerics != nil {175 if oris.currParam < len(oris.paramGenerics) {176 gs := oris.paramGenerics[oris.currParam]177 if gs != nil {178 for i, v := range v.Generics {179 if len(v.(*BasicTypeNode).CustomTp) == 0 {180 break181 }182 k := v.(*BasicTypeNode).CustomTp[0]183 ss := strings.Split(k, ".")184 k = ss[len(ss)-1]185 if i < len(gs) {186 oris.genericMap[k] = gs[i]187 }188 }189 }190 }191 }192 td := gfn(sc.m, v.Generics...)193 s = td.structType194 oris.generics = td.generics195 // for k, v := range sc.genericMap {196 // oris.genericMap[k] = v197 // }198 return nil199 }200 st := types.NewStruct()201 def := sc.getStruct(tpname)202 sc.generics = nil203 if def != nil {204 oris.generics = def.generics205 s = def.structType206 } else if sc.getGenericType(tpname) != nil {207 s = sc.getGenericType(tpname)208 } else {209 st.TypeName = v.Pkg + "." + tpname210 if st.TypeName != "github.com/Chronostasys/calc/runtime/strings._str" && sc.strict {211 return fmt.Errorf("type %s not found", v.Pkg+"."+tpname)212 }213 s = st214 }215 return nil216 }217 if len(v.CustomTp) == 1 {218 if sc.Pkgname != v.Pkg {219 sc = ScopeMap[v.Pkg]220 }221 for k, v := range oris.genericMap {222 sc.genericMap[k] = v223 }224 err := getTp()225 if err != nil {226 return nil, err227 }228 } else {229 sc = ScopeMap[v.CustomTp[0]]230 tpname = v.CustomTp[1]231 err := getTp()232 if err != nil {233 return nil, err234 }235 }236 }237 if s == nil {238 return nil, errVarNotFound239 }240 for i := 0; i < v.PtrLevel; i++ {241 s = types.NewPointer(s)242 }243 return s, nil244}245type ArrayInitNode struct {246 Type TypeNode247 Vals []Node248 allocOnHeap bool249}250func (n *ArrayInitNode) tp() TypeNode {251 return n.Type252}253func (n *ArrayInitNode) setAlloc(onheap bool) {254 n.allocOnHeap = onheap255}256func (n *ArrayInitNode) travel(f func(Node) bool) {257 f(n)258}259func (n *ArrayInitNode) calc(m *ir.Module, f *ir.Func, s *Scope) value.Value {260 tp := n.Type261 atype, err := tp.calc(s)262 if err != nil {263 panic(err)264 }265 var alloca value.Value266 if n.allocOnHeap {267 alloca = gcmalloc(m, s, n.Type)268 } else {269 alloca = stackAlloc(m, s, atype)270 }271 var va value.Value = alloca272 for k, v := range n.Vals {273 ptr := s.block.NewGetElementPtr(atype, va,274 constant.NewIndex(zero),275 constant.NewIndex(constant.NewInt(types.I32, int64(k))))276 cs, err := implicitCast(loadIfVar(v.calc(m, f, s), s), atype.(*types.ArrayType).ElemType, s)277 if err != nil {278 panic(err)279 }280 store(cs, ptr, s)281 }282 return alloca283}284func (n *StructInitNode) setAlloc(onheap bool) {285 n.allocOnHeap = onheap286}287func (n *StructInitNode) calc(m *ir.Module, f *ir.Func, s *Scope) value.Value {288 t, err := n.TP.calc(s)289 generics := s.generics290 defer func() {291 s.generics = generics292 }()293 if err != nil {294 panic(err)295 }296 ss1 := t.String()297 ss2 := strings.Trim(ss1, "%*\"")298 scs := helper.SplitLast(ss2, ".")299 var scope = s300 var ss string301 if len(scs) > 1 {302 ss = scs[1]303 scope = ScopeMap[scs[0]]304 } else {305 ss = scs[0]306 }307 tp := scope.getStruct(ss)308 if tp == nil {309 panic("failed to find type declareation")310 }311 var alloca value.Value312 if n.allocOnHeap {313 alloca = gcmalloc(m, s, n.TP)314 } else {315 alloca = stackAlloc(m, s, tp.structType)316 }317 var va value.Value = alloca318 // assign319 for k, v := range n.Fields {320 fi := tp.fieldsIdx[k]321 ptr := s.block.NewGetElementPtr(tp.structType, va,322 constant.NewIndex(zero),323 constant.NewIndex(constant.NewInt(types.I32, int64(fi.idx))))324 va, err := implicitCast(loadIfVar(v.calc(m, f, s), s), fi.ftype, s)325 if err != nil {326 panic(err)327 }328 store(va, ptr, s)329 }330 return alloca331}332type StructDefNode struct {333 ptrlevel int334 fields map[string]*field335 Orderedfields []*Field336}337type Field struct {338 Name string339 TP TypeNode340}341func (n *StructDefNode) Clone() TypeNode {342 return &StructDefNode{343 n.ptrlevel, n.fields, n.Orderedfields,344 }345}346func (n *StructDefNode) GetPtrLevel() int {347 return n.ptrlevel348}349func (v *StructDefNode) SetPtrLevel(i int) {350 v.ptrlevel = i351}352func (v *StructDefNode) calc(s *Scope) (types.Type, error) {353 fields := []types.Type{}354 fieldsIdx := map[string]*field{}355 for i := range v.Orderedfields {356 k, v := v.Orderedfields[i].Name, v.Orderedfields[i].TP357 tp, err := v.calc(s)358 if err != nil {359 return nil, err360 }361 fields = append(fields, tp)362 fieldsIdx[k] = &field{363 idx: i,364 ftype: fields[i],365 }366 }367 var tp types.Type368 tp = types.NewStruct(fields...)369 v.fields = fieldsIdx370 for i := 0; i < v.ptrlevel; i++ {371 tp = types.NewPointer(tp)372 }373 tmpID := strings.Trim(tp.String(), "%*\"")374 s.types[tmpID] = &typedef{375 structType: tp,376 fieldsIdx: v.fields,377 }378 return tp, nil379}380func (v *StructDefNode) String(*Scope) string {381 panic("not impl")382}383type interf struct {384 types.Type385 interfaceFuncs map[string]*FuncNode386 genericMaps map[string]types.Type387 id string388}389func (t *interf) Equal(t1 types.Type) bool {390 if i, ok := t1.(*interf); ok {391 return i.id == t.id392 }393 return false394}395type InterfaceDefNode struct {396 ptrlevel int397 Funcs map[string]*FuncNode398 OrderedIDS []string399}400func (n *InterfaceDefNode) Clone() TypeNode {401 return &InterfaceDefNode{402 n.ptrlevel, n.Funcs, n.OrderedIDS,403 }404}405func (n *InterfaceDefNode) GetPtrLevel() int {406 return n.ptrlevel407}408func (v *InterfaceDefNode) SetPtrLevel(i int) {409 v.ptrlevel = i410}411func (v *InterfaceDefNode) calc(s *Scope) (types.Type, error) {412 var tp types.Type413 tps := []types.Type{lexer.DefaultIntType()}414 i := 1415 for _, k := range v.OrderedIDS {416 tps = append(tps, lexer.DefaultIntType())417 v.Funcs[k].i = i418 i++419 }420 interfaceTp := types.NewStruct(tps...)421 tp = &interf{422 Type: interfaceTp,423 interfaceFuncs: v.Funcs,424 }425 for i := 0; i < v.ptrlevel; i++ {426 tp = types.NewPointer(tp)427 }428 return tp, nil429}430func (v *InterfaceDefNode) String(*Scope) string {431 panic("not impl")432}433type StructInitNode struct {434 TP TypeNode435 Fields map[string]Node436 allocOnHeap bool437}438func (b *StructInitNode) tp() TypeNode {439 return b.TP440}441func (n *StructInitNode) travel(f func(Node) bool) {442 f(n)443 if n.Fields != nil {444 for _, v := range n.Fields {445 v.travel(f)446 }447 }448}449type typeDefNode struct {450 id string451 tp types.Type452 generics []string453}454func (n *typeDefNode) travel(f func(Node) bool) {455 f(n)456}457func NewTypeDef(id string, tp TypeNode, generics []string, m *ir.Module, s *Scope) Node {458 if len(generics) == 0 {459 // sout := s460 n := &typeDefNode{id: id, generics: generics}461 defFunc := func(m *ir.Module, s *Scope) error {462 s.strict = true463 defer func() {464 s.strict = false465 }()466 // æåå®ä¹å¥½ç±»åå ä½ç¬¦ï¼è¿æ ·æè½å
许èªå¼ç¨467 tmpss := types.NewStruct()468 tmpss.SetName(s.getFullName(n.id))469 var fidx = map[string]*field{}470 td := &typedef{471 structType: tmpss,472 fieldsIdx: fidx,473 }474 s.globalScope.addStruct(n.id, td)475 var t types.Type476 var err error477 func() {478 defer func() {479 e := recover()480 if e != nil {481 err = fmt.Errorf("%v", e)482 }483 }()484 t, err = tp.calc(s)485 }()486 if err != nil {487 delete(s.globalScope.types, s.getFullName(n.id))488 return err489 }490 if tt, ok := t.(*interf); ok {491 tt.id = s.getFullName(n.id)492 }493 if n, ok := tp.(*StructDefNode); ok {494 for k, v := range n.fields {495 fidx[k] = v496 }497 }498 n.tp = t499 if tt, ok := t.(*types.StructType); ok {500 tmpss.Fields = tt.Fields501 }502 td.structType = m.NewTypeDef(s.getFullName(n.id), t)503 // s.globalScope.addStruct(n.id, &typedef{504 // structType: m.NewTypeDef(s.getFullName(n.id), t),505 // fieldsIdx: fidx,506 // })507 return nil508 }509 s.globalScope.defFuncs = append(s.globalScope.defFuncs, defFunc)510 return n511 }512 deffunc := func(m *ir.Module, s *Scope, gens ...TypeNode) *typedef {513 sig := id + "<"514 genericMap := s.genericMap515 generictypes := []types.Type{}516 if len(gens) > 0 {517 if genericMap == nil {518 genericMap = make(map[string]types.Type)519 }520 for i, v := range gens {521 tp, err := v.calc(s)522 if err != nil {523 panic(err)524 }525 genericMap[generics[i]] = tp526 generictypes = append(generictypes, tp)527 sig += tp.String() + ","528 }529 }530 sig += ">"531 if td := s.globalScope.getStruct(sig); td != nil {532 return td533 }534 // æåå®ä¹å¥½ç±»åå ä½ç¬¦ï¼è¿æ ·æè½å
许èªå¼ç¨535 tmpss := types.NewStruct()536 tmpss.SetName(s.getFullName(sig))537 td := &typedef{538 structType: tmpss,539 generics: generictypes,540 }541 s.globalScope.addStruct(sig, td)542 s.genericMap = genericMap543 t, err := tp.calc(s)544 if tt, ok := t.(*interf); ok {545 tt.genericMaps = make(map[string]types.Type)546 for k, v := range genericMap {547 tt.genericMaps[k] = v548 }549 tt.id = s.getFullName(sig)550 }551 if err != nil {552 panic(err)553 }554 var fidx map[string]*field555 if n, ok := tp.(*StructDefNode); ok {556 fidx = n.fields557 }558 td.structType = m.NewTypeDef(s.getFullName(sig), t)559 td.fieldsIdx = fidx560 return td561 }562 s.addGenericStruct(id, deffunc)563 return &typeDefNode{id: id, generics: generics}564}565func (n *typeDefNode) calc(m *ir.Module, f *ir.Func, s *Scope) value.Value {566 return zero567}...
main.go
Source:main.go
...108 if err != nil {109 logrus.Error(err)110 }111 // Create a temporary Struct112 newStruct := []Series{}113 // Marshal the file into the temporary struct114 json.Unmarshal(file, &newStruct)115 // Append the new series to the temporary struct116 newStruct = append(newStruct, data...)117 // Marshal the temporary struct into a byte array118 dataBytes, err := json.MarshalIndent(newStruct, "", " ")119 // Check for errors120 if err != nil {121 logrus.Error(err)122 }123 // Write the byte array to the file124 err = ioutil.WriteFile(filename, dataBytes, 0644)125 // Check for errors126 if err != nil {127 logrus.Error(err)128 }129}130func main() {131 // Create a new Collector132 c := colly.NewCollector(...
box_test.go
Source:box_test.go
1package core2import (3 "context"4 "io/ioutil"5 "os"6 "path/filepath"7 "testing"8 "time"9 "github.com/hashicorp/go-hclog"10 "github.com/hashicorp/vagrant/internal/plugin"11 "github.com/hashicorp/vagrant/internal/server/proto/vagrant_server"12 "github.com/stretchr/testify/require"13 "google.golang.org/protobuf/types/known/structpb"14 "google.golang.org/protobuf/types/known/timestamppb"15)16func hashicorpBionicBoxData() *vagrant_server.Box {17 testMetadata, _ := structpb.NewStruct(make(map[string]interface{}))18 return &vagrant_server.Box{19 Id: "123",20 Provider: "virtualbox",21 Version: "0.0.282",22 Directory: "/tmp/boxes",23 Metadata: testMetadata,24 MetadataUrl: "https://app.vagrantup.com/hashicorp/boxes/bionic64.json",25 Name: "hashicorp/bionic64",26 LastUpdate: timestamppb.Now(),27 }28}29func testboxBoxData() *vagrant_server.Box {30 testMetadata, _ := structpb.NewStruct(make(map[string]interface{}))31 return &vagrant_server.Box{32 Id: "123",33 Provider: "virtualbox",34 Version: "1.2.3",35 Directory: "/tmp/boxes",36 Metadata: testMetadata,37 MetadataUrl: "http://idontexist",38 Name: "test/box",39 LastUpdate: timestamppb.Now(),40 }41}42func newTestBox() *Box {43 return &Box{44 box: testboxBoxData(),45 }46}47func hashicorpBionicTestBox() *Box {48 return &Box{49 box: hashicorpBionicBoxData(),50 }51}52func newFullBox(t *testing.T, boxData *vagrant_server.Box, testBasis *Basis) *Box {53 basis := testBasis54 if basis == nil {55 pluginManager := plugin.NewManager(56 context.Background(),57 nil,58 hclog.New(&hclog.LoggerOptions{}),59 )60 basis = TestBasis(t, WithPluginManager(pluginManager))61 }62 td, err := ioutil.TempDir("", "box-metadata")63 require.NoError(t, err)64 data := []byte("{\"provider\":\"virtualbox\", \"nested\":{\"key\":\"val\"}}")65 err = os.WriteFile(filepath.Join(td, "metadata.json"), data, 0644)66 require.NoError(t, err)67 t.Cleanup(func() { os.RemoveAll(td) })68 // Change the box directory to the temp dir69 boxData.Directory = td70 box, err := NewBox(71 BoxWithBasis(basis),72 BoxWithBox(boxData),73 )74 require.NoError(t, err)75 return box76}77func TestNewBox(t *testing.T) {78 box := newFullBox(t, testboxBoxData(), nil)79 require.NotNil(t, box)80 require.Equal(t, "test/box", box.box.Name)81}82func TestBoxAutomaticUpdateCheckAllowed(t *testing.T) {83 testBox := newFullBox(t, testboxBoxData(), nil)84 // just did automated check85 testBox.box.LastUpdate = timestamppb.Now()86 allowed1, err := testBox.AutomaticUpdateCheckAllowed()87 if err != nil {88 t.Errorf("Failed to check automatic update")89 }90 require.False(t, allowed1)91 // did automated check a while ado92 testBox.box.LastUpdate = timestamppb.New(time.Now().Add(-(60 * time.Minute)))93 allowed2, err := testBox.AutomaticUpdateCheckAllowed()94 if err != nil {95 t.Errorf("Failed to check automatic update")96 }97 require.True(t, allowed2)98}99func TestCompare(t *testing.T) {100 testBox := newTestBox()101 otherBox := newTestBox()102 // Same box103 res1, err := testBox.Compare(otherBox)104 if err != nil {105 t.Errorf("Failed to compare boxes")106 }107 require.Equal(t, 0, res1)108 // Same box, higher version109 otherBox.box.Version = "2.0.0"110 res2, err := testBox.Compare(otherBox)111 if err != nil {112 t.Errorf("Failed to compare boxes")113 }114 require.Equal(t, 1, res2)115 // Same box, lower version116 otherBox.box.Version = "0.1.0"117 res3, err := testBox.Compare(otherBox)118 if err != nil {119 t.Errorf("Failed to compare boxes")120 }121 require.Equal(t, -1, res3)122 // Different provider123 otherBox.box.Provider = "notthesame"124 _, err = testBox.Compare(otherBox)125 require.Error(t, err)126}127func TestHasUpdate(t *testing.T) {128 box := hashicorpBionicTestBox()129 // Older box130 box.box.Version = "0.0.282"131 result, err := box.HasUpdate("")132 if err != nil {133 t.Errorf("Failed to check for update")134 }135 require.True(t, result)136 // Newer box137 box.box.Version = "99.9.282"138 result2, err := box.HasUpdate("")139 if err != nil {140 t.Errorf("Failed to check for update")141 }142 require.False(t, result2)143}144func TestMetadata(t *testing.T) {145 box := hashicorpBionicTestBox()146 result, err := box.Metadata()147 if err != nil {148 t.Errorf("Failed to get metadata")149 }150 require.NotNil(t, result)151 require.Equal(t, "hashicorp/bionic64", result.BoxName())152}...
newStruct
Using AI Code Generation
1import (2func main() {3 td := newStruct()4 fmt.Println(td)5}6import (7func main() {8 td := newStruct()9 fmt.Println(td)10}11import (12func main() {13 td := newStruct()14 fmt.Println(td)15}16import (17func main() {18 td := newStruct()19 fmt.Println(td)20}21import (22func main() {23 td := newStruct()24 fmt.Println(td)25}26import (27func main() {28 td := newStruct()29 fmt.Println(td)30}31import (32func main() {33 td := newStruct()34 fmt.Println(td)35}36import (37func main() {38 td := newStruct()39 fmt.Println(td)40}41import (42func main() {43 td := newStruct()44 fmt.Println(td)45}46import (47func main() {48 td := newStruct()49 fmt.Println(td)50}51import (52func main() {53 td := newStruct()54 fmt.Println(td)55}56import (57func main() {
newStruct
Using AI Code Generation
1import "fmt"2type td struct {3}4func main() {5 t2 := newStruct(t1)6 fmt.Println(t2)7}8func newStruct(t1 td) td {9 t2 := td{t1.x, t1.y}10}11import "fmt"12type td struct {13}14func main() {15 t2 := newStruct(t1)16 fmt.Println(t2)17}18func newStruct(t1 td) *td {19 t2 := &td{t1.x, t1.y}20}21import "fmt"22type td struct {23}24func main() {25 t2 := newStruct(t1)26 fmt.Println(t2)27}28func newStruct(t1 td) *td {29 t2 := &td{t1.x, t1.y}30}31import "fmt"32type td struct {33}34func main() {35 t2 := newStruct(t1)36 fmt.Println(t2)37}38func newStruct(t1 td) *td {39 t2 := &td{t1.x, t1.y}40}41import "fmt"42type td struct {
newStruct
Using AI Code Generation
1import "fmt"2type td struct {3}4func (t td) newStruct() td {5 return td{t.x + 1}6}7func main() {8 t1 := td{1}9 t2 := t1.newStruct()10 fmt.Println(t2.x)11}12import "fmt"13type td struct {14}15func (t td) newStruct() td {16 return td{t.x + 1}17}18func main() {19 t1 := td{1}20 t2 := t1.newStruct()21 fmt.Println(t2.x)22}23import "fmt"24type td struct {25}26func (t td) newStruct() td {27 return td{t.x + 1}28}29func main() {30 t1 := td{1}31 t2 := t1.newStruct()32 fmt.Println(t2.x)33}34import "fmt"35type td struct {36}37func (t td) newStruct() td {38 return td{t.x + 1}39}40func main() {41 t1 := td{1}42 t2 := t1.newStruct()43 fmt.Println(t2.x)44}45import "fmt"46type td struct {47}48func (t td) newStruct() td {49 return td{t.x + 1}50}51func main() {52 t1 := td{1}53 t2 := t1.newStruct()54 fmt.Println(t2.x)55}56import "fmt"57type td struct {58}59func (t td) newStruct() td {60 return td{t.x + 1}61}62func main() {63 t1 := td{1}64 t2 := t1.newStruct()65 fmt.Println(t2.x)66}
newStruct
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4 td.NewStruct()5}6import (7func main() {8 fmt.Println("Hello, playground")9 td.NewStruct()10}11import (12func main() {13 fmt.Println("Hello, playground")14 td.NewStruct()15}16import (17func main() {18 fmt.Println("Hello, playground")19 td.NewStruct()20}21import (22func main() {23 fmt.Println("Hello, playground")24 td.NewStruct()25}26import (27func main() {28 fmt.Println("Hello, playground")29 td.NewStruct()30}31import (32func main() {33 fmt.Println("Hello, playground")34 td.NewStruct()35}36import (37func main() {38 fmt.Println("Hello, playground")39 td.NewStruct()40}41import (42func main() {43 fmt.Println("Hello, playground")44 td.NewStruct()45}46import (47func main() {48 fmt.Println("Hello, playground")49 td.NewStruct()50}51import (52func main() {53 fmt.Println("Hello, playground")54 td.NewStruct()
newStruct
Using AI Code Generation
1import "fmt"2func main() {3 td := new(td)4 td.newStruct(1, "one")5 fmt.Println(td)6}7&{1 one}
newStruct
Using AI Code Generation
1import (2func main() {3 td = td.newStruct()4 fmt.Println(td)5}6import (7func main() {8 td = new(td)9 fmt.Println(td)10}11import (12func main() {13 td = new(td)14 fmt.Println(td)15}16import (17func main() {18 td = new(td)19 td = td.newStruct()20 fmt.Println(td)21}22import (23func main() {24 td = new(td)25 td = td.newStruct()26 fmt.Println(*td)27}28import (29func main() {30 td = new(td)31 td = td.newStruct()32 fmt.Println(&td)33}34import (35func main() {36 td = new(td)37 td = td.newStruct()38 fmt.Println(td)39}40import (41func main() {42 td = new(td)43 td = td.newStruct()44 fmt.Println(*td)45}46import (47func main() {48 td = new(td)49 td = td.newStruct()50 fmt.Println(&td)
newStruct
Using AI Code Generation
1import (2func main() {3 td := structs.TD{}4 td.NewStruct()5 fmt.Println(td)6}7{0 0 0}8The above output is because the td.NewStruct() method is not initializing the fields of the struct. We can initialize the fields of the struct by passing the values to the NewStruct() method as shown below:9import "fmt"10type TD struct {11}12func (td *TD) NewStruct() {13}14{1 2 3}15{1 2 3}16The NewStruct() method is a method of
newStruct
Using AI Code Generation
1td := newStruct()2td.newStruct()3td := newStruct()4td.newStruct()5td := newStruct()6td.newStruct()7It's not clear what you are trying to test here. Do you want to test that the newStruct() method returns a non-nil value? If so, you can do something like this:8td := newStruct()9if td == nil {10 t.Errorf("newStruct() returned nil")11}12If you want to test that the newStruct() method returns a value that has the expected fields, you can do something like this:13td := newStruct()14if td == nil {15 t.Errorf("newStruct() returned nil")16}17if td.Field1 != "some value" {18 t.Errorf("td.Field1 was %s, expected %s", td.Field1, "some value")19}20If you want to test that the newStruct() method returns a value that has the expected fields, and that the returned value is not a pointer, you can do something like this:21td := newStruct()22if td == nil {23 t.Errorf("newStruct() returned nil")24}25if td.Field1 != "some value" {26 t.Errorf("td.Field1 was %s, expected %s", td.Field1, "some value")27}28td := newStruct()29if td == nil {30 t.Errorf("newStruct() returned nil")31}32if td.Field1 != "some value" {33 t.Errorf("td.Field1 was %s, expected %s", td.Field1, "some value")34}35if reflect.ValueOf(td).Kind() == reflect.Ptr {36 t.Errorf("newStruct() returned a pointer")37}38If you want to test that the newStruct() method returns a value that has the expected
newStruct
Using AI Code Generation
1import (2func main() {3 fmt.Println(td.NewStruct())4}5In the above example, we have used the import statement to import the package td. You can also use the import statement to import the package td in the following ways:6import (7import (8In the above example, we have used the import statement to import the package td. You can also use the import statement to import the package td in the following ways:9import "fmt"10import "github.com/abc/td"11In the above ways, we have imported the package td using the import statement. The import statement is used to import the package td in the above ways. The import statement can be used to import the package td in the following ways:12import "fmt"13import "github.com/abc/td"14In the above ways, we have imported the package td using the import statement. The import statement is used to import the package td in the above ways. The import statement can be used to import the package td in the following ways:15import "fmt"16import "github.com/abc/td"17In the above ways, we have imported the package td using the import statement. The import statement is used to import the package td in the above ways. The import statement can be used to import the package td in the following ways:18import "fmt"19import
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