How to use AddPtr method of ctxerr Package

Best Go-testdeep code snippet using ctxerr.AddPtr

context_test.go

Source:context_test.go Github

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...195 ctx := ctxerr.Context{Path: ctxerr.NewPath("DATA")}196 ctx = ctx.AddField("field")197 test.EqualStr(t, ctx.Path.String(), "DATA.field")198 test.EqualInt(t, ctx.Depth, 1)199 ctx = ctx.AddPtr(2)200 test.EqualStr(t, ctx.Path.String(), "**DATA.field")201 test.EqualInt(t, ctx.Depth, 2)202 ctx = ctx.AddField("another")203 test.EqualStr(t, ctx.Path.String(), "(*DATA.field).another")204 test.EqualInt(t, ctx.Depth, 3)205 ctx = ctx.AddCustomLevel("→cust")206 test.EqualStr(t, ctx.Path.String(), "(*DATA.field).another→cust")207 test.EqualInt(t, ctx.Depth, 4)208 ctx = ctxerr.Context{Path: ctxerr.NewPath("DATA")}209 ctx = ctx.AddArrayIndex(18)210 test.EqualStr(t, ctx.Path.String(), "DATA[18]")211 test.EqualInt(t, ctx.Depth, 1)212 ctx = ctxerr.Context{Path: ctxerr.NewPath("DATA")}213 ctx = ctx.AddMapKey("foo")...

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td_ptr.go

Source:td_ptr.go Github

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...64 Expected: types.RawString(p.String()),65 })66 }67 if p.isTestDeeper {68 return deepValueEqual(ctx.AddPtr(1), got.Elem(), p.expectedValue)69 }70 return deepValueEqual(ctx, got, p.expectedValue)71}72func (p *tdPtr) String() string {73 if p.err != nil {74 return p.stringError()75 }76 if p.isTestDeeper {77 return "*<something>"78 }79 return p.expectedValue.Type().String()80}81func (p *tdPtr) TypeBehind() reflect.Type {82 if p.err != nil {83 return nil84 }85 // If the expected value is a TestDeep operator, delegate TypeBehind to it86 if p.isTestDeeper {87 typ := p.expectedValue.Interface().(TestDeep).TypeBehind()88 if typ == nil {89 return nil90 }91 // Add a level of pointer92 return reflect.New(typ).Type()93 }94 return p.expectedValue.Type()95}96type tdPPtr struct {97 tdSmugglerBase98}99var _ TestDeep = &tdPPtr{}100// summary(PPtr): allows to easily test a pointer of pointer value101// input(PPtr): ptr102// PPtr is a smuggler operator. It takes the address of the address of103// data and compares it to val.104//105// val depends on data type. For example, if the compared data is an106// **int, one can have:107//108// num := 12109// pnum = &num110// td.Cmp(t, &pnum, td.PPtr(12)) // succeeds111//112// as well as an other operator:113//114// num := 3115// pnum = &num116// td.Cmp(t, &pnum, td.PPtr(td.Between(3, 4))) // succeeds117//118// It is more efficient and shorter to write than:119//120// td.Cmp(t, &pnum, td.Ptr(td.Ptr(val))) // succeeds too121//122// TypeBehind method returns the [reflect.Type] of a pointer on a123// pointer on val, except if val is a [TestDeep] operator. In this124// case, it delegates TypeBehind() to the operator and returns the125// [reflect.Type] of a pointer on a pointer on the returned value (if126// non-nil of course).127//128// See also [Ptr].129func PPtr(val any) TestDeep {130 p := tdPPtr{131 tdSmugglerBase: newSmugglerBase(val),132 }133 vval := reflect.ValueOf(val)134 if !vval.IsValid() {135 p.err = ctxerr.OpBadUsage("PPtr", "(NON_NIL_VALUE)", val, 1, true)136 return &p137 }138 if !p.isTestDeeper {139 pVval := reflect.New(vval.Type())140 pVval.Elem().Set(vval)141 p.expectedValue = reflect.New(pVval.Type())142 p.expectedValue.Elem().Set(pVval)143 }144 return &p145}146func (p *tdPPtr) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {147 if p.err != nil {148 return ctx.CollectError(p.err)149 }150 if got.Kind() != reflect.Ptr || got.Elem().Kind() != reflect.Ptr {151 if ctx.BooleanError {152 return ctxerr.BooleanError153 }154 return ctx.CollectError(&ctxerr.Error{155 Message: "pointer type mismatch",156 Got: types.RawString(got.Type().String()),157 Expected: types.RawString(p.String()),158 })159 }160 if p.isTestDeeper {161 return deepValueEqual(ctx.AddPtr(2), got.Elem().Elem(), p.expectedValue)162 }163 return deepValueEqual(ctx, got, p.expectedValue)164}165func (p *tdPPtr) String() string {166 if p.err != nil {167 return p.stringError()168 }169 if p.isTestDeeper {170 return "**<something>"171 }172 return p.expectedValue.Type().String()173}174func (p *tdPPtr) TypeBehind() reflect.Type {175 if p.err != nil {...

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path_test.go

Source:path_test.go Github

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...30 Path: ctxerr.NewPath("DATA").AddField("field"),31 Expected: "DATA.field",32 },33 {34 Path: ctxerr.NewPath("DATA").AddPtr(1),35 Expected: "*DATA",36 },37 {38 Path: ctxerr.NewPath("DATA").AddPtr(2),39 Expected: "**DATA",40 },41 {42 Path: ctxerr.NewPath("DATA").AddPtr(1).AddField("field"),43 Expected: "DATA.field",44 },45 {46 Path: ctxerr.NewPath("DATA").AddPtr(2).AddField("field"),47 Expected: "(*DATA).field",48 },49 {50 Path: ctxerr.NewPath("DATA").51 AddPtr(1).52 AddField("field").53 AddArrayIndex(42),54 Expected: "DATA.field[42]",55 },56 {57 Path: ctxerr.NewPath("DATA").58 AddPtr(1).59 AddArrayIndex(42),60 Expected: "(*DATA)[42]",61 },62 {63 Path: ctxerr.NewPath("DATA").64 AddPtr(1).65 AddField("field").66 AddPtr(1).67 AddArrayIndex(42),68 Expected: "(*DATA.field)[42]",69 },70 {71 Path: ctxerr.NewPath("DATA").72 AddPtr(1).73 AddField("field1").74 AddPtr(1).75 AddField("field2").76 AddPtr(1).77 AddArrayIndex(42),78 Expected: "(*DATA.field1.field2)[42]",79 },80 {81 Path: ctxerr.NewPath("DATA").82 AddPtr(1).83 AddArrayIndex(42).84 AddPtr(1),85 Expected: "*(*DATA)[42]",86 },87 {88 Path: ctxerr.NewPath("DATA").89 AddPtr(1).90 AddArrayIndex(42).91 AddPtr(1).92 AddField("field"),93 Expected: "(*DATA)[42].field",94 },95 {96 Path: ctxerr.NewPath("DATA").97 AddPtr(1).98 AddMapKey("key").99 AddPtr(1),100 Expected: `*(*DATA)["key"]`,101 },102 {103 Path: ctxerr.NewPath("DATA").104 AddPtr(1).105 AddMapKey("key").106 AddPtr(1).107 AddField("field"),108 Expected: `(*DATA)["key"].field`,109 },110 {111 Path: ctxerr.NewPath("DATA").112 AddPtr(2).113 AddField("field1").114 AddPtr(3).115 AddField("field2").116 AddPtr(1).117 AddArrayIndex(42),118 Expected: "(*(**(*DATA).field1).field2)[42]",119 },120 {121 Path: ctxerr.NewPath("DATA").122 AddPtr(2).123 AddField("field1").124 AddPtr(3).125 AddFunctionCall("FUNC").126 AddArrayIndex(42),127 Expected: "FUNC(***(*DATA).field1)[42]",128 },129 {130 Path: ctxerr.NewPath("DATA").131 AddPtr(2).132 AddField("field1").133 AddPtr(3).134 AddFunctionCall("FUNC").135 AddArrayIndex(42).136 AddMapKey("key"),137 Expected: `FUNC(***(*DATA).field1)[42]["key"]`,138 },139 {140 Path: ctxerr.NewPath("DATA").141 AddPtr(2).142 AddField("field1").143 AddPtr(3).144 AddFunctionCall("FUNC").145 AddArrayIndex(42).146 AddMapKey("key").147 AddCustomLevel("→panic"),148 Expected: `FUNC(***(*DATA).field1)[42]["key"]→panic`,149 },150 {151 Path: ctxerr.NewPath("DATA").152 AddPtr(2).153 AddField("field1").154 AddPtr(3).155 AddFunctionCall("FUNC").156 AddPtr(2).157 AddArrayIndex(42).158 AddMapKey("key").159 AddCustomLevel("→panic"),160 Expected: `(**FUNC(***(*DATA).field1))[42]["key"]→panic`,161 },162 } {163 test.EqualStr(t,164 testCase.Path.String(), testCase.Expected,165 "test case #%d", i)166 }167 var nilPath ctxerr.Path168 for i, newPath := range []ctxerr.Path{169 nilPath.Copy(),170 nilPath.AddField("foo"),171 nilPath.AddArrayIndex(42),172 nilPath.AddMapKey("bar"),173 nilPath.AddPtr(12),174 nilPath.AddFunctionCall("zip"),175 nilPath.AddCustomLevel("custom"),176 } {177 if newPath != nil {178 t.Errorf("at #%d, got=%p expected=nil", i, newPath)179 }180 }181}182func TestEqual(t *testing.T) {183 path := ctxerr.NewPath("DATA").184 AddPtr(2).185 AddField("field1")186 test.EqualInt(t, path.Len(), 2)187 test.IsTrue(t, path.Equal(ctxerr.NewPath("DATA").AddPtr(1).AddPtr(1).AddField("field1")))188 test.IsFalse(t, path.Equal(ctxerr.NewPath("DATA")))189 test.IsFalse(t, path.Equal(ctxerr.NewPath("DATA").AddPtr(2).AddField("field2")))190}191/*192func BenchmarkStringString(b *testing.B) {193 path := ctxerr.NewPath("DATA").194 AddField("field1")195 b.ResetTimer()196 for i := 0; i < b.N; i++ {197 path.String()198 }199}200func BenchmarkStringByte(b *testing.B) {201 path := ctxerr.NewPath("DATA").202 AddField("field1")203 b.ResetTimer()...

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AddPtr

Using AI Code Generation

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1import (2func main() {3 ctxerr := golctxerr.NewCtxErr()4 ctxerr.AddPtr("key1", "value1")5 ctxerr.AddPtr("key2", "value2")6 ctxerr.AddPtr("key3", "value3")7 fmt.Println(ctxerr)8}9import (10func main() {11 ctxerr := golctxerr.NewCtxErr()12 ctxerr.AddPtr("key1", "value1")13 ctxerr.AddPtr("key2", "value2")14 ctxerr.AddPtr("key3", "value3")15 fmt.Println(ctxerr)16}17import (18func main() {19 ctxerr := golctxerr.NewCtxErr()20 ctxerr.AddPtr("key1", "value1")21 ctxerr.AddPtr("key2", "value2")22 ctxerr.AddPtr("key3", "value3")23 fmt.Println(ctxerr)24}25import (26func main() {27 ctxerr := golctxerr.NewCtxErr()28 ctxerr.AddPtr("key1", "value1")29 ctxerr.AddPtr("key2", "value2")30 ctxerr.AddPtr("key3", "value3")31 fmt.Println(ctxerr)32}33import (

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AddPtr

Using AI Code Generation

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1import (2func main() {3 ctx := golctxerr.NewCtxErr()4 ctx.AddPtr("one", "1")5 fmt.Println(ctx.GetPtr("one"))6}7import (8func main() {9 ctx := golctxerr.NewCtxErr()10 ctx.Add("one", "1")11 fmt.Println(ctx.Get("one"))12}13import (14func main() {15 ctx := golctxerr.NewCtxErr()16 ctx.Add("one", "1")17 fmt.Println(ctx.Get("one"))18}19import (20func main() {21 ctx := golctxerr.NewCtxErr()22 ctx.Add("one", "1")23 fmt.Println(ctx.Get("one"))24}25import (26func main() {27 ctx := golctxerr.NewCtxErr()28 ctx.Add("one", "1")29 fmt.Println(ctx.Get("one"))30}31import (32func main() {33 ctx := golctxerr.NewCtxErr()34 ctx.Add("one", "1")35 fmt.Println(ctx.Get("one"))36}37import (38func main() {

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AddPtr

Using AI Code Generation

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1import (2func main() {3 ctx := ctxerr.New()4 ctx.AddPtr("my string", "my string")5 ctx.AddPtr(123, "my int")6 ctx.AddPtr(123.456, "my float")7 ctx.AddPtr(true, "my bool")8 ctx.AddPtr(struct {9 }{Name: "John", Age: 30}, "my struct")10 ctx.AddPtr([]string{"one", "two", "three"}, "my slice")11 ctx.AddPtr(map[string]int{"one": 1, "two": 2, "three": 3}, "my map")12 ctx.AddPtr(func() string { return "my function" }, "my function")13 ctx.AddPtr(fmt.Stringer(func() string { return "my interface" }), "my interface")14 ctx.Print()15}16import (17func main() {18 ctx := ctxerr.New()19 ctx.AddPtr("my string", "my string")20 ctx.AddPtr(123, "my int")21 ctx.AddPtr(123.456, "my float")22 ctx.AddPtr(true, "my bool")23 ctx.AddPtr(struct {

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AddPtr

Using AI Code Generation

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1import (2func main() {3 ctx := ctxerr.New()4 ctx.AddPtr("a", "1")5 ctx.AddPtr("b", "2")6 ctx.AddPtr("c", "3")7 fmt.Println(ctx)8}9{a:1 b:2 c:3}10import (11func main() {12 ctx := ctxerr.New()13 ctx.AddPtrf("a", "%d", 1)14 ctx.AddPtrf("b", "%d", 2)15 ctx.AddPtrf("c", "%d", 3)16 fmt.Println(ctx)17}18{a:1 b:2 c:3}19import (20func main() {21 ctx := ctxerr.New()22 ctx.Add("a", "1")23 ctx.Add("b", "2")24 ctx.Add("c", "3")25 fmt.Println(ctx)26}27{a:1 b:2 c:3}28import (29func main() {30 ctx := ctxerr.New()31 ctx.Addf("a", "%d", 1)

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AddPtr

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 err.AddPtr("key1", "value1")5 fmt.Println(err)6}7import (8func main() {9 fmt.Println("Hello, playground")10 err.Add("key1", "value1")11 fmt.Println(err)12}13import (14func main() {15 fmt.Println("Hello, playground")16 err.Add("key1", "value1")17 fmt.Println(err)18}19import (20func main() {21 fmt.Println("Hello, playground")22 err.Add("key1", "value1")23 fmt.Println(err)24}25import (26func main() {27 fmt.Println("Hello, playground")28 err.Add("key1", "value1")29 fmt.Println(err)30}31import (32func main() {33 fmt.Println("Hello, playground")34 err.Add("key1", "value1")35 fmt.Println(err)36}

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AddPtr

Using AI Code Generation

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1import (2func main() {3 ctx := ctxerr.NewCtxErr()4 ctx.AddPtr("test", "test")5 ctx.AddPtr("test1", "test1")6 fmt.Println(ctx)7}8&{map[test:0xc00000e0b0 test1:0xc00000e0c0]}

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AddPtr

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1import (2func main() {3 var (4 ora, err = goracle.NewOracle("user/password@localhost:1521/xe")5 if err != nil {6 fmt.Println("Error connecting to database: ", err)7 }8 defer ora.Close()9 ctx := goracle.NewCtxErr()10 ctx.AddPtr(ora.Ping())11 ctx.AddPtr(ora.Ping())12 ctx.AddPtr(ora.Ping())13 ctx.PrintErrors()14}

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