How to use BadKind method of ctxerr Package

Best Go-testdeep code snippet using ctxerr.BadKind

td_len_cap.go

Source:td_len_cap.go

...124	default:125		if ctx.BooleanError {126			return ctxerr.BooleanError127		}128		return ctx.CollectError(ctxerr.BadKind(got, "array OR chan OR map OR slice OR string"))129	}130}131type tdCap struct {132	tdLenCapBase133}134var _ TestDeep = &tdCap{}135// summary(Cap): checks an array, slice or channel capacity136// input(Cap): array,slice,chan137// Cap is a smuggler operator. It takes data, applies cap() function138// on it and compares its result to expectedCap. Of course, the139// compared value must be an array, a channel or a slice.140//141// expectedCap can be an int value:142//143//	td.Cmp(t, gotSlice, td.Cap(12))144//145// as well as an other operator:146//147//	td.Cmp(t, gotSlice, td.Cap(td.Between(3, 4)))148//149// See also [Len].150func Cap(expectedCap any) TestDeep {151	c := tdCap{}152	c.initLenCapBase(expectedCap)153	return &c154}155func (c *tdCap) String() string {156	if c.err != nil {157		return c.stringError()158	}159	if c.isTestDeeper {160		return "cap: " + c.expectedValue.Interface().(TestDeep).String()161	}162	return fmt.Sprintf("cap=%d", c.expectedValue.Int())163}164func (c *tdCap) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {165	if c.err != nil {166		return ctx.CollectError(c.err)167	}168	switch got.Kind() {169	case reflect.Array, reflect.Chan, reflect.Slice:170		ret, err := c.isEqual(ctx.AddFunctionCall("cap"), got.Cap())171		if ret {172			return err173		}174		if ctx.BooleanError {175			return ctxerr.BooleanError176		}177		return ctx.CollectError(&ctxerr.Error{178			Message:  "bad capacity",179			Got:      types.RawInt(got.Cap()),180			Expected: types.RawInt(c.expectedValue.Int()),181		})182	default:183		if ctx.BooleanError {184			return ctxerr.BooleanError185		}186		return ctx.CollectError(ctxerr.BadKind(got, "array OR chan OR slice"))187	}188}...

td_empty.go

Source:td_empty.go

...8	"reflect"9	"github.com/maxatome/go-testdeep/internal/ctxerr"10	"github.com/maxatome/go-testdeep/internal/types"11)12const emptyBadKind = "array OR chan OR map OR slice OR string OR pointer(s) on them"13type tdEmpty struct {14	baseOKNil15}16var _ TestDeep = &tdEmpty{}17// summary(Empty): checks that an array, a channel, a map, a slice or18// a string is empty19// input(Empty): str,array,slice,map,ptr(ptr on array/slice/map/string),chan20// Empty operator checks that an array, a channel, a map, a slice or a21// string is empty. As a special case (non-typed) nil, as well as nil22// channel, map or slice are considered empty.23//24// Note that the compared data can be a pointer (of pointer of pointer25// etc.) on an array, a channel, a map, a slice or a string.26//27//	td.Cmp(t, "", td.Empty())                // succeeds28//	td.Cmp(t, map[string]bool{}, td.Empty()) // succeeds29//	td.Cmp(t, []string{"foo"}, td.Empty())   // fails30func Empty() TestDeep {31	return &tdEmpty{32		baseOKNil: newBaseOKNil(3),33	}34}35// isEmpty returns (isEmpty, kindError) boolean values with only 336// possible cases:37//   - true, false  â "got" is empty38//   - false, false â "got" is not empty39//   - false, true  â "got" kind is not compatible with emptiness40func isEmpty(got reflect.Value) (bool, bool) {41	switch got.Kind() {42	case reflect.Array, reflect.Chan, reflect.Map, reflect.Slice, reflect.String:43		return got.Len() == 0, false44	case reflect.Ptr:45		switch got.Type().Elem().Kind() {46		case reflect.Array, reflect.Chan, reflect.Map, reflect.Slice,47			reflect.String:48			if got.IsNil() {49				return true, false50			}51			fallthrough52		case reflect.Ptr:53			return isEmpty(got.Elem())54		default:55			return false, true // bad kind56		}57	default:58		// nil case59		if !got.IsValid() {60			return true, false61		}62		return false, true // bad kind63	}64}65func (e *tdEmpty) Match(ctx ctxerr.Context, got reflect.Value) (err *ctxerr.Error) {66	ok, badKind := isEmpty(got)67	if ok {68		return nil69	}70	if ctx.BooleanError {71		return ctxerr.BooleanError72	}73	if badKind {74		return ctx.CollectError(ctxerr.BadKind(got, emptyBadKind))75	}76	return ctx.CollectError(&ctxerr.Error{77		Message:  "not empty",78		Got:      got,79		Expected: types.RawString("empty"),80	})81}82func (e *tdEmpty) String() string {83	return "Empty()"84}85type tdNotEmpty struct {86	baseOKNil87}88var _ TestDeep = &tdNotEmpty{}89// summary(NotEmpty): checks that an array, a channel, a map, a slice90// or a string is not empty91// input(NotEmpty): str,array,slice,map,ptr(ptr on array/slice/map/string),chan92// NotEmpty operator checks that an array, a channel, a map, a slice93// or a string is not empty. As a special case (non-typed) nil, as94// well as nil channel, map or slice are considered empty.95//96// Note that the compared data can be a pointer (of pointer of pointer97// etc.) on an array, a channel, a map, a slice or a string.98//99//	td.Cmp(t, "", td.NotEmpty())                // fails100//	td.Cmp(t, map[string]bool{}, td.NotEmpty()) // fails101//	td.Cmp(t, []string{"foo"}, td.NotEmpty())   // succeeds102func NotEmpty() TestDeep {103	return &tdNotEmpty{104		baseOKNil: newBaseOKNil(3),105	}106}107func (e *tdNotEmpty) Match(ctx ctxerr.Context, got reflect.Value) (err *ctxerr.Error) {108	ok, badKind := isEmpty(got)109	if ok {110		if ctx.BooleanError {111			return ctxerr.BooleanError112		}113		return ctx.CollectError(&ctxerr.Error{114			Message:  "empty",115			Got:      got,116			Expected: types.RawString("not empty"),117		})118	}119	if badKind {120		if ctx.BooleanError {121			return ctxerr.BooleanError122		}123		return ctx.CollectError(ctxerr.BadKind(got, emptyBadKind))124	}125	return nil126}127func (e *tdNotEmpty) String() string {128	return "NotEmpty()"129}...

op_error_test.go

Source:op_error_test.go

...52	test.EqualStr(t,53		ctxerr.OpBad("Zzz", "test %d", 123).Error(),54		prefix+"test 123")55}56func TestBadKind(t *testing.T) {57	defer color.SaveState()()58	expected := func(got string) string {59		return ": bad kind\n\t     got: " + got + "\n\texpected: some kinds"60	}61	test.EqualStr(t,62		ctxerr.BadKind(reflect.ValueOf(42), "some kinds").Error(),63		expected("int"))64	test.EqualStr(t,65		ctxerr.BadKind(reflect.ValueOf(&[]int{}), "some kinds").Error(),66		expected("*slice (*[]int type)"))67	test.EqualStr(t,68		ctxerr.BadKind(reflect.ValueOf((***int)(nil)), "some kinds").Error(),69		expected("***int"))70	test.EqualStr(t,71		ctxerr.BadKind(reflect.ValueOf(nil), "some kinds").Error(),72		expected("nil"))73}74func TestNilPointer(t *testing.T) {75	defer color.SaveState()()76	expected := func(got string) string {77		return ": nil pointer\n\t     got: nil " + got + "\n\texpected: non-nil blah blah"78	}79	test.EqualStr(t,80		ctxerr.NilPointer(reflect.ValueOf((*int)(nil)), "non-nil blah blah").Error(),81		expected("*int"))82	test.EqualStr(t,83		ctxerr.NilPointer(reflect.ValueOf((*[]int)(nil)), "non-nil blah blah").Error(),84		expected("*slice (*[]int type)"))85	test.EqualStr(t,...

BadKind

Using AI Code Generation

1import (2func main() {3    err = ctxerr.New("This is a new error")4    if err != nil {5        if ctxerr.BadKind(err) {6            fmt.Println("Bad kind of error")7        } else {8            fmt.Println("Good kind of error")9        }10    }11}

BadKind

Using AI Code Generation

1import (2func main() {3	err := golctxerr.NewCtxErr("test", "test error")4	fmt.Println(err.Error())5	fmt.Println(err.BadKind())6}7import (8func main() {9	err := golctxerr.NewCtxErr("test", "test error")10	fmt.Println(err.Error())11	fmt.Println(err.BadKind())12}13import (14func main() {15	err := golctxerr.NewCtxErr("test", "test error")16	fmt.Println(err.Error())17	fmt.Println(err.BadKind())18}19import (20func main() {21	err := golctxerr.NewCtxErr("test", "test error")22	fmt.Println(err.Error())23	fmt.Println(err.BadKind())24}25import (26func main() {27	err := golctxerr.NewCtxErr("test", "test error")28	fmt.Println(err.Error())29	fmt.Println(err.BadKind())30}31import (32func main() {33	err := golctxerr.NewCtxErr("test", "test error")34	fmt.Println(err.Error())35	fmt.Println(err.BadKind())36}37import (38func main() {39	err := golctxerr.NewCtxErr("test", "test error")40	fmt.Println(err.Error())41	fmt.Println(err.BadKind())

BadKind

Using AI Code Generation

1import "fmt"2import "github.com/Abhishekkr/gol/golctxerr"3func main() {4  ctxerr := golctxerr.New()5  ctxerr.SetKind("Bad")6  fmt.Println(ctxerr.BadKind())7}8import "fmt"9import "github.com/Abhishekkr/gol/golctxerr"10func main() {11  ctxerr := golctxerr.New()12  ctxerr.SetKind("Bad")13  fmt.Println(ctxerr.IsBadKind())14}15import "fmt"16import "github.com/Abhishekkr/gol/golctxerr"17func main() {18  ctxerr := golctxerr.New()19  ctxerr.SetKind("Bad")20  fmt.Println(ctxerr.IsBadKind())21}22import "fmt"23import "github.com/Abhishekkr/gol/golctxerr"24func main() {25  ctxerr := golctxerr.New()26  ctxerr.SetKind("Bad")27  fmt.Println(ctxerr.IsBadKind())28}29import "fmt"30import "github.com/Abhishekkr/gol/golctxerr"31func main() {32  ctxerr := golctxerr.New()33  ctxerr.SetKind("Bad")34  fmt.Println(ctxerr.IsBadKind())35}36import "fmt"37import "github.com/Abhishekkr/gol/golctxerr"38func main() {39  ctxerr := golctxerr.New()40  ctxerr.SetKind("Bad")41  fmt.Println(ctxerr.IsBadKind())42}

BadKind

Using AI Code Generation

1import (2func main() {3	ctxErr := ctxerr.New("this is a context error")4	if ctxerr.BadKind(ctxErr) {5		fmt.Println("error is of type context error")6	}7}

BadKind

Using AI Code Generation

1import (2func main() {3	err := ctxerr.New("This is an error")4	fmt.Println(err.BadKind())5}6import (7func main() {8	err := fmt.Errorf("This is an error")9	printError(err)10}11func printError(err error) {12	fmt.Println(err)13}14import (15func main() {16	err := ctxerr.New("This is an error")17	printError(err)18}19func printError(err error) {20	fmt.Println(err)21}22import (23func main() {24	err := ctxerr.New("This is an error")25	printError(err)26}27func printError(err error) {28	fmt.Println(err)29	fmt.Println(err.ErrorContext())30}31import (32func main() {33	err := fmt.Errorf("This is an error")

BadKind

Using AI Code Generation

1import (2func main() {3	ctx := ctxerr.NewContext("main")4	ctx.AddError(ctxerr.NewError("error1"))5	ctx.AddError(ctxerr.NewError("error2"))6	ctx.AddError(ctxerr.NewError("error3"))7	ctx.AddError(ctxerr.NewError("error4"))8	ctx.AddError(ctxerr.NewError("error5"))9	ctx.AddError(ctxerr.NewError("error6"))10	ctx.AddError(ctxerr.NewError("error7"))11	ctx.AddError(ctxerr.NewError("error8"))12	ctx.AddError(ctxerr.NewError("error9"))13	ctx.AddError(ctxerr.NewError("error10"))14	ctx.AddError(ctxerr.NewError("error11"))15	ctx.AddError(ctxerr.NewError("error12"))16	ctx.AddError(ctxerr.NewError("error13"))17	ctx.AddError(ctxerr.NewError("error14"))18	ctx.AddError(ctxerr.NewError("error15"))19	ctx.AddError(ctxerr.NewError("error16"))20	ctx.AddError(ctxerr.NewError("error17"))21	ctx.AddError(ctxerr.NewError("error18"))22	ctx.AddError(ctxerr.NewError("error19"))23	ctx.AddError(ctxerr.NewError("error20"))24	ctx.AddError(ctxerr.NewError("error21"))25	ctx.AddError(ctxerr.NewError("error22"))26	ctx.AddError(ctxerr.NewError("error23"))27	ctx.AddError(ctxerr.NewError("error24"))28	ctx.AddError(ctxerr.NewError("error25"))29	ctx.AddError(ctxerr.NewError("error26"))30	ctx.AddError(ctxerr.NewError("error27"))31	ctx.AddError(ctxerr.NewError("error28"))32	ctx.AddError(ctxerr.NewError("error29"))33	ctx.AddError(ctxerr.NewError("error30"))34	ctx.AddError(ctxerr.NewError("error31"))35	ctx.AddError(ctxerr.NewError("error32"))36	ctx.AddError(ctxerr.NewError("error33"))37	ctx.AddError(ctxerr.NewError("error34"))38	ctx.AddError(ctxerr.NewError("error35"))39	ctx.AddError(ctxerr.NewError("error36"))40	ctx.AddError(ctxerr.NewError("error37"))41	ctx.AddError(ctxerr.NewError("error38"))42	ctx.AddError(ctxerr.NewError("error39"))43	ctx.AddError(ctxerr.NewError("error40"))44	ctx.AddError(ctxerr.NewError("error41"))45	ctx.AddError(ctxerr.NewError("error42"))

BadKind

Using AI Code Generation

1import (2func main() {3	err := ctxerr.New("This is a test error")4	fmt.Println("Error type is: ", err.BadKind())5}6import (7func main() {8	err := ctxerr.New("This is a test error")9	fmt.Println("Error type is: ", err.BadKind())10}11import (12func main() {13	err := ctxerr.New("This is a test error")14	fmt.Println("Error type is: ", err.BadKind())15}16import (17func main() {18	err := ctxerr.New("This is a test error")19	fmt.Println("Error type is: ", err.BadKind())20}21import (22func main() {23	err := ctxerr.New("This is a test error")24	fmt.Println("Error type is: ", err.BadKind())25}26import (27func main() {28	err := ctxerr.New("This is a test error")29	fmt.Println("Error type is: ", err.BadKind())30}31import (

BadKind

Using AI Code Generation

1import (2func main() {3 err := ctxerr.New("Error: Bad kind")4 if ctxerr.BadKind(err) {5 fmt.Println(err)6 }7}

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