How to use contextAndGot method of td Package

Best Go-testdeep code snippet using td.contextAndGot

td_smuggle.go

Source:td_smuggle.go

...28	smuggleFnsMu sync.Mutex29	smuggleFns   = map[any]reflect.Value{}30	nilError = reflect.New(types.Error).Elem()31)32func (s SmuggledGot) contextAndGot(ctx ctxerr.Context) (ctxerr.Context, reflect.Value) {33	// If the Name starts with a Letter, prefix it by a "."34	var name string35	if s.Name != "" {36		first, _ := utf8.DecodeRuneInString(s.Name)37		if unicode.IsLetter(first) {38			name = "."39		}40		name += s.Name41	} else {42		name = smuggled43	}44	return ctx.AddCustomLevel(name), reflect.ValueOf(s.Got)45}46type tdSmuggle struct {47	tdSmugglerBase48	function reflect.Value49	argType  reflect.Type50}51var _ TestDeep = &tdSmuggle{}52type smuggleValue struct {53	Path  string54	Value reflect.Value55}56var smuggleValueType = reflect.TypeOf(smuggleValue{})57type smuggleField struct {58	Name    string59	Indexed bool60}61func joinFieldsPath(path []smuggleField) string {62	var buf strings.Builder63	for i, part := range path {64		if part.Indexed {65			fmt.Fprintf(&buf, "[%s]", part.Name)66		} else {67			if i > 0 {68				buf.WriteByte('.')69			}70			buf.WriteString(part.Name)71		}72	}73	return buf.String()74}75func splitFieldsPath(origPath string) ([]smuggleField, error) {76	if origPath == "" {77		return nil, fmt.Errorf("FIELD_PATH cannot be empty")78	}79	var res []smuggleField80	for path := origPath; len(path) > 0; {81		r, _ := utf8.DecodeRuneInString(path)82		switch r {83		case '[':84			path = path[1:]85			end := strings.IndexByte(path, ']')86			if end < 0 {87				return nil, fmt.Errorf("cannot find final ']' in FIELD_PATH %q", origPath)88			}89			res = append(res, smuggleField{Name: path[:end], Indexed: true})90			path = path[end+1:]91		case '.':92			if len(res) == 0 {93				return nil, fmt.Errorf("'.' cannot be the first rune in FIELD_PATH %q", origPath)94			}95			path = path[1:]96			if path == "" {97				return nil, fmt.Errorf("final '.' in FIELD_PATH %q is not allowed", origPath)98			}99			r, _ = utf8.DecodeRuneInString(path)100			if r == '.' || r == '[' {101				return nil, fmt.Errorf("unexpected %q after '.' in FIELD_PATH %q", r, origPath)102			}103			fallthrough104		default:105			var field string106			end := strings.IndexAny(path, ".[")107			if end < 0 {108				field, path = path, ""109			} else {110				field, path = path[:end], path[end:]111			}112			for j, r := range field {113				if !unicode.IsLetter(r) && (j == 0 || !unicode.IsNumber(r)) {114					return nil, fmt.Errorf("unexpected %q in field name %q in FIELDS_PATH %q", r, field, origPath)115				}116			}117			res = append(res, smuggleField{Name: field})118		}119	}120	return res, nil121}122func nilFieldErr(path []smuggleField) error {123	return fmt.Errorf("field %q is nil", joinFieldsPath(path))124}125func buildFieldsPathFn(path string) (func(any) (smuggleValue, error), error) {126	parts, err := splitFieldsPath(path)127	if err != nil {128		return nil, err129	}130	return func(got any) (smuggleValue, error) {131		vgot := reflect.ValueOf(got)132		for idxPart, field := range parts {133			// Resolve all interface and pointer dereferences134			for {135				switch vgot.Kind() {136				case reflect.Interface, reflect.Ptr:137					if vgot.IsNil() {138						return smuggleValue{}, nilFieldErr(parts[:idxPart])139					}140					vgot = vgot.Elem()141					continue142				}143				break144			}145			if !field.Indexed {146				if vgot.Kind() == reflect.Struct {147					vgot = vgot.FieldByName(field.Name)148					if !vgot.IsValid() {149						return smuggleValue{}, fmt.Errorf(150							"field %q not found",151							joinFieldsPath(parts[:idxPart+1]))152					}153					continue154				}155				if idxPart == 0 {156					return smuggleValue{},157						fmt.Errorf("it is a %s and should be a struct", vgot.Kind())158				}159				return smuggleValue{}, fmt.Errorf(160					"field %q is a %s and should be a struct",161					joinFieldsPath(parts[:idxPart]), vgot.Kind())162			}163			switch vgot.Kind() {164			case reflect.Map:165				tkey := vgot.Type().Key()166				var vkey reflect.Value167				switch tkey.Kind() {168				case reflect.String:169					vkey = reflect.ValueOf(field.Name)170				case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64:171					i, err := strconv.ParseInt(field.Name, 10, 64)172					if err != nil {173						return smuggleValue{}, fmt.Errorf(174							"field %q, %q is not an integer and so cannot match %s map key type",175							joinFieldsPath(parts[:idxPart+1]), field.Name, tkey)176					}177					vkey = reflect.ValueOf(i).Convert(tkey)178				case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64, reflect.Uintptr:179					i, err := strconv.ParseUint(field.Name, 10, 64)180					if err != nil {181						return smuggleValue{}, fmt.Errorf(182							"field %q, %q is not an unsigned integer and so cannot match %s map key type",183							joinFieldsPath(parts[:idxPart+1]), field.Name, tkey)184					}185					vkey = reflect.ValueOf(i).Convert(tkey)186				case reflect.Float32, reflect.Float64:187					f, err := strconv.ParseFloat(field.Name, 64)188					if err != nil {189						return smuggleValue{}, fmt.Errorf(190							"field %q, %q is not a float and so cannot match %s map key type",191							joinFieldsPath(parts[:idxPart+1]), field.Name, tkey)192					}193					vkey = reflect.ValueOf(f).Convert(tkey)194				case reflect.Complex64, reflect.Complex128:195					c, err := strconv.ParseComplex(field.Name, 128)196					if err != nil {197						return smuggleValue{}, fmt.Errorf(198							"field %q, %q is not a complex number and so cannot match %s map key type",199							joinFieldsPath(parts[:idxPart+1]), field.Name, tkey)200					}201					vkey = reflect.ValueOf(c).Convert(tkey)202				default:203					return smuggleValue{}, fmt.Errorf(204						"field %q, %q cannot match unsupported %s map key type",205						joinFieldsPath(parts[:idxPart+1]), field.Name, tkey)206				}207				vgot = vgot.MapIndex(vkey)208				if !vgot.IsValid() {209					return smuggleValue{}, fmt.Errorf("field %q, %q map key not found",210						joinFieldsPath(parts[:idxPart+1]), field.Name)211				}212			case reflect.Slice, reflect.Array:213				i, err := strconv.ParseInt(field.Name, 10, 64)214				if err != nil {215					return smuggleValue{}, fmt.Errorf(216						"field %q, %q is not a slice/array index",217						joinFieldsPath(parts[:idxPart+1]), field.Name)218				}219				if i < 0 {220					i = int64(vgot.Len()) + i221				}222				if i < 0 || i >= int64(vgot.Len()) {223					return smuggleValue{}, fmt.Errorf(224						"field %q, %d is out of slice/array range (len %d)",225						joinFieldsPath(parts[:idxPart+1]), i, vgot.Len())226				}227				vgot = vgot.Index(int(i))228			default:229				if idxPart == 0 {230					return smuggleValue{},231						fmt.Errorf("it is a %s, but a map, array or slice is expected",232							vgot.Kind())233				}234				return smuggleValue{}, fmt.Errorf(235					"field %q is a %s, but a map, array or slice is expected",236					joinFieldsPath(parts[:idxPart]), vgot.Kind())237			}238		}239		return smuggleValue{240			Path:  path,241			Value: vgot,242		}, nil243	}, nil244}245func getFieldsPathFn(fieldPath string) (reflect.Value, error) {246	smuggleFnsMu.Lock()247	defer smuggleFnsMu.Unlock()248	if vfn, ok := smuggleFns[fieldPath]; ok {249		return vfn, nil250	}251	fn, err := buildFieldsPathFn(fieldPath)252	if err != nil {253		return reflect.Value{}, err254	}255	vfn := reflect.ValueOf(fn)256	smuggleFns[fieldPath] = vfn257	return vfn, err258}259func getCaster(outType reflect.Type) reflect.Value {260	smuggleFnsMu.Lock()261	defer smuggleFnsMu.Unlock()262	if vfn, ok := smuggleFns[outType]; ok {263		return vfn264	}265	var fn reflect.Value266	switch outType.Kind() {267	case reflect.String:268		fn = buildCaster(outType, true)269	case reflect.Slice:270		if outType.Elem().Kind() == reflect.Uint8 {271			// Special case for slices of bytes: falls back on io.Reader if not []byte272			fn = buildCaster(outType, false)273			break274		}275		fallthrough276	default:277		// For all other types, take the received param and return278		// it. Smuggle already converted got to the type of param, so the279		// work is done.280		inOut := []reflect.Type{outType}281		fn = reflect.MakeFunc(282			reflect.FuncOf(inOut, inOut, false),283			func(args []reflect.Value) []reflect.Value { return args },284		)285	}286	smuggleFns[outType] = fn287	return fn288}289// buildCaster returns a function:290//291//	func(in any) (out outType, err error)292//293// dynamically checksâ¦294//   - if useString is false, as outType is a slice of bytes:295//     1. in is a []byte or convertible to []byte296//     2. in implements io.Reader297//   - if useString is true, as outType is a string:298//     1. in is a []byte or convertible to string299//     2. in implements io.Reader300func buildCaster(outType reflect.Type, useString bool) reflect.Value {301	zeroRet := reflect.New(outType).Elem()302	return reflect.MakeFunc(303		reflect.FuncOf(304			[]reflect.Type{types.Interface},305			[]reflect.Type{outType, types.Error},306			false,307		),308		func(args []reflect.Value) []reflect.Value {309			if args[0].IsNil() {310				return []reflect.Value{311					zeroRet,312					reflect.ValueOf(&ctxerr.Error{313						Message:  "incompatible parameter type",314						Got:      types.RawString("nil"),315						Expected: types.RawString(outType.String() + " or convertible or io.Reader"),316					}),317				}318			}319			// 1st & only arg is always an interface320			args[0] = args[0].Elem()321			if ok, convertible := types.IsTypeOrConvertible(args[0], outType); ok {322				if convertible {323					return []reflect.Value{args[0].Convert(outType), nilError}324				}325				return []reflect.Value{args[0], nilError}326			}327			// Our caller encures Interface() can be called safely328			switch ta := args[0].Interface().(type) {329			case io.Reader:330				var b bytes.Buffer331				if _, err := b.ReadFrom(ta); err != nil {332					return []reflect.Value{333						zeroRet,334						reflect.ValueOf(&ctxerr.Error{335							Message: "an error occurred while reading from io.Reader",336							Summary: ctxerr.NewSummary(err.Error()),337						}),338					}339				}340				var buf any341				if useString {342					buf = b.String()343				} else {344					buf = b.Bytes()345				}346				return []reflect.Value{347					reflect.ValueOf(buf).Convert(outType),348					nilError,349				}350			default:351				return []reflect.Value{352					zeroRet,353					reflect.ValueOf(&ctxerr.Error{354						Message:  "incompatible parameter type",355						Got:      types.RawString(args[0].Type().String()),356						Expected: types.RawString(outType.String() + " or convertible or io.Reader"),357					}),358				}359			}360		})361}362// summary(Smuggle): changes data contents or mutates it into another363// type via a custom function or a struct fields-path before stepping364// down in favor of generic comparison process365// input(Smuggle): all366// Smuggle operator allows to change data contents or mutate it into367// another type before stepping down in favor of generic comparison368// process. Of course it is a smuggler operator. So fn is a function369// that must take one parameter whose type must be convertible to the370// type of the compared value.371//372// As convenient shortcuts, fn can be a string specifying a373// fields-path through structs, maps & slices, or any other type, in374// this case a simple cast is done (see below for details).375//376// fn must return at least one value. These value will be compared as is377// to expectedValue, here integer 28:378//379//	td.Cmp(t, "0028",380//	  td.Smuggle(func(value string) int {381//	    num, _ := strconv.Atoi(value)382//	    return num383//	  }, 28),384//	)385//386// or using an other [TestDeep] operator, here [Between](28, 30):387//388//	td.Cmp(t, "0029",389//	  td.Smuggle(func(value string) int {390//	    num, _ := strconv.Atoi(value)391//	    return num392//	  }, td.Between(28, 30)),393//	)394//395// fn can return a second boolean value, used to tell that a problem396// occurred and so stop the comparison:397//398//	td.Cmp(t, "0029",399//	  td.Smuggle(func(value string) (int, bool) {400//	    num, err := strconv.Atoi(value)401//	    return num, err == nil402//	  }, td.Between(28, 30)),403//	)404//405// fn can return a third string value which is used to describe the406// test when a problem occurred (false second boolean value):407//408//	td.Cmp(t, "0029",409//	  td.Smuggle(func(value string) (int, bool, string) {410//	    num, err := strconv.Atoi(value)411//	    if err != nil {412//	      return 0, false, "string must contain a number"413//	    }414//	    return num, true, ""415//	  }, td.Between(28, 30)),416//	)417//418// Instead of returning (X, bool) or (X, bool, string), fn can419// return (X, error). When a problem occurs, the returned error is420// non-nil, as in:421//422//	td.Cmp(t, "0029",423//	  td.Smuggle(func(value string) (int, error) {424//	    num, err := strconv.Atoi(value)425//	    return num, err426//	  }, td.Between(28, 30)),427//	)428//429// Which can be simplified to:430//431//	td.Cmp(t, "0029", td.Smuggle(strconv.Atoi, td.Between(28, 30)))432//433// Imagine you want to compare that the Year of a date is between 2010434// and 2020:435//436//	td.Cmp(t, time.Date(2015, time.May, 1, 1, 2, 3, 0, time.UTC),437//	  td.Smuggle(func(date time.Time) int { return date.Year() },438//	    td.Between(2010, 2020)),439//	)440//441// In this case the data location forwarded to next test will be442// something like "DATA.MyTimeField<smuggled>", but you can act on it443// too by returning a [SmuggledGot] struct (by value or by address):444//445//	td.Cmp(t, time.Date(2015, time.May, 1, 1, 2, 3, 0, time.UTC),446//	  td.Smuggle(func(date time.Time) SmuggledGot {447//	    return SmuggledGot{448//	      Name: "Year",449//	      Got:  date.Year(),450//	    }451//	  }, td.Between(2010, 2020)),452//	)453//454// then the data location forwarded to next test will be something like455// "DATA.MyTimeField.Year". The "." between the current path (here456// "DATA.MyTimeField") and the returned Name "Year" is automatically457// added when Name starts with a Letter.458//459// Note that [SmuggledGot] and [*SmuggledGot] returns are treated460// equally, and they are only used when fn has only one returned value461// or when the second boolean returned value is true.462//463// Of course, all cases can go together:464//465//	// Accepts a "YYYY/mm/DD HH:MM:SS" string to produce a time.Time and tests466//	// whether this date is contained between 2 hours before now and now.467//	td.Cmp(t, "2020-01-25 12:13:14",468//	  td.Smuggle(func(date string) (*SmuggledGot, bool, string) {469//	    date, err := time.Parse("2006/01/02 15:04:05", date)470//	    if err != nil {471//	      return nil, false, `date must conform to "YYYY/mm/DD HH:MM:SS" format`472//	    }473//	    return &SmuggledGot{474//	      Name: "Date",475//	      Got:  date,476//	    }, true, ""477//	  }, td.Between(time.Now().Add(-2*time.Hour), time.Now())),478//	)479//480// or:481//482//	// Accepts a "YYYY/mm/DD HH:MM:SS" string to produce a time.Time and tests483//	// whether this date is contained between 2 hours before now and now.484//	td.Cmp(t, "2020-01-25 12:13:14",485//	  td.Smuggle(func(date string) (*SmuggledGot, error) {486//	    date, err := time.Parse("2006/01/02 15:04:05", date)487//	    if err != nil {488//	      return nil, err489//	    }490//	    return &SmuggledGot{491//	      Name: "Date",492//	      Got:  date,493//	    }, nil494//	  }, td.Between(time.Now().Add(-2*time.Hour), time.Now())),495//	)496//497// Smuggle can also be used to access a struct field embedded in498// several struct layers.499//500//	type A struct{ Num int }501//	type B struct{ As map[string]*A }502//	type C struct{ B B }503//	got := C{B: B{As: map[string]*A{"foo": {Num: 12}}}}504//505//	// Tests that got.B.A.Num is 12506//	td.Cmp(t, got,507//	  td.Smuggle(func(c C) int {508//	    return c.B.As["foo"].Num509//	  }, 12))510//511// As brought up above, a fields-path can be passed as fn value512// instead of a function pointer. Using this feature, the [Cmp]513// call in the above example can be rewritten as follows:514//515//	// Tests that got.B.As["foo"].Num is 12516//	td.Cmp(t, got, td.Smuggle("B.As[foo].Num", 12))517//518// Contrary to [JSONPointer] operator, private fields can be519// followed. Arrays, slices and maps work using the index/key inside520// square brackets (e.g. [12] or [foo]). Maps work only for simple key521// types (string or numbers), without "" when using strings522// (e.g. [foo]).523//524// Behind the scenes, a temporary function is automatically created to525// achieve the same goal, but add some checks against nil values and526// auto-dereference interfaces and pointers, even on several levels,527// like in:528//529//	type A struct{ N any }530//	num := 12531//	pnum := &num532//	td.Cmp(t, A{N: &pnum}, td.Smuggle("N", 12))533//534// Last but not least, a simple type can be passed as fn to operate535// a cast, handling specifically strings and slices of bytes:536//537//	td.Cmp(t, `{"foo":1}`, td.Smuggle(json.RawMessage{}, td.JSON(`{"foo":1}`)))538//	// or equally539//	td.Cmp(t, `{"foo":1}`, td.Smuggle(json.RawMessage(nil), td.JSON(`{"foo":1}`)))540//541// converts on the fly a string to a [json.RawMessage] so [JSON] operator542// can parse it as JSON. This is mostly a shortcut for:543//544//	td.Cmp(t, `{"foo":1}`, td.Smuggle(545//	  func(r json.RawMessage) json.RawMessage { return r },546//	  td.JSON(`{"foo":1}`)))547//548// except that for strings and slices of bytes (like here), it accepts549// [io.Reader] interface too:550//551//	var body io.Reader552//	// â¦553//	td.Cmp(t, body, td.Smuggle(json.RawMessage{}, td.JSON(`{"foo":1}`)))554//	// or equally555//	td.Cmp(t, body, td.Smuggle(json.RawMessage(nil), td.JSON(`{"foo":1}`)))556//557// This last example allows to easily inject body content into JSON558// operator.559//560// The difference between Smuggle and [Code] operators is that [Code]561// is used to do a final comparison while Smuggle transforms the data562// and then steps down in favor of generic comparison563// process. Moreover, the type accepted as input for the function is564// more lax to facilitate the writing of tests (e.g. the function can565// accept a float64 and the got value be an int). See examples. On the566// other hand, the output type is strict and must match exactly the567// expected value type. The fields-path string fn shortcut and the568// cast feature are not available with [Code] operator.569//570// TypeBehind method returns the [reflect.Type] of only parameter of571// fn. For the case where fn is a fields-path, it is always572// any, as the type can not be known in advance.573//574// See also [Code] and [JSONPointer].575//576// [json.RawMessage]: https://pkg.go.dev/encoding/json#RawMessage577func Smuggle(fn, expectedValue any) TestDeep {578	s := tdSmuggle{579		tdSmugglerBase: newSmugglerBase(expectedValue),580	}581	const usage = "(FUNC|FIELDS_PATH|ANY_TYPE, TESTDEEP_OPERATOR|EXPECTED_VALUE)"582	const fullUsage = "Smuggle" + usage583	var vfn reflect.Value584	switch rfn := fn.(type) {585	case reflect.Type:586		switch rfn.Kind() {587		case reflect.Func, reflect.Invalid, reflect.Interface:588			s.err = ctxerr.OpBad("Smuggle",589				"usage: Smuggle%s, ANY_TYPE reflect.Type cannot be Func nor Interface", usage)590			return &s591		default:592			vfn = getCaster(rfn)593		}594	case string:595		if rfn == "" {596			vfn = getCaster(reflect.TypeOf(fn))597			break598		}599		var err error600		vfn, err = getFieldsPathFn(rfn)601		if err != nil {602			s.err = ctxerr.OpBad("Smuggle", "Smuggle%s: %s", usage, err)603			return &s604		}605	default:606		vfn = reflect.ValueOf(fn)607		switch vfn.Kind() {608		case reflect.Func:609			// nothing to check610		case reflect.Invalid, reflect.Interface:611			s.err = ctxerr.OpBad("Smuggle",612				"usage: Smuggle%s, ANY_TYPE cannot be nil nor Interface", usage)613			return &s614		default:615			vfn = getCaster(vfn.Type())616		}617	}618	fnType := vfn.Type()619	if fnType.IsVariadic() || fnType.NumIn() != 1 {620		s.err = ctxerr.OpBad("Smuggle", fullUsage+": FUNC must take only one non-variadic argument")621		return &s622	}623	switch fnType.NumOut() {624	case 3: // (value, bool, string)625		if fnType.Out(2).Kind() != reflect.String {626			break627		}628		fallthrough629	case 2:630		// (value, *bool*) or (value, *bool*, string)631		if fnType.Out(1).Kind() != reflect.Bool &&632			// (value, *error*)633			(fnType.NumOut() > 2 ||634				fnType.Out(1) != types.Error) {635			break636		}637		fallthrough638	case 1: // (value)639		if vfn.IsNil() {640			s.err = ctxerr.OpBad("Smuggle", "Smuggle(FUNC): FUNC cannot be a nil function")641			return &s642		}643		s.argType = fnType.In(0)644		s.function = vfn645		if !s.isTestDeeper {646			s.expectedValue = reflect.ValueOf(expectedValue)647		}648		return &s649	}650	s.err = ctxerr.OpBad("Smuggle",651		fullUsage+": FUNC must return value or (value, bool) or (value, bool, string) or (value, error)")652	return &s653}654func (s *tdSmuggle) laxConvert(got reflect.Value) (reflect.Value, bool) {655	if got.IsValid() {656		if types.IsConvertible(got, s.argType) {657			return got.Convert(s.argType), true658		}659	} else if s.argType == types.Interface {660		// nil only accepted if any expected661		return reflect.New(types.Interface).Elem(), true662	}663	return got, false664}665func (s *tdSmuggle) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {666	if s.err != nil {667		return ctx.CollectError(s.err)668	}669	got, ok := s.laxConvert(got)670	if !ok {671		if ctx.BooleanError {672			return ctxerr.BooleanError673		}674		err := ctxerr.Error{675			Message:  "incompatible parameter type",676			Expected: types.RawString(s.argType.String()),677		}678		if got.IsValid() {679			err.Got = types.RawString(got.Type().String())680		} else {681			err.Got = types.RawString("nil")682		}683		return ctx.CollectError(&err)684	}685	// Refuse to override unexported fields access in this case. It is a686	// choice, as we think it is better to work on surrounding struct687	// instead.688	if !got.CanInterface() {689		if ctx.BooleanError {690			return ctxerr.BooleanError691		}692		return ctx.CollectError(&ctxerr.Error{693			Message: "cannot smuggle unexported field",694			Summary: ctxerr.NewSummary("work on surrounding struct instead"),695		})696	}697	ret := s.function.Call([]reflect.Value{got})698	if len(ret) == 1 ||699		(ret[1].Kind() == reflect.Bool && ret[1].Bool()) ||700		(ret[1].Kind() == reflect.Interface && ret[1].IsNil()) {701		newGot := ret[0]702		var newCtx ctxerr.Context703		if newGot.IsValid() {704			switch newGot.Type() {705			case smuggledGotType:706				newCtx, newGot = newGot.Interface().(SmuggledGot).contextAndGot(ctx)707			case smuggledGotPtrType:708				if smGot := newGot.Interface().(*SmuggledGot); smGot == nil {709					newCtx, newGot = ctx, reflect.ValueOf(nil)710				} else {711					newCtx, newGot = smGot.contextAndGot(ctx)712				}713			case smuggleValueType:714				smv := newGot.Interface().(smuggleValue)715				newCtx, newGot = ctx.AddCustomLevel("."+smv.Path), smv.Value716			default:717				newCtx = ctx.AddCustomLevel(smuggled)718			}719		}720		return deepValueEqual(newCtx, newGot, s.expectedValue)721	}722	if ctx.BooleanError {723		return ctxerr.BooleanError724	}725	var reason string...

contextAndGot

Using AI Code Generation

1td contextAndGot = new td();2contextAndGot.contextAndGot();3td contextAndGot = new td();4contextAndGot.contextAndGot();5td contextAndGot = new td();6contextAndGot.contextAndGot();7td contextAndGot = new td();8contextAndGot.contextAndGot();9td contextAndGot = new td();10contextAndGot.contextAndGot();11td contextAndGot = new td();12contextAndGot.contextAndGot();13td contextAndGot = new td();14contextAndGot.contextAndGot();15td contextAndGot = new td();16contextAndGot.contextAndGot();17td contextAndGot = new td();18contextAndGot.contextAndGot();19td contextAndGot = new td();20contextAndGot.contextAndGot();21td contextAndGot = new td();22contextAndGot.contextAndGot();23td contextAndGot = new td();24contextAndGot.contextAndGot();25td contextAndGot = new td();26contextAndGot.contextAndGot();27td contextAndGot = new td();28contextAndGot.contextAndGot();29td contextAndGot = new td();30contextAndGot.contextAndGot();

contextAndGot

Using AI Code Generation

1import (2type td struct {3}4func (t td) contextAndGot(context interface{}, got interface{}) {5	_, file, line, _ := runtime.Caller(1)6	fmt.Printf("7	fmt.Printf("8	fmt.Printf("9}10func main() {11	t := td{}12	t.contextAndGot("code to use contextAndGot method of td class", "code to use contextAndGot method of td class")13	t.contextAndGot("code to use contextAndGot method of td class", "code to use contextAndGot method of td class")14	t.contextAndGot("code to use contextAndGot method of td class", "code to use contextAndGot method of td class")15	t.contextAndGot("code to use contextAndGot method of td class", "code to use contextAndGot method of td class")16}

contextAndGot

Using AI Code Generation

1import "fmt"2func main() {3    td := &td{}4    td.contextAndGot()5}6import "fmt"7func main() {8    td := &td{}9    td.contextAndGot()10}11./1.go:12: cannot use td (type *td) as type context.Context in argument to td.contextAndGot:12        *td does not implement context.Context (missing Deadline method)13[{"name":"saurabh","body":"Your code is correct. The problem is that you are running your code in different packages. When you run your code in different packages, the compiler will not be able to find the contextAndGot method in the td struct. You can solve this problem by moving all of your code in the same package. You can do this by creating a new folder and moving all of your code in that folder. You can also create a new file inside the folder and move all of your code in that file.","id":2,"created_at":"2019-09-12T14:37:05.000Z","updated_at":"2019-09-12T14:37:05.000Z"},{"name":"saurabh","body":"You can also create a new file inside the folder and move all of your code in that file.","id":3,"created_at":"2019-09-12T14:37:32.000Z","updated_at":"2019-09-12T14:37:32.000Z"}]14{"name":"saurabh","body":"Your code is correct. The problem is that you are running your code in different packages. When you run your code in different packages, the compiler will not be able to find the contextAndGot method in the td struct. You can solve this problem by moving all of your code in the same package. You can do this by creating a new folder and moving all of your code in that folder. You can also create a new file inside the folder and move all of your code in that file.","id

contextAndGot

Using AI Code Generation

1import (2func main() {3	td.contextAndGot()4}5import (6func main() {7	td.contextAndGot()8}9import (10func main() {11	td.contextAndGot()12}13import (14func main() {15	td.contextAndGot()16}17import (18func main() {19	td.contextAndGot()20}21import (22func main() {23	td.contextAndGot()24}25import (26func main() {27	td.contextAndGot()28}29import (30func main() {31	td.contextAndGot()32}33import (34func main() {35	td.contextAndGot()36}

contextAndGot

Using AI Code Generation

1import (2type td struct {3	got    interface{}4}5func (t td) contextAndGot() string {6	return fmt.Sprintf("%s: got %v", t.ctx, t.got)7}8func (t td) String() string {9	return fmt.Sprintf("%s: got %v, expect %s", t.ctx, t.got, t.expect)10}11func (t td) ok() bool {12}13func main() {14	tds := []td{15		{"a", "a", "a"},16		{"b", "b", "b"},17		{"c", "c", "c"},18		{"d", "d", "d"},19		{"e", "e", "e"},20		{"f", "f", "f"},21		{"g", "g", "g"},22		{"h", "h", "h"},23		{"i", "i", "i"},24		{"j", "j", "j"},25		{"k", "k", "k"},26		{"l", "l", "l"},27		{"m", "m", "m"},28		{"n", "n", "n"},29		{"o", "o", "o"},30		{"p", "p", "p"},31		{"q", "q", "q"},32		{"r", "r", "r"},33		{"s", "s", "s"},34		{"t", "t", "t"},35		{"u", "u", "u"},36		{"v", "v", "v"},37		{"w", "w", "w"},38		{"x", "x", "x"},39		{"y", "y", "y"},40		{"z", "z", "z"},41	}42	tds = append(tds, td{"a", 1, "1"})43	tds = append(tds, td{"b", 2, "2"})44	tds = append(tds, td{"c", 3, "3"})45	tds = append(tds, td{"d", 4, "4"})46	tds = append(tds

contextAndGot

Using AI Code Generation

1import (2func main() {3    td := &td{}4    td.contextAndGot()5}6import (7func main() {8    td := &td{context: 1, got: 1}9    td.contextAndGot()10}11import (12func main() {13    td := &td{context: 1}14    td.contextAndGot()15}16import (17func main() {18    td := &td{got: 1}19    td.contextAndGot()20}21import (22func main() {23    td := &td{got: 1, context: 1}24    td.contextAndGot()25}26import (27func main() {28    td := &td{}29    td.contextAndGot()30}31import (32func main() {33    td := &td{got: 1, context: 1}34    td.contextAndGot()35}36import (37func main() {

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