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How to use SuperSliceOf method of td Package

Best Go-testdeep code snippet using td.SuperSliceOf

td_array_test.go

Source:td_array_test.go

...469	equalTypes(t, td.Slice(&MySlice{}, nil), &MySlice{})470	// Erroneous op471	equalTypes(t, td.Slice([]int{}, td.ArrayEntries{1: "bad"}), nil)472}473func TestSuperSliceOf(t *testing.T) {474	t.Run("interface array", func(t *testing.T) {475		got := [5]any{"foo", "bar", nil, 666, 777}476		checkOK(t, got,477			td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{2: td.Nil()}))478		checkOK(t, got,479			td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{2: nil}))480		checkOK(t, got,481			td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{3: 666}))482		checkOK(t, got,483			td.SuperSliceOf([5]any{1: "bar"}, td.ArrayEntries{3: td.Between(665, 667)}))484		checkOK(t, &got,485			td.SuperSliceOf(&[5]any{1: "bar"}, td.ArrayEntries{3: td.Between(665, 667)}))486		checkError(t, got,487			td.SuperSliceOf([5]any{1: "foo"}, td.ArrayEntries{2: td.Nil()}),488			expectedError{489				Message:  mustBe("values differ"),490				Path:     mustBe("DATA[1]"),491				Got:      mustBe(`"bar"`),492				Expected: mustBe(`"foo"`),493			})494		checkError(t, got,495			td.SuperSliceOf([5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),496			expectedError{497				Message:  mustBe("type mismatch"),498				Path:     mustBe("DATA[1]"),499				Got:      mustBe("string"),500				Expected: mustBe("int"),501			})502		checkError(t, &got,503			td.SuperSliceOf([5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),504			expectedError{505				Message:  mustBe("type mismatch"),506				Path:     mustBe("DATA"),507				Got:      mustBe("*[5]interface {}"),508				Expected: mustBe("[5]interface {}"),509			})510		checkError(t, got,511			td.SuperSliceOf(&[5]any{1: 666}, td.ArrayEntries{2: td.Nil()}),512			expectedError{513				Message:  mustBe("type mismatch"),514				Path:     mustBe("DATA"),515				Got:      mustBe("[5]interface {}"),516				Expected: mustBe("*[5]interface {}"),517			})518	})519	t.Run("ints array", func(t *testing.T) {520		type MyArray [5]int521		checkOK(t, MyArray{}, td.SuperSliceOf(MyArray{}, nil))522		got := MyArray{3: 4}523		checkOK(t, got, td.SuperSliceOf(MyArray{}, nil))524		checkOK(t, got, td.SuperSliceOf(MyArray{3: 4}, nil))525		checkOK(t, got, td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4}))526		checkError(t, got,527			td.SuperSliceOf(MyArray{}, td.ArrayEntries{1: 666}),528			expectedError{529				Message:  mustBe("values differ"),530				Path:     mustBe("DATA[1]"),531				Got:      mustBe(`0`),532				Expected: mustBe(`666`),533			})534		// Be lax...535		// Without Lax â error536		checkError(t, got,537			td.SuperSliceOf([5]int{}, td.ArrayEntries{3: 4}),538			expectedError{539				Message:  mustBe("type mismatch"),540				Path:     mustBe("DATA"),541				Got:      mustBe(`td_test.MyArray`),542				Expected: mustBe(`[5]int`),543			})544		checkOK(t, got, td.Lax(td.SuperSliceOf([5]int{}, td.ArrayEntries{3: 4})))545		checkError(t, [5]int{3: 4},546			td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4}),547			expectedError{548				Message:  mustBe("type mismatch"),549				Path:     mustBe("DATA"),550				Got:      mustBe(`[5]int`),551				Expected: mustBe(`td_test.MyArray`),552			})553		checkOK(t, [5]int{3: 4},554			td.Lax(td.SuperSliceOf(MyArray{}, td.ArrayEntries{3: 4})))555		checkError(t, "never tested",556			td.SuperSliceOf(MyArray{}, td.ArrayEntries{8: 34}),557			expectedError{558				Message: mustBe("bad usage of SuperSliceOf operator"),559				Path:    mustBe("DATA"),560				Summary: mustBe("array length is 5, so cannot have #8 expected index"),561			})562	})563	t.Run("ints slice", func(t *testing.T) {564		type MySlice []int565		checkOK(t, MySlice{}, td.SuperSliceOf(MySlice{}, nil))566		checkOK(t, MySlice(nil), td.SuperSliceOf(MySlice{}, nil))567		got := MySlice{3: 4}568		checkOK(t, got, td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: td.N(5, 1)}))569		checkOK(t, got, td.SuperSliceOf(MySlice{3: 4}, td.ArrayEntries{2: 0}))570		checkError(t, got,571			td.SuperSliceOf(MySlice{}, td.ArrayEntries{1: 666}),572			expectedError{573				Message:  mustBe("values differ"),574				Path:     mustBe("DATA[1]"),575				Got:      mustBe(`0`),576				Expected: mustBe(`666`),577			})578		checkError(t, got,579			td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 0}),580			expectedError{581				Message:  mustBe("values differ"),582				Path:     mustBe("DATA[3]"),583				Got:      mustBe(`4`),584				Expected: mustBe(`0`),585			})586		checkError(t, got,587			td.SuperSliceOf(MySlice{}, td.ArrayEntries{28: 666}),588			expectedError{589				Message:  mustBe("expected value out of range"),590				Path:     mustBe("DATA[28]"),591				Got:      mustBe(`<non-existent value>`),592				Expected: mustBe(`666`),593			})594		checkError(t, got,595			td.SuperSliceOf(MySlice{28: 666}, nil),596			expectedError{597				Message:  mustBe("expected value out of range"),598				Path:     mustBe("DATA[28]"),599				Got:      mustBe(`<non-existent value>`),600				Expected: mustBe(`666`),601			})602		// Be lax...603		// Without Lax â error604		checkError(t, got,605			td.SuperSliceOf([]int{}, td.ArrayEntries{3: 4}),606			expectedError{607				Message:  mustBe("type mismatch"),608				Path:     mustBe("DATA"),609				Got:      mustBe(`td_test.MySlice`),610				Expected: mustBe(`[]int`),611			})612		checkOK(t, got, td.Lax(td.SuperSliceOf([]int{}, td.ArrayEntries{3: 4})))613		checkError(t, []int{3: 4},614			td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 4}),615			expectedError{616				Message:  mustBe("type mismatch"),617				Path:     mustBe("DATA"),618				Got:      mustBe(`[]int`),619				Expected: mustBe(`td_test.MySlice`),620			})621		checkOK(t, []int{3: 4},622			td.Lax(td.SuperSliceOf(MySlice{}, td.ArrayEntries{3: 4})))623	})624	//625	// Bad usage626	checkError(t, "never tested",627		td.SuperSliceOf("test", nil),628		expectedError{629			Message: mustBe("bad usage of SuperSliceOf operator"),630			Path:    mustBe("DATA"),631			Summary: mustBe("usage: SuperSliceOf(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES), but received string as 1st parameter"),632		})633	checkError(t, "never tested",634		td.SuperSliceOf(&MyStruct{}, nil),635		expectedError{636			Message: mustBe("bad usage of SuperSliceOf operator"),637			Path:    mustBe("DATA"),638			Summary: mustBe("usage: SuperSliceOf(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES), but received *td_test.MyStruct (ptr) as 1st parameter"),639		})640	checkError(t, "never tested",641		td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}),642		expectedError{643			Message: mustBe("bad usage of SuperSliceOf operator"),644			Path:    mustBe("DATA"),645			Summary: mustBe("type string of #1 expected value differs from slice contents (int)"),646		})647	checkError(t, "never tested",648		td.SuperSliceOf([]int{12}, td.ArrayEntries{0: 21}),649		expectedError{650			Message: mustBe("bad usage of SuperSliceOf operator"),651			Path:    mustBe("DATA"),652			Summary: mustBe("non zero #0 entry in model already exists in expectedEntries"),653		})654	// Erroneous op655	test.EqualStr(t,656		td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}).String(),657		"SuperSliceOf(<ERROR>)")658}659func TestSuperSliceOfTypeBehind(t *testing.T) {660	type MySlice []int661	equalTypes(t, td.SuperSliceOf([]int{}, nil), []int{})662	equalTypes(t, td.SuperSliceOf(MySlice{}, nil), MySlice{})663	equalTypes(t, td.SuperSliceOf(&MySlice{}, nil), &MySlice{})664	type MyArray [12]int665	equalTypes(t, td.SuperSliceOf([12]int{}, nil), [12]int{})666	equalTypes(t, td.SuperSliceOf(MyArray{}, nil), MyArray{})667	equalTypes(t, td.SuperSliceOf(&MyArray{}, nil), &MyArray{})668	// Erroneous op669	equalTypes(t, td.SuperSliceOf([]int{}, td.ArrayEntries{1: "bad"}), nil)670}...

td_array.go

Source:td_array.go

...15)16type tdArray struct {17	tdExpectedType18	expectedEntries []reflect.Value19	onlyIndexes     []int // only used by SuperSliceOf, nil otherwise20}21var _ TestDeep = &tdArray{}22// ArrayEntries allows to pass array or slice entries to check in23// functions [Array], [Slice] and [SuperSliceOf]. It is a map whose24// each key is the item index and the corresponding value the expected25// item value (which can be a [TestDeep] operator as well as a zero26// value).27type ArrayEntries map[int]any28const (29	arrayArray uint = iota30	arraySlice31	arraySuper32)33func newArray(kind uint, model any, expectedEntries ArrayEntries) *tdArray {34	vmodel := reflect.ValueOf(model)35	a := tdArray{36		tdExpectedType: tdExpectedType{37			base: newBase(4),38		},39	}40	if kind == arraySuper {41		a.onlyIndexes = make([]int, 0, len(expectedEntries))42	}43	kindIsOK := func(k reflect.Kind) bool {44		switch kind {45		case arrayArray:46			return k == reflect.Array47		case arraySlice:48			return k == reflect.Slice49		default: // arraySuper50			return k == reflect.Slice || k == reflect.Array51		}52	}53	switch vk := vmodel.Kind(); {54	case vk == reflect.Ptr:55		if !kindIsOK(vmodel.Type().Elem().Kind()) {56			break57		}58		a.isPtr = true59		if vmodel.IsNil() {60			a.expectedType = vmodel.Type().Elem()61			a.populateExpectedEntries(expectedEntries, reflect.Value{})62			return &a63		}64		vmodel = vmodel.Elem()65		fallthrough66	case kindIsOK(vk):67		a.expectedType = vmodel.Type()68		a.populateExpectedEntries(expectedEntries, vmodel)69		return &a70	}71	switch kind {72	case arrayArray:73		a.err = ctxerr.OpBadUsage("Array",74			"(ARRAY|&ARRAY, EXPECTED_ENTRIES)", model, 1, true)75	case arraySlice:76		a.err = ctxerr.OpBadUsage("Slice",77			"(SLICE|&SLICE, EXPECTED_ENTRIES)", model, 1, true)78	default: // arraySuper79		a.err = ctxerr.OpBadUsage("SuperSliceOf",80			"(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES)", model, 1, true)81	}82	return &a83}84// summary(Array): compares the contents of an array or a pointer on an array85// input(Array): array,ptr(ptr on array)86// Array operator compares the contents of an array or a pointer on an87// array against the values of model and the values of88// expectedEntries. Entries with zero values of model are ignored89// if the same entry is present in expectedEntries, otherwise they90// are taken into account. An entry cannot be present in both model91// and expectedEntries, except if it is a zero-value in model. At92// the end, all entries are checked. To check only some entries of an93// array, see [SuperSliceOf] operator.94//95// model must be the same type as compared data.96//97// expectedEntries can be nil, if no zero entries are expected and98// no [TestDeep] operators are involved.99//100//	got := [3]int{12, 14, 17}101//	td.Cmp(t, got, td.Array([3]int{0, 14}, td.ArrayEntries{0: 12, 2: 17})) // succeeds102//	td.Cmp(t, &got,103//	  td.Array(&[3]int{0, 14}, td.ArrayEntries{0: td.Gt(10), 2: td.Gt(15)})) // succeeds104//105// TypeBehind method returns the [reflect.Type] of model.106//107// See also [Slice] and [SuperSliceOf].108func Array(model any, expectedEntries ArrayEntries) TestDeep {109	return newArray(arrayArray, model, expectedEntries)110}111// summary(Slice): compares the contents of a slice or a pointer on a slice112// input(Slice): slice,ptr(ptr on slice)113// Slice operator compares the contents of a slice or a pointer on a114// slice against the values of model and the values of115// expectedEntries. Entries with zero values of model are ignored116// if the same entry is present in expectedEntries, otherwise they117// are taken into account. An entry cannot be present in both model118// and expectedEntries, except if it is a zero-value in model. At119// the end, all entries are checked. To check only some entries of a120// slice, see [SuperSliceOf] operator.121//122// model must be the same type as compared data.123//124// expectedEntries can be nil, if no zero entries are expected and125// no [TestDeep] operators are involved.126//127//	got := []int{12, 14, 17}128//	td.Cmp(t, got, td.Slice([]int{0, 14}, td.ArrayEntries{0: 12, 2: 17})) // succeeds129//	td.Cmp(t, &got,130//	  td.Slice(&[]int{0, 14}, td.ArrayEntries{0: td.Gt(10), 2: td.Gt(15)})) // succeeds131//132// TypeBehind method returns the [reflect.Type] of model.133//134// See also [Array] and [SuperSliceOf].135func Slice(model any, expectedEntries ArrayEntries) TestDeep {136	return newArray(arraySlice, model, expectedEntries)137}138// summary(SuperSliceOf): compares the contents of a slice, a pointer139// on a slice, an array or a pointer on an array but with potentially140// some extra entries141// input(SuperSliceOf): array,slice,ptr(ptr on array/slice)142// SuperSliceOf operator compares the contents of an array, a pointer143// on an array, a slice or a pointer on a slice against the non-zero144// values of model (if any) and the values of expectedEntries. So145// entries with zero value of model are always ignored. If a zero146// value check is needed, this zero value has to be set in147// expectedEntries. An entry cannot be present in both model and148// expectedEntries, except if it is a zero-value in model. At the149// end, only entries present in expectedEntries and non-zero ones150// present in model are checked. To check all entries of an array151// see [Array] operator. To check all entries of a slice see [Slice]152// operator.153//154// model must be the same type as compared data.155//156// expectedEntries can be nil, if no zero entries are expected and157// no [TestDeep] operators are involved.158//159// Works with slices:160//161//	got := []int{12, 14, 17}162//	td.Cmp(t, got, td.SuperSliceOf([]int{12}, nil))                                // succeeds163//	td.Cmp(t, got, td.SuperSliceOf([]int{12}, td.ArrayEntries{2: 17}))             // succeeds164//	td.Cmp(t, &got, td.SuperSliceOf(&[]int{0, 14}, td.ArrayEntries{2: td.Gt(16)})) // succeeds165//166// and arrays:167//168//	got := [5]int{12, 14, 17, 26, 56}169//	td.Cmp(t, got, td.SuperSliceOf([5]int{12}, nil))                                // succeeds170//	td.Cmp(t, got, td.SuperSliceOf([5]int{12}, td.ArrayEntries{2: 17}))             // succeeds171//	td.Cmp(t, &got, td.SuperSliceOf(&[5]int{0, 14}, td.ArrayEntries{2: td.Gt(16)})) // succeeds172//173// See also [Array] and [Slice].174func SuperSliceOf(model any, expectedEntries ArrayEntries) TestDeep {175	return newArray(arraySuper, model, expectedEntries)176}177func (a *tdArray) populateExpectedEntries(expectedEntries ArrayEntries, expectedModel reflect.Value) {178	// Compute highest expected index179	maxExpectedIdx := -1180	for index := range expectedEntries {181		if index > maxExpectedIdx {182			maxExpectedIdx = index183		}184	}185	var numEntries int186	array := a.expectedType.Kind() == reflect.Array187	if array {188		numEntries = a.expectedType.Len()189		if numEntries <= maxExpectedIdx {190			a.err = ctxerr.OpBad(191				a.GetLocation().Func,192				"array length is %d, so cannot have #%d expected index",193				numEntries,194				maxExpectedIdx)195			return196		}197	} else {198		numEntries = maxExpectedIdx + 1199		// If slice is non-nil200		if expectedModel.IsValid() {201			if numEntries < expectedModel.Len() {202				numEntries = expectedModel.Len()203			}204		}205	}206	a.expectedEntries = make([]reflect.Value, numEntries)207	elemType := a.expectedType.Elem()208	var vexpectedValue reflect.Value209	for index, expectedValue := range expectedEntries {210		if expectedValue == nil {211			switch elemType.Kind() {212			case reflect.Chan, reflect.Func, reflect.Interface, reflect.Map,213				reflect.Ptr, reflect.Slice:214				vexpectedValue = reflect.Zero(elemType) // change to a typed nil215			default:216				a.err = ctxerr.OpBad(217					a.GetLocation().Func,218					"expected value of #%d cannot be nil as items type is %s",219					index,220					elemType)221				return222			}223		} else {224			vexpectedValue = reflect.ValueOf(expectedValue)225			if _, ok := expectedValue.(TestDeep); !ok {226				if !vexpectedValue.Type().AssignableTo(elemType) {227					a.err = ctxerr.OpBad(228						a.GetLocation().Func,229						"type %s of #%d expected value differs from %s contents (%s)",230						vexpectedValue.Type(),231						index,232						util.TernStr(array, "array", "slice"),233						elemType)234					return235				}236			}237		}238		a.expectedEntries[index] = vexpectedValue239		// SuperSliceOf240		if a.onlyIndexes != nil {241			a.onlyIndexes = append(a.onlyIndexes, index)242		}243	}244	vzero := reflect.Zero(elemType)245	// Check initialized entries in model246	if expectedModel.IsValid() {247		zero := vzero.Interface()248		for index := expectedModel.Len() - 1; index >= 0; index-- {249			ventry := expectedModel.Index(index)250			modelIsZero := reflect.DeepEqual(zero, ventry.Interface())251			// Entry already expected252			if _, ok := expectedEntries[index]; ok {253				// If non-zero entry, consider it as an error (= 2 expected254				// values for the same item)255				if !modelIsZero {256					a.err = ctxerr.OpBad(257						a.GetLocation().Func,258						"non zero #%d entry in model already exists in expectedEntries",259						index)260					return261				}262				continue263			}264			// Expect this entry except if not SuperSliceOf || not zero entry265			if a.onlyIndexes == nil || !modelIsZero {266				a.expectedEntries[index] = ventry267				// SuperSliceOf268				if a.onlyIndexes != nil {269					a.onlyIndexes = append(a.onlyIndexes, index)270				}271			}272		}273	} else if a.expectedType.Kind() == reflect.Slice {274		sort.Ints(a.onlyIndexes)275		// nil slice276		return277	}278	// For SuperSliceOf, we don't want to initialize missing entries279	if a.onlyIndexes != nil {280		sort.Ints(a.onlyIndexes)281		return282	}283	var index int284	// Array case, all is OK285	if array {286		// Non-nil array => a.expectedEntries already fully initialized287		if expectedModel.IsValid() {288			return289		}290		// nil array => a.expectedEntries must be initialized from index=0291		// to numEntries - 1 below292	} else {293		// Non-nil slice => a.expectedEntries must be initialized from294		// index=len(slice) to last entry index of expectedEntries295		index = expectedModel.Len()296	}297	// Slice case, initialize missing expected items to zero298	for ; index < numEntries; index++ {299		if _, ok := expectedEntries[index]; !ok {300			a.expectedEntries[index] = vzero301		}302	}303}304func (a *tdArray) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {305	if a.err != nil {306		return ctx.CollectError(a.err)307	}308	err := a.checkPtr(ctx, &got, true)309	if err != nil {310		return ctx.CollectError(err)311	}312	err = a.checkType(ctx, got)313	if err != nil {314		return ctx.CollectError(err)315	}316	gotLen := got.Len()317	check := func(index int, expectedValue reflect.Value) *ctxerr.Error {318		curCtx := ctx.AddArrayIndex(index)319		if index >= gotLen {320			if curCtx.BooleanError {321				return ctxerr.BooleanError322			}323			return curCtx.CollectError(&ctxerr.Error{324				Message:  "expected value out of range",325				Got:      types.RawString("<non-existent value>"),326				Expected: expectedValue,327			})328		}329		return deepValueEqual(curCtx, got.Index(index), expectedValue)330	}331	// SuperSliceOf, only check some indexes332	if a.onlyIndexes != nil {333		for _, index := range a.onlyIndexes {334			err = check(index, a.expectedEntries[index])335			if err != nil {336				return err337			}338		}339		return nil340	}341	// Array or Slice342	for index, expectedValue := range a.expectedEntries {343		err = check(index, expectedValue)344		if err != nil {345			return err...

td_ignore.go

Source:td_ignore.go

...14// summary(Ignore): allows to ignore a comparison15// input(Ignore): all16// Ignore operator is always true, whatever data is. It is useful when17// comparing a slice with [Slice] and wanting to ignore some indexes,18// for example (if you don't want to use [SuperSliceOf]). Or comparing19// a struct with [SStruct] and wanting to ignore some fields:20//21//	td.Cmp(t, got, td.SStruct(22//	  Person{23//	    Name: "John Doe",24//	  },25//	  td.StructFields{26//	    Age:      td.Between(40, 45),27//	    Children: td.Ignore(),28//	  }),29//	)30func Ignore() TestDeep {31	return &tdIgnore{32		baseOKNil: newBaseOKNil(3),...

SuperSliceOf

Using AI Code Generation

1import (2func main() {3	s = td.SuperSliceOf(1, 2, 3, 4, 5)4	fmt.Println(s)5}6func SuperSliceOf(x ...int) []int {7}8func SuperSliceOf(x ...int) []int {9}10func SuperSliceOf(x ...int) []int {11}12func SuperSliceOf(x ...int) []int {13}14func SuperSliceOf(x ...int) []int {15}16func SuperSliceOf(x ...int) []int

SuperSliceOf

Using AI Code Generation

1import (2func main() {3	sli := []int{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}4	sli2 := []int{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}5	sli3 := []string{"a", "b", "c", "d", "e", "f", "g", "h", "i", "j"}6	sli4 := []string{"a", "b", "c", "d", "e", "f", "g", "h", "i", "j"}7	sli5 := []float64{1.1, 2.2, 3.3, 4.4, 5.5, 6.6, 7.7, 8.8, 9.9, 10.10}8	sli6 := []float64{1.1, 2.2, 3.3, 4.4, 5.5, 6.6, 7.7, 8.8, 9.9, 10.10}9	sli7 := []int{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}10	sli8 := []int{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}11	fmt.Println("SuperSliceOf for int")12	fmt.Println(td.SuperSliceOf(sli, sli2))13	fmt.Println("SuperSliceOf for string")14	fmt.Println(td.SuperSliceOf(sli3, sli4))15	fmt.Println("SuperSliceOf for float

SuperSliceOf

Using AI Code Generation

1func main() {2    td.SuperSliceOf()3}4func main() {5    td.SuperSliceOf()6}7func main() {8    td.SuperSliceOf()9}10func main() {11    td.SuperSliceOf()12}13func main() {14    td.SuperSliceOf()15}16func main() {17    td.SuperSliceOf()18}19func main() {20    td.SuperSliceOf()21}22func main() {23    td.SuperSliceOf()24}25func main() {26    td.SuperSliceOf()27}28func main() {29    td.SuperSliceOf()30}31func main() {32    td.SuperSliceOf()33}34func main() {35    td.SuperSliceOf()36}37func main() {38    td.SuperSliceOf()39}40func main() {41    td.SuperSliceOf()

SuperSliceOf

Using AI Code Generation

1import (2func main() {3	var td = NewTypeDescriptor()4	var a = []int{1, 2, 3, 4, 5}5	var b = []int{6, 7, 8, 9, 10}6	var c = []int{11, 12, 13, 14, 15}7	var d = []int{16, 17, 18, 19, 20}8	var e = []int{21, 22, 23, 24, 25}9	var f = []int{26, 27, 28, 29, 30}10	var g = []int{31, 32, 33, 34, 35}11	var x = td.SuperSliceOf(a, b, c, d, e, f, g)12	fmt.Println(x)13}14import (15func main() {16	var td = NewTypeDescriptor()17	var a = []int{1, 2, 3, 4, 5}18	var b = []int{6, 7, 8, 9, 10}19	var c = []int{11, 12, 13, 14, 15}20	var d = []int{16, 17, 18, 19, 20}21	var e = []int{21, 22, 23, 24, 25}22	var f = []int{26, 27, 28, 29, 30}23	var g = []int{31, 32, 33, 34, 35}24	var x = td.SuperSliceOf(a, b, c, d, e, f, g)25	fmt.Println(x)26}

SuperSliceOf

Using AI Code Generation

1import (2func main() {3	t := td.New()4	slice := []int{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}5	superSlice := t.SuperSliceOf(slice, 3)6	fmt.Println(superSlice)7}

SuperSliceOf

Using AI Code Generation

1import (2func main() {3    td := goltd.Td{}4    td.Set("test1", "value1")5    td.Set("test2", "value2")6    td.Set("test3", "value3")7    fmt.Println("td:", td)8    fmt.Println("td.SuperSliceOf('test1','test3'):", td.SuperSliceOf("test1", "test3"))9}10import (11func main() {12    td := goltd.Td{}13    td.Set("test1", "value1")14    td.Set("test2", "value2")15    td.Set("test3", "value3")16    fmt.Println("td:", td)17    fmt.Println("td.SuperSliceOf('test1','test3'):", td.SuperSliceOf("test1", "test3"))18}19import (20func main() {21    td := goltd.Td{}22    td.Set("test1", "value1")23    td.Set("test2", "value2")24    td.Set("test3", "value3")25    fmt.Println("td:", td)26    fmt.Println("td.SuperSliceOf('test1','test3'):", td.SuperSliceOf("test1", "test3"))27}28import (29func main() {30    td := goltd.Td{}31    td.Set("test1", "value1")32    td.Set("test2", "value2")33    td.Set("test3", "value3")34    fmt.Println("td:", td)35    fmt.Println("td.SuperSliceOf('test1','test3'):", td.SuperSliceOf("test1", "test3"))36}

SuperSliceOf

Using AI Code Generation

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

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