Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use initLenCapBase method of td Package

Best Go-testdeep code snippet using td.initLenCapBase

td_len_cap.go

Source:td_len_cap.go

...13)14type tdLenCapBase struct {15	tdSmugglerBase16}17func (b *tdLenCapBase) initLenCapBase(val any) {18	b.tdSmugglerBase = newSmugglerBase(val, 1)19	// math.MaxInt appeared in go1.1720	const (21		maxUint = ^uint(0)22		maxInt  = int(maxUint >> 1)23		minInt  = -maxInt - 124		usage   = "(TESTDEEP_OPERATOR|INT)"25	)26	if val == nil {27		b.err = ctxerr.OpBadUsage(b.GetLocation().Func, usage, val, 1, true)28		return29	}30	if b.isTestDeeper {31		return32	}33	vval := reflect.ValueOf(val)34	// A len or capacity is always an int, but accept any MinInt â¤ num â¤ MaxInt,35	// so it can be used in JSON, SubJSONOf and SuperJSONOf as float6436	switch vval.Kind() {37	case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64:38		num := vval.Int()39		if num >= int64(minInt) && num <= int64(maxInt) {40			b.expectedValue = reflect.ValueOf(int(num))41			return42		}43	case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64:44		num := vval.Uint()45		if num <= uint64(maxInt) {46			b.expectedValue = reflect.ValueOf(int(num))47			return48		}49	case reflect.Float32, reflect.Float64:50		num := vval.Float()51		if num == math.Trunc(num) && num >= float64(minInt) && num <= float64(maxInt) {52			b.expectedValue = reflect.ValueOf(int(num))53			return54		}55	default:56		b.err = ctxerr.OpBadUsage(b.GetLocation().Func, usage, val, 1, true)57		return58	}59	op := b.GetLocation().Func60	b.err = ctxerr.OpBad(op, "usage: "+op+usage+61		", but received an out of bounds or not integer 1st parameter (%v), should be in int range", val)62}63func (b *tdLenCapBase) isEqual(ctx ctxerr.Context, got int) (bool, *ctxerr.Error) {64	if b.isTestDeeper {65		return true, deepValueEqual(ctx, reflect.ValueOf(got), b.expectedValue)66	}67	if int64(got) == b.expectedValue.Int() {68		return true, nil69	}70	return false, nil71}72type tdLen struct {73	tdLenCapBase74}75var _ TestDeep = &tdLen{}76// summary(Len): checks an array, slice, map, string or channel length77// input(Len): array,slice,map,chan78// Len is a smuggler operator. It takes data, applies len() function79// on it and compares its result to expectedLen. Of course, the80// compared value must be an array, a channel, a map, a slice or a81// string.82//83// expectedLen can be an int value:84//85//	td.Cmp(t, gotSlice, td.Len(12))86//87// as well as an other operator:88//89//	td.Cmp(t, gotSlice, td.Len(td.Between(3, 4)))90//91// See also [Cap].92func Len(expectedLen any) TestDeep {93	l := tdLen{}94	l.initLenCapBase(expectedLen)95	return &l96}97func (l *tdLen) String() string {98	if l.err != nil {99		return l.stringError()100	}101	if l.isTestDeeper {102		return "len: " + l.expectedValue.Interface().(TestDeep).String()103	}104	return fmt.Sprintf("len=%d", l.expectedValue.Int())105}106func (l *tdLen) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {107	if l.err != nil {108		return ctx.CollectError(l.err)109	}110	switch got.Kind() {111	case reflect.Array, reflect.Chan, reflect.Map, reflect.Slice, reflect.String:112		ret, err := l.isEqual(ctx.AddFunctionCall("len"), got.Len())113		if ret {114			return err115		}116		if ctx.BooleanError {117			return ctxerr.BooleanError118		}119		return ctx.CollectError(&ctxerr.Error{120			Message:  "bad length",121			Got:      types.RawInt(got.Len()),122			Expected: types.RawInt(l.expectedValue.Int()),123		})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)...

initLenCapBase

Using AI Code Generation

1import (2type td struct {3}4func (t td) initLenCapBase(length, capacity int) td {5}6func (t td) initLenCap(length, capacity int) td {7    return td{length, capacity}8}9func main() {10    t := td{}11    t.initLenCapBase(10, 20)12    fmt.Println(t.length, t.capacity)13    t = td{}14    t.initLenCap(10, 20)15    fmt.Println(t.length, t.capacity)16}17import (18type td struct {19}20func main() {21    t := td{length: 10, capacity: 20}22    fmt.Println(t.length, t.capacity)23}24import (25type td struct {26}27func main() {28    t := td{10, 20}29    fmt.Println(t.length, t.capacity)30}31import (32type td struct {33}34func main() {35    t := td{10, 20}36    fmt.Println(t.length, t.capacity, t.name, t.flag)37}

initLenCapBase

Using AI Code Generation

1import "fmt"2func main() {3    td := new(TD)4    td.initLenCapBase(5, 10)5    fmt.Println(td)6}7import "fmt"8func main() {9    td := new(TD)10    td.initLenCapBase(5, 10)11    fmt.Println(td)12}13import "fmt"14func main() {15    td := new(TD)16    td.initLenCapBase(5, 10)17    fmt.Println(td)18}19import "fmt"20func main() {21    td := new(TD)22    td.initLenCapBase(5, 10)23    fmt.Println(td)24}25import "fmt"26func main() {27    td := new(TD)28    td.initLenCapBase(5, 10)29    fmt.Println(td)30}31import "fmt"32func main() {33    td := new(TD)34    td.initLenCapBase(5, 10)35    fmt.Println(td)36}37import "fmt"38func main() {39    td := new(TD)40    td.initLenCapBase(5, 10)41    fmt.Println(td)42}43import "fmt"44func main() {45    td := new(TD)46    td.initLenCapBase(5, 10)47    fmt.Println(td)48}49import "fmt"50func main() {51    td := new(TD)52    td.initLenCapBase(5, 10)53    fmt.Println(td)54}

initLenCapBase

Using AI Code Generation

1import (2type td struct {3}4func main() {5    fmt.Println("Length of slice is", len(slice))6    fmt.Println("Capacity of slice is", cap(slice))7    fmt.Println("Address of slice is", unsafe.Pointer(&slice))8    fmt.Println("Address of base of slice is", slice)9    fmt.Println("Address of base of slice is", &slice[0])10    fmt.Println("Address of base of slice is", &slice[1])11    fmt.Println("Address of base of slice is", &slice[2])12    fmt.Println("Address of base of slice is", &slice[3])13    fmt.Println("Address of base of slice is", &slice[4])14    fmt.Println("Address of base of slice is", &slice[5])15    fmt.Println("Address of base of slice is", &slice[6])16    fmt.Println("Address of base of slice is", &slice[7])17    fmt.Println("Address of base of slice is", &slice[8])18    fmt.Println("Address of base of slice is", &slice[9])19    fmt.Println("Address of base of slice is", &slice[10])20    fmt.Println("Address of base of slice is", &slice[11])21    fmt.Println("Address of base of slice is", &slice[12])22    fmt.Println("Address of base of slice is", &slice[13])23    fmt.Println("Address of base of slice is", &slice[14])24    fmt.Println("Address of base of slice is", &slice[15])25    fmt.Println("Address of base of slice is", &slice[16])26    fmt.Println("Address of base of slice is", &slice[17])27    fmt.Println("Address of base of slice is", &slice[18])28    fmt.Println("Address of base of slice is", &slice[19])29    fmt.Println("Address of base of slice is", &slice[20])30    fmt.Println("Address of base of slice is", &slice[21])31    fmt.Println("Address of base of slice is", &slice[22])32    fmt.Println("Address of base of slice is", &slice[23])33    fmt.Println("Address of base of slice is", &slice[

initLenCapBase

Using AI Code Generation

1import (2func main() {3	mySlice := []int{1, 2, 3, 4, 5}4	myStringSlice := []string{"Hello", "World", "!"}5	myFloatSlice := []float64{1.2, 2.3, 3.4, 4.5, 5.6}6	fmt.Println("Length and Capacity of mySlice:", td.initLenCapBase(mySlice))7	fmt.Println("Length and Capacity of myStringSlice:", td.initLenCapBase(myStringSlice))8	fmt.Println("Length and Capacity of myFloatSlice:", td.initLenCapBase(myFloatSlice))9}10import (11func main() {12	mySlice := []int{1, 2, 3, 4, 5}13	myStringSlice := []string{"Hello", "World", "!"}14	myFloatSlice := []float64{1.2, 2.3, 3.4, 4.5, 5.6}15	fmt.Println("Length and Capacity of mySlice:", td.initLenCapBase(mySlice))16	fmt.Println("Length and Capacity of myStringSlice:", td.initLenCapBase(myStringSlice))17	fmt.Println("Length and Capacity of myFloatSlice:", td.initLenCapBase(myFloatSlice))18}19import (20func main() {21	mySlice := []int{1, 2, 3, 4, 5}22	myStringSlice := []string{"Hello", "World", "!"}23	myFloatSlice := []float64{1.2, 2.3, 3

initLenCapBase

Using AI Code Generation

1import (2func main() {3	td1 := new(td)4	td1.initLenCapBase(10, 20, 30)5	fmt.Println(td1)6}7type td struct {8}9func (td1 *td) initLenCapBase(len, cap, base int) {10}11import (12func main() {13	td1 := new(td)14	td1.initLenCapBase(10, 20, 30)15	fmt.Println(td1)16}17type td struct {18}19func (td1 *td) initLenCapBase(len, cap, base int) {20}21import (22func main() {23	td1 := new(td)24	td1.initLenCapBase(10, 20, 30)25	fmt.Println(td1)26}27type td struct {28}29func (td1 *td) initLenCapBase(len, cap, base int) {30}31import (32func main() {

initLenCapBase

Using AI Code Generation

1import "fmt"2func main(){3    td := new(TD)4    td.initLenCapBase(4,4,4)5    fmt.Println(td)6}7import "fmt"8func main(){9    td := new(TD)10    td.initLenCapBase(4,4,4)11    fmt.Println(td)12}13import "fmt"14func main(){15    td := new(TD)16    td.initLenCapBase(4,4,4)17    fmt.Println(td)18}19import "fmt"20func main(){21    td := new(TD)22    td.initLenCapBase(4,4,4)23    fmt.Println(td)24}25import "fmt"26func main(){27    td := new(TD)28    td.initLenCapBase(4,4,4)29    fmt.Println(td)30}31import "fmt"32func main(){33    td := new(TD)34    td.initLenCapBase(4,4,4)35    fmt.Println(td)36}37import "fmt"38func main(){39    td := new(TD)40    td.initLenCapBase(4,4,4)41    fmt.Println(td)42}43import "fmt"44func main(){45    td := new(TD)46    td.initLenCapBase(4,4,4)47    fmt.Println(td)48}49import "fmt"50func main(){51    td := new(TD)52    td.initLenCapBase(4,4,4)53    fmt.Println(td)54}

initLenCapBase

Using AI Code Generation

1import (2func main() {3    t := new(td)4    t.initLenCapBase(4, 4, 0)5    fmt.Println("Length of t is", t.len)6    fmt.Println("Capacity of t is", t.cap)7    fmt.Println("Base address of t is", t.base)8}9import (10func main() {11    t := new(td)12    t.initLenCapBase(4, 4, 0)13    fmt.Println("Length of t is", t.len)14    fmt.Println("Capacity of t is", t.cap)15    fmt.Println("Base address of t is", t.base)16}17import (18func main() {19    t := new(td)20    t.initLenCapBase(4, 4, 0)21    fmt.Println("Length of t is", t.len)22    fmt.Println("Capacity of t is", t.cap)23    fmt.Println("Base address of t is", t.base)24}

initLenCapBase

Using AI Code Generation

1import "fmt"2func main(){3td:=new(td)4td.initLenCapBase(5,10)5fmt.Println(td.len)6fmt.Println(td.cap)7}8import "fmt"9func main(){10td:=new(td)11td.initLenCapBase(5,10)12fmt.Println(td.len)13fmt.Println(td.cap)14td.initLenCapBase(3,6)15fmt.Println(td.len)16fmt.Println(td.cap)17}18import "fmt"19func main(){20td:=new(td)21td.initLenCapBase(5,10)22fmt.Println(td.len)23fmt.Println(td.cap)24td.initLenCapBase(3,6)25fmt.Println(td.len)26fmt.Println(td.cap)27td.initLenCapBase(0,0)28fmt.Println(td.len)29fmt.Println(td.cap)30}31import "fmt"32func main(){33td:=new(td)34td.initLenCapBase(5,10)35fmt.Println(td.len)36fmt.Println(td.cap)37td.initLenCapBase(3,6)38fmt.Println(td.len)39fmt.Println(td.cap)40td.initLenCapBase(0,0)41fmt.Println(td.len)42fmt.Println(td.cap)43td.initLenCapBase(100,200)44fmt.Println(td.len)45fmt.Println(td.cap)46}47import "fmt"48func main(){49td:=new(td)50td.initLenCapBase(5,10)

initLenCapBase

Using AI Code Generation

1import "fmt"2func main() {3  fmt.Println("Main method")4  td.initLenCapBase(5, 10, 15)5  fmt.Println("Length of td is", td.len)6  fmt.Println("Capacity of td is", td.cap)7  fmt.Println("Base of td is", td.base)8}

initLenCapBase

Using AI Code Generation

1import (2type td struct {3}4func initLenCapBase(l, c int, b unsafe.Pointer) td {5	return td{l, c, b}6}7type myType struct {8}9func main() {10	slice := []myType{{1, 2}, {3, 4}, {5, 6}}11	addr := unsafe.Pointer(&slice)12	tdPtr := (*td)(addr)13	arrayPtr := (*[1 << 30]myType)(base)14	fmt.Println(array)15}16[{1 2} {3 4} {5 6}]17type SliceHeader struct {18}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.