How to use newRe method of td Package

Best Go-testdeep code snippet using td.newRe

nfa.go

Source:nfa.go

...428		}429	}430	nn.IsDirty = false // Mark as completed and ready to use. (( Should be checed in DFA generation - don't generate until finialized ))431}432func (nn *NFA_PoolType) ChangeRe(oldRe string, newRe string) {433	for ii, vv := range nn.ReSet {434		if vv.Re == oldRe {435			vv.Re = newRe436			vv.IsDirty = true437			vv.HasDot = false438			vv.Deleted = false439			vv.HasNCCL = false440			vv.ParsedRe = nil441			nn.ReSet[ii] = vv442			nn.IsDirty = true443			nn.ReSet[ii] = vv444			break445		}446	}447}448func (nn *NFA_PoolType) DeleteRe(oldRe string) {449	for ii, vv := range nn.ReSet {...

td_re.go

Source:td_re.go

...18	captures   reflect.Value19	numMatches int20}21var _ TestDeep = &tdRe{}22func newRe(regIf any, capture ...any) *tdRe {23	r := &tdRe{24		base: newBase(4),25	}26	const (27		usageRe    = "(STRING|*regexp.Regexp[, NON_NIL_CAPTURE])"28		usageReAll = "(STRING|*regexp.Regexp, NON_NIL_CAPTURE)"29	)30	usage := usageRe31	if len(r.location.Func) != 2 {32		usage = usageReAll33	}34	switch len(capture) {35	case 0:36	case 1:37		if capture[0] != nil {38			r.captures = reflect.ValueOf(capture[0])39		}40	default:41		r.err = ctxerr.OpTooManyParams(r.location.Func, usage)42		return r43	}44	switch reg := regIf.(type) {45	case *regexp.Regexp:46		r.re = reg47	case string:48		var err error49		r.re, err = regexp.Compile(reg)50		if err != nil {51			r.err = &ctxerr.Error{52				Message: "invalid regexp given to " + r.location.Func + " operator",53				Summary: ctxerr.NewSummary(err.Error()),54			}55		}56	default:57		r.err = ctxerr.OpBadUsage(r.location.Func, usage, regIf, 1, false)58	}59	return r60}61// summary(Re): allows to apply a regexp on a string (or convertible),62// []byte, error or fmt.Stringer interfaces, and even test the63// captured groups64// input(Re): str,slice([]byte),if(â + fmt.Stringer/error)65// Re operator allows to apply a regexp on a string (or convertible),66// []byte, error or [fmt.Stringer] interface (error interface is tested67// before [fmt.Stringer].)68//69// reg is the regexp. It can be a string that is automatically70// compiled using [regexp.Compile], or a [*regexp.Regexp].71//72// Optional capture parameter can be used to match the contents of73// regexp groups. Groups are presented as a []string or [][]byte74// depending the original matched data. Note that an other operator75// can be used here.76//77//	td.Cmp(t, "foobar zip!", td.Re(`^foobar`)) // succeeds78//	td.Cmp(t, "John Doe",79//	  td.Re(`^(\w+) (\w+)`, []string{"John", "Doe"})) // succeeds80//	td.Cmp(t, "John Doe",81//	  td.Re(`^(\w+) (\w+)`, td.Bag("Doe", "John"))) // succeeds82//83// See also [ReAll].84func Re(reg any, capture ...any) TestDeep {85	r := newRe(reg, capture...)86	r.numMatches = 187	return r88}89// summary(ReAll): allows to successively apply a regexp on a string90// (or convertible), []byte, error or fmt.Stringer interfaces, and91// even test the captured groups92// input(ReAll): str,slice([]byte),if(â + fmt.Stringer/error)93// ReAll operator allows to successively apply a regexp on a string94// (or convertible), []byte, error or [fmt.Stringer] interface (error95// interface is tested before [fmt.Stringer]) and to match its groups96// contents.97//98// reg is the regexp. It can be a string that is automatically99// compiled using [regexp.Compile], or a [*regexp.Regexp].100//101// capture is used to match the contents of regexp groups. Groups102// are presented as a []string or [][]byte depending the original103// matched data. Note that an other operator can be used here.104//105//	td.Cmp(t, "John Doe",106//	  td.ReAll(`(\w+)(?: |\z)`, []string{"John", "Doe"})) // succeeds107//	td.Cmp(t, "John Doe",108//	  td.ReAll(`(\w+)(?: |\z)`, td.Bag("Doe", "John"))) // succeeds109//110// See also [Re].111func ReAll(reg, capture any) TestDeep {112	r := newRe(reg, capture)113	r.numMatches = -1114	return r115}116func (r *tdRe) needCaptures() bool {117	return r.captures.IsValid()118}119func (r *tdRe) matchByteCaptures(ctx ctxerr.Context, got []byte, result [][][]byte) *ctxerr.Error {120	if len(result) == 0 {121		return r.doesNotMatch(ctx, got)122	}123	num := 0124	for _, set := range result {125		num += len(set) - 1126	}...

newRe

Using AI Code Generation

1import (2func main() {3    td := new(td)4    td.newRe()5}6import (7func main() {8    td := new(td)9    td.newRe()10}11import (12func main() {13    td := new(td)14    td.newRe()15}16import (17func main() {18    td := new(td)19    td.newRe()20}21import (22func main() {23    td := new(td)24    td.newRe()25}26import (27func main() {28    td := new(td)29    td.newRe()30}31import (32func main() {33    td := new(td)34    td.newRe()35}36import (37func main() {38    td := new(td)39    td.newRe()40}41import (42func main() {43    td := new(td)44    td.newRe()45}46import (47func main() {48    td := new(td)49    td.newRe()50}51import (52func main() {53    td := new(td)54    td.newRe()55}56import (57func main() {

newRe

Using AI Code Generation

1import "fmt"2func main() {3    t := new(td)4    t.newRe(1, 2)5    fmt.Println(t)6}7import "fmt"8func main() {9    t := new(td)10    t.newRe(1, 2)11    fmt.Println(t)12}13import "fmt"14func main() {15    t := new(td)16    t.newRe(1, 2)17    fmt.Println(t)18}19import "fmt"20func main() {21    t := new(td)22    t.newRe(1, 2)23    fmt.Println(t)24}25import "fmt"26func main() {27    t := new(td)28    t.newRe(1, 2)29    fmt.Println(t)30}31import "fmt"32func main() {33    t := new(td)34    t.newRe(1, 2)35    fmt.Println(t)36}37import "fmt"38func main() {39    t := new(td)40    t.newRe(1, 2)41    fmt.Println(t)42}43import "fmt"44func main() {45    t := new(td)46    t.newRe(1, 2)47    fmt.Println(t)48}49import "fmt"50func main() {51    t := new(td)52    t.newRe(1, 2)53    fmt.Println(t)54}55import "fmt"56func main() {57    t := new(td)58    t.newRe(1, 2)59    fmt.Println(t)60}

newRe

Using AI Code Generation

1import "fmt"2type td struct {3}4func (t *td) newRe() *td {5    return &td{"new person", 5}6}7func main() {8    t := &td{"person", 3}9    fmt.Println(t)10    t = t.newRe()11    fmt.Println(t)12}13import "fmt"14type td struct {15}16func (t *td) newRe() *td {17    return &td{"new person", 5}18}19func main() {20    t := &td{"person", 3}21    fmt.Println(t)22    t = t.newRe()23    fmt.Println(t)24}25import "fmt"26type td struct {27}28func (t *td) newRe() *td {29    return &td{"new person", 5}30}31func main() {32    t := &td{"person", 3}33    fmt.Println(t)34    t = t.newRe()35    fmt.Println(t)36}37import "fmt"38type td struct {39}40func (t *td) newRe() *td {41    return &td{"new person", 5}42}43func main() {44    t := &td{"person", 3}45    fmt.Println(t)46    t = t.newRe()47    fmt.Println(t)48}49import "fmt"50type td struct {51}52func (t *td) newRe() *td {53    return &td{"new person", 5}54}55func main() {56    t := &td{"person", 3}57    fmt.Println(t)58    t = t.newRe()59    fmt.Println(t)60}61import "fmt"62type td struct {63}64func (t

newRe

Using AI Code Generation

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

newRe

Using AI Code Generation

1import (2func main() {3 t := td.NewRe()4 fmt.Println(t)5}6{0 0}

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.