How to use Ignore method of td Package

Best Go-testdeep code snippet using td.Ignore

uniq2_api_test.go

Source:uniq2_api_test.go Github

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...40 testdata := []struct {41 giveParams *Parameters42 wontString string43 }{44 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: false, IgnoreCase: false}, ""},45 {&Parameters{Adjacent: true, ShowCounts: false, DeleteLines: false, IgnoreCase: false}, "adjacent"},46 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: false, IgnoreCase: false}, "show-counts"},47 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: true, IgnoreCase: false}, "delete-lines"},48 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: false, IgnoreCase: true}, "ignore-case"},49 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: false, IgnoreCase: false}, "adjacent,show-counts"},50 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: true, IgnoreCase: false}, "adjacent,show-counts,delete-lines"},51 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: true, IgnoreCase: true}, "adjacent,show-counts,delete-lines,ignore-case"},52 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: true, IgnoreCase: false}, "show-counts,delete-lines"},53 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: true, IgnoreCase: true}, "show-counts,delete-lines,ignore-case"},54 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: true, IgnoreCase: true}, "delete-lines,ignore-case"},55 }56 for _, td := range testdata {57 gotString := td.giveParams.String()58 if td.wontString != gotString {59 t.Errorf("Parameters(%s).String() did not match, wont %s, got %s", td.giveParams.String(), td.wontString, gotString)60 }61 }62}63func TestUniq2BuildUniqer(t *testing.T) {64 testdata := []struct {65 params *Parameters66 filterSize int67 inverseUniqer bool68 adjacentUniqer bool69 wholeUniqer bool70 }{71 {&Parameters{}, 0, false, false, true},72 {&Parameters{Adjacent: true}, 0, false, true, false},73 {&Parameters{DeleteLines: true}, 0, true, false, false},74 {&Parameters{ShowCounts: true, Adjacent: true}, 1, false, true, false},75 {&Parameters{IgnoreCase: true, ShowCounts: true, Adjacent: true}, 2, false, true, false},76 }77 for _, td := range testdata {78 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)79 filter, _ := uniqer.filter.(*MultipleFilter)80 if len(filter.filters) != td.filterSize {81 t.Errorf("filter size of buildUniqer({ %s }) did not match, wont %d, got %d", td.params.String(), td.filterSize, len(filter.filters))82 }83 _, inverseFlag := uniqer.uniqer.(*InverseUniqer)84 _, adjacentFlag := uniqer.uniqer.(*AdjacentUniqer)85 _, wholeLineFlag := uniqer.uniqer.(*WholeLineUniqer)86 if inverseFlag != td.inverseUniqer {87 t.Errorf("type error InverseUniqer by buildUniqer({ %s })", td.params.String())88 }89 if adjacentFlag != td.adjacentUniqer {90 t.Errorf("type error AdjacentUniqer by buildUniqer({ %s })", td.params.String())91 }92 if wholeLineFlag != td.wholeUniqer {93 t.Errorf("type error InverseUniqer by buildUniqer({ %s })", td.params.String())94 }95 }96}97func TestFilter(t *testing.T) {98 testdata := []struct {99 params *Parameters100 giveString string101 wontString string102 }{103 {&Parameters{IgnoreCase: true}, "Hello World", "hello world"},104 {&Parameters{}, "Hello World", "Hello World"},105 {&Parameters{ShowCounts: true, IgnoreCase: true}, "Hello World", "hello world"},106 }107 for _, td := range testdata {108 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)109 gotString := uniqer.Filter(td.giveString)110 if gotString != td.wontString {111 t.Errorf("{%s}.Filter(%s) did not match, wont %s, got %s", td.params.String(), td.giveString, td.wontString, gotString)112 }113 }114}115func TestStreamLine(t *testing.T) {116 testdata := []struct {117 params *Parameters118 giveString string119 wontString string120 }{121 {&Parameters{IgnoreCase: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3"},122 {&Parameters{}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1"},123 {&Parameters{Adjacent: true, IgnoreCase: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1"},124 {&Parameters{Adjacent: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1-a1"},125 }126 for _, td := range testdata {127 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)128 writer := &bytes.Buffer{}129 args := &Arguments{input: strings.NewReader(td.giveString), output: writer}130 defer args.Close()131 args.performImpl(uniqer)132 gotString := strings.Join(strings.Split(writer.String(), "\n"), "-")133 if td.wontString != gotString {134 }135 }136}...

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puniq_api_test.go

Source:puniq_api_test.go Github

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...40 testdata := []struct {41 giveParams *Parameters42 wontString string43 }{44 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: false, IgnoreCase: false}, ""},45 {&Parameters{Adjacent: true, ShowCounts: false, DeleteLines: false, IgnoreCase: false}, "adjacent"},46 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: false, IgnoreCase: false}, "show-counts"},47 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: true, IgnoreCase: false}, "delete-lines"},48 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: false, IgnoreCase: true}, "ignore-case"},49 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: false, IgnoreCase: false}, "adjacent,show-counts"},50 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: true, IgnoreCase: false}, "adjacent,show-counts,delete-lines"},51 {&Parameters{Adjacent: true, ShowCounts: true, DeleteLines: true, IgnoreCase: true}, "adjacent,show-counts,delete-lines,ignore-case"},52 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: true, IgnoreCase: false}, "show-counts,delete-lines"},53 {&Parameters{Adjacent: false, ShowCounts: true, DeleteLines: true, IgnoreCase: true}, "show-counts,delete-lines,ignore-case"},54 {&Parameters{Adjacent: false, ShowCounts: false, DeleteLines: true, IgnoreCase: true}, "delete-lines,ignore-case"},55 }56 for _, td := range testdata {57 gotString := td.giveParams.String()58 if td.wontString != gotString {59 t.Errorf("Parameters(%s).String() did not match, wont %s, got %s", td.giveParams.String(), td.wontString, gotString)60 }61 }62}63func TestUniq2BuildUniqer(t *testing.T) {64 testdata := []struct {65 params *Parameters66 filterSize int67 inverseUniqer bool68 adjacentUniqer bool69 wholeUniqer bool70 }{71 {&Parameters{}, 0, false, false, true},72 {&Parameters{Adjacent: true}, 0, false, true, false},73 {&Parameters{DeleteLines: true}, 0, true, false, false},74 {&Parameters{ShowCounts: true, Adjacent: true}, 1, false, true, false},75 {&Parameters{IgnoreCase: true, ShowCounts: true, Adjacent: true}, 2, false, true, false},76 }77 for _, td := range testdata {78 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)79 filter, _ := uniqer.filter.(*MultipleFilter)80 if len(filter.filters) != td.filterSize {81 t.Errorf("filter size of buildUniqer({ %s }) did not match, wont %d, got %d", td.params.String(), td.filterSize, len(filter.filters))82 }83 _, inverseFlag := uniqer.uniqer.(*InverseUniqer)84 _, adjacentFlag := uniqer.uniqer.(*AdjacentUniqer)85 _, wholeLineFlag := uniqer.uniqer.(*WholeLineUniqer)86 if inverseFlag != td.inverseUniqer {87 t.Errorf("type error InverseUniqer by buildUniqer({ %s })", td.params.String())88 }89 if adjacentFlag != td.adjacentUniqer {90 t.Errorf("type error AdjacentUniqer by buildUniqer({ %s })", td.params.String())91 }92 if wholeLineFlag != td.wholeUniqer {93 t.Errorf("type error InverseUniqer by buildUniqer({ %s })", td.params.String())94 }95 }96}97func TestFilter(t *testing.T) {98 testdata := []struct {99 params *Parameters100 giveString string101 wontString string102 }{103 {&Parameters{IgnoreCase: true}, "Hello World", "hello world"},104 {&Parameters{}, "Hello World", "Hello World"},105 {&Parameters{ShowCounts: true, IgnoreCase: true}, "Hello World", "hello world"},106 }107 for _, td := range testdata {108 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)109 gotString := uniqer.Filter(td.giveString)110 if gotString != td.wontString {111 t.Errorf("{%s}.Filter(%s) did not match, wont %s, got %s", td.params.String(), td.giveString, td.wontString, gotString)112 }113 }114}115func TestStreamLine(t *testing.T) {116 testdata := []struct {117 params *Parameters118 giveString string119 wontString string120 }{121 {&Parameters{IgnoreCase: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3"},122 {&Parameters{}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1"},123 {&Parameters{Adjacent: true, IgnoreCase: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1"},124 {&Parameters{Adjacent: true}, "a1\na1\na2\na3\nA1\na1", "a1-a2-a3-A1-a1"},125 }126 for _, td := range testdata {127 uniqer, _ := td.params.BuildUniqer().(*BasicFilterUniqer)128 writer := &bytes.Buffer{}129 args := &Arguments{input: strings.NewReader(td.giveString), output: writer}130 defer args.Close()131 args.performImpl(uniqer)132 gotString := strings.Join(strings.Split(writer.String(), "\n"), "-")133 if td.wontString != gotString {134 }135 }136}...

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gitignore_test.go

Source:gitignore_test.go Github

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1package wildcat2import "testing"3func TestGitIgnore(t *testing.T) {4 testdata := []struct {5 givePath string6 giveSlice []string7 wontSlice []string8 }{9 {"testdata/ignores", []string{"ignore.test", "notIgnore.txt"}, []string{"notIgnore.txt"}},10 {"testdata/archives", []string{"ignore.test", "notIgnore.txt"}, []string{"notIgnore.txt", "ignore.test"}}, // no ignore11 }12 for _, td := range testdata {13 ig := newIgnore(td.givePath)14 gotSlice := ig.Filter(td.giveSlice)15 if len(gotSlice) != len(td.wontSlice) {16 t.Errorf("got slice length did not match: wont %d, got %d", len(td.wontSlice), len(gotSlice))17 }18 for _, gotItem := range gotSlice {19 found := false20 for _, wontItem := range td.wontSlice {21 if gotItem == wontItem {22 found = true23 break24 }25 }26 if !found {27 t.Errorf("gotItem: %s not found in %v", gotItem, td.wontSlice)...

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Ignore

Using AI Code Generation

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1import (2type td struct {3}4func (t td) Ignore() {5}6func main() {7 t := td{8 }9 fmt.Println(t)10 t.Ignore()11 fmt.Println(t)12}13{2018 January 1 1 1 1}14{2018 January 1 1 1 1}15import (16type td struct {17}18func (t *td) Ignore() {19}20func main() {21 t := td{22 }23 fmt.Println(t)24 t.Ignore()25 fmt.Println(t)26}27{2018 January 1 1 1 1}28{0 0 0 0 0 0}

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Ignore

Using AI Code Generation

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1import (2func main() {3 xlFile, err := xlsx.OpenFile("test.xlsx")4 if err != nil {5 fmt.Println(err)6 }7 for _, sheet := range xlFile.Sheets {8 for _, row := range sheet.Rows {9 for _, cell := range row.Cells {10 text := cell.String()11 fmt.Printf("%s12 }13 }14 }15}16import (17func main() {18 xlFile, err := xlsx.OpenFile("test.xlsx")19 if err != nil {20 fmt.Println(err)21 }22 for _, sheet := range xlFile.Sheets {23 for _, row := range sheet.Rows {24 for _, cell := range row.Cells {25 text := cell.String()26 fmt.Printf("%s27 }28 }29 }30}31import (32func main() {33 xlFile, err := xlsx.OpenFile("test.xlsx")34 if err != nil {35 fmt.Println(err)36 }37 for _, sheet := range xlFile.Sheets {38 for _, row := range sheet.Rows {39 for _, cell := range row.Cells {40 text := cell.String()41 fmt.Printf("%s42 }43 }44 }45}46import (47func main() {48 xlFile, err := xlsx.OpenFile("test.xlsx")49 if err != nil {50 fmt.Println(err)51 }52 for _, sheet := range xlFile.Sheets {53 for _, row := range sheet.Rows {54 for _, cell := range row.Cells {55 text := cell.String()56 fmt.Printf("%s57 }58 }59 }60}61import (

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Ignore

Using AI Code Generation

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1import "fmt"2func main() {3 fmt.Printf("value of c is %d4 fmt.Printf("value of c is %d5 fmt.Printf("value of c is %d6 fmt.Printf("value of c is %d7 fmt.Printf("value of c is %d8 fmt.Printf("value of a is %d9 fmt.Printf("value of a is %d10}11import "fmt"12func main() {13 fmt.Printf("Line 1 - = Operator, Value of c = %d14 fmt.Printf("Line 2 - += Operator, Value of c = %d15 fmt.Printf("Line 3 - -= Operator, Value of c = %d16 fmt.Printf("Line 4 - *= Operator, Value of c = %d17 fmt.Printf("Line 5 - /= Operator, Value of c = %d18 fmt.Printf("Line 6 - = Operator, Value of c = %d19 fmt.Printf("Line 7 - %= Operator, Value of c = %d20 fmt.Printf("Line 8 - <<= Operator, Value of c = %d

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Ignore

Using AI Code Generation

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1import (2type T struct {3}4func (t *T) String() string {5 return fmt.Sprintf("%d/%s", t.A, t.B)6}7func (t *T) Error() string {8 return fmt.Sprintf("error: %d/%s", t.A, t.B)9}10func main() {11 x := &T{A: 1, B: "hello"}12 y := &T{A: 1, B: "hello"}13 z := &T{A: 2, B: "hello"}14 fmt.Printf("x != y: %v15", reflect.DeepEqual(x, y))16 fmt.Printf("x != z: %v17", reflect.DeepEqual(x, z))18 fmt.Printf("x == y: %v19", reflect.DeepEqual(x, y, td.Ignore()))20 fmt.Printf("x != z: %v21", reflect.DeepEqual(x, z, td.Ignore()))22 fmt.Printf("x != y: %v23", reflect.DeepEqual(x, y, td.Ignore("A")))24 fmt.Printf("x == z: %v25", reflect.DeepEqual(x, z, td.Ignore("A")))26}

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Ignore

Using AI Code Generation

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1import (2var (3 address = flag.String("address", ":8080", "Address to listen on")4 destination = flag.String("destination", "localhost:8081", "Address to forward traffic to")5 destination2 = flag.String("destination2", "localhost:8082", "Address to forward traffic to")6 destination3 = flag.String("destination3", "localhost:8083", "Address to forward traffic to")7 destination4 = flag.String("destination4", "localhost:8084", "Address to forward traffic to")8 destination5 = flag.String("destination5", "localhost:8085", "Address to forward traffic to")9 destination6 = flag.String("destination6", "localhost:8086", "Address to forward traffic to")10 destination7 = flag.String("destination7", "localhost:8087", "Address to forward traffic to")11 destination8 = flag.String("destination8", "localhost:8088", "Address to forward traffic to")12 destination9 = flag.String("destination9", "localhost:8089", "Address to forward traffic to")13 destination10 = flag.String("destination10", "localhost:8090", "Address to forward traffic to")14 destination11 = flag.String("destination11", "localhost:8091", "Address to forward traffic to")15 destination12 = flag.String("destination12", "localhost:8092", "Address to forward traffic

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Ignore

Using AI Code Generation

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1import (2func main() {3 _, err := os.Open("E:\\Go\\src\\github.com\\golang\\go\\src\\cmd\\go\\main.go")4 if err != nil {5 fmt.Println(err)6 }7}8import (9func main() {10 _, err := os.Open("E:\\Go\\src\\github.com\\golang\\go\\src\\cmd\\go\\main.go")11 if err != nil {12 fmt.Println(err.Error())13 }14}15import (16func main() {17 _, err := os.Open("E:\\Go\\src\\github.com\\golang\\go\\src\\cmd\\go\\main.go")18 if err != nil {19 fmt.Println(err.Unwrap())20 }21}22import (23func main() {24 _, err := os.Open("E:\\Go\\src\\github.com\\golang\\go\\src\\cmd\\go\\main.go")25 if err != nil {26 fmt.Println(err.Is(os.ErrNotExist))27 }28}29import (30func main() {31 _, err := os.Open("E:\\Go\\src\\github.com\\golang\\go\\src\\cmd\\go\\main.go")32 if err != nil {33 if err.As(&pathError) {34 fmt.Println(pathError.Path)35 }

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Ignore

Using AI Code Generation

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1func main() {2 td := tdlib.New()3 td.Add("12345")4 td.Ignore(2)5 fmt.Println(td.Result())6}7func main() {8 td := tdlib.New()9 td.Add("12345")10 td.Ignore(-2)11 fmt.Println(td.Result())12}13func main() {14 td := tdlib.New()15 td.Add("12345")16 td.Ignore(2, -2)17 fmt.Println(td.Result())18}19func main() {20 td := tdlib.New()21 td.Add("12345")22 td.Ignore(2, -2)23 fmt.Println(td.Result())24}25func main() {26 td := tdlib.New()27 td.Add("12345")28 td.Ignore(2, -2)29 fmt.Println(td.Result())30}31func main() {32 td := tdlib.New()33 td.Add("12345")34 td.Ignore(2, -2)

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