How to use TestToFilterSpecsByTags method of filter Package

Best Gauge code snippet using filter.TestToFilterSpecsByTags

specItemFilter_test.go

Source:specItemFilter_test.go Github

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...445 tagFilter := newScenarioFilterBasedOnTags(specTags, "abcd & foo bar")446 evaluateTrue := tagFilter.filterTags(specTags)447 c.Assert(evaluateTrue, Equals, true)448}449func (s *MySuite) TestToFilterSpecsByTags(c *C) {450 myTags := []string{"tag1", "tag2"}451 scenario1 := &gauge.Scenario{452 Heading: &gauge.Heading{Value: "First Scenario"},453 Span: &gauge.Span{Start: 1, End: 3},454 Tags: &gauge.Tags{Values: myTags},455 }456 scenario2 := &gauge.Scenario{457 Heading: &gauge.Heading{Value: "Second Scenario"},458 Span: &gauge.Span{Start: 4, End: 6},459 }460 scenario3 := &gauge.Scenario{461 Heading: &gauge.Heading{Value: "Third Scenario"},462 Span: &gauge.Span{Start: 1, End: 3},463 }...

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TestToFilterSpecsByTags

Using AI Code Generation

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1import (2func main() {3 specs := []types.SpecSummary{4 {5 ComponentTexts: []string{"[Test]", "[Test1]"},6 },7 {8 ComponentTexts: []string{"[Test]", "[Test2]"},9 },10 {11 ComponentTexts: []string{"[Test]", "[Test3]"},12 },13 {14 ComponentTexts: []string{"[Test]", "[Test4]"},15 },16 {17 ComponentTexts: []string{"[Test]", "[Test5]"},18 },19 }20 filter := testrunner.NewFilter([]string{"[Test]", "[Test1]"}, []string{})21 filteredSpecs := filter.FilterSpecs(specs)22 gomega.Expect(len(filteredSpecs)).To(gomega.Equal(1))23 gomega.Expect(filteredSpecs[0].ComponentTexts).To(gomega.Equal([]string{"[Test]", "[Test1]"}))24 os.Exit(0)25}26import (27func main() {28 specs := []types.SpecSummary{29 {30 ComponentTexts: []string{"[Test]", "[Test1]"},31 },

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TestToFilterSpecsByTags

Using AI Code Generation

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1import (2func main() {3 config := config.GinkgoConfigType{4 }5 testrunner := testrunner.New(config)6 spec := types.SpecSummary{7 ComponentTexts: []string{"Component1", "Component2"},8 }9 filtered := testrunner.FilterSpecsByTags(spec)10 fmt.Println("Filtered : ", filtered)11}12import (13func main() {14 config := config.GinkgoConfigType{15 }16 testrunner := testrunner.New(config)17 spec := types.SpecSummary{18 ComponentTexts: []string{"Component1", "Component2"},19 }20 filtered := testrunner.FilterSpecsByTags(spec)21 fmt.Println("Filtered : ", filtered)22}23import (24func main() {

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TestToFilterSpecsByTags

Using AI Code Generation

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1func TestToFilterSpecsByTags(t *testing.T) {2 tags = append(tags, "tag1")3 tags = append(tags, "tag2")4 tags = append(tags, "tag3")5 filter := ginkgoconfig.DefaultReporterConfigType()6 specs := ginkgoconfig.ToFilterSpecsByTags(filter)7 fmt.Println(specs)8}9func TestToFilterSpecsByTags(t *testing.T) {10 tags = append(tags, "tag1")11 tags = append(tags, "tag2")12 tags = append(tags, "tag3")13 filter := ginkgoconfig.DefaultReporterConfigType()14 specs := ginkgoconfig.ToFilterSpecsByTags(filter)15 fmt.Println(specs)16}

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TestToFilterSpecsByTags

Using AI Code Generation

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1func TestToFilterSpecsByTags(t *testing.T) {2 filter := Filter{}3 specs := []Spec{4 {5 Tags: []string{"a", "b"},6 },7 {8 Tags: []string{"a", "c"},9 },10 {11 Tags: []string{"d", "e"},12 },13 {14 Tags: []string{"a", "b", "c"},15 },16 }17 tags := []string{"a", "b"}18 filteredSpecs := filter.ToFilterSpecsByTags(specs, tags)19 if len(filteredSpecs) != 2 {20 t.Errorf("Expected 2 specs, got %d", len(filteredSpecs))21 }22 if filteredSpecs[0].Tags[0] != "a" {23 t.Errorf("Expected 'a' tag, got %s", filteredSpecs[0].Tags[0])24 }25 if filteredSpecs[0].Tags[1] != "b" {26 t.Errorf("Expected 'b' tag, got %s", filteredSpecs[0].Tags[1])27 }28 if filteredSpecs[1].Tags[0] != "a" {29 t.Errorf("Expected 'a' tag, got %s", filteredSpecs[1].Tags[0])30 }31 if filteredSpecs[1].Tags[1] != "b" {32 t.Errorf("Expected 'b' tag, got %s", filteredSpecs[1].Tags[1])33 }34 if filteredSpecs[1].Tags[2] != "c" {35 t.Errorf("Expected 'c' tag, got %s", filteredSpecs[1].Tags[2])36 }37}38func (f *Filter) FilterSpecsByTags(specs []Spec, tags []string) []Spec {39 for _, spec := range specs {40 for _, tag := range tags {41 if contains(spec.Tags, tag) {42 filteredSpecs = append(filteredSpecs, spec)43 }44 }45 }46}47func contains(s []string, e string) bool {

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TestToFilterSpecsByTags

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1import (2func main() {3 filter := config.GinkgoConfigType{}4 testsToRun := filter.TestToFilterSpecsByTags([]string{"@test"})5 fmt.Println(testsToRun)6}7import (8func main() {9 filter := config.GinkgoConfigType{}10 testsToRun := filter.TestToFilterSpecsByTags([]string{"@test", "@test1"})11 fmt.Println(testsToRun)12}13[{true Test1} {true Test2}]14import (15func main() {16 filter := config.GinkgoConfigType{}

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TestToFilterSpecsByTags

Using AI Code Generation

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1func main() {2 var filter = filter.Filter{}3 var specs = []string{"spec1", "spec2", "spec3", "spec4", "spec5"}4 var tags = []string{"tag1", "tag2", "tag3"}5 var filteredSpecs = filter.TestToFilterSpecsByTags(specs, tags)6 fmt.Println(filteredSpecs)7}8import (9type Filter struct {10}11func (f *Filter) TestToFilterSpecsByTags(specs []string, tags []string) []string {12 for _, spec := range specs {13 for _, tag := range tags {14 if strings.Contains(spec, tag) {15 filteredSpecs = append(filteredSpecs, spec)16 }17 }18 }19}20import (21type Filter struct {22}23func (f *Filter) TestToFilterSpecsByTags(specs []string, tags []string) []string {24 for _, spec := range specs {25 for _, tag := range tags {26 if strings.Contains(spec, tag) {27 filteredSpecs = append(filteredSpecs, spec)28 }29 }30 }31}32import (33type Filter struct {34}35func (f *Filter) TestToFilterSpecsByTags(specs []string, tags []string) []string {36 for _, spec := range specs {37 for _, tag := range tags {38 if strings.Contains(spec, tag) {39 filteredSpecs = append(filteredSpecs, spec)40 }41 }42 }43}44import (45type Filter struct {46}47func (f *Filter) TestToFilterSpecsByTags(specs []string, tags []string) []string {

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TestToFilterSpecsByTags

Using AI Code Generation

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1func main() {2 filter := filter.NewFilter()3 specs := filter.TestToFilterSpecsByTags()4 fmt.Println(specs)5}6[{Feature1 Scenario1} {Feature1 Scenario2} {Feature2 Scenario1} {Feature2 Scenario2} {Feature3 Scenario1} {Feature3 Scenario2}]7[{Feature1 Scenario1} {Feature1 Scenario2} {Feature2 Scenario1} {Feature2 Scenario2} {Feature3 Scenario1} {Feature3 Scenario2}]

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