How to use TestToFilterSpecsByMixedCaseTags method of filter Package

Best Gauge code snippet using filter.TestToFilterSpecsByMixedCaseTags

specItemFilter_test.go

Source:specItemFilter_test.go

...504	c.Assert(otherSpecs[1].Scenarios[0], Equals, scenario2)505	c.Assert(otherSpecs[1].Scenarios[1], Equals, scenario3)506	c.Assert(otherSpecs[2].Scenarios[0], Equals, scenario3)507}508func (s *MySuite) TestToFilterSpecsByMixedCaseTags(c *C) {509	before()510	defer after()511	myTags := []string{"tag1", "TAG2"}512	scenario1 := &gauge.Scenario{513		Heading: &gauge.Heading{Value: "First Scenario"},514		Span:    &gauge.Span{Start: 1, End: 3},515		Tags:    &gauge.Tags{RawValues: [][]string{myTags}},516	}517	scenario2 := &gauge.Scenario{518		Heading: &gauge.Heading{Value: "Second Scenario"},519		Span:    &gauge.Span{Start: 4, End: 6},520	}521	scenario3 := &gauge.Scenario{522		Heading: &gauge.Heading{Value: "Third Scenario"},...

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1import (2func main() {3	config.DefaultReporterConfig = types.ReporterConfig{4	}5	filter := types.NewFilter([]string{"-focus", "TestToFilterSpecsByMixedCaseTags"}, config.DefaultReporterConfig)6	fmt.Println(filter.FocusString)7	fmt.Println(filter.TagExpressions)8	fmt.Println(filter.SkipString)9	fmt.Println(filter.SkipMeasurements)10	fmt.Println(filter.RandomSeed)11	fmt.Println(filter.ParallelTotal)12	fmt.Println(filter.ParallelNode)13	fmt.Println(filter.Failed)14	fmt.Println(filter.FailedFile)15	fmt.Println(filter.DryRun)16	fmt.Println(filter.NoColor)17	fmt.Println(filter.NoisyPendings)18	fmt.Println(filter.Succinct)19	fmt.Println(filter.Progress)20	fmt.Println(filter.EmitSpecProgress)21	fmt.Println(filter.EmitCodeLocation)22	fmt.Println(filter.FailedSince)23	fmt.Println(filter.FocusTopLevelOnly)24	fmt.Println(filter.FailedAt)25}

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1import (2func TestToFilterSpecsByMixedCaseTags(t *testing.T) {3	fmt.Println("TestToFilterSpecsByMixedCaseTags")4}5import (6func TestToFilterSpecsByMixedCaseTags(t *testing.T) {7	fmt.Println("TestToFilterSpecsByMixedCaseTags")8}9import (10func TestToFilterSpecsByMixedCaseTags(t *testing.T) {11	fmt.Println("TestToFilterSpecsByMixedCaseTags")12}13import (14func TestToFilterSpecsByMixedCaseTags(t *testing.T) {15	fmt.Println("TestToFilterSpecsByMixedCaseTags")16}17import (18func TestToFilterSpecsByMixedCaseTags(t *testing.T) {19	fmt.Println("TestToFilterSpecsByMixedCaseTags")20}21import (22func TestToFilterSpecsByMixedCaseTags(t *testing.T) {23	fmt.Println("TestToFilterSpecsByMixedCaseTags")24}25import (26func TestToFilterSpecsByMixedCaseTags(t *testing.T) {27	fmt.Println("TestToFilterSpecsByMixedCaseTags")28}29import (30func TestToFilterSpecsByMixedCaseTags(t *testing.T) {

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1func TestToFilterSpecsByMixedCaseTags(t *testing.T) {2    specs := []gauge.Specification{3        {4            Tags: []string{"foo", "Bar"},5        },6        {7            Tags: []string{"foo", "bar"},8        },9    }10    filter := &Filter{Tags: []string{"foo", "Bar"}}11    filteredSpecs := filter.ApplyFilter(specs)12    assert.Equal(t, 1, len(filteredSpecs))13    assert.Equal(t, "foo", filteredSpecs[0].Tags[0])14    assert.Equal(t, "Bar", filteredSpecs[0].Tags[1])15}16func TestToFilterSpecsByMixedCaseTags(t *testing.T) {17    specs := []gauge.Specification{18        {19            Tags: []string{"foo", "Bar"},20        },21        {22            Tags: []string{"foo", "bar"},23        },24    }25    filter := &Filter{Tags: []string{"foo", "Bar"}}26    filteredSpecs := filter.ApplyFilter(specs)27    assert.Equal(t, 1, len(filteredSpecs))28    assert.Equal(t, "foo", filteredSpecs[0].Tags[0])29    assert.Equal(t, "Bar", filteredSpecs[0].Tags[1])30}31func TestToFilterSpecsByMixedCaseTags(t *testing.T) {32    specs := []gauge.Specification{33        {34            Tags: []string{"foo", "Bar"},35        },36        {37            Tags: []string{"foo", "bar"},38        },39    }40    filter := &Filter{Tags: []string{"foo", "Bar"}}41    filteredSpecs := filter.ApplyFilter(specs)42    assert.Equal(t, 1, len(filteredSpecs))43    assert.Equal(t, "foo", filteredSpecs[0].Tags[0])44    assert.Equal(t, "Bar", filteredSpecs[0].Tags[1])45}46func TestToFilterSpecsByMixedCaseTags(t *testing.T) {

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1import (2func main() {3	filter := filter.NewFilter()4	filter.ToFilterSpecsByMixedCaseTags([]string{"smoke", "regression"})5	testsuit.RunSpecs(filter)6}7import (8func main() {9	filter := filter.NewFilter()10	filter.ToFilterScenariosByMixedCaseTags([]string{"smoke", "regression"})11	testsuit.RunSpecs(filter)12}13import (14func main() {15	filter := filter.NewFilter()16	filter.ToFilterSpecsByMixedCaseTags([]string{"smoke", "regression"})17	testsuit.RunSpecs(filter)18}19import (20func main() {21	filter := filter.NewFilter()22	filter.ToFilterScenariosByMixedCaseTags([]string{"smoke", "regression"})23	testsuit.RunSpecs(filter)24}25import (26func main() {

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1func TestToFilterSpecsByMixedCaseTags(t *testing.T) {2	tags := []string{"tag1", "tag2", "tag3"}3	filter := NewFilter(tags)4	specs := []string{"spec1", "spec2", "spec3"}5	expected := []string{"spec1", "spec2", "spec3"}6	actual := filter.ToFilterSpecs(specs)7	if len(actual) != len(expected) {8		t.Errorf("Expected %v, got %v", expected, actual)9	}10}11func TestToFilterSpecsByMixedCaseTags(t *testing.T) {12	tags := []string{"tag1", "tag2", "tag3"}13	filter := NewFilter(tags)14	specs := []string{"spec1", "spec2", "spec3"}15	expected := []string{"spec1", "spec2", "spec3"}16	actual := filter.ToFilterSpecs(specs)17	if len(actual) != len(expected) {18		t.Errorf("Expected %v, got %v", expected, actual)19	}20}21func TestToFilterSpecsByMixedCaseTags(t *testing.T) {22	tags := []string{"tag1", "tag2", "tag3"}23	filter := NewFilter(tags)24	specs := []string{"spec1", "spec2", "spec3"}25	expected := []string{"spec1", "spec2", "spec3"}26	actual := filter.ToFilterSpecs(specs)27	if len(actual) != len(expected) {28		t.Errorf("Expected %v, got %v", expected, actual)29	}30}31func TestToFilterSpecsByMixedCaseTags(t *testing.T) {32	tags := []string{"tag1", "tag2", "tag3"}33	filter := NewFilter(tags)34	specs := []string{"spec1", "spec2", "spec3"}35	expected := []string{"spec1", "spec2", "spec3"}36	actual := filter.ToFilterSpecs(specs)37	if len(actual) != len(expected) {

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1import (2func main() {3	fs := types.FilterSpecsByMixedCaseTags{}4	fs.TestToFilterSpecsByMixedCaseTags()5}6import (7type FilterSpecsByMixedCaseTags struct {8}9func (f *FilterSpecsByMixedCaseTags) TestToFilterSpecsByMixedCaseTags() {10	f.FilterSpecsByMixedCaseTags()11}12import (13type FilterSpecsByMixedCaseTags struct {14}15func (f *FilterSpecsByMixedCaseTags) FilterSpecsByMixedCaseTags() {16	f.filterSpecsByMixedCaseTags()17}18import (19type FilterSpecsByMixedCaseTags struct {20}21func (f *FilterSpecsByMixedCaseTags) filterSpecsByMixedCaseTags() {22	fmt.Println("FilterSpecsByMixedCaseTags method of FilterSpecsByMixedCaseTags class is called")23}24import (25type Config struct {26}27func (c *Config) Config() {28	fmt.Println("Config method of Config class is called")29}30import (31type SpecSummary struct {32}33func (s *SpecSummary) SpecSummary() {34	fmt.Println("SpecSummary method of SpecSummary class is called")35}36import (

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1func TestToFilterSpecsByMixedCaseTags(t *testing.T) {2    filter := filter.New(nil, []string{"@tag1", "@tag2"})3    specs := []*gherkin.Spec{4        newSpec("foo.feature", "@tag1"),5        newSpec("bar.feature", "@tag2"),6        newSpec("baz.feature", "@Tag1"),7        newSpec("qux.feature", "@TAG2"),8    }9    filtered := filter.ToFilterSpecsByMixedCaseTags(specs)10    assert.Equal(t, 2, len(filtered))11    assert.Equal(t, "foo.feature", filtered[0].Name)12    assert.Equal(t, "baz.feature", filtered[1].Name)13}14func newSpec(name, tag string) *gherkin.Spec {15    return &gherkin.Spec{16        Tags: []*gherkin.Tag{17            {Name: tag},18        },19    }20}21import (22type Filter struct {23}24func New(expressions []string, tags []string) *Filter {25    return &Filter{expressions: godog.NewExpressions(expressions, tags)}26}27func (f *Filter) ToFilterSpecsByMixedCaseTags(specs []*gherkin.Spec) []*gherkin.Spec {28    filtered := make([]*gherkin.Spec, 0, len(specs))29    for _, spec := range specs {30        if f.isFeatureMatched(spec) {31            filtered = append(filtered, spec)32        }33    }34}35func (f *Filter) isFeatureMatched(spec *gherkin.Spec) bool {36    for _, tag := range spec.Tags {37        if f.isTagMatched(tag.Name) {38        }39    }40}

TestToFilterSpecsByMixedCaseTags

Using AI Code Generation

1func TestToFilterSpecsByMixedCaseTags(t *testing.T) {2    specs := []SpecSummary{3        {4            ComponentTexts: []string{"A", "B"},5            Tags:           []string{"FOO", "BAR"},6        },7        {8            ComponentTexts: []string{"A", "C"},9            Tags:           []string{"FOO", "BAZ"},10        },11        {12            ComponentTexts: []string{"A", "D"},13            Tags:           []string{"BAZ", "BAR"},14        },15        {16            ComponentTexts: []string{"A", "E"},17            Tags:           []string{"BAZ", "BAR", "FOO"},18        },19    }20    filteredSpecs := filter.ToFilterSpecsByMixedCaseTags(specs, []string{"BAR", "BAZ"})21    Expect(filteredSpecs).To(Equal([]SpecSummary{22        {23            ComponentTexts: []string{"A", "B"},24            Tags:           []string{"FOO", "BAR"},25        },26        {27            ComponentTexts: []string{"A", "C"},28            Tags:           []string{"FOO", "BAZ"},29        },30        {31            ComponentTexts: []string{"A", "D"},32            Tags:           []string{"BAZ", "BAR"},33        },34        {35            ComponentTexts: []string{"A", "E"},36            Tags:           []string{"BAZ", "BAR", "FOO"},37        },38    }))39    filteredSpecs = filter.ToFilterSpecsByMixedCaseTags(specs, []string{"BAR"})40    Expect(filteredSpecs).To(Equal([]SpecSummary{41        {42            ComponentTexts: []string{"A", "B"},43            Tags:           []string{"FOO", "BAR"},44        },45        {46            ComponentTexts: []string{"A", "D"},47            Tags:           []string{"BAZ", "BAR"},48        },49        {50            ComponentTexts: []string{"A", "E"},51            Tags:           []string{"BAZ", "BAR", "FOO"},52        },53    }))54    filteredSpecs = filter.ToFilterSpecsByMixedCaseTags(specs, []string{"BAR

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