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How to use TestToEvaluateTagExpressionConsistingComma method of filter Package
Best Gauge code snippet using filter.TestToEvaluateTagExpressionConsistingComma
specItemFilter_test.go
Source:specItemFilter_test.go 
...117 filter := &ScenarioFilterBasedOnTags{tagExpression: "!(tag1) & ! (tag3 & ! (tag3))"}118 value := filter.filterTags([]string{"tag2", "tag4"})119 c.Assert(value, Equals, true)120}121func (s *MySuite) TestToEvaluateTagExpressionConsistingComma(c *C) {122 filter := &ScenarioFilterBasedOnTags{tagExpression: "tag 1 , tag3"}123 c.Assert(filter.filterTags([]string{"tag2", "tag3"}), Equals, false)124}125func (s *MySuite) TestToEvaluateTagExpressionConsistingCommaGivesTrue(c *C) {126 filter := &ScenarioFilterBasedOnTags{tagExpression: "tag 1 , tag3"}127 c.Assert(filter.filterTags([]string{"tag1", "tag3"}), Equals, true)128}129func (s *MySuite) TestToEvaluateTagExpressionConsistingTrueAndFalseAsTagNames(c *C) {130 filter := &ScenarioFilterBasedOnTags{tagExpression: "true , false"}131 c.Assert(filter.filterTags([]string{"true", "false"}), Equals, true)132}133func (s *MySuite) TestToEvaluateTagExpressionConsistingTrueAndFalseAsTagSDFNames(c *C) {134 filter := &ScenarioFilterBasedOnTags{tagExpression: "!true"}135 c.Assert(filter.filterTags(nil), Equals, true)136}137func (s *MySuite) TestToEvaluateTagExpressionConsistingSpecialCharacters(c *C) {138 filter := &ScenarioFilterBasedOnTags{tagExpression: "a && b || c | b & b"}139 c.Assert(filter.filterTags([]string{"a", "b"}), Equals, true)...
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1import (2func main() {3 optimizelyFactory := &optimizely.OptimizelyFactory{}4 datafile, err := ioutil.ReadFile("datafile.json")5 if err != nil {6 fmt.Println(err)7 }8 optimizelyClient, err := optimizelyFactory.Client(9 optimizely.WithDatafile(datafile),10 if err != nil {11 fmt.Println(err)12 }13 optimizelyClient, err := optimizelyFactory.Client(14 optimizely.WithDatafile(datafile),15 if err != nil {16 fmt.Println(err)17 }18 optimizelyClient, err := optimizelyFactory.Client(19 optimizely.WithDatafile(datafile),20 if err != nil {21 fmt.Println(err)22 }23 optimizelyClient, err := optimizelyFactory.Client(24 optimizely.WithDatafile(datafile),25 if err != nil {
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1import (2func main() {3 client, err := optimizely.Client(sdkKey, optimizely.WithDatafile([]byte(testdata.OptimizelyConfigV2)))4 if err != nil {5 fmt.Printf("Got error while creating optimizely client: %v", err)6 }7 enabled, variable, err := client.GetFeatureVariableBoolean("feature_1", "variable_1", entities.UserContext{8 })9 if err != nil {10 fmt.Printf("Got error while evaluating feature flag: %v", err)11 }12 fmt.Printf("Feature flag enabled: %v, variable value: %v", enabled, variable)13}14import (
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1import (2type FilterPlugin struct {3}4func (fp *FilterPlugin) GetMetadata() plugin.PluginMetadata {5 return plugin.PluginMetadata{6 Version: plugin.VersionType{7 },8 Namespaces: []plugin.Namespace{9 {10 Description: i18n.T("Filter plugin for CLI"),11 Commands: []plugin.Command{12 {13 Description: i18n.T("Filter plugin for CLI"),14 Flags: []plugin.Flag{15 plugin.StringFlag{16 },17 },18 },19 },20 },21 },22 }23}24func (fp *FilterPlugin) filter(c plugin.CliConnection, args []string) {25 if len(args) != 0 {26 fmt.Println("Incorrect number of arguments")27 }28 tag := c.String("tags")29 if tag == "" {30 fmt.Println("Tag is empty")31 }32 fmt.Println("Tag is ", tag)33}34func main() {35 plugin.Start(new(FilterPlugin))36}
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1import (2func main() {3 ctx := context.NewContext()4 filter := beego.Filter{}5 tagExpression := utils.NewTagExpression()6 tags := []string{"tag1", "tag2", "tag3"}7 expressions := []string{"tag1", "tag2", "tag3"}8 ok := tagExpression.ToEvaluateTagExpressionConsistingComma(ctx, tags, expressions)9 fmt.Println(ok)10}11import (12func main() {13 ctx := context.NewContext()14 filter := beego.Filter{}15 tagExpression := utils.NewTagExpression()16 tags := []string{"tag1", "tag2", "tag3"}17 expressions := []string{"tag1", "tag2", "tag3"}18 ok := tagExpression.ToEvaluateTagExpressionConsistingComma(ctx, tags, expressions)19 fmt.Println(ok)20}21import (
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1func TestToEvaluateTagExpressionConsistingComma(t *testing.T) {2 actual := filter.Filter("tag1,tag2", "tag1,tag2")3 if actual != expected {4 t.Errorf("TestToEvaluateTagExpressionConsistingComma() failed, expected %t, actual %t", expected, actual)5 }6}7func TestToEvaluateTagExpressionConsistingComma(t *testing.T) {8 actual := filter.Filter("tag1,tag2", "tag1,tag2")9 if actual != expected {10 t.Errorf("TestToEvaluateTagExpressionConsistingComma() failed, expected %t, actual %t", expected, actual)11 }12}13func TestToEvaluateTagExpressionConsistingComma(t *testing.T) {14 actual := filter.Filter("tag1,tag2", "tag1,tag2")15 if actual != expected {16 t.Errorf("TestToEvaluateTagExpressionConsistingComma() failed, expected %t, actual %t", expected, actual)17 }18}19func TestToEvaluateTagExpressionConsistingComma(t *testing.T) {
TestToEvaluateTagExpressionConsistingComma
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4 tags = append(tags, "tag1")5 tags = append(tags, "tag2")6 tags = append(tags, "tag3")7 tags = append(tags, "tag4")8 tags = append(tags, "tag5")9 tags = append(tags, "tag6")10 tags = append(tags, "tag7")11 tags = append(tags, "tag8")12 tags = append(tags, "tag9")13 tags = append(tags, "tag10")14 tags = append(tags, "tag11")15 tags = append(tags, "tag12")16 tags = append(tags, "tag13")17 tags = append(tags, "tag14")18 tags = append(tags, "tag15")19 tags = append(tags, "tag16")20 tags = append(tags, "tag17")21 tags = append(tags, "tag18")22 tags = append(tags, "tag19")23 tags = append(tags, "tag20")24 tags = append(tags, "tag21")25 tags = append(tags, "tag22")26 tags = append(tags, "tag23")27 tags = append(tags, "tag24")28 tags = append(tags, "tag25")29 tags = append(tags, "tag26")30 tags = append(tags, "tag27")31 tags = append(tags, "tag28")32 tags = append(tags, "tag29")33 tags = append(tags, "tag30")34 tags = append(tags, "tag31")35 tags = append(tags, "tag32")36 tags = append(tags, "tag33")37 tags = append(tags, "tag34")38 tags = append(tags, "tag35")39 tags = append(tags, "tag36")40 tags = append(tags, "tag37")41 tags = append(tags, "tag38")42 tags = append(tags, "tag39")43 tags = append(tags, "tag40")44 tags = append(tags, "tag41")45 tags = append(tags, "tag42")46 tags = append(tags, "tag43")47 tags = append(tags, "tag44")48 tags = append(tags, "tag45")49 tags = append(tags, "tag46")50 tags = append(tags
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Most used method in
- TestDistributionOfSpecs
- verifySpecCollectionsForSize
- createSpecsList
- TestToRunSpecificSetOfSpecs
- TestToRunSpecificSetOfSpecsGivesSameSpecsEverytime
- TestToRunNonExistingSpecificSetOfSpecs
- TestToRunSpecificSetOfSpecsGivesEmptySpecsIfDistributableNumberIsNotValid
- Filter
- filterByTags
- DistributeSpecs
- FilterSpecs
- FilterSpecForParallelRun
- specsFilters
- applyFilters
- Test
- before
- after
- TestToEvaluateTagExpressionWithTwoTags
- TestToEvaluateTagExpressionWithComplexTagExpression
- TestToEvaluateTagExpressionWithFailingTagExpression
- TestToEvaluateTagExpressionWithWrongTagExpression
- TestToEvaluateTagExpressionConsistingOfSpaces
- TestToEvaluateTagExpressionConsistingLogicalNotOperator
- TestToEvaluateTagExpressionConsistingManyLogicalNotOperator
- TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator
- TestToEvaluateTagExpressionConsistingComma
- TestToEvaluateTagExpressionConsistingCommaGivesTrue
- TestToEvaluateTagExpressionConsistingTrueAndFalseAsTagNames
- TestToEvaluateTagExpressionConsistingTrueAndFalseAsTagNamesWithNegation
- TestToEvaluateTagExpressionConsistingSpecialCharacters
- TestToEvaluateTagExpressionWhenTagIsSubsetOfTrueOrFalse
- TestParseTagExpression
- TestScenarioSpanFilter
- TestScenarioSpanFilterLastScenario
- TestScenarioSpanFilterFirstScenario
- TestScenarioSpanFilterForSingleScenarioSpec
- TestScenarioSpanFilterWithWrongScenarioIndex
- TestScenarioSpanFilterWithMultipleLineNumbers
- TestToFilterSpecsByTagExpOfTwoTags
- TestToEvaluateTagExpression
- TestToFilterSpecsByWrongTagExpression
- TestToFilterMultipleScenariosByMultipleTags
- TestToFilterScenariosByTagsAtSpecLevel
- TestToFilterScenariosByTagExpWithDuplicateTagNames
- TestFilterTags
- TestFilterMixedCaseTags
- TestSanitizeTags
- TestSanitizeMixedCaseTags
- TestToFilterSpecsByTags
- TestToFilterSpecsByMixedCaseTags
- TestToFilterScenariosByTag
- TestToFilterScenariosByMixedCaseTag
- TestToFilterMultipleScenariosByTags
- TestToFilterScenariosByUnavailableTags
- TestFilterScenariosByName
- TestFilterScenarioWhichDoesNotExists
- TestFilterMultipleScenariosByName
- TestFilterInvalidScenarios
- TestScenarioTagFilterShouldNotRemoveNonScenarioKindItems
- NewScenarioFilterBasedOnSpan
- NewScenarioFilterBasedOnTags
- newScenarioFilterBasedOnName
- sanitize
- filterTags
- replaceSpecialChar
- formatAndEvaluateExpression
- handleNegation
- evaluateBrackets
- resolveBracketExpression
- evaluateExp
- isTagPresent
- parseTagExpression
- filterSpecsByTags
- validateTagExpression
- filterSpecsByScenarioName
- filterValidScenarios
- GetAllScenarios
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