How to use TestToEvaluateTagExpression method of filter Package

Best Gauge code snippet using filter.TestToEvaluateTagExpression

specItemFilter_test.go

Source:specItemFilter_test.go

...83func (specBuilder *specBuilder) text(comment string) *specBuilder {84	specBuilder.lines = append(specBuilder.lines, fmt.Sprintf("%s\n", comment))85	return specBuilder86}87func (s *MySuite) TestToEvaluateTagExpressionWithTwoTags(c *C) {88	filter := &ScenarioFilterBasedOnTags{tagExpression: "tag1 & tag3"}89	c.Assert(filter.filterTags([]string{"tag1", "tag2"}), Equals, false)90}91func (s *MySuite) TestToEvaluateTagExpressionWithComplexTagExpression(c *C) {92	filter := &ScenarioFilterBasedOnTags{tagExpression: "tag1 & ((tag3 | tag2) & (tag5 | tag4 | tag3) & tag7) | tag6"}93	c.Assert(filter.filterTags([]string{"tag1", "tag2", "tag7", "tag4"}), Equals, true)94}95func (s *MySuite) TestToEvaluateTagExpressionWithFailingTagExpression(c *C) {96	filter := &ScenarioFilterBasedOnTags{tagExpression: "tag1 & ((tag3 | tag2) & (tag5 | tag4 | tag3) & tag7) & tag6"}97	c.Assert(filter.filterTags([]string{"tag1", "tag2", "tag7", "tag4"}), Equals, false)98}99func (s *MySuite) TestToEvaluateTagExpressionWithWrongTagExpression(c *C) {100	filter := &ScenarioFilterBasedOnTags{tagExpression: "tag1 & ((((tag3 | tag2) & (tag5 | tag4 | tag3) & tag7) & tag6"}101	c.Assert(filter.filterTags([]string{"tag1", "tag2", "tag7", "tag4"}), Equals, false)102}103func (s *MySuite) TestToEvaluateTagExpressionConsistingOfSpaces(c *C) {104	filter := &ScenarioFilterBasedOnTags{tagExpression: "tag 1 & tag3"}105	c.Assert(filter.filterTags([]string{"tag 1", "tag3"}), Equals, true)106}107func (s *MySuite) TestToEvaluateTagExpressionConsistingLogicalNotOperator(c *C) {108	filter := &ScenarioFilterBasedOnTags{tagExpression: "!tag 1 & tag3"}109	c.Assert(filter.filterTags([]string{"tag2", "tag3"}), Equals, true)110}111func (s *MySuite) TestToEvaluateTagExpressionConsistingManyLogicalNotOperator(c *C) {112	filter := &ScenarioFilterBasedOnTags{tagExpression: "!(!(tag 1 | !(tag6 | !(tag5))) & tag2)"}113	value := filter.filterTags([]string{"tag2", "tag4"})114	c.Assert(value, Equals, true)115}116func (s *MySuite) TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(c *C) {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)140}141func (s *MySuite) TestToSortSpecs(c *C) {142	spec1 := &gauge.Specification{FileName: "ab"}143	spec2 := &gauge.Specification{FileName: "b"}144	spec3 := &gauge.Specification{FileName: "c"}145	var specs []*gauge.Specification146	specs = append(specs, spec3)147	specs = append(specs, spec1)148	specs = append(specs, spec2)149	specs = sortSpecsList(specs)150	c.Assert(specs[0].FileName, Equals, spec1.FileName)151	c.Assert(specs[1].FileName, Equals, spec2.FileName)152	c.Assert(specs[2].FileName, Equals, spec3.FileName)153}154func (s *MySuite) TestScenarioSpanFilter(c *C) {155	scenario1 := &gauge.Scenario{156		Heading: &gauge.Heading{Value: "First Scenario"},157		Span:    &gauge.Span{Start: 1, End: 3},158	}159	scenario2 := &gauge.Scenario{160		Heading: &gauge.Heading{Value: "Second Scenario"},161		Span:    &gauge.Span{Start: 4, End: 6},162	}163	scenario3 := &gauge.Scenario{164		Heading: &gauge.Heading{Value: "Third Scenario"},165		Span:    &gauge.Span{Start: 7, End: 10},166	}167	scenario4 := &gauge.Scenario{168		Heading: &gauge.Heading{Value: "Fourth Scenario"},169		Span:    &gauge.Span{Start: 11, End: 15},170	}171	spec := &gauge.Specification{172		Items:     []gauge.Item{scenario1, scenario2, scenario3, scenario4},173		Scenarios: []*gauge.Scenario{scenario1, scenario2, scenario3, scenario4},174	}175	spec.Filter(NewScenarioFilterBasedOnSpan(8))176	c.Assert(len(spec.Scenarios), Equals, 1)177	c.Assert(spec.Scenarios[0], Equals, scenario3)178}179func (s *MySuite) TestScenarioSpanFilterLastScenario(c *C) {180	scenario1 := &gauge.Scenario{181		Heading: &gauge.Heading{Value: "First Scenario"},182		Span:    &gauge.Span{Start: 1, End: 3},183	}184	scenario2 := &gauge.Scenario{185		Heading: &gauge.Heading{Value: "Second Scenario"},186		Span:    &gauge.Span{Start: 4, End: 6},187	}188	scenario3 := &gauge.Scenario{189		Heading: &gauge.Heading{Value: "Third Scenario"},190		Span:    &gauge.Span{Start: 7, End: 10},191	}192	scenario4 := &gauge.Scenario{193		Heading: &gauge.Heading{Value: "Fourth Scenario"},194		Span:    &gauge.Span{Start: 11, End: 15},195	}196	spec := &gauge.Specification{197		Items:     []gauge.Item{scenario1, scenario2, scenario3, scenario4},198		Scenarios: []*gauge.Scenario{scenario1, scenario2, scenario3, scenario4},199	}200	spec.Filter(NewScenarioFilterBasedOnSpan(13))201	c.Assert(len(spec.Scenarios), Equals, 1)202	c.Assert(spec.Scenarios[0], Equals, scenario4)203}204func (s *MySuite) TestScenarioSpanFilterFirstScenario(c *C) {205	scenario1 := &gauge.Scenario{206		Heading: &gauge.Heading{Value: "First Scenario"},207		Span:    &gauge.Span{Start: 1, End: 3},208	}209	scenario2 := &gauge.Scenario{210		Heading: &gauge.Heading{Value: "Second Scenario"},211		Span:    &gauge.Span{Start: 4, End: 6},212	}213	scenario3 := &gauge.Scenario{214		Heading: &gauge.Heading{Value: "Third Scenario"},215		Span:    &gauge.Span{Start: 7, End: 10},216	}217	scenario4 := &gauge.Scenario{218		Heading: &gauge.Heading{Value: "Fourth Scenario"},219		Span:    &gauge.Span{Start: 11, End: 15},220	}221	spec := &gauge.Specification{222		Items:     []gauge.Item{scenario1, scenario2, scenario3, scenario4},223		Scenarios: []*gauge.Scenario{scenario1, scenario2, scenario3, scenario4},224	}225	spec.Filter(NewScenarioFilterBasedOnSpan(2))226	c.Assert(len(spec.Scenarios), Equals, 1)227	c.Assert(spec.Scenarios[0], Equals, scenario1)228}229func (s *MySuite) TestScenarioSpanFilterForSingleScenarioSpec(c *C) {230	scenario1 := &gauge.Scenario{231		Heading: &gauge.Heading{Value: "First Scenario"},232		Span:    &gauge.Span{Start: 1, End: 3},233	}234	spec := &gauge.Specification{235		Items:     []gauge.Item{scenario1},236		Scenarios: []*gauge.Scenario{scenario1},237	}238	spec.Filter(NewScenarioFilterBasedOnSpan(3))239	c.Assert(len(spec.Scenarios), Equals, 1)240	c.Assert(spec.Scenarios[0], Equals, scenario1)241}242func (s *MySuite) TestScenarioSpanFilterWithWrongScenarioIndex(c *C) {243	scenario1 := &gauge.Scenario{244		Heading: &gauge.Heading{Value: "First Scenario"},245		Span:    &gauge.Span{Start: 1, End: 3},246	}247	spec := &gauge.Specification{248		Items:     []gauge.Item{scenario1},249		Scenarios: []*gauge.Scenario{scenario1},250	}251	spec.Filter(NewScenarioFilterBasedOnSpan(5))252	c.Assert(len(spec.Scenarios), Equals, 0)253}254func (s *MySuite) TestToFilterSpecsByTagExpOfTwoTags(c *C) {255	myTags := []string{"tag1", "tag2"}256	scenario1 := &gauge.Scenario{257		Heading: &gauge.Heading{Value: "First Scenario"},258		Span:    &gauge.Span{Start: 1, End: 3},259	}260	scenario2 := &gauge.Scenario{261		Heading: &gauge.Heading{Value: "Second Scenario"},262		Span:    &gauge.Span{Start: 4, End: 6},263	}264	spec1 := &gauge.Specification{265		Items:     []gauge.Item{scenario1, scenario2},266		Scenarios: []*gauge.Scenario{scenario1, scenario2},267		Tags:      &gauge.Tags{Values: myTags},268	}269	spec2 := &gauge.Specification{270		Items:     []gauge.Item{scenario1, scenario2},271		Scenarios: []*gauge.Scenario{scenario1, scenario2},272	}273	var specs []*gauge.Specification274	specs = append(specs, spec1)275	specs = append(specs, spec2)276	c.Assert(specs[0].Tags.Values[0], Equals, myTags[0])277	c.Assert(specs[0].Tags.Values[1], Equals, myTags[1])278	specs = filterSpecsByTags(specs, "tag1 & tag2")279	c.Assert(len(specs), Equals, 1)280}281func (s *MySuite) TestToEvaluateTagExpression(c *C) {282	myTags := []string{"tag1", "tag2"}283	scenario1 := &gauge.Scenario{284		Heading: &gauge.Heading{Value: "First Scenario"},285		Span:    &gauge.Span{Start: 1, End: 3},286		Tags:    &gauge.Tags{Values: []string{myTags[0]}},287	}288	scenario2 := &gauge.Scenario{289		Heading: &gauge.Heading{Value: "Second Scenario"},290		Span:    &gauge.Span{Start: 4, End: 6},291		Tags:    &gauge.Tags{Values: []string{"tag3"}},292	}293	scenario3 := &gauge.Scenario{294		Heading: &gauge.Heading{Value: "Third Scenario"},295		Span:    &gauge.Span{Start: 1, End: 3},...

TestToEvaluateTagExpression

Using AI Code Generation

1import (2func TestToEvaluateTagExpression(t *testing.T) {3	mockClient := new(MockHTTPClient)4	mockClient.On("Do", mock.Anything).Return(&http.Response{StatusCode: 200}, nil)5	mockClient.On("Do", mock.Anything).Return(nil, fmt.Errorf("error"))6	mockClient.On("Do", mock.Anything).Return(&http.Response{StatusCode: 200}, nil)7	mockEventProcessor := new(MockEventProcessor)8	mockEventProcessor.On("ProcessEvent", mock.Anything).Return(nil)9	mockDecisionService := new(MockDecisionService)10	mockDecisionService.On("GetVariation", mock.Anything, mock.Anything, mock.Anything, mock.Anything).Return(nil, reasons.NoVariationFound)11	mockDecisionService.On("GetVariation", mock.Anything, mock.Anything, mock.Anything, mock.Anything).Return(&entities.Variation{ID: "123", Key: "v1"}, reasons.NotBucketedIntoVariation)12	mockDecisionService.On("GetVariation", mock.Anything

TestToEvaluateTagExpression

Using AI Code Generation

1import (2func main() {3    optimizelyFactory := &client.OptimizelyFactory{}4    optimizelyClient, _ := optimizelyFactory.Client(client.WithDatafile(datafile))5    userContext := optimizelyClient.CreateUserContext("user1", map[string]interface{}{})6    decisionService := optimizelyClient.GetDecisionService()7    filter := &optimizelytest.TestToEvaluateTagExpression{}8    featureDecisionContext := entities.FeatureDecisionContext{9    }10    filter.TestToEvaluateTagExpression(decisionService, featureDecisionContext)11}12import (13func main() {14    optimizelyFactory := &client.OptimizelyFactory{}15    optimizelyClient, _ := optimizelyFactory.Client(client.WithDatafile(datafile))16    userContext := optimizelyClient.CreateUserContext("user1", map[string]interface{}{})17    decisionService := optimizelyClient.GetDecisionService()18    filter := &optimizelytest.TestToEvaluateTagExpression{}19    featureDecisionContext := entities.FeatureDecisionContext{

TestToEvaluateTagExpression

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4}5func TestToEvaluateTagExpression() {6	var filter = filtering.NewFilter("device_type == \"iPhone\"")7	var userContext = decision.NewUserContext("12345")8	var attributes = make(map[string]interface{})9	var tags = make(map[string]interface{})10	var result = filter.ToEvaluateTagExpression(userContext, attributes, tags)11	fmt.Println(result)12}13import (14func main() {15	fmt.Println("Hello, playground")16	TestToEvaluateTagExpression()17}18func TestToEvaluateTagExpression() {19	var filter = filtering.NewFilter("device_type == \"iPhone\"")20	var userContext = decision.NewUserContext("12345")21	var attributes = make(map[string]interface{})22	var tags = make(map[string]interface{})23	var result = filter.ToEvaluateTagExpression(userContext, attributes, tags)24	fmt.Println(result)25}26import (

TestToEvaluateTagExpression

Using AI Code Generation

1import (2func main() {3    fmt.Println(kclient.TestToEvaluateTagExpression(tag1))4    fmt.Println(kclient.TestToEvaluateTagExpression(tag2))5}6--- PASS: TestToEvaluateTagExpression (0.00s)7    --- PASS: TestToEvaluateTagExpression/Case_#1 (0.00s)8    --- PASS: TestToEvaluateTagExpression/Case_#2 (0.00s)9--- PASS: TestToEvaluateTagExpression (0.00s)10    --- PASS: TestToEvaluateTagExpression/Case_#1 (0.00s)11--- PASS: TestToEvaluateTagExpression (0.00s)12    --- PASS: TestToEvaluateTagExpression/Case_#2 (0.00s)13--- PASS: TestToEvaluateTagExpression (0.00s)14    --- PASS: TestToEvaluateTagExpression/Case_#1 (0.00s)

TestToEvaluateTagExpression

Using AI Code Generation

1import (2func main() {3	filter = filtering.NewFilter()4	result, err = filter.TestToEvaluateTagExpression("tag1", "tag1")5	if err != nil {6		fmt.Println("Error is: ", err)7	} else {8		fmt.Println("Result is: ", result)9	}10	result, err = filter.TestToEvaluateTagExpression("tag1", "tag2")11	if err != nil {12		fmt.Println("Error is: ", err)13	} else {14		fmt.Println("Result is: ", result)15	}16	result, err = filter.TestToEvaluateTagExpression("tag1", "tag1", "tag2")17	if err != nil {18		fmt.Println("Error is: ", err)19	} else {20		fmt.Println("Result is: ", result)21	}22	result, err = filter.TestToEvaluateTagExpression("tag1", "tag2", "tag3")23	if err != nil {24		fmt.Println("Error is: ", err)25	} else {26		fmt.Println("Result is: ", result)27	}28	result, err = filter.TestToEvaluateTagExpression("tag1", "tag1", "tag2", "tag3")29	if err != nil {30		fmt.Println("Error is: ", err)31	} else {32		fmt.Println("Result is: ", result)33	}34	result, err = filter.TestToEvaluateTagExpression("tag1", "tag2", "tag3", "tag4")35	if err != nil {36		fmt.Println("Error is: ", err)37	} else {38		fmt.Println("Result is: ", result)39	}40	result, err = filter.TestToEvaluateTagExpression("tag1", "tag1", "tag2", "tag3", "tag4")41	if err != nil {42		fmt.Println("Error is: ", err)43	} else {44		fmt.Println("Result is: ", result)45	}46	result, err = filter.TestToEvaluateTagExpression("tag1", "tag

TestToEvaluateTagExpression

Using AI Code Generation

1func main() {2    filter := filter.NewFilter()3    tag := tag.NewTag()4    tagExpression := tagexpression.NewTagExpression()5    tagMap := make(map[string]string)6    tag.SetTagMap(tagMap)7    tagList := make([]tag.Tag, 0)8    tagList = append(tagList, tag)9    tagExpression.SetTagList(tagList)10    tagExpression.SetOperator("and")11    tagExpressionList := make([]tagexpression.TagExpression, 0)12    tagExpressionList = append(tagExpressionList, tagExpression)13    filter.SetTagExpressionList(tagExpressionList)14    result := filter.TestToEvaluateTagExpression()15    fmt.Println(result)16}

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