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Automation Advisor
Gauge
filter
TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

How to use TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator method of filter Package

Best Gauge code snippet using filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

specItemFilter_test.go

Source:specItemFilter_test.go

...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"}...

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2func main() {3	optlyClient, err := client.NewOptimizelyClient(sdkKey)4	if err != nil {5		fmt.Printf("Got error while initializing Optimizely client instance: %s\n", err.Error())6	}7	decisionService := optlyClient.GetOptimizelyConfig().DecisionService

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2func main() {3	optimizelyFactory := &optimizelytest.Factory{}4	optimizelyClient, err := optimizelyFactory.Client()5	if err != nil {6		fmt.Println(err)7	}8	userContext := usercontext.NewUserContext("user1")9	decisionService := decision.NewCompositeService(decision.NewBucketer(nil), nil)10	notificationCenter := notification.NewNotificationCenter()11	eventProcessor := event.NewBatchEventProcessor(nil)12	projectConfigManager := projectconfig.NewStaticProjectConfigManager()13	logger := logger.NewNoOpLogger()14	filter := NewFilter(decisionService, notificationCenter, eventProcessor, projectConfigManager, logger)15	tagMap := map[string]interface{}{16	}17	config := &Config{18		Experiments: []Experiment{19			Experiment{20				audienceIds: []string{"11154"},21				trafficAllocation: []TrafficAllocation{22					TrafficAllocation{

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2var datafile = `{3    {4    }5    {6      "conditions": "[\"and\", [\"or\", {\"name\": \"browser_type\", \"type\": \"custom_attribute\", \"value\": \"firefox\"}]]",7    },8    {9      "conditions": "[\"and\", [\"or\", {\"name\": \"browser_type\", \"type\": \"custom_attribute\", \"value\": \"chrome\"}]]",10    },11    {12      "conditions": "[\"and\", [\"or\", {\"name\": \"browser_type\", \"type\": \"custom_attribute\", \"value\": \"safari\"}]]",13    }14    {15    },16    {17    },18    {

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(t *testing.T) {3	var tagExpression string = "!(A && B)"4	tagMap = make(map[string]string)5	actualResult = Evaluate(tagExpression, tagMap)6	if actualResult != expectedResult {7		t.Errorf("TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator failed")8	}9}10import (11func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(t *testing.T) {12	var tagExpression string = "!(A || B)"13	tagMap = make(map[string]string)14	actualResult = Evaluate(tagExpression, tagMap)15	if actualResult != expectedResult {16		t.Errorf("TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator failed")17	}18}19import (20func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(t *testing.T) {21	var tagExpression string = "!(A || B)"22	tagMap = make(map[string]string)23	actualResult = Evaluate(tagExpression, tagMap)24	if actualResult != expectedResult {25		t.Errorf("TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator failed")26	}27}28import (29func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(t *testing.T) {30	var tagExpression string = "!(A || B)"31	tagMap = make(map[string]string)

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2func main() {3	expression := "!(\"firefox\" && \"1.0.0\")"4	attributes := map[string]interface{}{"browser_type": "firefox", "version": "1.0.0"}5	result, err := filtering.Evaluate(expression, value, attributes)6	if err != nil {7		fmt.Println("error occurred")8	} else {9		fmt.Println("result is:", result)10	}11}

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2type Filter struct {3	TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator func(string) bool4}5func (f Filter) EvaluateTagExpressionConsistingParallelLogicalNotOperator(expression string) bool {6	return f.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(expression)7}8func (f Filter) TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(expression string) bool {

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(t *testing.T) {2	filter := NewFilter()3	tagExpression := "!(!a)"4	filter.toEvaluateTagExpressionConsistingParallelLogicalNotOperator(tagExpression)5}6func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator1(t *testing.T) {7	filter := NewFilter()8	tagExpression := "!(!a)"9	filter.toEvaluateTagExpressionConsistingParallelLogicalNotOperator(tagExpression)10}11func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator2(t *testing.T) {12	filter := NewFilter()13	tagExpression := "!(!a)"14	filter.toEvaluateTagExpressionConsistingParallelLogicalNotOperator(tagExpression)15}16func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator3(t *testing.T) {17	filter := NewFilter()18	tagExpression := "!(!a)"19	filter.toEvaluateTagExpressionConsistingParallelLogicalNotOperator(tagExpression)20}21func TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator4(t *testing.T) {22	filter := NewFilter()23	tagExpression := "!(!a)"

TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator

Using AI Code Generation

1import (2func main() {3	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)4	if err != nil {5		fmt.Println(err)6	} else {7		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)8	}9	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)10	if err != nil {11		fmt.Println(err)12	} else {13		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)14	}15	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)16	if err != nil {17		fmt.Println(err)18	} else {19		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)20	}21	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)22	if err != nil {23		fmt.Println(err)24	} else {25		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)26	}27	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)28	if err != nil {29		fmt.Println(err)30	} else {31		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)32	}33	result, err = filter.TestToEvaluateTagExpressionConsistingParallelLogicalNotOperator(tag)34	if err != nil {35		fmt.Println(err)36	} else {37		fmt.Println("The tag expression: ", tag, " is: ", reflect.TypeOf(result), " ", result)38	}

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