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Gauge
filter
newScenarioFilterBasedOnName

How to use newScenarioFilterBasedOnName method of filter Package

Best Gauge code snippet using filter.newScenarioFilterBasedOnName

specItemFilter.go

Source:specItemFilter.go

...59		return !filter.filterTags(append(tags.Values(), filter.specTags...))60	}61	return false62}63func newScenarioFilterBasedOnName(scenariosName []string) *scenarioFilterBasedOnName {64	return &scenarioFilterBasedOnName{scenariosName}65}66func (filter *scenarioFilterBasedOnName) Filter(item gauge.Item) bool {67	if item.Kind() != gauge.ScenarioKind {68		return false69	}70	return !item.(*gauge.Scenario).HasAnyHeading(filter.scenariosName)71}72func sanitize(tag string) string {73	if _, err := strconv.ParseBool(tag); err == nil {74		return fmt.Sprintf("{%s}", tag)75	}76	return tag77}78func (filter *ScenarioFilterBasedOnTags) filterTags(stags []string) bool {79	tagsMap := make(map[string]bool, 0)80	for _, tag := range stags {81		tag = sanitize(tag)82		tagsMap[strings.Replace(tag, " ", "", -1)] = true83	}84	filter.replaceSpecialChar()85	value, _ := filter.formatAndEvaluateExpression(tagsMap, filter.isTagPresent)86	return value87}88func (filter *ScenarioFilterBasedOnTags) replaceSpecialChar() {89	filter.tagExpression = strings.Replace(strings.Replace(strings.Replace(strings.Replace(filter.tagExpression, " ", "", -1), ",", "&", -1), "&&", "&", -1), "||", "|", -1)90}91func (filter *ScenarioFilterBasedOnTags) formatAndEvaluateExpression(tagsMap map[string]bool, isTagQualified func(tagsMap map[string]bool, tagName string) bool) (bool, error) {92	tagExpressionParts, tags := filter.parseTagExpression()93	for _, tag := range tags {94		for i, txp := range tagExpressionParts {95			if strings.TrimSpace(txp) == strings.TrimSpace(tag) {96				tagExpressionParts[i] = strconv.FormatBool(isTagQualified(tagsMap, strings.TrimSpace(tag)))97			}98		}99	}100	return filter.evaluateExp(filter.handleNegation(strings.Join(tagExpressionParts, "")))101}102func (filter *ScenarioFilterBasedOnTags) handleNegation(tagExpression string) string {103	tagExpression = strings.Replace(strings.Replace(tagExpression, "!true", "false", -1), "!false", "true", -1)104	for strings.Contains(tagExpression, "!(") {105		tagExpression = filter.evaluateBrackets(tagExpression)106	}107	return tagExpression108}109func (filter *ScenarioFilterBasedOnTags) evaluateBrackets(tagExpression string) string {110	if strings.Contains(tagExpression, "!(") {111		innerText := filter.resolveBracketExpression(tagExpression)112		return strings.Replace(tagExpression, "!("+innerText+")", filter.evaluateBrackets(innerText), -1)113	}114	value, _ := filter.evaluateExp(tagExpression)115	return strconv.FormatBool(!value)116}117func (filter *ScenarioFilterBasedOnTags) resolveBracketExpression(tagExpression string) string {118	indexOfOpenBracket := strings.Index(tagExpression, "!(") + 1119	bracketStack := make([]string, 0)120	i := indexOfOpenBracket121	for ; i < len(tagExpression); i++ {122		if tagExpression[i] == '(' {123			bracketStack = append(bracketStack, "(")124		} else if tagExpression[i] == ')' {125			bracketStack = append(bracketStack[:len(bracketStack)-1])126		}127		if len(bracketStack) == 0 {128			break129		}130	}131	return tagExpression[indexOfOpenBracket+1 : i]132}133func (filter *ScenarioFilterBasedOnTags) evaluateExp(tagExpression string) (bool, error) {134	tre := regexp.MustCompile("true")135	fre := regexp.MustCompile("false")136	s := fre.ReplaceAllString(tre.ReplaceAllString(tagExpression, "1"), "0")137	val, err := types.Eval(token.NewFileSet(), nil, 0, s)138	if err != nil {139		return false, errors.New("Invalid Expression.\n" + err.Error())140	}141	res, _ := constant.Uint64Val(val.Value)142	var final bool143	if res == 1 {144		final = true145	} else {146		final = false147	}148	return final, nil149}150func (filter *ScenarioFilterBasedOnTags) isTagPresent(tagsMap map[string]bool, tagName string) bool {151	_, ok := tagsMap[tagName]152	return ok153}154func (filter *ScenarioFilterBasedOnTags) parseTagExpression() (tagExpressionParts []string, tags []string) {155	isValidOperator := func(r rune) bool { return r == '&' || r == '|' || r == '(' || r == ')' || r == '!' }156	var word string157	var wordValue = func() string {158		return sanitize(strings.TrimSpace(word))159	}160	for _, c := range filter.tagExpression {161		c1, _ := strconv.Unquote(strconv.QuoteRuneToASCII(c))162		if isValidOperator(c) {163			if word != "" {164				tagExpressionParts = append(tagExpressionParts, wordValue())165				tags = append(tags, wordValue())166			}167			tagExpressionParts = append(tagExpressionParts, c1)168			word = ""169		} else {170			word += c1171		}172	}173	if word != "" {174		tagExpressionParts = append(tagExpressionParts, wordValue())175		tags = append(tags, wordValue())176	}177	return178}179func filterSpecsByTags(specs []*gauge.Specification, tagExpression string) ([]*gauge.Specification, []*gauge.Specification) {180	filteredSpecs := make([]*gauge.Specification, 0)181	otherSpecs := make([]*gauge.Specification, 0)182	for _, spec := range specs {183		tagValues := make([]string, 0)184		if spec.Tags != nil {185			tagValues = spec.Tags.Values()186		}187		specWithFilteredItems, specWithOtherItems := spec.Filter(NewScenarioFilterBasedOnTags(tagValues, tagExpression))188		if len(specWithFilteredItems.Scenarios) != 0 {189			filteredSpecs = append(filteredSpecs, specWithFilteredItems)190		}191		if len(specWithOtherItems.Scenarios) != 0 {192			otherSpecs = append(otherSpecs, specWithOtherItems)193		}194	}195	return filteredSpecs, otherSpecs196}197func validateTagExpression(tagExpression string) {198	filter := &ScenarioFilterBasedOnTags{tagExpression: tagExpression}199	filter.replaceSpecialChar()200	_, err := filter.formatAndEvaluateExpression(make(map[string]bool, 0), func(a map[string]bool, b string) bool { return true })201	if err != nil {202		logger.Fatalf(true, err.Error())203	}204}205func filterSpecsByScenarioName(specs []*gauge.Specification, scenariosName []string) []*gauge.Specification {206	filteredSpecs := make([]*gauge.Specification, 0)207	scenarios := filterValidScenarios(specs, scenariosName)208	for _, spec := range specs {209		s, _ := spec.Filter(newScenarioFilterBasedOnName(scenarios))210		if len(s.Scenarios) != 0 {211			filteredSpecs = append(filteredSpecs, s)212		}213	}214	return filteredSpecs215}216func filterValidScenarios(specs []*gauge.Specification, headings []string) []string {217	filteredScenarios := make([]string, 0)218	allScenarios := GetAllScenarios(specs)219	var exists = func(scenarios []string, heading string) bool {220		for _, scenario := range scenarios {221			if strings.Compare(scenario, heading) == 0 {222				return true223			}...

newScenarioFilterBasedOnName

Using AI Code Generation

1import (2func main() {3	opt := godog.Options{Output: colors.Colored(os.Stdout)}4	opt.Paths = []string{"features"}5	status := godog.RunWithOptions("godogs", func(s *godog.Suite) {6		FeatureContext(s)7	}, opt)8	if st := m.Run(); st > status {9	}10	os.Exit(status)11}12func FeatureContext(s *godog.Suite) {13	s.Step(`^I have a "([^"]*)" in my belly$`, iHaveAInMyBelly)14	s.Step(`^I am hungry$`, iAmHungry)15}16func iHaveAInMyBelly(arg1 string) error {17}18func iAmHungry() error {19}20import (21type filter struct {22}23func (f *filter) newScenarioFilterBasedOnName(name string) godog.ScenarioFilterFunc {24	return func(sc *gherkin.Scenario) bool {25		return strings.EqualFold(sc.Name, name)26	}27}28func (f *filter) newScenarioFilterBasedOnTags(tags string) godog.ScenarioFilterFunc {29	return func(sc *gherkin.Scenario) bool {30		return strings.Contains(sc.Tags, tags)31	}32}33func newFilter() *filter {34	return &filter{}35}

newScenarioFilterBasedOnName

Using AI Code Generation

1filter := filter.NewScenarioFilterBasedOnName("myScenario")2filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})3filter := filter.NewScenarioFilterBasedOnName("myScenario")4filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})5filter := filter.NewScenarioFilterBasedOnName("myScenario")6filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})7filter := filter.NewScenarioFilterBasedOnName("myScenario")8filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})9filter := filter.NewScenarioFilterBasedOnName("myScenario")10filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})11filter := filter.NewScenarioFilterBasedOnName("myScenario")12filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})13filter := filter.NewScenarioFilterBasedOnName("myScenario")14filter := filter.NewScenarioFilterBasedOnTags([]string{"tag1","tag2"})15filter := filter.NewScenarioFilterBasedOnName("myScenario")

newScenarioFilterBasedOnName

Using AI Code Generation

1func main() {2    filter := filter.NewScenarioFilterBasedOnName("scenario1")3    scenarios = append(scenarios, types.Scenario{Name: "scenario1", Description: "scenario1 description"})4    scenarios = append(scenarios, types.Scenario{Name: "scenario2", Description: "scenario2 description"})5    scenarios = append(scenarios, types.Scenario{Name: "scenario3", Description: "scenario3 description"})6    filteredScenarios := filter.Filter(scenarios)7    fmt.Println(filteredScenarios)8}9func main() {10    filter := filter.NewScenarioFilterBasedOnName("scenario1")11    scenarios = append(scenarios, types.Scenario{Name: "scenario1", Description: "scenario1 description"})12    scenarios = append(scenarios, types.Scenario{Name: "scenario2", Description: "scenario2 description"})13    scenarios = append(scenarios, types.Scenario{Name: "scenario3", Description: "scenario3 description"})14    filteredScenarios := filter.Filter(scenarios)15    fmt.Println(filteredScenarios)16}17func main() {18    filter := filter.NewScenarioFilterBasedOnName("scenario1")19    scenarios = append(scenarios, types.Scenario{Name: "scenario1", Description: "scenario1 description"})20    scenarios = append(scenarios, types.Scenario{Name: "scenario2", Description: "scenario2 description"})21    scenarios = append(scenarios, types.Scenario{Name: "scenario3", Description: "scenario3 description"})22    filteredScenarios := filter.Filter(scenarios)23    fmt.Println(filteredScenarios)24}25func main() {26    filter := filter.NewScenarioFilterBasedOnName("scenario1")27    scenarios = append(scenarios, types.Scenario{Name: "scenario1", Description: "scenario1 description"})28    scenarios = append(scenarios, types

newScenarioFilterBasedOnName

Using AI Code Generation

1func main() {2	file, err := os.Open("scenarios.json")3	if err != nil {4		fmt.Println("Error in reading file")5	}6	defer file.Close()7	byteValue, _ := ioutil.ReadAll(file)8	json.Unmarshal(byteValue, &scenarios)9	filter := Filter{}10	scenarios = filter.newScenarioFilterBasedOnName(scenarios, "scenario1")11	fmt.Println(scenarios)12}13func main() {14	file, err := os.Open("scenarios.json")15	if err != nil {16		fmt.Println("Error in reading file")17	}18	defer file.Close()19	byteValue, _ := ioutil.ReadAll(file)20	json.Unmarshal(byteValue, &scenarios)21	filter := Filter{}22	scenarios = filter.newScenarioFilterBasedOnName(scenarios, "scenario2")23	fmt.Println(scenarios)24}25func main() {26	file, err := os.Open("scenarios.json")27	if err != nil {28		fmt.Println("Error in reading file")29	}30	defer file.Close()31	byteValue, _ := ioutil.ReadAll(file)32	json.Unmarshal(byteValue, &scenarios)33	filter := Filter{}34	scenarios = filter.newScenarioFilterBasedOnName(scenarios, "scenario3")35	fmt.Println(scenarios)36}

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