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Gauge
lang
getStepFilterText

How to use getStepFilterText method of lang Package

Best Gauge code snippet using lang.getStepFilterText

completionStep_test.go

Source:completionStep_test.go

...27		t.Errorf("GetPrefix failed for autocomplete, want: `%s`, got: `%s`", want, got)28	}29}30func TestGetFilterTextWithStaticParam(t *testing.T) {31	got := getStepFilterText("Text with {}", []string{"param1"}, []gauge.StepArg{{Name: "Args1", Value: "Args1", ArgType: gauge.Static}})32	want := `Text with "Args1"`33	if got != want {34		t.Errorf("Parameters not replaced properly; got : %+v, want : %+v", got, want)35	}36}37func TestGetFilterTextWithDynamicParam(t *testing.T) {38	got := getStepFilterText("Text with {}", []string{"param1"}, []gauge.StepArg{{Name: "Args1", Value: "Args1", ArgType: gauge.Dynamic}})39	want := `Text with <Args1>`40	if got != want {41		t.Errorf("Parameters not replaced properly; got : %+v, want : %+v", got, want)42	}43}44func TestGetFilterTextShouldNotReplaceIfNoStepArgsGiven(t *testing.T) {45	got := getStepFilterText("Text with {}", []string{"param1"}, []gauge.StepArg{})46	want := `Text with <param1>`47	if got != want {48		t.Errorf("Parameters not replaced properly; got : %+v, want : %+v", got, want)49	}50}51func TestGetFilterTextWithLesserNumberOfStepArgsGiven(t *testing.T) {52	stepArgs := []gauge.StepArg{53		{Name: "Args1", Value: "Args1", ArgType: gauge.Dynamic},54		{Name: "Args2", Value: "Args2", ArgType: gauge.Static},55	}56	got := getStepFilterText("Text with {} {} and {}", []string{"param1", "param2", "param3"}, stepArgs)57	want := `Text with <Args1> "Args2" and <param3>`58	if got != want {59		t.Errorf("Parameters not replaced properly; got : %+v, want : %+v", got, want)60	}61}62var testEditPosition = []struct {63	input     string64	cursorPos lsp.Position65	wantStart lsp.Position66	wantEnd   lsp.Position67}{68	{69		input:     "*",70		cursorPos: lsp.Position{Line: 0, Character: len(`*`)},...

completionStep.go

Source:completionStep.go

...20	if err != nil {21		return nil, err22	}23	for _, c := range provider.Concepts() {24		fText := prefix + getStepFilterText(c.StepValue.StepValue, c.StepValue.Parameters, givenArgs)25		cText := prefix + addPlaceHolders(c.StepValue.StepValue, c.StepValue.Parameters)26		list.Items = append(list.Items, newStepCompletionItem(c.StepValue.ParameterizedStepValue, cText, concept, fText, editRange))27	}28	s, err := allImplementedStepValues()29	allSteps := append(allUsedStepValues(), s...)30	for _, sv := range removeDuplicates(allSteps) {31		fText := prefix + getStepFilterText(sv.StepValue, sv.Args, givenArgs)32		cText := prefix + addPlaceHolders(sv.StepValue, sv.Args)33		list.Items = append(list.Items, newStepCompletionItem(sv.ParameterizedStepValue, cText, step, fText, editRange))34	}35	return list, err36}37func removeDuplicates(steps []gauge.StepValue) []gauge.StepValue {38	encountered := map[string]bool{}39	result := []gauge.StepValue{}40	for _, v := range steps {41		if !encountered[v.StepValue] {42			encountered[v.StepValue] = true43			result = append(result, v)44		}45	}46	return result47}48func allUsedStepValues() []gauge.StepValue {49	var stepValues []gauge.StepValue50	for _, s := range provider.Steps(true) {51		stepValues = append(stepValues, parser.CreateStepValue(s))52	}53	return stepValues54}55func allImplementedStepValues() ([]gauge.StepValue, error) {56	var stepValues []gauge.StepValue57	res, err := getAllStepsResponse()58	if err != nil {59		return stepValues, fmt.Errorf("failed to get steps from runner. %s", err.Error())60	}61	for _, stepText := range res.GetSteps() {62		stepValue, _ := parser.ExtractStepValueAndParams(stepText, false)63		stepValues = append(stepValues, *stepValue)64	}65	return stepValues, nil66}67func getStepArgs(line string) ([]gauge.StepArg, error) {68	givenArgs := make([]gauge.StepArg, 0)69	if line != "" && strings.TrimSpace(line) != "*" {70		specParser := new(parser.SpecParser)71		tokens, errs := specParser.GenerateTokens(line, "")72		if len(errs) > 0 {73			return nil, fmt.Errorf("Unable to parse text entered")74		}75		var err error76		givenArgs, err = parser.ExtractStepArgsFromToken(tokens[0])77		if err != nil {78			return nil, fmt.Errorf("Unable to parse text entered")79		}80	}81	return givenArgs, nil82}83func getStepFilterText(text string, params []string, givenArgs []gauge.StepArg) string {84	if len(params) > 0 {85		for i, p := range params {86			if len(givenArgs) > i {87				if givenArgs[i].ArgType == gauge.Static {88					text = strings.Replace(text, "{}", fmt.Sprintf("\"%s\"", givenArgs[i].ArgValue()), 1)89				} else {90					text = strings.Replace(text, "{}", fmt.Sprintf("<%s>", givenArgs[i].ArgValue()), 1)91				}92			} else {93				text = strings.Replace(text, "{}", fmt.Sprintf("<%s>", p), 1)94			}95		}96	}97	return text...

getStepFilterText

Using AI Code Generation

1import (2func getStepFilterText() string {3	return gauge.GetStepFilterText()4}5func main() {6	fmt.Println(getStepFilterText())7}

getStepFilterText

Using AI Code Generation

1import (2func getStepFilterText() {3    fmt.Println("Hello World!")4}5func main() {6    testsuit.ParseFlags()7    gauge.Step("getStepFilterText", getStepFilterText)8    gauge.Run()9}10import (11func getStepFilterText() {12    fmt.Println("Hello World!")13}14func main() {15    testsuit.ParseFlags()16    gauge.Step("getStepFilterText", getStepFilterText)17    gauge.Run()18}19import (20func getStepFilterText() {21    fmt.Println("Hello World!")22}23func main() {24    testsuit.ParseFlags()25    gauge.Step("getStepFilterText", getStepFilterText)26    gauge.Run()27}28import (29func getStepFilterText() {30    fmt.Println("Hello World!")31}32func main() {33    testsuit.ParseFlags()34    gauge.Step("getStepFilterText", getStepFilterText)35    gauge.Run()36}37import (38func getStepFilterText() {39    fmt.Println("Hello World!")40}41func main() {42    testsuit.ParseFlags()43    gauge.Step("getStepFilterText", getStepFilter

getStepFilterText

Using AI Code Generation

1import (2func main() {3	fmt.Println(lang.GetStepFilterText())4}5import (6func GetStepFilterText() string {7	return FilterText("Hello World")8}9import (10func FilterText(text string) string {11	return strings.ToUpper(text)12}13The above code will throw an error. It is because the FilterText method is not exported (i.e. it is not public). To make it public, we need to capitalize the first letter of the method name. That is, we need to change the FilterText method to:14import (15func FilterText(text string) string {16	return strings.ToUpper(text)17}18You can also import a package with a different name. For example, you can import the package “fmt” with the name “f” as follows:19import f "fmt"20func main() {21    f.Println("Hello World")22}23You can also import multiple packages in a single import statement. For example, you can import the packages “fmt” and “strings” as follows:24import (25func main() {26    f.Println(s.ToUpper("Hello World"))27}28You can also import all the packages in a directory as follows:29import (30func main() {31    Println(ToUpper("Hello World"))32}33You can also import a package and use its methods without importing it. For example, you can use the ToUpper method of the “strings” package as follows:34func main() {35    println(strings.ToUpper("Hello World"))36}37You can also import

getStepFilterText

Using AI Code Generation

1import (2type lang struct {3}4func (l lang) GetStepFilterText() string {5}6func (l lang) GetImplementationFiles() []string {7	return []string{"1.go"}8}9func (l lang) GetLanguage() string {10}11func (l lang) GetRunner() gauge.Runner {12	return &runner{}13}14func (l lang) GetPluginHandler() gauge.PluginHandler {15}16type runner struct {17}18func (r *runner) ExecuteStep(step *gauge.Step) *gauge.StepExecutionResult {19	return &gauge.StepExecutionResult{ProtoStep: step}20}21func (r *runner) ExecuteAndGetStatus() *gauge_messages.ProtoExecutionResult {22	return &gauge_messages.ProtoExecutionResult{}23}24func (r *runner) Kill() {25}26func (r *runner) Stop() {27}28func (r *runner) Start() {29}30func (r *runner) Initialize() error {31}32func (r *runner) Cleanup() error {33}34func (r *runner) AddCustomRunnerMessages() {35}36func (r *runner) GetCustomRunnerMessages() []string {37	return []string{"hello"}38}39func (r *runner) GetCustomRunnerMessageHandlers() map[string]gauge.CustomMessageHandler {40}41func (r *runner) GetCustomRunnerMessageHandler(message string) gauge.CustomMessageHandler {42}43func (r *runner) GetPluginHandler() gauge.PluginHandler {44}45func (r *runner) GetConnectionInfo() *gauge.ConnectionInfo {46	return &gauge.ConnectionInfo{}47}48func (r *runner) GetImplementationFiles() []string {49	return []string{"1.go"}50}51func (r *runner) GetLanguage() string {52}53func (r *runner) GetStepValue(step *gauge.Step) string {54}55func (r *runner) GetStepName(step *gauge.Step) string {56}57func (r *runner) GetStepText(step *gauge.Step) string {58}59func (r *runner) GetStepValueWithParamTypes(step *gauge.Step) string {60}61func (r *runner) GetStepNameWithParamTypes(step

getStepFilterText

Using AI Code Generation

1import (2func main() {3 fmt.Println(lang.GetStepFilterText("en"))4}5func GetStepFilterText(lang string) string {6}

getStepFilterText

Using AI Code Generation

1import (2func main() {3	fmt.Println(gauge.GetStepFilterText("Hello {user}"))4}5import (6func main() {7	fmt.Println(gauge.GetStepValue("Hello {user}"))8}9import (10func main() {11	fmt.Println(gauge.GetStepValue("Hello {user}"))12}13import (14func main() {15	fmt.Println(gauge.GetStepValue("Hello {user}"))16}17import (18func main() {19	fmt.Println(gauge.GetStepValue("Hello {user}"))20}21import (22func main() {23	fmt.Println(gauge.GetStepValue("Hello {user}"))24}25import (26func main() {27	fmt.Println(gauge.GetStepValue("Hello {user}"))28}29import (30func main() {31	fmt.Println(gauge.GetStepValue("Hello

getStepFilterText

Using AI Code Generation

1import (2func main() {3	gauge.Step("Step implementation in <lang>", func(lang string) {4		fmt.Println(lang.GetStepFilterText())5	})6}7import "fmt"8type Lang struct {9}10func (l Lang) GetStepFilterText() string {11	return fmt.Sprintf("Step implementation in %s", l.Language)12}13import (14func init() {15	gauge.Step("Step implementation in <lang>", func(lang string) {16		fmt.Println(lang.GetStepFilterText())17	})18}19import "fmt"20type Lang struct {21}22func (l Lang) GetStepFilterText() string {23	return fmt.Sprintf("Step implementation in %s", l.Language)24}25import (26func init() {27	gauge.Step("Step implementation in <lang>", func(lang string) {28		fmt.Println(lang.GetStepFilterText())29	})30}31import "fmt"32type Lang struct {33}34func (l Lang) GetStepFilterText() string {35	return fmt.Sprintf("Step implementation in %s", l.Language)36}37import (38func init() {39	gauge.Step("Step implementation in <lang>", func(lang string) {40		fmt.Println(lang.GetStepFilterText())41	})42}43import "fmt"44type Lang struct {45}46func (l Lang) GetStepFilterText() string {47	return fmt.Sprintf("Step implementation in %s", l.Language)48}

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