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Gauge
gauge
convertToProtoStepItem

How to use convertToProtoStepItem method of gauge Package

Best Gauge code snippet using gauge.convertToProtoStepItem

protoConverters.go

Source:protoConverters.go

...19	switch item.Kind() {20	case ScenarioKind:21		return convertToProtoScenarioItem(item.(*Scenario))22	case StepKind:23		return convertToProtoStepItem(item.(*Step))24	case CommentKind:25		return convertToProtoCommentItem(item.(*Comment))26	case DataTableKind:27		return convertToProtoDataTableItem(item.(*DataTable))28	case TagKind:29		return convertToProtoTagItem(item.(*Tags))30	case TearDownKind:31		teardown := item.(*TearDown)32		return convertToProtoCommentItem(&Comment{LineNo: teardown.LineNo, Value: teardown.Value})33	}34	return nil35}36func convertToProtoTagItem(tags *Tags) *gauge_messages.ProtoItem {37	return &gauge_messages.ProtoItem{ItemType: gauge_messages.ProtoItem_Tags, Tags: convertToProtoTags(tags)}38}39func convertToProtoStepItem(step *Step) *gauge_messages.ProtoItem {40	if step.IsConcept {41		return convertToProtoConcept(step)42	}43	return &gauge_messages.ProtoItem{ItemType: gauge_messages.ProtoItem_Step, Step: convertToProtoStep(step)}44}45func convertToProtoStepItems(steps []*Step) []*gauge_messages.ProtoItem {46	protoItems := make([]*gauge_messages.ProtoItem, 0)47	for _, step := range steps {48		protoItems = append(protoItems, convertToProtoStepItem(step))49	}50	return protoItems51}52func convertToProtoScenarioItem(scenario *Scenario) *gauge_messages.ProtoItem {53	scenarioItems := make([]*gauge_messages.ProtoItem, 0)54	for _, item := range scenario.Items {55		scenarioItems = append(scenarioItems, ConvertToProtoItem(item))56	}57	protoScenario := NewProtoScenario(scenario)58	protoScenario.ScenarioItems = scenarioItems59	return &gauge_messages.ProtoItem{ItemType: gauge_messages.ProtoItem_Scenario, Scenario: protoScenario}60}61func convertToProtoConcept(concept *Step) *gauge_messages.ProtoItem {62	protoConcept := &gauge_messages.ProtoConcept{ConceptStep: convertToProtoStep(concept), Steps: convertToProtoStepItems(concept.ConceptSteps)}63	protoConceptItem := &gauge_messages.ProtoItem{ItemType: gauge_messages.ProtoItem_Concept, Concept: protoConcept}64	return protoConceptItem65}66func convertToProtoStep(step *Step) *gauge_messages.ProtoStep {67	return &gauge_messages.ProtoStep{ActualText: step.LineText, ParsedText: step.Value, Fragments: makeFragmentsCopy(step.Fragments)}68}69func convertToProtoTags(tags *Tags) *gauge_messages.ProtoTags {70	return &gauge_messages.ProtoTags{Tags: getAllTags(tags)}71}72func getAllTags(tags *Tags) []string {73	allTags := make([]string, 0)74	for _, tag := range tags.Values() {75		allTags = append(allTags, tag)76	}...

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3    message := &gauge.Message{4        MessageType: gauge.Message_StepNamesRequest.Enum(),5        StepNamesRequest: &gauge.StepNamesRequest{6            CurrentExecutionInfo: &gauge.ExecutionInfo{7                CurrentSpec: &gauge.SpecInfo{8                    Name: proto.String("spec1"),9                    FileName: proto.String("spec1.spec"),10                    IsFailed: proto.Bool(false),11                    Tags: []string{"tag1", "tag2"},12                    Items: []*gauge.Item{13                        &gauge.Item{14                            Step: &gauge.Step{15                                Span: &gauge.Span{16                                },17                                Parameters: []*gauge.StepArg{18                                    &gauge.StepArg{19                                    },20                                },21                                StepExecutionResult: &gauge.StepExecutionResult{22                                    PreHookFailure: &gauge.ProtoHookFailure{23                                    },24                                    PostHookFailure: &gauge.ProtoHookFailure{25                                    },

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3	protoStepItem := gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.StepValueKindStatic, gauge.StepParamKindString, gauge.StepParamKindString)4	fmt.Println(protoStepItem)5}6import (7func main() {8	protoStepValue := gauge.ConvertToProtoStepValue("Step text", gauge.StepValueKindStatic)9	fmt.Println(protoStepValue)10}11import (12func main() {13	protoStepValue := gauge.ConvertToProtoStepValue("Step text", gauge.StepValueKindDynamic)14	fmt.Println(protoStepValue)15}16import (17func main() {18	protoStepValue := gauge.ConvertToProtoStepValue("Step text", gauge.StepValueKindSpecialString)19	fmt.Println(protoStepValue)20}21import (22func main() {23	protoStepValue := gauge.ConvertToProtoStepValue("Step text", gauge.StepValueKindSpecialTable)24	fmt.Println(protoStepValue)25}26import (27func main() {28	protoStepValue := gauge.ConvertToProtoStepValue("Step text", gauge.StepValueKindSpecialString)29	fmt.Println(protoStepValue)30}31import (32func main() {

convertToProtoStepItem

Using AI Code Generation

1func (gauge *Gauge) convertToProtoStepItem(step *gauge_messages.Step) *gauge_messages.ProtoStep {2	stepValue := gauge_messages.ProtoStep{StepValue: step.GetStepValue(), IsFailing: step.GetIsFailing()}3	stepValue.Parameters = gauge.convertToProtoParameter(step.GetParameters())4}5func (gauge *Gauge) convertToProtoParameter(parameters []*gauge_messages.Parameter) []*gauge_messages.ProtoParameter {6	for _, parameter := range parameters {7		protoParameters = append(protoParameters, gauge.convertToProtoParameterItem(parameter))8	}9}10func (gauge *Gauge) convertToProtoParameterItem(parameter *gauge_messages.Parameter) *gauge_messages.ProtoParameter {11	protoParameter := gauge_messages.ProtoParameter{Value: parameter.GetValue(), ParameterType: parameter.GetParameterType()}12}13func (gauge *Gauge) convertToProtoConcept(concept *gauge_messages.Concept) *gauge_messages.ProtoConcept {14	conceptValue := gauge_messages.ProtoConcept{ConceptStep: gauge.convertToProtoStepItem(concept.GetConceptStep())}15	conceptValue.ConceptStep.Parameters = gauge.convertToProtoParameter(concept.GetConceptStep().GetParameters())16	conceptValue.ConceptSteps = gauge.convertToProtoStep(concept.GetConceptSteps())17}18func (gauge *Gauge) convertToProtoStep(steps []*gauge_messages.Step) []*gauge_messages.ProtoStep {19	for _, step := range steps {20		protoSteps = append(protoSteps, gauge.convertToProtoStepItem(step))21	}22}23func (gauge *Gauge) convertToProtoItem(item *gauge_messages.ProtoItem) *gauge_messages.Proto

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3	step := gauge.Step{StepValue: "Hello World", LineText: "Hello World", LineNo: 1, Span: gauge.Span{Start: 2, End: 3}}4	protoStep := gauge.ConvertToProtoStepItem(step)5	fmt.Println(protoStep)6}7import (8func main() {9	step := gauge.Step{StepValue: "Hello World", LineText: "Hello World", LineNo: 1, Span: gauge.Span{Start: 2, End: 3}}10	protoStep := gauge.ConvertToProtoStepItem(step)11	fmt.Println(protoStep)12}13import (14func main() {15	step := gauge.Step{StepValue: "Hello World", LineText: "Hello World", LineNo: 1, Span: gauge.Span{Start: 2, End: 3}}16	protoStep := gauge.ConvertToProtoStepItem(step)17	fmt.Println(protoStep)18}

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3	step := gauge.Step{StepValue: "step text", LineText: "step text", HasInlineTable: false, HasInlineTableParam: false, IsConcept: false}4	stepItem := gauge.ConvertToProtoStepItem(step)5	fmt.Println(stepItem)6}

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic)4}5import (6func main() {7    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic)8}9import (10func main() {11    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic, gauge.ParameterKindStatic)12}13import (14func main() {15    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic)16}17import (18func main() {19    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic, gauge.ParameterKindStatic)20}21import (22func main() {23    gauge.ConvertToProtoStepItem("Step text", gauge.StepKindStep, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic, gauge.ParameterKindStatic, gauge.ParameterKindDynamic

convertToProtoStepItem

Using AI Code Generation

1import "fmt"2import "github.com/getgauge/gauge-proto/go/gauge_messages"3func main() {4    step := gauge_messages.ProtoStep{5        Span: &gauge_messages.Span{6        },7    }8    stepItem := gauge.ConvertToProtoStepItem(&step)9    fmt.Println(stepItem)10}11import "fmt"12import "github.com/getgauge/gauge-proto/go/gauge_messages"13func main() {14    concept := gauge_messages.ProtoConcept{15        ConceptStep: &gauge_messages.ProtoStep{16            Span: &gauge_messages.Span{17            },18        },19    }20    conceptItem := gauge.ConvertToProtoConceptItem(&concept)21    fmt.Println(conceptItem)22}23import "fmt"24import "github.com/getgauge/gauge-proto/go/gauge_messages"25func main() {26    scenario := gauge_messages.ProtoScenario{27        Tags: []*gauge_messages.ProtoItem{28            &gauge_messages.ProtoItem{29                Step: &gauge_messages.ProtoStep{30                    Span: &gauge_messages.Span{31                    },32                },33            },34            &gauge_messages.ProtoItem{35                Concept: &gauge_messages.ProtoConcept{36                    ConceptStep: &gauge_messages.ProtoStep{37                        Span: &gauge_messages.Span{38                        },

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3	stepItem := gauge.Step{StepValue: "this is step", IsConcept: true, IsFailing: false, HasInlineTable: true, HasAlias: true, HasDynamicParams: true, HasInlineTable: true, HasAlias: true, HasDynamicParams: true}4	protoStepItem := gauge.ConvertToProtoStepItem(&stepItem)5	fmt.Println(protoStepItem)6}7import (8func main() {9	stepItem := gauge.Step{StepValue: "this is step", IsConcept: true, IsFailing: false, HasInlineTable: true, HasAlias: true, HasDynamicParams: true, HasInlineTable: true, HasAlias: true, HasDynamicParams: true}10	protoStepItem := gauge.ConvertToProtoStepItem(&stepItem)11	fmt.Println(protoStepItem)12}13import (14func main() {15	stepItem := gauge.Step{StepValue: "this is step", IsConcept: true, IsFailing: false, HasInlineTable: true, HasAlias: true, HasDynamicParams: true, HasInlineTable: true, HasAlias: true, HasDynamicParams: true}16	protoStepItem := gauge.ConvertToProtoStepItem(&stepItem)17	fmt.Println(protoStepItem)18}19import (20func main() {21	stepItem := gauge.Step{StepValue: "this is step", IsConcept: true, IsFailing: false, HasInlineTable: true, HasAlias: true, HasDynamicParams: true, HasInlineTable: true, HasAlias: true, HasDynamicParams: true}22	protoStepItem := gauge.ConvertToProtoStepItem(&stepItem)23	fmt.Println(protoStepItem)24}

convertToProtoStepItem

Using AI Code Generation

1import (2func main() {3	protoStepItem := gauge.ProtoStepValue{4		Parameters: []*gauge.ProtoParameter{5			{6			},7		},8	}9	jsonString, err := json.Marshal(protoStepItem)10	if err != nil {11		fmt.Println(err)12		os.Exit(1)13	}14	fmt.Println(string(jsonString))15}16{"StepValue":"Hello World","Parameters":[{"Name":"Hello","Value":"World","ParamType":2}]}

convertToProtoStepItem

Using AI Code Generation

1import (2func AStepWhichTakesATableAsAParameter(table *gauge.Table) {3    fmt.Println("Executing AStepWhichTakesATableAsAParameter")4    fmt.Println("Table header 1: "+table.Headers[0])5    fmt.Println("Table header 2: "+table.Headers[1])6    fmt.Println("Table row 1 column 1: "+table.Rows[0][0])7    fmt.Println("Table row 1 column 2: "+table.Rows[0][1])8    fmt.Println("Table row 2 column 1: "+table.Rows[1][0])9    fmt.Println("Table row 2 column 2: "+table.Rows[1][1])10}11func AStepWhichTakesATableAsAParameterAndReturnsATable(table *gauge.Table) *gauge.Table {12    fmt.Println("Executing AStepWhichTakesATableAsAParameterAndReturnsATable")13    fmt.Println("Table header 1: "+table.Headers[0])14    fmt.Println("Table header 2: "+table.Headers[1])15    fmt.Println("Table row 1 column 1: "+table.Rows[0][0])16    fmt.Println("Table row 1 column 2: "+table.Rows[0][1])17    fmt.Println("Table row 2 column 1: "+table.Rows[1][0])18    fmt.Println("Table row 2 column 2: "+table.Rows[1][1])19    return &gauge.Table{20        Headers: []string{"name", "id"},21        Rows: [][]string{22            {"john", "1"},23            {"doe", "2"},24        },25    }26}

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