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Gauge
gauge
ConvertToProtoItem

How to use ConvertToProtoItem method of gauge Package

Best Gauge code snippet using gauge.ConvertToProtoItem

stepExecutor_test.go

Source:stepExecutor_test.go

...37		Value:     "a simple step",38		LineText:  "a simple step",39		Fragments: []*gauge_messages.Fragment{{FragmentType: gauge_messages.Fragment_Text, Text: "a simple step"}},40	}41	protoStep := gauge.ConvertToProtoItem(step).GetStep()42	protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}43	stepResult := se.executeStep(step, protoStep)44	beforeStepMsg := stepResult.ProtoStep.PreHookMessages45	if len(beforeStepMsg) != 1 {46		t.Errorf("Expected 1 message, got : %d", len(beforeStepMsg))47	}48	if beforeStepMsg[0] != "Before Step Called" {49		t.Errorf("Expected `Before Step Called` message, got : %s", beforeStepMsg[0])50	}51}52func TestStepExecutionShouldAddAfterStepHookMessages(t *testing.T) {53	r := &mockRunner{}54	h := &mockPluginHandler{NotifyPluginsfunc: func(m *gauge_messages.Message) {}, GracefullyKillPluginsfunc: func() {}}55	r.ExecuteAndGetStatusFunc = func(m *gauge_messages.Message) *gauge_messages.ProtoExecutionResult {56		if m.MessageType == gauge_messages.Message_StepExecutionEnding {57			return &gauge_messages.ProtoExecutionResult{58				Message:       []string{"After Step Called"},59				Failed:        false,60				ExecutionTime: 10,61			}62		}63		return &gauge_messages.ProtoExecutionResult{}64	}65	ei := &gauge_messages.ExecutionInfo{66		CurrentStep: &gauge_messages.StepInfo{67			Step: &gauge_messages.ExecuteStepRequest{68				ActualStepText:  "a simple step",69				ParsedStepText:  "a simple step",70				ScenarioFailing: false,71			},72			IsFailed: false,73		},74	}75	se := &stepExecutor{runner: r, pluginHandler: h, currentExecutionInfo: ei, stream: 0}76	step := &gauge.Step{77		Value:     "a simple step",78		LineText:  "a simple step",79		Fragments: []*gauge_messages.Fragment{{FragmentType: gauge_messages.Fragment_Text, Text: "a simple step"}},80	}81	protoStep := gauge.ConvertToProtoItem(step).GetStep()82	protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}83	stepResult := se.executeStep(step, protoStep)84	afterStepMsg := stepResult.ProtoStep.PostHookMessages85	if len(afterStepMsg) != 1 {86		t.Errorf("Expected 1 message, got : %d", len(afterStepMsg))87	}88	if afterStepMsg[0] != "After Step Called" {89		t.Errorf("Expected `After Step Called` message, got : %s", afterStepMsg[0])90	}91}92func TestStepExecutionShouldGetScreenshotsBeforeStep(t *testing.T) {93	r := &mockRunner{}94	h := &mockPluginHandler{NotifyPluginsfunc: func(m *gauge_messages.Message) {}, GracefullyKillPluginsfunc: func() {}}95	r.ExecuteAndGetStatusFunc = func(m *gauge_messages.Message) *gauge_messages.ProtoExecutionResult {96		if m.MessageType == gauge_messages.Message_StepExecutionStarting {97			return &gauge_messages.ProtoExecutionResult{98				ScreenshotFiles: []string{"screenshot1.png", "screenshot2.png"},99				Failed:          false,100				ExecutionTime:   10,101			}102		}103		return &gauge_messages.ProtoExecutionResult{}104	}105	ei := &gauge_messages.ExecutionInfo{106		CurrentStep: &gauge_messages.StepInfo{107			Step: &gauge_messages.ExecuteStepRequest{108				ActualStepText:  "a simple step",109				ParsedStepText:  "a simple step",110				ScenarioFailing: false,111			},112			IsFailed: false,113		},114	}115	se := &stepExecutor{runner: r, pluginHandler: h, currentExecutionInfo: ei, stream: 0}116	step := &gauge.Step{117		Value:     "a simple step",118		LineText:  "a simple step",119		Fragments: []*gauge_messages.Fragment{{FragmentType: gauge_messages.Fragment_Text, Text: "a simple step"}},120	}121	protoStep := gauge.ConvertToProtoItem(step).GetStep()122	protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}123	stepResult := se.executeStep(step, protoStep)124	beforeStepScreenShots := stepResult.ProtoStep.PreHookScreenshotFiles125	expected := []string{"screenshot1.png", "screenshot2.png"}126	if len(beforeStepScreenShots) != len(expected) {127		t.Errorf("Expected 2 screenshots, got : %d", len(beforeStepScreenShots))128	}129	for i, e := range expected {130		if string(beforeStepScreenShots[i]) != e {131			t.Errorf("Expected `%s` screenshot, got : %s", e, beforeStepScreenShots[i])132		}133	}134}135func TestStepExecutionShouldGetScreenshotsAfterStep(t *testing.T) {136	r := &mockRunner{}137	h := &mockPluginHandler{NotifyPluginsfunc: func(m *gauge_messages.Message) {}, GracefullyKillPluginsfunc: func() {}}138	r.ExecuteAndGetStatusFunc = func(m *gauge_messages.Message) *gauge_messages.ProtoExecutionResult {139		if m.MessageType == gauge_messages.Message_StepExecutionEnding {140			return &gauge_messages.ProtoExecutionResult{141				ScreenshotFiles: []string{"screenshot1.png", "screenshot2.png"},142				Failed:          false,143				ExecutionTime:   10,144			}145		}146		return &gauge_messages.ProtoExecutionResult{}147	}148	ei := &gauge_messages.ExecutionInfo{149		CurrentStep: &gauge_messages.StepInfo{150			Step: &gauge_messages.ExecuteStepRequest{151				ActualStepText:  "a simple step",152				ParsedStepText:  "a simple step",153				ScenarioFailing: false,154			},155			IsFailed: false,156		},157	}158	se := &stepExecutor{runner: r, pluginHandler: h, currentExecutionInfo: ei, stream: 0}159	step := &gauge.Step{160		Value:     "a simple step",161		LineText:  "a simple step",162		Fragments: []*gauge_messages.Fragment{{FragmentType: gauge_messages.Fragment_Text, Text: "a simple step"}},163	}164	protoStep := gauge.ConvertToProtoItem(step).GetStep()165	protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}166	stepResult := se.executeStep(step, protoStep)167	afterStepScreenShots := stepResult.ProtoStep.PostHookScreenshotFiles168	expected := []string{"screenshot1.png", "screenshot2.png"}169	if len(afterStepScreenShots) != len(expected) {170		t.Errorf("Expected 2 screenshots, got : %d", len(afterStepScreenShots))171	}172	for i, e := range expected {173		if string(afterStepScreenShots[i]) != e {174			t.Errorf("Expected `%s` screenshot, got : %s", e, afterStepScreenShots[i])175		}176	}177}...

resolve.go

Source:resolve.go

...34		} else {35			protoItem, err = resolveToProtoStepItem(item.(*gauge.Step), lookup, skipFn)36		}37	default:38		protoItem = gauge.ConvertToProtoItem(item)39	}40	return protoItem, err41}42// Not passing pointer as we cannot modify the original concept step's lookup. This has to be populated for each iteration over data table.43func resolveToProtoConceptItem(concept gauge.Step, lookup *gauge.ArgLookup, skipFn setSkipInfoFn) (*gauge_messages.ProtoItem, error) {44	if err := parser.PopulateConceptDynamicParams(&concept, lookup); err != nil {45		return nil, err46	}47	protoConceptItem := gauge.ConvertToProtoItem(&concept)48	protoConceptItem.Concept.ConceptStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}49	for stepIndex, step := range concept.ConceptSteps {50		// Need to reset parent as the step.parent is pointing to a concept whose lookup is not populated yet51		if step.IsConcept {52			step.Parent = &concept53			protoItem, err := resolveToProtoConceptItem(*step, &concept.Lookup, skipFn)54			if err != nil {55				return nil, err56			}57			protoConceptItem.GetConcept().GetSteps()[stepIndex] = protoItem58		} else {59			conceptStep := protoConceptItem.Concept.Steps[stepIndex].Step60			err := parser.Resolve(step, &concept, &concept.Lookup, conceptStep)61			if err != nil {62				return nil, err63			}64			skipFn(conceptStep, step)65		}66	}67	protoConceptItem.Concept.ConceptStep.StepExecutionResult.Skipped = false68	return protoConceptItem, nil69}70func resolveToProtoStepItem(step *gauge.Step, lookup *gauge.ArgLookup, skipFn setSkipInfoFn) (*gauge_messages.ProtoItem, error) {71	protoStepItem := gauge.ConvertToProtoItem(step)72	err := parser.Resolve(step, nil, lookup, protoStepItem.Step)73	if err != nil {74		return nil, err75	}76	skipFn(protoStepItem.Step, step)77	return protoStepItem, err78}...

ConvertToProtoItem

Using AI Code Generation

1import (2func main() {3	var specItem = gauge.ConvertToProtoItem("Specification Heading", "Specification", nil, nil)4	fmt.Println(specItem)5}6import (7func main() {8	var result = testsuit.NewTestSuiteResult()9	var specItem = gauge.ConvertToProtoItem("Specification Heading", "Specification", nil, nil)10	var scenarioItem = gauge.ConvertToProtoItem("Scenario Heading", "Scenario", specItem, nil)11	var stepItem = gauge.ConvertToProtoItem("Step Text", "Step", scenarioItem, nil)12	execution.AddToResult(result, stepItem)13	fmt.Println(result)14}

ConvertToProtoItem

Using AI Code Generation

1func (g *Gauge) ConvertToProtoItem() *pb.ProtoItem {2    return &pb.ProtoItem{3        GaugeItem: &pb.GaugeItem{Value: g.GetValue()},4    }5}6func (c *Counter) ConvertToProtoItem() *pb.ProtoItem {7    return &pb.ProtoItem{8        CounterItem: &pb.CounterItem{Value: c.GetValue()},9    }10}11func (g *Gauge) ConvertToProtoItem() *pb.ProtoItem {12    return &pb.ProtoItem{13        GaugeItem: &pb.GaugeItem{Value: g.GetValue()},14    }15}16func (c *Counter) ConvertToProtoItem() *pb.ProtoItem {17    return &pb.ProtoItem{18        CounterItem: &pb.CounterItem{Value: c.GetValue()},19    }20}21func (g *Gauge) ConvertToProtoItem() *pb.ProtoItem {22    return &pb.ProtoItem{23        GaugeItem: &pb.GaugeItem{Value: g.GetValue()},24    }25}26func (c *Counter) ConvertToProtoItem() *pb.ProtoItem {27    return &pb.ProtoItem{28        CounterItem: &pb.CounterItem{Value: c.GetValue()},29    }30}31func (g *Gauge) ConvertToProtoItem() *pb.Pro

ConvertToProtoItem

Using AI Code Generation

1import (2func main() {3	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})4	fmt.Println(item)5}6import (7func main() {8	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})9	fmt.Println(item)10}11import (12func main() {13	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})14	fmt.Println(item)15}16import (17func main() {18	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})19	fmt.Println(item)20}21import (22func main() {23	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})24	fmt.Println(item)25}26import (27func main() {28	item = gauge.ConvertToProtoItem("Hello", gauge.StepKind, gauge.StepValue, gauge.StepArg{})29	fmt.Println(item)30}31import (32func main() {

ConvertToProtoItem

Using AI Code Generation

1import "fmt"2import "github.com/getgauge-contrib/gauge-go/gauge"3func main() {4    var items []interface{}5    items = append(items, "hello")6    items = append(items, 1)7    items = append(items, 1.1)8    items = append(items, true)9    gauge.ConvertToProtoItem(items)10}11import "fmt"12import "github.com/getgauge-contrib/gauge-go/gauge"13func main() {14    var items []interface{}15    items = append(items, "hello")16    items = append(items, 1)17    items = append(items, 1.1)18    items = append(items, true)19    gauge.ConvertToProtoItem(items)20}21import "fmt"22import "github.com/getgauge-contrib/gauge-go/gauge"23func main() {24    var items []interface{}25    items = append(items, "hello")26    items = append(items, 1)27    items = append(items, 1.1)28    items = append(items, true)29    gauge.ConvertToProtoItem(items)30}31import "fmt"32import "github.com/getgauge-contrib/gauge-go/gauge"33func main() {34    var items []interface{}35    items = append(items, "hello")36    items = append(items, 1)37    items = append(items, 1.1)38    items = append(items, true)39    gauge.ConvertToProtoItem(items)40}41import "fmt"42import "github.com/getgauge-contrib/gauge-go/gauge"43func main() {44    var items []interface{}45    items = append(items, "hello")46    items = append(items, 1)47    items = append(items, 1.1)48    items = append(items, true)49    gauge.ConvertToProtoItem(items)50}51import "fmt"52import "github.com/getg

ConvertToProtoItem

Using AI Code Generation

1import (2func main() {3	gaugeItem := gauge.GaugeItem{Description: "Description", Value: 10, Unit: "Unit"}4	gaugeItemProto := gaugeItem.ConvertToProtoItem()5	fmt.Println(gaugeItemProto)6}7import (8func main() {9	gaugeItemProto := gauge.GaugeItemProto{Description: "Description", Value: 10, Unit: "Unit"}10	gaugeItem := gaugeItemProto.ConvertToGaugeItem()11	fmt.Println(gaugeItem)12}

ConvertToProtoItem

Using AI Code Generation

1for _, item := range gauge.Items {2    protoItem := gauge.ConvertToProtoItem(item)3    protoItems = append(protoItems, protoItem)4}5protoGauge := &pb.Gauge{6}7protoGaugeRequest := &pb.GaugeRequest{8}9response, err := c.SendGauge(context.Background(), protoGaugeRequest)10if err != nil {11    log.Fatalf("Could not send gauge: %v", err)12}13log.Printf("Gauge response: %v", response.Status)14}

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