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How to use executeSpec method of execution Package

Best Gauge code snippet using execution.executeSpec

flows.go

Source:flows.go

...60	promises := []*FlowPromise{}61	for _, next := range nexts {62		newSp := span.NewSpanFromSpanSibling(sp)63		newSp.SetFlowName(wf.Spec.Spec[next].Name)64		p := NewFlowPromise(m.executeSpec, newSp.GetFlowName())65		zap.S().Debugw("call function with parameter", "flow", newSp.GetFlowName(), "parameters", para)66		newSp.Start(newSp.GetFlowName())67		p.Run(para, wf, newSp)68		promises = append(promises, p)69	}70	finalResult := make(map[string]interface{}, len(promises))71	for _, p := range promises {72		resp, err := p.GetResult()73		zap.S().Debugw("get resp with function", "function", p.name, "resp", resp)74		if err != nil {75			zap.S().Errorw("get error from function promise", "err", err)76			return nil, err77		}78		if resp != nil {79			finalResult[p.name] = resp80		}81	}82	return finalResult, nil83}84// parallelFlows is an encapsulation of parallelFlowsWithSpan85func (m *Manager) parallelFlows(sp *span.Span, para map[string]interface{},86	wf *serverlessv1alpha1.Workflow, nexts []int) (map[string]interface{}, error) {87	return m.parallelFlowsWithSpan(sp, para, wf, nexts)88}89// executeSpec is the main function about workflow control, it handles the main flow path90func (m *Manager) executeSpec(sp *span.Span, parameters map[string]interface{},91	wf *serverlessv1alpha1.Workflow) (map[string]interface{}, error) {92	// para, err := common.CopyMap(parameters)93	// if err != nil {94	// 	zap.S().Errorw("copy map error", "err", err, "para", para)95	// 	return nil, err96	// }97	var targetFlowIndex int98	var err error99	if sp.GetFunctionName() == "" {100		targetFlowIndex, err = findFlowByName(wf, sp.GetFlowName())101		if err != nil {102			zap.S().Errorw("fill in function name error", "err", err)103			return nil, err104		}105		sp.SetFunctionName(wf.Spec.Spec[targetFlowIndex].Function)106	} else {107		targetFlowIndex, err = findFlowByName(wf, sp.GetFlowName())108		if err != nil {109			zap.S().Debugw("executeSpec findFlowByName error", "err", err, "span", sp)110			return nil, err111		}112	}113	// execute the function and get results114	// enter in rootspan if not from promise115	// FIXME: targetFlowIndex now is redundant here116	result, err := m.executeRunFunction(sp, parameters, wf, targetFlowIndex)117	zap.S().Debugw("executeRunFunction", "result", result)118	if err != nil {119		zap.S().Errorw("executeRunFunction error", "err", err)120		return nil, err121	}122	// find next Flows after the execution123	// pay attention !!! here may change result...

specExecutor.go

Source:specExecutor.go

...110					s.ScenarioDataTableRowIndex, s.SpecDataTableRowIndex, s.SpecDataTableRow.IsInitialized())111			}112			e.specResult.ScenarioCount += len(scnMap)113		} else {114			err := e.executeSpec()115			if err != nil {116				logger.Fatalf(true, "Failed to execute Specification %s : %s", e.specification.Heading.Value, err.Error())117			}118		}119	}120	e.specResult.SetSkipped(e.specResult.Skipped || e.specResult.ScenarioSkippedCount == len(e.specification.Scenarios))121	if executeAfter {122		if _, ok := e.errMap.SpecErrs[e.specification]; !ok {123			e.notifyAfterSpecHook()124		}125		event.Notify(event.NewExecutionEvent(event.SpecEnd, e.specification, e.specResult, e.stream, e.currentExecutionInfo))126	}127	return e.specResult128}129func (e *specExecutor) executeTableRelatedScenarios(scenarios []*gauge.Scenario) error {130	if len(scenarios) > 0 {131		index := e.specification.Scenarios[0].SpecDataTableRowIndex132		sceRes, err := e.executeScenarios(scenarios)133		if err != nil {134			return err135		}136		specResult := [][]result.Result{sceRes}137		e.specResult.AddTableRelatedScenarioResult(specResult, index)138	}139	return nil140}141func (e *specExecutor) executeSpec() error {142	parser.GetResolvedDataTablerows(e.specification.DataTable.Table)143	nonTableRelatedScenarios, tableRelatedScenarios := parser.FilterTableRelatedScenarios(e.specification.Scenarios, func(s *gauge.Scenario) bool {144		return s.SpecDataTableRow.IsInitialized()145	})146	res, err := e.executeScenarios(nonTableRelatedScenarios)147	if err != nil {148		return err149	}150	e.specResult.AddScenarioResults(res)151	err = e.executeTableRelatedScenarios(tableRelatedScenarios)152	if err != nil {153		return err154	}155	return nil...

launcher.go

Source:launcher.go

...68	for key, spec := range specs {69		spec.id = key70		context.currentSpec = spec71		// report.phase = fmt.Sprintf(`%s / %s`, k, spec.Command.String())72		l.executeSpec(context, report)73	}74	return report75}76func (l *Launcher) verifyPreconditions(preconditions Preconditions, context planContext, report *TestExecutionReport) bool {77	fa := preconditions.FileSystemAssertions78	var assertionResult AssertionResult79	phase := `preconditions`80	if context.currentSpec.ID() != "" {81		phase = fmt.Sprintf(`%s preconditions`, context.currentSpec.ID())82	}83	var a assertion84	var err error85	proceed := true86	for _, f := range fa {87		a, err = f.actualAssertion(context)88		if err != nil {89			report.addEntryAsError(phase, err)90			proceed = false91		}92		assertionResult = a.verify(context)93		report.addEntryAsAssertionResult(phase, assertionResult)94		if !assertionResult.Success() {95			proceed = false96		}97	}98	return proceed99}100func (l *Launcher) executeSpec(context planContext, report *TestExecutionReport) {101	spec := context.currentSpec102	preconditions := spec.Preconditions103	proceed := l.verifyPreconditions(preconditions, context, report)104	if !proceed {105		report.addEntryInfo(`preconditions`, fmt.Sprintf("error in spec %s preconditions, stop spec execution", spec.ID()))106		return107	}108	phase := fmt.Sprintf(`%s`, spec.ID())109	if spec.Description != "" {110		phase = fmt.Sprintf(`%s : %s`, phase, spec.Description)111	}112	command := spec.Command113	wd, err := resolvePath(command.WorkingDir, context)114	if err != nil {...

executeSpec

Using AI Code Generation

1import (2type Execution struct {3}4func (e *Execution) executeSpec(spec interface{}) {5	name := runtime.FuncForPC(reflect.ValueOf(spec).Pointer()).Name()6	fmt.Println("Executing ", name)7}8func main() {9	e := &Execution{}10	spec1 := func() {11		fmt.Println("Spec 1")12	}13	spec2 := func() {14		fmt.Println("Spec 2")15	}16	spec3 := func() {17		fmt.Println("Spec 3")18	}19	spec4 := func() {20		fmt.Println("Spec 4")21	}22	spec5 := func() {23		fmt.Println("Spec 5")24	}25	spec6 := func() {26		fmt.Println("Spec 6")27	}28	e.executeSpec(spec1)29	e.executeSpec(spec2)30	e.executeSpec(spec3)31	e.executeSpec(spec4)32	e.executeSpec(spec5)33	e.executeSpec(spec6)34}

executeSpec

Using AI Code Generation

1import (2func main() {3    exec := vindexes.NewExecution()4    spec := &vindexes.Specification{5        Params: map[string]interface{}{6        },7    }8    vindex, err := exec.ExecuteSpec(spec)9    if err != nil {10        fmt.Println(err)11    }12    fmt.Println("Vindex", vindex)13}14import (15func main() {16    exec := vindexes.NewExecution()17    spec := &vindexes.Specification{18        Params: map[string]interface{}{19        },20    }21    vindex, err := exec.ExecuteSpec(spec)22    if err != nil {23        fmt.Println(err)24    }25    fmt.Println("Vindex", vindex)26}27import (28func main() {29    exec := vindexes.NewExecution()30    spec := &vindexes.Specification{31        Params: map[string]interface{}{32        },33    }34    vindex, err := exec.ExecuteSpec(spec)35    if err != nil {

executeSpec

Using AI Code Generation

1import (2func main() {3	execution := new(Execution)4	spec := new(Spec)5	spec.Tags = []string{"tag1", "tag2"}6	spec.Code = "fmt.Println(\"Hello World\")"7	result, err := execution.ExecuteSpec(spec)8	if err != nil {9		fmt.Println("Error: ", err)10	} else {11		fmt.Println("Result: ", result)12	}13}14import (15func main() {16	execution := new(Execution)17	spec := new(Spec)18	spec.Tags = []string{"tag1", "tag2"}19	spec.Code = "fmt.Println(\"Hello World\")"20	result, err := execution.ExecuteSpec(spec)21	if err != nil {22		fmt.Println("Error: ", err)23	} else {24		fmt.Println("Result: ", result)25	}26}27import (28func main() {29	execution := new(Execution)30	spec := new(Spec)31	spec.Tags = []string{"tag1", "tag2"}32	spec.Code = "fmt.Println(\"Hello World\")"33	result, err := execution.ExecuteSpec(spec)34	if err != nil {35		fmt.Println("Error: ", err)36	} else {37		fmt.Println("Result: ", result)38	}39}

executeSpec

Using AI Code Generation

1import (2func main() {3 execution.ExecuteSpec()4}5import (6func main() {7 execution.ExecuteSpec()8}

executeSpec

Using AI Code Generation

1import "fmt"2type execution struct {3}4func (e execution) executeSpec() {5    fmt.Println("Executing spec")6}7func main() {8    execute := execution{name: "execute"}9    execute.executeSpec()10}11import "fmt"12type execution struct {13}14func (e execution) ExecuteSpec() {15    fmt.Println("Executing spec")16}17func main() {18    execute := execution{name: "execute"}19    execute.ExecuteSpec()20}21import "fmt"22type execution struct {23}24func (e execution) ExecuteSpec() {25    fmt.Println("Executing spec")26}27func main() {28    execute := execution{name: "execute"}29    execute.ExecuteSpec()30}31import "fmt"32type execution struct {33}34func (e

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