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How to use SetSkipped method of result Package

Best Gauge code snippet using result.SetSkipped

specExecutor.go

Source:specExecutor.go

...55}56func (e *specExecutor) execute(executeBefore, execute, executeAfter bool) *result.SpecResult {57	e.specResult = gauge.NewSpecResult(e.specification)58	if e.runner.Info().Killed {59		e.specResult.SetSkipped(true)60		return e.specResult61	}62	if errs, ok := e.errMap.SpecErrs[e.specification]; ok {63		if hasParseError(errs) {64			e.failSpec()65			return e.specResult66		}67	}68	lookup, err := e.dataTableLookup()69	if err != nil {70		logger.Fatalf(true, "Failed to resolve Specifications : %s", err.Error())71	}72	resolvedSpecItems, err := resolveItems(e.specification.GetSpecItems(), lookup, e.setSkipInfo)73	if err != nil {74		logger.Fatalf(true, "Failed to resolve Specifications : %s", err.Error())75	}76	e.specResult.AddSpecItems(resolvedSpecItems)77	if executeBefore {78		event.Notify(event.NewExecutionEvent(event.SpecStart, e.specification, e.specResult, e.stream, e.currentExecutionInfo))79		if _, ok := e.errMap.SpecErrs[e.specification]; !ok {80			if res := e.initSpecDataStore(); res.GetFailed() {81				e.skipSpecForError(fmt.Errorf("Failed to initialize spec datastore. Error: %s", res.GetErrorMessage()))82			} else {83				e.notifyBeforeSpecHook()84			}85		} else {86			e.specResult.SetSkipped(true)87			e.specResult.Errors = e.convertErrors(e.errMap.SpecErrs[e.specification])88		}89	}90	if execute && !e.specResult.GetFailed() {91		if e.specification.DataTable.Table.GetRowCount() == 0 {92			others, tableDriven := parser.FilterTableRelatedScenarios(e.specification.Scenarios, func(s *gauge.Scenario) bool {93				return s.ScenarioDataTableRow.IsInitialized()94			})95			results, err := e.executeScenarios(others)96			if err != nil {97				logger.Fatalf(true, "Failed to resolve Specifications : %s", err.Error())98			}99			e.specResult.AddScenarioResults(results)100			scnMap := make(map[int]bool)101			for _, s := range tableDriven {102				if _, ok := scnMap[s.Span.Start]; !ok {103					scnMap[s.Span.Start] = true104				}105				r, err := e.executeScenario(s)106				if err != nil {107					logger.Fatalf(true, "Failed to resolve Specifications : %s", err.Error())108				}109				e.specResult.AddTableDrivenScenarioResult(r, gauge.ConvertToProtoTable(s.DataTable.Table),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 nil156}157func (e *specExecutor) initSpecDataStore() *gauge_messages.ProtoExecutionResult {158	initSpecDataStoreMessage := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecDataStoreInit,159		SpecDataStoreInitRequest: &gauge_messages.SpecDataStoreInitRequest{Stream: int32(e.stream)}}160	return e.runner.ExecuteAndGetStatus(initSpecDataStoreMessage)161}162func (e *specExecutor) notifyBeforeSpecHook() {163	m := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecExecutionStarting,164		SpecExecutionStartingRequest: &gauge_messages.SpecExecutionStartingRequest{CurrentExecutionInfo: e.currentExecutionInfo, Stream: int32(e.stream)}}165	e.pluginHandler.NotifyPlugins(m)166	res := executeHook(m, e.specResult, e.runner)167	e.specResult.ProtoSpec.PreHookMessages = res.Message168	e.specResult.ProtoSpec.PreHookScreenshotFiles = res.ScreenshotFiles169	if res.GetFailed() {170		setSpecFailure(e.currentExecutionInfo)171		handleHookFailure(e.specResult, res, result.AddPreHook)172	}173	m.SpecExecutionStartingRequest.SpecResult = gauge.ConvertToProtoSpecResult(e.specResult)174	e.pluginHandler.NotifyPlugins(m)175}176func (e *specExecutor) notifyAfterSpecHook() {177	e.currentExecutionInfo.CurrentScenario = nil178	m := &gauge_messages.Message{MessageType: gauge_messages.Message_SpecExecutionEnding,179		SpecExecutionEndingRequest: &gauge_messages.SpecExecutionEndingRequest{CurrentExecutionInfo: e.currentExecutionInfo, Stream: int32(e.stream)}}180	res := executeHook(m, e.specResult, e.runner)181	e.specResult.ProtoSpec.PostHookMessages = res.Message182	e.specResult.ProtoSpec.PostHookScreenshotFiles = res.ScreenshotFiles183	if res.GetFailed() {184		setSpecFailure(e.currentExecutionInfo)185		handleHookFailure(e.specResult, res, result.AddPostHook)186	}187	m.SpecExecutionEndingRequest.SpecResult = gauge.ConvertToProtoSpecResult(e.specResult)188	e.pluginHandler.NotifyPlugins(m)189}190func (e *specExecutor) skipSpecForError(err error) {191	logger.Errorf(true, err.Error())192	validationError := validation.NewStepValidationError(&gauge.Step{LineNo: e.specification.Heading.LineNo, LineText: e.specification.Heading.Value},193		err.Error(), e.specification.FileName, nil, "")194	for _, scenario := range e.specification.Scenarios {195		e.errMap.ScenarioErrs[scenario] = []error{validationError}196	}197	e.errMap.SpecErrs[e.specification] = []error{validationError}198	e.specResult.Errors = e.convertErrors(e.errMap.SpecErrs[e.specification])199	e.specResult.SetSkipped(true)200}201func (e *specExecutor) failSpec() {202	e.specResult.Errors = e.convertErrors(e.errMap.SpecErrs[e.specification])203	e.specResult.SetFailure()204}205func (e *specExecutor) convertErrors(specErrors []error) []*gauge_messages.Error {206	var errors []*gauge_messages.Error207	for _, e := range specErrors {208		switch err := e.(type) {209		case parser.ParseError:210			errors = append(errors, &gauge_messages.Error{211				Message:    err.Error(),212				LineNumber: int32(err.LineNo),213				Filename:   err.FileName,...

harness.go

Source:harness.go

1package testdeck2import (3	"fmt"4	"testing"5	"time"6	"github.com/mercari/testdeck/constants"7	"github.com/mercari/testdeck/deferrer"8	"github.com/mercari/testdeck/runner"9)10/*11harness.go: A wrapper around Golang's testing.T because it has a private method that prevents us from implementing it directly12This file is separated into the following sections:13TESTDECK CODE14	Test case + lifecycle15	Statistics16CODE FROM GOLANG TESTING LIBRARY17*/18// -----19// TESTDECK CODE - Test case + lifecycle20// -----21// TestConfig is for passing special configurations for the test case22type TestConfig struct {23	// tests run in parallel by default but you can force it to run in sequential by using ParallelOff = true24	ParallelOff bool25}26// TD contains a testdeck test case + statistics to save to the DB later27// It allows us to capture functionality from testing.T28type TD struct {29	T                TestingT // wrapper on testing.T30	fatal            bool31	currentLifecycle string32	statuses         []constants.Status // stack of statuses; statuses are emitted by Error/Fatal operation or when the lifecycle completes successfully33	timings          map[string]constants.Timing34	actualName       string // name of testdeck test case (to pass to testing.T)35}36// An interface for testdeck test cases; it is implemented by the TestCase struct below37type TestCaseDelegate interface {38	ArrangeMethod(t *TD)39	ActMethod(t *TD)40	AssertMethod(t *TD)41	AfterMethod(t *TD)42}43// A struct that represents a testdeck test case44type TestCase struct {45	Arrange                  func(t *TD) // setup stage before the test46	Act                      func(t *TD) // the code you actually want to test47	Assert                   func(t *TD) // the outcomes you want to verify48	After                    func(t *TD) // clean-up steps49	deferrer.DefaultDeferrer             // deferred steps that you want to run after clean-up50}51// Interface methods52func (tc *TestCase) ArrangeMethod(t *TD) {53	timedRun(tc.Arrange, t, constants.LifecycleArrange)54}55func (tc *TestCase) ActMethod(t *TD) {56	timedRun(tc.Act, t, constants.LifecycleAct)57}58func (tc *TestCase) AssertMethod(t *TD) {59	timedRun(tc.Assert, t, constants.LifecycleAssert)60}61func (tc *TestCase) AfterMethod(t *TD) {62	timedRun(tc.After, t, constants.LifecycleAfter)63}64// This method starts the test65// t is the interface for testing.T66// tc is the interface for testdeck test cases67// options is an optional parameter for passing in special test configurations68func Test(t TestingT, tc TestCaseDelegate, options ...TestConfig) *TD {69	// FIXME: currently tests cannot be run by matching name70	tagged, matched, actualName := runner.MatchTag(t.Name())71	// start timer72	start := time.Now()73	if runner.Initialized() {74		r := runner.Instance(nil)75		r.LogEvent(fmt.Sprintf("Instantiating: %s", actualName))76	}77	// initiate testdeck test case78	td := &TD{79		T:                t,80		fatal:            false,81		currentLifecycle: constants.LifecycleTestSetup, // start in the test setup step82		timings:          make(map[string]constants.Timing),83	}84	// if test configurations struct was passed, config the settings85	if len(options) > 0 {86		if options[0].ParallelOff == false {87			td.T.Parallel()88		}89	} else {90		// if no configs were passed, turn on parallel by default91		td.T.Parallel()92	}93	// FIXME: currently tests cannot be run by matching name94	if tagged {95		if !matched {96			if runner.Initialized() {97				r := runner.Instance(nil)98				r.LogEvent("(match workaround) test not in tagged set; skipping")99			}100			return td101		}102		td.actualName = actualName103	}104	arrangeComplete := false105	// runs at the end of the test106	defer func() {107		end := time.Now()108		// clean up and set test to finished109		if !td.Skipped() || arrangeComplete {110			tc.AfterMethod(td)111		}112		td.currentLifecycle = constants.LifecycleTestFinished113		// add the final status so it is clear the test finished114		if len(td.statuses) == 0 {115			// no failure statuses, set passed116			td.setPassed()117		} else {118			// failure statuses, set failed119			td.setFailed(td.fatal)120		}121		// run deferred functions122		if d, ok := tc.(deferrer.Deferrer); ok {123			d.RunDeferred()124		}125		// save statistics to DB126		if runner.Initialized() {127			r := runner.Instance(nil)128			stats := td.makeStatistics(start, end)129			r.AddStatistics(stats)130		}131	}()132	tc.ArrangeMethod(td)133	arrangeComplete = true134	tc.ActMethod(td)135	tc.AssertMethod(td)136	return td137}138// -----139// Statistics140// -----141// Create a statistics struct for use in saving to DB later142func (c *TD) makeStatistics(start time.Time, end time.Time) *constants.Statistics {143	return &constants.Statistics{144		Name:     c.Name(),145		Failed:   c.Failed(),146		Fatal:    c.fatal,147		Statuses: c.statuses,148		Timings:  c.timings,149		Start:    start,150		End:      end,151		Duration: end.Sub(start),152	}153}154// Add result of PASSED lifecycle stage to stack155func (c *TD) setPassed() {156	status := constants.Status{157		Status:    constants.StatusPass,158		Lifecycle: c.currentLifecycle,159		Fatal:     false,160	}161	c.statuses = append(c.statuses, status)162}163// Add result of FAILED lifecycle stage to stack164func (c *TD) setFailed(fatal bool) {165	status := constants.Status{166		Status:    constants.StatusFail,167		Lifecycle: c.currentLifecycle,168		Fatal:     fatal,169	}170	c.statuses = append(c.statuses, status)171}172// Add result of SKIPPED lifecycle stage to stack173func (c *TD) setSkipped() {174	status := constants.Status{175		Status:    constants.StatusSkip,176		Lifecycle: c.currentLifecycle,177	}178	c.statuses = append(c.statuses, status)179}180// timedRun executes fn and saves the lifecycle timing to the test case181// fn is the function to run182// t is the current test case183// lifecycle is the current test case step to save timing for184func timedRun(fn func(t *TD), t *TD, lifecycle string) {185	t.currentLifecycle = lifecycle186	timing := constants.Timing{187		Lifecycle: lifecycle,188	}189	timing.Start = time.Now()190	if fn != nil {191		timing.Started = true192		fn(t) // FIXME what if fn has a goexit (following code needs to be in defer)193		timing.Ended = true194	}195	timing.End = time.Now()196	timing.Duration = timing.End.Sub(timing.Start)197	t.timings[timing.Lifecycle] = timing198}199// -----200// CODE FROM THE GOLANG TESTING LIBRARY201// -----202// methods from testing.T203type TestingT interface {204	Error(args ...interface{})205	Errorf(format string, args ...interface{})206	Fail()207	FailNow()208	Failed() bool209	Fatal(args ...interface{})210	Fatalf(format string, args ...interface{})211	Log(args ...interface{})212	Logf(format string, args ...interface{})213	Name() string214	Skip(args ...interface{})215	SkipNow()216	Skipf(format string, args ...interface{})217	Skipped() bool218	Helper()219	Parallel()220}221// Failed passes through to testing.T.Failed222func (c *TD) Failed() bool {223	return c.T.Failed()224}225// Log passes through to testing.T.Log226func (c *TD) Log(args ...interface{}) {227	c.T.Log(args...)228}229// Logf passes through to testing.T.Logf230func (c *TD) Logf(format string, args ...interface{}) {231	c.T.Logf(format, args...)232}233// Name passes through to testing.T.Name234func (c *TD) Name() string {235	// temporary workaround236	if c.actualName != "" {237		return c.actualName238	}239	return c.T.Name()240}241// Helper passes through to testing.T.Helper242func (c *TD) Helper() {243	c.T.Helper()244}245// Skipped passes through to testing.T.Skipped246func (c *TD) Skipped() bool {247	return c.T.Skipped()248}249// Fail passes through to testing.T.Fail250func (c *TD) Fail() {251	c.setFailed(false)252	c.T.Fail()253}254// Error passes through to testing.T.Error255func (c *TD) Error(args ...interface{}) {256	c.T.Helper()257	c.setFailed(false)258	c.T.Error(args...)259}260// Errorf passes through to testing.T.Errorf261func (c *TD) Errorf(format string, args ...interface{}) {262	c.T.Helper()263	c.setFailed(false)264	c.T.Errorf(format, args...)265}266// Fatal passes through to testing.T.Fatal267func (c *TD) Fatal(args ...interface{}) {268	c.T.Helper()269	c.setFailed(true)270	c.fatal = true271	c.T.Fatal(args...)272}273// Fatalf passes through to testing.T.Fatalf274func (c *TD) Fatalf(format string, args ...interface{}) {275	c.T.Helper()276	c.setFailed(true)277	c.fatal = true278	c.T.Fatalf(format, args...)279}280// Skip passes through to testing.T.Skip281func (c *TD) Skip(args ...interface{}) {282	c.setSkipped()283	c.T.Skip(args...)284}285// Skipf passes through to testing.T.Skipf286func (c *TD) Skipf(format string, args ...interface{}) {287	c.setSkipped()288	c.T.Skipf(format, args...)289}290// SkipNow passes through to testing.T.SkipNow291func (c *TD) SkipNow() {292	c.setSkipped()293	c.T.SkipNow()294}295// FailNow passes through to testing.T.FailNow296func (c *TD) FailNow() {297	c.setFailed(true)298	c.fatal = true299	c.T.FailNow()300}301// Parallel passes through to testing.T.Parallel302func (c *TD) Parallel() {303	c.T.Parallel()304}305// Run passes through to testing.T.Run306func (tc *TestCase) Run(t *testing.T, name string) {307	// this method is just a wrapper, some tests might run Test() directly so you should not do anything else here!308	// any extra actions you want to do should be added to Test() instead because that method is run every time309	t.Run(name, func(t *testing.T) {310		// Redirect to Test() to execute testdeck test case311		Test(t, tc)312	})313}...

SetSkipped

Using AI Code Generation

1import (2func TestGinkgo(t *testing.T) {3	gomega.RegisterFailHandler(ginkgo.Fail)4	ginkgo.RunSpecs(t, "Ginkgo Suite")5}6var _ = ginkgo.Describe("Ginkgo", func() {7	ginkgo.It("should be able to skip a test", func() {8		result := &types.SpecResult{9		}10		result.SetSkipped()11		gomega.Expect(result.State).To(gomega.Equal(types.SpecStatePending))12	})13})14import (15func TestGinkgo(t *testing.T) {16	gomega.RegisterFailHandler(ginkgo.Fail)17	ginkgo.RunSpecs(t, "Ginkgo Suite")18}19var _ = ginkgo.Describe("Ginkgo", func() {20	ginkgo.It("should be able to skip a test", func() {21		result := &types.SpecResult{22		}23		result.SetSkipped()24		gomega.Expect(result.State).To(gomega.Equal(types.SpecStatePending))25	})26})27import (

SetSkipped

Using AI Code Generation

1import (2func main() {3	xlFile, err := xlsx.OpenFile(excelFileName)4	if err != nil {5		fmt.Println(err)6	}7	for _, sheet := range xlFile.Sheets {8		for _, row := range sheet.Rows {9			for _, cell := range row.Cells {10				text := cell.String()11				fmt.Printf("%s12			}13		}14	}15}

SetSkipped

Using AI Code Generation

1import (2func TestMain(m *testing.M) {3    fmt.Println("TestMain")4    m.Run()5}6func TestA(t *testing.T) {7    fmt.Println("TestA")8    t.SkipNow()9}10func TestB(t *testing.T) {11    fmt.Println("TestB")12}13func TestC(t *testing.T) {14    fmt.Println("TestC")15}16import (17func TestMain(m *testing.M) {18    fmt.Println("TestMain")19    m.Run()20}21func TestA(t *testing.T) {22    fmt.Println("TestA")23    t.Skip("Skip TestA")24}25func TestB(t *testing.T) {26    fmt.Println("TestB")27}28func TestC(t *testing.T) {29    fmt.Println("TestC")30}31--- SKIP: TestA (0.00s)32import (33func TestMain(m *testing.M) {34    fmt.Println("TestMain")35    m.Run()36}37func TestA(t *testing.T) {38    fmt.Println("TestA")39    t.Skipf("Skip TestA: %s", "Not implemented yet")40}41func TestB(t *testing.T) {42    fmt.Println("TestB")43}44func TestC(t *testing.T) {45    fmt.Println("TestC")46}47--- SKIP: TestA (0.00s)

SetSkipped

Using AI Code Generation

1import (2type TestSuite1 struct {3}4func (suite *TestSuite1) Test1() {5    suite.T().Log("Test1")6}7func (suite *TestSuite1) Test2() {8    suite.T().Log("Test2")9}10func (suite *TestSuite1) Test3() {11    suite.T().Log("Test3")12    suite.T().Fail()13}14func (suite *TestSuite1) Test4() {15    suite.T().Log("Test4")16    suite.T().SkipNow()17}18func (suite *TestSuite1) Test5() {19    suite.T().Log("Test5")20}21func (suite *TestSuite1) Test6() {22    suite.T().Log("Test6")23}24func (suite *TestSuite1) Test7() {25    suite.T().Log("Test7")26}27func TestTestSuite1(t *testing.T) {28    suite.Run(t, new(TestSuite1))29}30import (31type TestSuite2 struct {32}33func (suite *TestSuite2) Test1() {34    suite.T().Log("Test1")35}36func (suite *TestSuite2) Test2() {37    suite.T().Log("Test2")38}39func (suite *TestSuite2) Test3() {40    suite.T().Log("Test3")41    suite.T().Fail()42}43func (suite *TestSuite2) Test4() {44    suite.T().Log("Test4")45    suite.T().SkipNow()46}47func (suite *TestSuite2) Test5() {48    suite.T().Log("Test5")49}50func (suite *TestSuite2) Test6() {51    suite.T().Log("Test6")52}53func (suite *TestSuite2) Test7() {54    suite.T().Log("Test7")55}56func TestTestSuite2(t *testing.T) {57    suite.Run(t, new(TestSuite2))58}59import (

SetSkipped

Using AI Code Generation

1import (2type TestSuite struct {3}4func (suite *TestSuite) Test1() {5	suite.T().Log("Test1")6}7func (suite *TestSuite) Test2() {8	suite.T().Log("Test2")9	suite.T().Skip("Skipping test2")10}11func TestTestSuite(t *testing.T) {12	suite.Run(t, new(TestSuite))13}14--- PASS: TestTestSuite (0.00s)15    --- PASS: TestTestSuite/Test1 (0.00s)16--- SKIP: TestTestSuite (0.00s)17    --- SKIP: TestTestSuite/Test2 (0.00s)

SetSkipped

Using AI Code Generation

1result.SetSkipped("Skip test")2result.Skip("Skip test")3result.FailNow("Skip test")4result.Fail("Skip test")5result.Fatal("Skip test")6result.Error("Skip test")7result.Log("Skip test")8result.Logf("Skip test")9result.FailNow()10result.Fail()11result.Fatal()12result.Error()13result.Log()14result.Logf()15result.SkipNow()16result.Skip()17result.SkipNow()18result.Skip()19result.FailNow()20result.Fail()21result.Fatal()22result.Error()23result.Log()

SetSkipped

Using AI Code Generation

1func TestSkip(t *testing.T) {2    t.Skip("Skipping this test as it is not ready yet")3}4func TestInfo(t *testing.T) {5    t.Log("This test is marked as info")6}7func TestWarning(t *testing.T) {8    t.Log("This test is marked as warning")9}10func TestError(t *testing.T) {11    t.Error("This test is marked as error")12}13func TestFatal(t *testing.T) {14    t.Fatal("This test is marked as fatal")15}16func TestFail(t *testing.T) {17    t.Fail()18}19func TestFailNow(t *testing.T) {

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