How to use FIt method of ginkgo Package

Best Ginkgo code snippet using ginkgo.FIt

builder.go

Source:builder.go

...53		It(text, body, timeout...)54	})55	return b56}57func (b *GinkgoBuilder) FIt(text string, body interface{}, timeout ...float64) *GinkgoBuilder {58	b.appendTesting(func() {59		FIt(text, body, timeout...)60	})61	return b62}63func (b *GinkgoBuilder) PIt(text string, args ...interface{}) *GinkgoBuilder {64	b.appendTesting(func() {65		PIt(text, args...)66	})67	return b68}69func (b *GinkgoBuilder) XIt(text string, args ...interface{}) *GinkgoBuilder {70	b.appendTesting(func() {71		XIt(text, args)72	})73	return b74}75func (b *GinkgoBuilder) Measure(text string, body interface{}, samples int) *GinkgoBuilder {76	b.appendTesting(func() {77		Measure(text, body, samples)78	})79	return b80}81func (b *GinkgoBuilder) FMeasure(text string, body interface{}, samples int) *GinkgoBuilder {82	b.appendTesting(func() {83		FMeasure(text, body, samples)84	})85	return b86}87func (b *GinkgoBuilder) PMeasure(text string, args ...interface{}) *GinkgoBuilder {88	b.appendTesting(func() {89		PMeasure(text, args...)90	})91	return b92}93func (b *GinkgoBuilder) XMeasure(text string, args ...interface{}) *GinkgoBuilder {94	b.appendTesting(func() {95		XMeasure(text, args...)96	})97	return b98}99func (b *GinkgoBuilder) Specify(text string, body interface{}, timeout ...float64) *GinkgoBuilder {100	b.appendTesting(func() {101		Specify(text, body, timeout...)102	})103	return b104}105func (b *GinkgoBuilder) FSpecify(text string, body interface{}, timeout ...float64) *GinkgoBuilder {106	b.appendTesting(func() {107		FSpecify(text, body, timeout...)108	})109	return b110}111func (b *GinkgoBuilder) PSpecify(text string, args ...interface{}) *GinkgoBuilder {112	b.appendTesting(func() {113		PSpecify(text, args...)114	})115	return b116}117func (b *GinkgoBuilder) XSpecify(text string, args ...interface{}) *GinkgoBuilder {118	b.appendTesting(func() {119		XSpecify(text, args...)120	})121	return b122}123func (b *GinkgoBuilder) Table(table *GinkgoTable) *GinkgoBuilder {124	b.testingTable = append(b.testingTable, table)125	return b126}127func (b *GinkgoBuilder) ToFunc() func() {128	return func() {129		b.Expose()130	}131}132// By the definition of Ginkgo, this function exposes the corresponding Ginkgo function.133func (b *GinkgoBuilder) Expose() {134	countingOfTests := b.getNumberOfTests()135	/**136	 * Before First137	 */138	for _, targetParam := range b.beforeFirst {139		BeforeEach(140			newBeforeFirstFunc(targetParam.body.(func()), countingOfTests),141			targetParam.timeout...,142		)143	}144	// :~)145	/**146	 * Before Each/After Each147	 */148	for _, beforeEachParam := range b.beforeEach {149		BeforeEach(beforeEachParam.body, beforeEachParam.timeout...)150	}151	for _, afterEachParam := range b.afterEach {152		AfterEach(afterEachParam.body, afterEachParam.timeout...)153	}154	// :~)155	/**156	 * After Last157	 */158	for _, targetParam := range b.afterLast {159		AfterEach(160			newAfterLastFunc(targetParam.body.(func()), countingOfTests),161			targetParam.timeout...,162		)163	}164	// :~)165	/**166	 * JustBeforeEach167	 */168	for _, targetParam := range b.justBeforeEach {169		JustBeforeEach(targetParam.body, targetParam.timeout...)170	}171	// :~)172	/**173	 * Executes defined tests by table cases174	 */175	for _, table := range b.testingTable {176		table.Expose()177	}178	// :~)179	/**180	 * Executes defined tests individually181	 */182	for _, execFunc := range b.testingFuncs {183		execFunc()184	}185	// :~)186}187func (b *GinkgoBuilder) ToDescribe() bool {188	return Describe(b.mainText, b.ToFunc())189}190func (b *GinkgoBuilder) ToFDescribe() bool {191	return FDescribe(b.mainText, b.ToFunc())192}193func (b *GinkgoBuilder) ToPDescribe() bool {194	return PDescribe(b.mainText, b.ToFunc())195}196func (b *GinkgoBuilder) ToXDescribe() bool {197	return XDescribe(b.mainText, b.ToFunc())198}199func (b *GinkgoBuilder) ToContext() bool {200	return Context(b.mainText, b.ToFunc())201}202func (b *GinkgoBuilder) ToFContext() bool {203	return FContext(b.mainText, b.ToFunc())204}205func (b *GinkgoBuilder) ToPContext() bool {206	return PContext(b.mainText, b.ToFunc())207}208func (b *GinkgoBuilder) ToXContext() bool {209	return XContext(b.mainText, b.ToFunc())210}211func (b *GinkgoBuilder) appendTesting(testingFunc func()) {212	b.testingFuncs = append(b.testingFuncs, testingFunc)213}214func (b *GinkgoBuilder) getNumberOfTests() int {215	finalCount := len(b.testingFuncs)216	for _, table := range b.testingTable {217		finalCount += table.GetTotalNumberOfFuncs()218	}219	return finalCount220}221func NewGinkgoTable() *GinkgoTable {222	return &GinkgoTable{223		testingType: tt_it,224		execBodies: make([]reflect.Value, 0, 1),225		cases:      make([]*caseContent, 0, 2),226	}227}228/**229 * Testing type230 */231const (232	tt_it = iota233	tt_fit234	tt_pit235	tt_xit236	tt_specify237	tt_fspecify238	tt_pspecify239	tt_xspecify240)241// :~)242var mapOfBuildingTestFunc = map[int]func(text string, targetFunc reflect.Value, params []reflect.Value) func(){243	tt_it: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {244		return func() {245			It(text, func() {246				targetFunc.Call(params)247			})248		}249	},250	tt_fit: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {251		return func() {252			FIt(text, func() {253				targetFunc.Call(params)254			})255		}256	},257	tt_pit: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {258		return func() {259			PIt(text, func() {260				targetFunc.Call(params)261			})262		}263	},264	tt_xit: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {265		return func() {266			XIt(text, func() {267				targetFunc.Call(params)268			})269		}270	},271	tt_specify: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {272		return func() {273			Specify(text, func() {274				targetFunc.Call(params)275			})276		}277	},278	tt_fspecify: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {279		return func() {280			FSpecify(text, func() {281				targetFunc.Call(params)282			})283		}284	},285	tt_pspecify: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {286		return func() {287			PSpecify(text, func() {288				targetFunc.Call(params)289			})290		}291	},292	tt_xspecify: func(text string, targetFunc reflect.Value, params []reflect.Value) func() {293		return func() {294			XSpecify(text, func() {295				targetFunc.Call(params)296			})297		}298	},299}300// A cascading pattern for building test cases as table-like paradigm.301//302// The default test block would be "It()".303type GinkgoTable struct {304	testingType int305	execBodies []reflect.Value306	cases      []*caseContent307}308func (t *GinkgoTable) Exec(body interface{}) *GinkgoTable {309	funcValue := reflect.ValueOf(body)310	if funcValue.Kind() != reflect.Func {311		panic(errors.Details(312			errors.New("Need to be function for Exec(body)."),313		))314	}315	t.execBodies = append(t.execBodies, funcValue)316	return t317}318func (t *GinkgoTable) Case(descBody interface{}, params ...interface{}) *GinkgoTable {319	valueOfDescBody := reflect.ValueOf(descBody)320	var finalDesc string321	switch valueOfDescBody.Kind() {322	case reflect.Func:323		valueOfParams := make([]reflect.Value, 0, len(params))324		for _, v := range params {325			valueOfParams = append(valueOfParams, reflect.ValueOf(v))326		}327		finalDesc = valueOfDescBody.Call(valueOfParams)[0].Interface().(string)328	case reflect.String:329		finalDesc = descBody.(string)330	}331	t.cases = append(t.cases, &caseContent{finalDesc, params})332	return t333}334func (t *GinkgoTable) AsIt() *GinkgoTable {335	t.testingType = tt_it336	return t337}338func (t *GinkgoTable) AsFIt() *GinkgoTable {339	t.testingType = tt_fit340	return t341}342func (t *GinkgoTable) AsPIt() *GinkgoTable {343	t.testingType = tt_pit344	return t345}346func (t *GinkgoTable) AsXIt() *GinkgoTable {347	t.testingType = tt_xit348	return t349}350func (t *GinkgoTable) AsSpecify() *GinkgoTable {351	t.testingType = tt_specify352	return t...

builder_test.go

Source:builder_test.go

...30	It("Flag for FContext() should be 1", func() {31		Expect(fcontext).To(Equal(1))32	})33	// :~)34	Context("FIt()", func() {35		fit := 036		NewGinkgoBuilder("").37			FIt("For FIt", func() {38				fit = 139			}).40			Expose()41		It("Flag for FIt() should be set to 1", func() {42			Expect(fit).To(Equal(1))43		})44	})45	Context("FSpecify()", func() {46		fspecify := 047		NewGinkgoBuilder("").48			FSpecify("For FSpecify", func() {49				fspecify = 150			}).51			Expose()52		It("Flag for FSpecify() should be set to 1", func() {53			Expect(fspecify).To(Equal(1))54		})55	})...

nodot_suite_test.go

Source:nodot_suite_test.go

...28var FContext = ginkgo.FContext29var PContext = ginkgo.PContext30var XContext = ginkgo.XContext31var It = ginkgo.It32var FIt = ginkgo.FIt33var PIt = ginkgo.PIt34var XIt = ginkgo.XIt35var Measure = ginkgo.Measure36var FMeasure = ginkgo.FMeasure37var PMeasure = ginkgo.PMeasure38var XMeasure = ginkgo.XMeasure39var BeforeSuite = ginkgo.BeforeSuite40var AfterSuite = ginkgo.AfterSuite41var SynchronizedBeforeSuite = ginkgo.SynchronizedBeforeSuite42var SynchronizedAfterSuite = ginkgo.SynchronizedAfterSuite43var BeforeEach = ginkgo.BeforeEach44var JustBeforeEach = ginkgo.JustBeforeEach45var JustAfterEach = ginkgo.JustAfterEach46var AfterEach = ginkgo.AfterEach...

FIt

Using AI Code Generation

1import (2func main() {3	gomega.RegisterFailHandler(ginkgo.Fail)4	ginkgo.RunSpecs(t, "1 Suite")5}6var _ = ginkgo.Describe("1", func() {7	ginkgo.It("should be able to run a test", func() {8		ginkgo.By("doing something")9		gomega.Expect(1).To(gomega.Equal(1))10	})11})12import (13func main() {14	gomega.RegisterFailHandler(ginkgo.Fail)15	ginkgo.RunSpecs(t, "2 Suite")16}17var _ = ginkgo.Describe("2", func() {18	ginkgo.It("should be able to run a test", func() {19		ginkgo.By("doing something")20		gomega.Expect(1).To(gomega.Equal(1))21	})22})23import (

FIt

Using AI Code Generation

1import (2func Test1(t *testing.T) {3	RegisterFailHandler(Fail)4	RunSpecs(t, "Test1 Suite")5}6var _ = Describe("Test1", func() {7	Context("Test1", func() {8		It("Should print 1", func() {9			fmt.Println("1")10		})11	})12})13import (14func Test2(t *testing.T) {15	RegisterFailHandler(Fail)16	RunSpecs(t, "Test2 Suite")17}18var _ = Describe("Test2", func() {19	Context("Test2", func() {20		It("Should print 2", func() {21			fmt.Println("2")22		})23	})24})25import (26func Test3(t *testing.T) {27	RegisterFailHandler(Fail)28	RunSpecs(t, "Test3 Suite")29}30var _ = Describe("Test3", func() {31	Context("Test3", func() {32		It("Should print 3", func() {33			fmt.Println("3")34		})35	})36})37import (38func Test4(t *testing.T) {39	RegisterFailHandler(Fail)40	RunSpecs(t, "Test4 Suite")41}42var _ = Describe("Test4", func() {43	Context("Test4", func() {44		It("Should print 4", func() {45			fmt.Println("4")46		})47	})48})49import (

FIt

Using AI Code Generation

1import (2func Test1(t *testing.T) {3	RegisterFailHandler(Fail)4	RunSpecs(t, "My Suite")5}6var _ = Describe("My Suite", func() {7	Describe("My Suite1", func() {8		Context("My Suite2", func() {9			It("My Suite3", func() {10				fmt.Println("Hello World")11			})12		})13	})14})15import (16func Test2(t *testing.T) {17	RegisterFailHandler(Fail)18	RunSpecs(t, "My Suite")19}20var _ = Describe("My Suite", func() {21	Describe("My Suite1", func() {22		Context("My Suite2", func() {23			It("My Suite3", func() {24				fmt.Println("Hello World")25			})26		})27	})28})29import (30func Test3(t *testing.T) {31	RegisterFailHandler(Fail)32	RunSpecs(t, "My Suite")33}34var _ = Describe("My Suite", func() {35	Describe("My Suite1", func() {36		Context("My Suite2", func() {37			It("My Suite3", func() {38				fmt.Println("Hello World")39			})40		})41	})42})43import (44func Test4(t *testing.T) {45	RegisterFailHandler(Fail)46	RunSpecs(t, "My Suite")47}48var _ = Describe("My Suite", func() {49	Describe("My Suite1", func() {50		Context("My Suite2

FIt

Using AI Code Generation

1import (2var _ = Describe("Ginkgo", func() {3	Context("Ginkgo", func() {4		It("Ginkgo", func() {5			Expect(1).Should(Equal(1))6		})7	})8})9import (10var _ = Describe("Ginkgo", func() {11	Context("Ginkgo", func() {12		It("Ginkgo", func() {13			Expect(1).Should(Equal(1))14		})15	})16})17import (18var _ = Describe("Ginkgo", func() {19	Context("Ginkgo", func() {20		It("Ginkgo", func() {21			Expect(1).Should(Equal(1))22		})23	})24})25import (26var _ = Describe("Ginkgo", func() {27	Context("Ginkgo", func() {28		It("Ginkgo", func() {29			Expect(1).Should

FIt

Using AI Code Generation

1import (2func main() {3    ginkgo.GinkgoT().Fail()4    gomega.Expect(true).To(gomega.BeTrue())5    fmt.Println("Hello, playground")6    filepath.Walk(".", func(path string, info os.FileInfo, err error) error {7        fmt.Println(path)8    })9}

FIt

Using AI Code Generation

1import (2var _ = Describe("My First Test", func() {3	It("should print hello world", func() {4		Expect("Hello World").To(Equal("Hello World"))5	})6})7import (8var _ = Describe("My First Test", func() {9	It("should print hello world", func() {10		Expect("Hello World").To(Equal("Hello World"))11	})12})13import (14var _ = Describe("My First Test", func() {15	It("should print hello world", func() {16		Expect("Hello World").To(Equal("Hello World"))17	})18})19import (20var _ = Describe("My First Test", func() {21	It("should print hello world", func() {22		Expect("Hello World").To(Equal("Hello World"))23	})24})25import (26var _ = Describe("My First Test", func() {27	It("should print hello world", func() {28		Expect("Hello World").To(Equal("Hello World"))29	})30})31import (32var _ = Describe("My First Test", func() {33	It("should print hello world", func() {34		Expect("Hello World").To(Equal("Hello World"))35	})36})

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