How to use hasTableDrivenSpec method of execution Package

Best Gauge code snippet using execution.hasTableDrivenSpec

merge_test.go

Source:merge_test.go

...354			want: false,355		},356	}357	for _, c := range cases {358		got := hasTableDrivenSpec(c.results)359		if got != c.want {360			t.Errorf("Expected hasTableDrivenSpec to be %t, got %t", c.want, got)361		}362	}363}364func TestMergeResultWithMesages(t *testing.T) {365	got := mergeResults([]*result.SpecResult{366		{367			ProtoSpec: &gm.ProtoSpec{368				PreHookFailures: []*gm.ProtoHookFailure{{StackTrace: "stacktrace"}},369				SpecHeading:     "heading", FileName: "filename", Tags: []string{"tags"},370				Items: []*gm.ProtoItem{371					{ItemType: gm.ProtoItem_Table, Table: &gm.ProtoTable{Headers: &gm.ProtoTableRow{Cells: []string{"a"}}, Rows: []*gm.ProtoTableRow{{Cells: []string{"b"}}}}},372				},373				PreHookMessages: []string{"Hello"},374			}, ExecutionTime: int64(1),...

merge.go

Source:merge.go

...45		suiteRes.SpecResults = append(suiteRes.SpecResults, mergedRes)46	}47	return suiteRes48}49func hasTableDrivenSpec(results []*result.SpecResult) bool {50	for _, r := range results {51		if r.ProtoSpec.GetIsTableDriven() {52			return true53		}54	}55	return false56}57func mergeResults(results []*result.SpecResult) *result.SpecResult {58	specResult := &result.SpecResult{ProtoSpec: &m.ProtoSpec{59		IsTableDriven:    hasTableDrivenSpec(results),60		PreHookMessages:  results[0].ProtoSpec.PreHookMessages,61		PostHookMessages: results[len(results)-1].ProtoSpec.PostHookMessages,62	}}63	var scnResults []*m.ProtoItem64	table := &m.ProtoTable{}65	dataTableScnResults := make(map[string][]*m.ProtoTableDrivenScenario)66	includedTableRowIndexMap := make(map[int32]bool)67	max := results[0].ExecutionTime68	for _, res := range results {69		specResult.ExecutionTime += res.ExecutionTime70		specResult.Errors = res.Errors71		if res.ExecutionTime > max {72			max = res.ExecutionTime73		}...

hasTableDrivenSpec

Using AI Code Generation

1--- PASS: TestTableDrivenSpec (0.00s)2--- PASS: TestTableDrivenSpec/1.go (0.00s)3--- PASS: TestTableDrivenSpec/2.go (0.00s)4--- PASS: TestTableDrivenSpec/3.go (0.00s)5--- PASS: TestTableDrivenSpec/4.go (0.00s)6--- PASS: TestTableDrivenSpec (0.00s)7--- PASS: TestTableDrivenSpec/1.go (0.00s)8--- PASS: TestTableDrivenSpec (0.00s)9--- PASS: TestTableDrivenSpec/1.go (0.00s)

hasTableDrivenSpec

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	var (8	ginkgo.BeforeEach(func() {9		execution = ginkgo.NewExecution(ginkgo.NewDefaultReporter())10	})11	ginkgo.It("should be able to run a test", func() {12		execution.RunSpecs(ginkgo.NewDefaultReporter(), &ginkgo.SuiteDescription{13			ComponentTexts: []string{"Ginkgo"},14			Nodes: []ginkgo.SuiteNode{15				&ginkgo.SpecNode{

hasTableDrivenSpec

Using AI Code Generation

1import (2func TestHasTableDrivenSpec(t *testing.T) {3    execution := Execution{}4    if !execution.hasTableDrivenSpec() {5        t.Errorf("hasTableDrivenSpec() failed")6    }7}8import (9type Execution struct {10}11func (e Execution) hasTableDrivenSpec() bool {12}13import (14func TestHasTableDrivenSpec(t *testing.T) {15    execution := Execution{}16    if !execution.hasTableDrivenSpec() {17        t.Errorf("hasTableDrivenSpec() failed")18    }19}20import (21func TestHasTableDrivenSpec(t *testing.T) {22    execution := Execution{}23    if !execution.hasTableDrivenSpec() {24        t.Errorf("hasTableDrivenSpec() failed")25    }26}27import (28func TestHasTableDrivenSpec(t *testing.T) {29    execution := Execution{}30    if !execution.hasTableDrivenSpec() {31        t.Errorf("hasTableDrivenSpec() failed")32    }33}34import (35func TestHasTableDrivenSpec(t *testing.T) {36    execution := Execution{}37    if !execution.hasTableDrivenSpec() {38        t.Errorf("hasTableDrivenSpec() failed")39    }40}41import (42func TestHasTableDrivenSpec(t *testing.T) {43    execution := Execution{}44    if !execution.hasTableDrivenSpec() {45        t.Errorf("hasTableDrivenSpec() failed")46    }47}

hasTableDrivenSpec

Using AI Code Generation

1import (2func TestExecution(t *testing.T) {3	e := NewExecution()4	spec := NewTableDrivenSpec()5	spec1 := NewTableDrivenSpec()6	spec2 := NewTableDrivenSpec()7	spec3 := NewTableDrivenSpec()8	spec4 := NewTableDrivenSpec()9	spec5 := NewTableDrivenSpec()10	spec6 := NewTableDrivenSpec()11	spec7 := NewTableDrivenSpec()12	spec8 := NewTableDrivenSpec()13	spec9 := NewTableDrivenSpec()14	spec10 := NewTableDrivenSpec()15	spec11 := NewTableDrivenSpec()16	spec12 := NewTableDrivenSpec()17	spec13 := NewTableDrivenSpec()18	spec14 := NewTableDrivenSpec()19	spec15 := NewTableDrivenSpec()20	spec16 := NewTableDrivenSpec()21	spec17 := NewTableDrivenSpec()22	spec18 := NewTableDrivenSpec()23	spec19 := NewTableDrivenSpec()24	spec20 := NewTableDrivenSpec()25	spec21 := NewTableDrivenSpec()26	spec22 := NewTableDrivenSpec()27	spec23 := NewTableDrivenSpec()28	spec24 := NewTableDrivenSpec()

hasTableDrivenSpec

Using AI Code Generation

1import (2func TestHasTableDrivenSpec(t *testing.T) {3	testCases := []struct {4	}{5		{"TableDrivenSpec", []string{"TableDrivenSpec"}, true},6		{"NoTableDrivenSpec", []string{"NoTableDrivenSpec"}, false},7		{"TableDrivenSpecAndOthers", []string{"TableDrivenSpec", "NoTableDrivenSpec"}, true},8		{"NoTableDrivenSpecAndOthers", []string{"NoTableDrivenSpec", "NoTableDrivenSpec"}, false},9	}10	for _, tc := range testCases {11		actual := hasTableDrivenSpec(tc.specs)12		if actual != tc.expected {13			t.Errorf("Expected %t, got %t", tc.expected, actual)14		}15	}16}17func hasTableDrivenSpec(specs []string) bool {18	for _, spec := range specs {19		if spec == "TableDrivenSpec" {20		}21	}22}23func getFunctionName(i interface{}) string {24	return runtime.FuncForPC(reflect.ValueOf(i).Pointer()).Name()25}26func printFunctionName() {27	fmt.Println(getFunctionName(printFunctionName))28}29import (30func TestGetFunctionName(t *testing.T) {31	testCases := []struct {

hasTableDrivenSpec

Using AI Code Generation

1import (2func main() {3	circle := Circle{4.0}4	fmt.Println("Area of circle =", circle.area())5	rectangle := Rectangle{12, 2}6	fmt.Println("Area of rectangle =", shape.area())7	square := Square{5}8	fmt.Println("Area of square =", square.area())9	triangle := Triangle{3, 4, 5}10	fmt.Println("Area of triangle =", shape2.area())11	circle2 := Circle{4.0}12	fmt.Println("Area of circle =", circle2.area())13	circle3 := Circle{4.0}14	fmt.Println("Area of circle =", circle3.area())15	rectangle2 := Rectangle{12, 2}16	fmt.Println("Area of rectangle =", shape3.area())17	square2 := Square{5}

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