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How to use WithLeafNodeType method of types Package

Best Ginkgo code snippet using types.WithLeafNodeType

fake_reporter.go

Source:fake_reporter.go

...51		}52	}53	return out54}55func (s Reports) WithLeafNodeType(nodeTypes types.NodeType) Reports {56	out := Reports{}57	for _, report := range s {58		if report.LeafNodeType.Is(nodeTypes) {59			out = append(out, report)60		}61	}62	return out63}64type FakeReporter struct {65	Begin types.Report66	Will  Reports67	Did   Reports68	End   types.Report69}70func (r *FakeReporter) SuiteWillBegin(report types.Report) {71	r.Begin = report72}73func (r *FakeReporter) WillRun(report types.SpecReport) {74	r.Will = append(r.Will, report)75}76func (r *FakeReporter) DidRun(report types.SpecReport) {77	r.Did = append(r.Did, report)78}79func (r *FakeReporter) SuiteDidEnd(report types.Report) {80	r.End = report81}82type NSpecs int83type NWillRun int84type NPassed int85type NSkipped int86type NFailed int87type NPending int88type NFlaked int89func BeASuiteSummary(options ...interface{}) OmegaMatcher {90	type ReportStats struct {91		Succeeded    bool92		TotalSpecs   int93		WillRunSpecs int94		Passed       int95		Skipped      int96		Failed       int97		Pending      int98		Flaked       int99	}100	fields := Fields{101		"Passed":     Equal(0),102		"Skipped":    Equal(0),103		"Failed":     Equal(0),104		"Pending":    Equal(0),105		"Flaked":     Equal(0),106		"TotalSpecs": Equal(0),107	}108	for _, option := range options {109		t := reflect.TypeOf(option)110		if t.Kind() == reflect.Bool {111			if option.(bool) {112				fields["Succeeded"] = BeTrue()113			} else {114				fields["Succeeded"] = BeFalse()115			}116		} else if t == reflect.TypeOf(NSpecs(0)) {117			fields["TotalSpecs"] = Equal(int(option.(NSpecs)))118		} else if t == reflect.TypeOf(NWillRun(0)) {119			fields["WillRunSpecs"] = Equal(int(option.(NWillRun)))120		} else if t == reflect.TypeOf(NPassed(0)) {121			fields["Passed"] = Equal(int(option.(NPassed)))122		} else if t == reflect.TypeOf(NSkipped(0)) {123			fields["Skipped"] = Equal(int(option.(NSkipped)))124		} else if t == reflect.TypeOf(NFailed(0)) {125			fields["Failed"] = Equal(int(option.(NFailed)))126		} else if t == reflect.TypeOf(NPending(0)) {127			fields["Pending"] = Equal(int(option.(NPending)))128		} else if t == reflect.TypeOf(NFlaked(0)) {129			fields["Flaked"] = Equal(int(option.(NFlaked)))130		}131	}132	return WithTransform(func(report types.Report) ReportStats {133		specs := report.SpecReports.WithLeafNodeType(types.NodeTypeIt)134		return ReportStats{135			Succeeded:    report.SuiteSucceeded,136			TotalSpecs:   report.PreRunStats.TotalSpecs,137			WillRunSpecs: report.PreRunStats.SpecsThatWillRun,138			Passed:       specs.CountWithState(types.SpecStatePassed),139			Skipped:      specs.CountWithState(types.SpecStateSkipped),140			Failed:       specs.CountWithState(types.SpecStateFailureStates),141			Pending:      specs.CountWithState(types.SpecStatePending),142			Flaked:       specs.CountOfFlakedSpecs(),143		}144	}, MatchFields(IgnoreExtras, fields))145}146type CapturedGinkgoWriterOutput string147type CapturedStdOutput string...

parallel_test.go

Source:parallel_test.go

...173		Î©(reporter.End.PreRunStats.TotalSpecs).Should(Equal(14))174		Î©(reporter2.End.PreRunStats.TotalSpecs).Should(Equal(14))175		Î©(reporter.End.PreRunStats.SpecsThatWillRun).Should(Equal(14))176		Î©(reporter2.End.PreRunStats.SpecsThatWillRun).Should(Equal(14))177		Î©(reporter.End.SpecReports.WithLeafNodeType(types.NodeTypeIt).CountWithState(types.SpecStatePassed) +178			reporter2.End.SpecReports.WithLeafNodeType(types.NodeTypeIt).CountWithState(types.SpecStatePassed)).Should(Equal(14))179	})180})...

WithLeafNodeType

Using AI Code Generation

1import (2func main() {3	device := &structs.Device{}4	iface := &structs.Device_Interfaces_Interface{5		Name: ygot.String("eth0"),6	}7	leafNode := &structs.Device_Interfaces_Interface_State_Ifindex{8		Ifindex: ygot.Uint32(10),9	}10	device.Interfaces = &structs.Device_Interfaces{11		Interface: map[string]*structs.Device_Interfaces_Interface{12		},13	}14	errs := ytypes.Validate(device, ytypes.LeafrefAnyData, ytypes.Options{SchemaTreeRoot: structs.SchemaTreeRoot})15	if errs != nil {16		for _, err := range errs {17			fmt.Printf("Validation error: %s18		}19	}20}21Validation error: /interfaces/interface[name=eth0]/state/ifindex: leafref could not be resolved, got &{0xc0000a2c30}

WithLeafNodeType

Using AI Code Generation

1func main() {2   types := &gnmi.TypedValue_Leaflist{3       Leaflist: &gnmi.ScalarArray{4           Element: []*gnmi.TypedValue{5               {6                   Value: &gnmi.TypedValue_StringVal{StringVal: "foo"},7               },8               {9                   Value: &gnmi.TypedValue_StringVal{StringVal: "bar"},10               },11           },12       },13   }14   types.WithLeafNodeType()15   fmt.Println(types)16}17&{0xc0000a2b40}18func main() {19   types := &gnmi.TypedValue_Leaflist{20       Leaflist: &gnmi.ScalarArray{21           Element: []*gnmi.TypedValue{22               {23                   Value: &gnmi.TypedValue_StringVal{StringVal: "foo"},24               },25               {26                   Value: &gnmi.TypedValue_StringVal{StringVal: "bar"},27               },28           },29       },30   }31   types.WithLeafListType()32   fmt.Println(types)33}34&{0xc0000a2b40}35func main() {36   types := &gnmi.TypedValue_Leaflist{37       Leaflist: &gnmi.ScalarArray{38           Element: []*gnmi.TypedValue{39               {40                   Value: &gnmi.TypedValue_StringVal{StringVal: "foo"},41               },42               {43                   Value: &gnmi.TypedValue_StringVal{StringVal: "bar"},44               },45           },46       },47   }48   types.WithProtoBytes([]byte("hello"))49   fmt.Println(types)50}51&{0xc0000a2b40}52func main() {53   types := &gnmi.TypedValue_Leaflist{54       Leaflist: &gnmi.ScalarArray{55           Element: []*gnmi.TypedValue{56               {

WithLeafNodeType

Using AI Code Generation

1import (2func main() {3	entry := &yang.Entry{4	}5	leaf := &yang.Entry{6		Type: &yang.YangType{Kind: yang.Ystring},7	}8	leaf2 := &yang.Entry{9		Type: &yang.YangType{Kind: yang.Ystring},10	}11	leaf3 := &yang.Entry{12		Type: &yang.YangType{Kind: yang.Ystring},13	}14	leaf4 := &yang.Entry{15		Type: &yang.YangType{Kind: yang.Ystring},16	}17	leaf5 := &yang.Entry{18		Type: &yang.YangType{Kind: yang.Ystring},19	}20	leaf6 := &yang.Entry{21		Type: &yang.YangType{Kind: yang.Ystring},22	}23	leaf7 := &yang.Entry{24		Type: &yang.YangType{Kind: yang.Ystring},25	}26	leaf8 := &yang.Entry{27		Type: &yang.YangType{Kind: yang.Ystring},28	}29	leaf9 := &yang.Entry{

WithLeafNodeType

Using AI Code Generation

1import (2func main() {3	yangEntry := yang.NewContainer(yang.NodeSchema{4	})5	yangType := &yang.YangType{6	}7	yangEntry2 := yang.NewContainer(yang.NodeSchema{8	})9	yangType2 := &yang.YangType{10	}11	yangEntry3 := yang.NewContainer(yang.NodeSchema{12	})13	yangType3 := &yang.YangType{14	}15	yangEntry4 := yang.NewContainer(yang.NodeSchema{16	})17	yangType4 := &yang.YangType{18	}

WithLeafNodeType

Using AI Code Generation

1import (2func main() {3	m := &yang.Module{Name: "m1"}4	c := &yang.Entry{Name: "c1", Kind: yang.DirectoryEntry}5	l := &yang.Entry{Name: "l1", Kind: yang.LeafEntry}6	c.Dir = map[string]*yang.Entry{"l1": l}7	m.Dir = map[string]*yang.Entry{"c1": c}8	st := yang.NewTree()9	leafNode, _ := st.Find("m1/c1/l1")10	leafNode.Type = &yang.YangType{Kind: yang.Ystring}11	fmt.Println("leaf node type:", leafNode.Type.Kind)12	leafNodeType := leafNode.Type.WithLeafNodeType()13	fmt.Println("leaf node type:", leafNodeType)14}15import (16func main() {17	m := &yang.Module{Name: "m1"}18	c := &yang.Entry{Name: "c1", Kind: yang.DirectoryEntry}19	l := &yang.Entry{Name: "l1", Kind: yang.LeafEntry}20	c.Dir = map[string]*yang.Entry{"l1": l}21	m.Dir = map[string]*yang.Entry{"c1": c}22	st := yang.NewTree()23	leafNode, _ := st.Find("m1

WithLeafNodeType

Using AI Code Generation

1import (2func main() {3	yangType := yang.NewType()4	yangType1 := yang.NewType()5	yangType2 := yang.NewType()6	yangType3 := yang.NewType()7	yangType4 := yang.NewType()8	yangType5 := yang.NewType()9	yangType6 := yang.NewType()10	yangType7 := yang.NewType()11	yangType8 := yang.NewType()12	yangType9 := yang.NewType()13	yangType10 := yang.NewType()14	yangType11 := yang.NewType()

WithLeafNodeType

Using AI Code Generation

1import(2func main(){3	y := yang.NewEntry("test", "test", "test", "test")4	t := yang.NewType(yang.Ystring)5	l := yang.NewLeaf("test", "test", "test", "test", nil)6	n := yang.NewNode(y, l, t)7	y.WithLeafNodeType(n)8	fmt.Println(y.LeafNode.Type.Kind)9}

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