How to use GenerateSpecsFromTreeRoot method of internal Package

Best Ginkgo code snippet using internal.GenerateSpecsFromTreeRoot

tree_test.go

Source: tree_test.go Github

copy

Full Screen

...74 Ω(childTree.AncestorNodeChain()).Should(Equal(Nodes{grandparent, parent, child}))75 })76 })77 })78 Describe("GenerateSpecsFromTreeRoot", func() {79 var tree *TreeNode80 BeforeEach(func() {81 tree = &TreeNode{}82 })83 Context("when the tree is empty", func() {84 It("returns an empty set of tests", func() {85 Ω(internal.GenerateSpecsFromTreeRoot(tree)).Should(BeEmpty())86 })87 })88 Context("when the tree has no Its", func() {89 BeforeEach(func() {90 tree = TN(Node{},91 TN(N(ntBef)),92 TN(N(ntCon),93 TN(N(ntBef)),94 TN(N(ntAf)),95 ),96 TN(N(ntCon),97 TN(N(ntCon),98 TN(N(ntBef)),99 TN(N(ntAf)),100 ),101 ),102 TN(N(ntAf)),103 )104 })105 It("returns an empty set of tests", func() {106 Ω(internal.GenerateSpecsFromTreeRoot(tree)).Should(BeEmpty())107 })108 })109 Context("when the tree has nodes in it", func() {110 var tests Specs111 BeforeEach(func() {112 tree = TN(Node{},113 TN(N(ntBef, "Bef #0")),114 TN(N(ntIt, "It #1")),115 TN(N(ntCon, "Container #1"),116 TN(N(ntBef, "Bef #1")),117 TN(N(ntAf, "Af #1")),118 TN(N(ntIt, "It #2")),119 ),120 TN(N(ntCon, "Container #2"),121 TN(N(ntBef, "Bef #2")),122 TN(N(ntCon, "Nested Container"),123 TN(N(ntBef, "Bef #4")),124 TN(N(ntIt, "It #3")),125 TN(N(ntIt, "It #4")),126 TN(N(ntAf, "Af #2")),127 ),128 TN(N(ntIt, "It #5")),129 TN(N(ntCon, "A Container With No Its"),130 TN(N(ntBef, "Bef #5")),131 ),132 TN(N(ntAf, "Af #3")),133 ),134 TN(N(ntIt, "It #6")),135 TN(N(ntAf, "Af #4")),136 )137 tests = internal.GenerateSpecsFromTreeRoot(tree)138 })139 It("constructs a flattened set of tests", func() {140 Ω(tests).Should(HaveLen(6))141 expectedTexts := [][]string{142 {"Bef #0", "It #1", "Af #4"},143 {"Bef #0", "Container #1", "Bef #1", "Af #1", "It #2", "Af #4"},144 {"Bef #0", "Container #2", "Bef #2", "Nested Container", "Bef #4", "It #3", "Af #2", "Af #3", "Af #4"},145 {"Bef #0", "Container #2", "Bef #2", "Nested Container", "Bef #4", "It #4", "Af #2", "Af #3", "Af #4"},146 {"Bef #0", "Container #2", "Bef #2", "It #5", "Af #3", "Af #4"},147 {"Bef #0", "It #6", "Af #4"},148 }149 for i, expectedText := range expectedTexts {150 Ω(tests[i].Nodes.Texts()).Should(Equal(expectedText))151 }...

Full Screen

Full Screen

tree.go

Source: tree.go Github

copy

Full Screen

...30 }31 }32 return nil33}34func GenerateSpecsFromTreeRoot(tree *TreeNode) Specs {35 var walkTree func(nestingLevel int, lNodes Nodes, rNodes Nodes, trees TreeNodes) Specs36 walkTree = func(nestingLevel int, lNodes Nodes, rNodes Nodes, trees TreeNodes) Specs {37 tests := Specs{}38 nodes := make(Nodes, len(trees))39 for i := range trees {40 nodes[i] = trees[i].Node41 nodes[i].NestingLevel = nestingLevel42 }43 for i := range nodes {44 if !nodes[i].NodeType.Is(types.NodeTypesForContainerAndIt) {45 continue46 }47 leftNodes, rightNodes := nodes.SplitAround(nodes[i])48 leftNodes = leftNodes.WithoutType(types.NodeTypesForContainerAndIt)...

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 specs := ginkgo.GenerateSpecsFromTreeRoot("root", func() {4 ginkgo.Describe("root", func() {5 ginkgo.It("should work", func() {6 fmt.Println("Hello World")7 })8 })9 })10 ginkgo.RunSpecsWithCustomReporters(specs, []types.Reporter{&config.DefaultReporter{}})11}12import (13func main() {14 specs := ginkgo.GenerateSpecsFromTreeRoot("root", func() {15 ginkgo.Describe("root", func() {16 ginkgo.It("should work", func() {17 fmt.Println("Hello World")18 })19 })

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 tree := imagetemplate.NewTree()4 tree.Add("ruby", "ruby:2.3", "latest")5 tree.Add("ruby", "ruby:2.3", "2.3")6 tree.Add("ruby", "ruby:2.3", "2.3.1")7 tree.Add("ruby", "ruby:2.4", "latest")8 tree.Add("ruby", "ruby:2.4", "2.4")9 tree.Add("ruby", "ruby:2.4", "2.4.1")10 tree.Add("ruby", "ruby:2.5", "latest")11 tree.Add("ruby", "ruby:2.5", "2.5")12 tree.Add("ruby", "ruby:2.5", "2.5.1")13 tree.Add("python", "python:3.6", "latest")14 tree.Add("python", "python:3.6", "3.6")15 tree.Add("python", "python:3.6", "3.6.1")16 tree.Add("python", "python:3.7", "latest")17 tree.Add("python", "python:3.7", "3.7")18 tree.Add("python", "python:3.7", "3.7.1")19 tree.Add("python", "python:3.8", "latest")20 tree.Add("python", "python:3.8", "3.8")21 tree.Add("python", "python:3.8", "3.8.1")22 fmt.Println("Tree:")23 fmt.Println(tree)24 specs := catalog.GenerateSpecsFromTreeRoot(tree.Root, "test")25 fmt.Println("Specs:")26 for _, spec := range specs {27 fmt.Println(spec)28 }29}

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 specs.GenerateSpecsFromTreeRoot("petstore.sysl", "PetStore", "Swagger", "swagger.json")4 fmt.Println("Done")5}6import (7func main() {8 specs.GenerateSpecsFromTreeRoot("petstore.sysl", "PetStore", "Swagger", "swagger.json")9 fmt.Println("Done")10}11import (12func main() {13 specs.GenerateSpecsFromTreeRoot("petstore.sysl", "PetStore", "Swagger", "swagger.json")14 fmt.Println("Done")15}16import (17func main() {18 specs.GenerateSpecsFromTreeRoot("petstore.sysl", "PetStore", "Swagger", "swagger.json")19 fmt.Println("Done")20}21import (22func main() {23 specs.GenerateSpecsFromTreeRoot("petstore.sysl", "PetStore", "Swagger", "swagger.json")24 fmt.Println("Done")25}26import (

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 json := []byte(`{"name":"Wednesday","age":6,"parents":["Gomez","Morticia"]}`)4 value, dataType, offset, err := jsonparser.Get(json, "parents")5 if err != nil {6 fmt.Println(err)7 }8 switch dataType {9 jsonparser.ArrayEach(value, func(value []byte, dataType jsonparser.ValueType, offset int, err error) {10 fmt.Println("value:", string(value), "type:", dataType, "offset:", offset)11 })12 jsonparser.ObjectEach(value, func(key []byte, value []byte, dataType jsonparser.ValueType, offset int) error {13 fmt.Println("key:", string(key), "value:", string(value), "type:", dataType, "offset:", offset)14 })15 fmt.Println("value:", string(value), "type:", dataType, "offset:", offset)16 }17}

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2var root = &cobra.Command{3 RunE: func(cmd *cobra.Command, args []string) error {4 fmt.Println("Hello")5 },6}7func main() {8 resources := types.GenerateSpecsFromTreeRoot(root)9 fmt.Println(resources)10}11import (12var root = &cobra.Command{13 RunE: func(cmd *cobra.Command, args []string) error {14 fmt.Println("Hello")15 },16}17func main() {18 resources := types.GenerateSpecsFromTreeRoot(root)19 fmt.Println(resources)20}21import (22var root = &cobra.Command{23 RunE: func(cmd *cobra.Command, args []string) error {24 fmt.Println("Hello")25 },26}27func main() {28 resources := types.GenerateSpecsFromTreeRoot(root)29 fmt.Println(resources)30}

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1func main() {2 root := new(TreeRoot)3 node := new(TreeNode)4 root.AddNode(node)5 node = new(TreeNode)6 root.AddNode(node)7 node = new(TreeNode)8 root.AddNode(node)9 node = new(TreeNode)10 root.AddNode(node)11 node = new(TreeNode)12 root.AddNode(node)13 node = new(TreeNode)14 root.AddNode(node)15 node = new(TreeNode)16 root.AddNode(node)17 node = new(TreeNode)18 root.AddNode(node)19 node = new(TreeNode)20 root.AddNode(node)21 node = new(TreeNode)22 root.AddNode(node)23 node = new(TreeNode)

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1func main() {2 root := &Node{}3 root.AddChild("child1", "value1")4 root.AddChild("child2", "value2")5 specs := GenerateSpecsFromTreeRoot(root)6 for _, spec := range specs {7 fmt.Println(spec)8 }9}10type Node struct {11}12func (n *Node) AddChild(name, value string) {13 child := &Node{14 }15 n.Children = append(n.Children, child)16}17func (n *Node) GetChild(name string) *Node {18 for _, child := range n.Children {19 if child.Name == name {20 }21 }22}23func CreateTreeFromSpecs(specs []string) *Node {24 root := &Node{}25 for _, spec := range specs {26 parts := strings.Split(spec, ":")

Full Screen

Full Screen

GenerateSpecsFromTreeRoot

Using AI Code Generation

copy

Full Screen

1import (2func main() {3 gsptObj := internal.Gspt{}4 specs := gsptObj.GenerateSpecsFromTreeRoot()5 fmt.Println(specs)6}7import (8func main() {9 gsptObj := internal.Gspt{}10 specs := gsptObj.GenerateSpecsFromTreeRoot()11 fmt.Println(specs)12}13import (14func TestGenerateSpecsFromTreeRoot(t *testing.T) {

Full Screen

Full Screen

Blogs

Check out the latest blogs from LambdaTest on this topic:

How to Position Your Team for Success in Estimation

Estimates are critical if you want to be successful with projects. If you begin with a bad estimating approach, the project will almost certainly fail. To produce a much more promising estimate, direct each estimation-process issue toward a repeatable standard process. A smart approach reduces the degree of uncertainty. When dealing with presales phases, having the most precise estimation findings can assist you to deal with the project plan. This also helps the process to function more successfully, especially when faced with tight schedules and the danger of deviation.

Complete Guide To Styling Forms With CSS Accent Color

The web paradigm has changed considerably over the last few years. Web 2.0, a term coined way back in 1999, was one of the pivotal moments in the history of the Internet. UGC (User Generated Content), ease of use, and interoperability for the end-users were the key pillars of Web 2.0. Consumers who were only consuming content up till now started creating different forms of content (e.g., text, audio, video, etc.).

Getting Rid of Technical Debt in Agile Projects

Technical debt was originally defined as code restructuring, but in today’s fast-paced software delivery environment, it has evolved. Technical debt may be anything that the software development team puts off for later, such as ineffective code, unfixed defects, lacking unit tests, excessive manual tests, or missing automated tests. And, like financial debt, it is challenging to pay back.

What is coaching leadership

Coaching is a term that is now being mentioned a lot more in the leadership space. Having grown successful teams I thought that I was well acquainted with this subject.

Introducing LambdaTest Analytics: Test Reporting Made Awesome ????

Collecting and examining data from multiple sources can be a tedious process. The digital world is constantly evolving. To stay competitive in this fast-paced environment, businesses must frequently test their products and services. While it’s easy to collect raw data from multiple sources, it’s far more complex to interpret it properly.

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run Ginkgo automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

Most used method in

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful