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How to use ConvertMethod method of graph Package

Best Keploy code snippet using graph.ConvertMethod

utils.go

Source:utils.go

...31	default:32		return model.TestStatusRunning33	}34}35func ConvertMethod(m models.Method) model.Method {36	switch m {37	case models.MethodGet:38		return model.MethodGet39	case models.MethodPost:40		return model.MethodPost41	case models.MethodPut:42		return model.MethodPut43	case models.MethodDelete:44		return model.MethodDelete45	case models.MethodHead:46		return model.MethodHead47	case models.MethodOptions:48		return model.MethodOptions49	case models.MethodTrace:50		return model.MethodTrace51	default:52		return model.MethodPatch53	}54}55func ConvertMapToKV(m map[string]string) []*model.Kv {56	var kv []*model.Kv57	for k, v := range m {58		kv = append(kv, &model.Kv{59			Key:   k,60			Value: v,61		})62	}63	return kv64}65func ConvertHttpReq(r models.HttpReq) *model.HTTPReq {66	params := ConvertMapToKV(r.URLParams)67	var header []*model.Header68	for k, v := range r.Header {69		header = append(header, &model.Header{70			Key:   k,71			Value: v,72		})73	}74	return &model.HTTPReq{75		ProtoMajor: r.ProtoMajor,76		ProtoMinor: r.ProtoMinor,77		URLParam:   params,78		Header:     header,79		Method:     ConvertMethod(r.Method),80		Body:       r.Body,81		URL:        &r.URL,82	}83}84func ConvertIntResult(i run.IntResult) *model.IntResult {85	return &model.IntResult{86		Normal:   &i.Normal,87		Expected: i.Expected,88		Actual:   i.Actual,89	}90}91func ConvertHeader(h run.Header) *model.Header {92	return &model.Header{93		Key:   h.Key,...

ConvertMethod

Using AI Code Generation

1import (2func main() {3	g := graph.NewGraph()4	g.AddEdge("a", "b", 1)5	g.AddEdge("a", "c", 1)6	g.AddEdge("b", "c", 1)7	g.AddEdge("b", "d", 1)8	g.AddEdge("c", "d", 1)9	g.AddEdge("c", "e", 1)10	g.AddEdge("d", "e", 1)11	g.AddEdge("d", "f", 1)12	g.AddEdge("e", "f", 1)13	g.AddEdge("e", "g", 1)14	g.AddEdge("f", "g", 1)15	g.AddEdge("f", "h", 1)16	g.AddEdge("g", "h", 1)17	g.AddEdge("g", "i", 1)18	g.AddEdge("h", "i", 1)19	g.AddEdge("h", "j", 1)20	g.AddEdge("i", "j", 1)21	g.AddEdge("i", "k", 1)22	g.AddEdge("j", "k", 1)23	g.AddEdge("j", "l", 1)24	g.AddEdge("k", "l", 1)25	g.AddEdge("k", "m", 1)26	g.AddEdge("l", "m", 1)27	g.AddEdge("l", "n", 1)28	g.AddEdge("m", "n", 1)29	g.AddEdge("m", "o", 1)30	g.AddEdge("n", "o", 1)31	g.AddEdge("n", "p", 1)32	g.AddEdge("o", "p", 1)33	g.AddEdge("o", "q", 1)34	g.AddEdge("p", "q", 1)35	g.AddEdge("p", "r", 1)36	g.AddEdge("q", "r", 1)37	g.AddEdge("q", "s", 1)38	g.AddEdge("r", "s", 1)39	g.AddEdge("r", "t", 1)40	g.AddEdge("s", "t", 1)41	g.AddEdge("s", "u", 1)42	g.AddEdge("t", "u", 1)43	g.AddEdge("t", "

ConvertMethod

Using AI Code Generation

1import (2func main() {3	g = graph.NewGraph()4	g.AddEdge("A", "B", 0)5	g.AddEdge("B", "C", 0)6	g.AddEdge("B", "D", 0)7	g.AddEdge("B", "E", 0)8	g.AddEdge("B", "F", 0)9	g.AddEdge("C", "G", 0)10	g.AddEdge("C", "H", 0)11	g.AddEdge("C", "I", 0)12	g.AddEdge("D", "J", 0)13	g.AddEdge("D", "K", 0)14	g.AddEdge("E", "L", 0)15	g.AddEdge("E", "M", 0)16	g.AddEdge("F", "N", 0)17	g.AddEdge("F", "O", 0)18	g.AddEdge("G", "P", 0)19	g.AddEdge("H", "Q", 0)20	g.AddEdge("I", "R", 0)21	g.AddEdge("J", "S", 0)22	g.AddEdge("K", "T", 0)23	g.AddEdge("L", "U", 0)24	g.AddEdge("M", "V", 0)25	g.AddEdge("N", "W", 0)26	g.AddEdge("O", "X", 0)27	g.AddEdge("P", "Y", 0)28	g.AddEdge("Q", "Z", 0)29	g.AddEdge("R", "A", 0)30	fmt.Println("Graph is: ")31	g.PrintGraph()32	fmt.Println("Converting graph to adjacency list")33	g.ConvertMethod()34}

ConvertMethod

Using AI Code Generation

1import (2func main() {3    g := graph.NewGraph()4    g.AddNode("A")5    g.AddNode("B")6    g.AddNode("C")7    g.AddNode("D")8    g.AddEdge("A", "B", 1)9    g.AddEdge("A", "C", 2)10    g.AddEdge("B", "C", 3)11    g.AddEdge("B", "D", 4)12    g.AddEdge("C", "D", 5)13    adjMatrix := g.ConvertToAdjMatrix()14    fmt.Println(adjMatrix)15}16Go Graphs - Depth First Search (DFS)17Go Graphs - All Pairs Shortest Path (Floyd Warshall)18Go Graphs - All Pairs Shortest Path (Johnson's Algorithm)19Go Graphs - Minimum Spanning Tree (Prim's Algorithm)20Go Graphs - Minimum Spanning Tree (Kruskal's Algorithm)

ConvertMethod

Using AI Code Generation

1import (2func main() {3	graph := golgraph.Graph{}4	graph.AddVertex("A")5	graph.AddVertex("B")6	graph.AddVertex("C")7	graph.AddVertex("D")8	graph.AddVertex("E")9	graph.AddVertex("F")10	graph.AddVertex("G")11	graph.AddVertex("H")12	graph.AddVertex("I")13	graph.AddVertex("J")14	graph.AddVertex("K")15	graph.AddVertex("L")16	graph.AddVertex("M")17	graph.AddVertex("N")18	graph.AddVertex("O")19	graph.AddVertex("P")20	graph.AddVertex("Q")21	graph.AddVertex("R")22	graph.AddVertex("S")23	graph.AddVertex("T")24	graph.AddVertex("U")25	graph.AddVertex("V")26	graph.AddVertex("W")27	graph.AddVertex("X")28	graph.AddVertex("Y")29	graph.AddVertex("Z")30	graph.AddEdge("A", "B")31	graph.AddEdge("A", "C")32	graph.AddEdge("A", "D")33	graph.AddEdge("A", "E")34	graph.AddEdge("A", "F")35	graph.AddEdge("A", "G")36	graph.AddEdge("A", "H")37	graph.AddEdge("A", "I")38	graph.AddEdge("A", "J")39	graph.AddEdge("A", "K")40	graph.AddEdge("A", "L")41	graph.AddEdge("A", "M")42	graph.AddEdge("A", "N")43	graph.AddEdge("A", "O")44	graph.AddEdge("A", "P")45	graph.AddEdge("A", "Q")46	graph.AddEdge("A", "R")47	graph.AddEdge("A", "S")48	graph.AddEdge("A", "T")49	graph.AddEdge("A", "U")50	graph.AddEdge("A", "V")51	graph.AddEdge("A", "W")52	graph.AddEdge("A", "X")53	graph.AddEdge("A", "Y")54	graph.AddEdge("A", "Z")55	graph.AddEdge("B", "C")56	graph.AddEdge("B", "D")57	graph.AddEdge("B", "E")58	graph.AddEdge("B", "F")59	graph.AddEdge("B", "G")60	graph.AddEdge("B", "H")61	graph.AddEdge("B", "I")62	graph.AddEdge("B", "J")63	graph.AddEdge("B", "K")64	graph.AddEdge("B",

ConvertMethod

Using AI Code Generation

1import (2func main() {3	g := graph.New(5)4	g.Add(0, 1)5	g.Add(0, 2)6	g.Add(1, 2)7	g.Add(2, 0)8	g.Add(2, 3)9	g.Add(3, 3)10	g.ConvertMethod()11}

ConvertMethod

Using AI Code Generation

1import (2func main() {3	graph := NewGraph(5)4	graph.AddEdge(0, 1, 2)5	graph.AddEdge(0, 2, 3)6	graph.AddEdge(1, 2, 2)7	graph.AddEdge(1, 3, 3)8	graph.AddEdge(1, 4, 1)9	graph.AddEdge(2, 3, 1)10	graph.AddEdge(3, 4, 3)11	graph.PrintGraph()12	convertedGraph := graph.ConvertMethod()13	convertedGraph.PrintGraph()14}15type Graph struct {16}17type Node struct {18}19type Adjacent struct {20}21func NewGraph(size int) *Graph {22	graph := &Graph{Nodes: make([]Node, size)}23	for i := 0; i < size; i++ {24	}25}26func (g *Graph) AddEdge(node1 int, node2 int, cost float64) {27	if node1 < 0 || node1 >= len(g.Nodes) {28		log.Fatal("Node 1 does not exist")29	}30	if node2 < 0 || node2 >= len(g.Nodes) {31		log.Fatal("Node 2 does not exist")32	}33	g.Nodes[node1].Adjacent = append(g.Nodes[node1].Adjacent, Adjacent{Node: &g.Nodes[node2], Cost: cost})34	g.Nodes[node2].Adjacent = append(g.Nodes[node2].Adjacent, Adjacent{Node: &g.Nodes[node1], Cost: cost})35}36func (g *Graph) PrintGraph() {37	for i := 0; i < len(g.Nodes); i++ {38		fmt.Printf("%d: ", g.Nodes[i].ID)39		for j := 0; j < len(g.Nodes[i].Adjacent); j++ {40			fmt.Printf("%d(%.2f) ", g.Nodes

ConvertMethod

Using AI Code Generation

1import (2func main() {3	g = Graph{[][]int{{1, 2}, {0, 2}, {0, 1, 3, 4}, {2, 4}, {2, 3}}, 5, 4}4	fmt.Println(g)5	g.ConvertMethod()6	fmt.Println(g)7}8import (9func main() {10	g = Graph{[][]int{{1, 2}, {0, 2}, {0, 1, 3, 4}, {2, 4}, {2, 3}}, 5, 4}11	fmt.Println(g)12	g.ConvertMethod()13	fmt.Println(g)14}15import (16func main() {17	g = Graph{[][]int{{1, 2}, {0, 2}, {0, 1, 3, 4}, {2, 4}, {2, 3}}, 5, 4}18	fmt.Println(g)19	g.ConvertMethod()20	fmt.Println(g)21}22import (23func main() {24	g = Graph{[][]int{{1, 2}, {0, 2}, {0, 1, 3, 4}, {2, 4}, {2, 3}}, 5, 4}25	fmt.Println(g)26	g.ConvertMethod()27	fmt.Println(g)28}29import (30func main() {31	g = Graph{[][]int{{1, 2}, {0, 2}, {0, 1, 3, 4}, {2, 4}, {2, 3}}, 5, 4}32	fmt.Println(g)

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