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Automation Advisor
Keploy
graph
ConvertHeaderInput

How to use ConvertHeaderInput method of graph Package

Best Keploy code snippet using graph.ConvertHeaderInput

utils.go

Source:utils.go

...125		},126		DepResult: nil,127	}128}129func ConvertHeaderInput(h []*model.HeaderInput) http.Header {130	headers := http.Header{}131	for _, v := range h {132		headers[v.Key] = v.Value133	}134	return headers135}136func ConvertTestCaseInput(input *model.TestCaseInput) models.TestCase {137	tc := models.TestCase{138		ID: input.ID,139		//Anchors:  anchors,140		Noise: input.Noise,141	}142	if input.Created != nil {143		tc.Created = input.Created.Unix()144	}145	if input.Updated != nil {146		tc.Updated = input.Updated.Unix()147	}148	if input.Captured != nil {149		tc.Captured = input.Captured.Unix()150	}151	if input.Cid != nil {152		tc.CID = *input.Cid153	}154	if input.App != nil {155		tc.AppID = *input.App156	}157	if input.URI != nil {158		tc.URI = *input.URI159	}160	if input.HTTPReq != nil {161		params := map[string]string{}162		for _, v := range input.HTTPReq.URLParam {163			params[v.Key] = v.Value164		}165		req := models.HttpReq{166			URLParams: params,167			Header:    ConvertHeaderInput(input.HTTPReq.Header),168		}169		if input.HTTPReq.Method != nil {170			req.Method = models.Method(*input.HTTPReq.Method)171		}172		if input.HTTPReq.ProtoMajor != nil {173			req.ProtoMajor = *input.HTTPReq.ProtoMajor174		}175		if input.HTTPReq.ProtoMinor != nil {176			req.ProtoMinor = *input.HTTPReq.ProtoMinor177		}178		if input.HTTPReq.Body != nil {179			req.Body = *input.HTTPReq.Body180		}181		if input.HTTPReq.URL != nil {182			req.URL = *input.HTTPReq.URL183		}184		tc.HttpReq = req185	}186	if input.HTTPResp != nil {187		resp := models.HttpResp{188			Header: ConvertHeaderInput(input.HTTPResp.Header),189		}190		if input.HTTPResp.StatusCode != nil {191			resp.StatusCode = *input.HTTPResp.StatusCode192		}193		if input.HTTPResp.Body != nil {194			resp.Body = *input.HTTPResp.Body195		}196		tc.HttpResp = resp197	}198	if input.Deps != nil {199		var deps []models.Dependency200		for _, v := range input.Deps {201			meta := map[string]string{}202			for _, m := range v.Meta {...

ConvertHeaderInput

Using AI Code Generation

1import (2func main() {3	g.ConvertHeaderInput(header)4	fmt.Println(g)5}6import (7func main() {8	g.ConvertHeaderInput(header)9	g.AddEdge("a", "b", 1)10	g.AddEdge("b", "c", 2)11	g.AddEdge("c", "d", 3)12	g.AddEdge("d", "e", 4)13	g.AddEdge("e", "f", 5)14	g.AddEdge("f", "g", 6)15	g.AddEdge("g", "h", 7)16	g.AddEdge("h", "i", 8)17	g.AddEdge("i", "j", 9)18	g.AddEdge("j", "k", 10)19	g.AddEdge("k", "l", 11)20	g.AddEdge("l", "m", 12)21	g.AddEdge("m", "n", 13)22	g.AddEdge("n", "o", 14)23	g.AddEdge("o", "p", 15)24	g.AddEdge("p", "q", 16)25	g.AddEdge("q", "r", 17)26	g.AddEdge("r", "s", 18)27	g.AddEdge("s", "t", 19)28	g.AddEdge("t", "u", 20)29	g.AddEdge("u", "v", 21)30	g.AddEdge("v", "w", 22)31	g.AddEdge("w", "x", 23)32	g.AddEdge("x", "y", 24)33	g.AddEdge("y", "z", 25)34	fmt.Println(g)35}36import (37func main() {

ConvertHeaderInput

Using AI Code Generation

1import (2func main() {3	g := graph.NewGraph()4	g.ConvertHeaderInput("1.txt")5	g.Print()6}7import (8func main() {9	g := graph.NewGraph()10	g.ConvertHeaderInput("2.txt")11	g.Print()12}13import (14func main() {15	g := graph.NewGraph()16	g.ConvertHeaderInput("3.txt")17	g.Print()18}19import (20func main() {21	g := graph.NewGraph()22	g.ConvertHeaderInput("4.txt")23	g.Print()24}25import (26func main() {27	g := graph.NewGraph()28	g.ConvertHeaderInput("5.txt")29	g.Print()30}31import (32func main() {33	g := graph.NewGraph()34	g.ConvertHeaderInput("6.txt")35	g.Print()36}37import (38func main() {39	g := graph.NewGraph()40	g.ConvertHeaderInput("7.txt")

ConvertHeaderInput

Using AI Code Generation

1import (2func main() {3	g := graph.New()4	g.Add(1)5	g.Add(2)6	g.Add(3)7	g.Add(4)8	g.Add(5)9	g.Add(6)10	g.Add(7)11	g.Add(8)12	g.Add(9)13	g.Add(10)14	g.Add(11)15	g.Add(12)16	g.Add(13)17	g.Connect(1, 2)18	g.Connect(1, 3)19	g.Connect(1, 4)20	g.Connect(2, 4)21	g.Connect(2, 5)22	g.Connect(2, 6)23	g.Connect(3, 4)24	g.Connect(3, 7)25	g.Connect(3, 8)26	g.Connect(4, 5)27	g.Connect(4, 8)28	g.Connect(4, 9)29	g.Connect(5, 6)30	g.Connect(5, 9)31	g.Connect(5, 10)32	g.Connect(6, 10)33	g.Connect(6, 11)34	g.Connect(7, 8)35	g.Connect(7, 12)36	g.Connect(8, 9)37	g.Connect(8, 12)38	g.Connect(8, 13)39	g.Connect(9, 10)40	g.Connect(9, 13)41	g.Connect(10, 11)42	g.Connect(10, 13)43	g.Connect(11, 13)44	g.Connect(12, 13)45	fmt.Println(g)46	path, err := g.ShortestPath(1, 13)47	if err != nil {48		fmt.Println(err)49		os.Exit(1)50	}51	fmt.Println(path)52	path, err = g.ShortestPath(1, 12)53	if err != nil {54		fmt.Println(err)55		os.Exit(1)56	}57	fmt.Println(path)58	path, err = g.ShortestPath(1, 11)59	if err != nil {60		fmt.Println(err)61		os.Exit(1)62	}63	fmt.Println(path)

ConvertHeaderInput

Using AI Code Generation

1import (2func main() {3 g := graph{}4 header_list := g.ConvertHeaderInput(header)5 fmt.Println(header_list)6}

ConvertHeaderInput

Using AI Code Generation

1import (2func main() {3	g := graph.ConvertHeaderInput("input.h")4	output := processing.ProcessGraph(g)5	sort.Strings(output)6	fmt.Println(output)7}8import (9type Node struct {10}11type Graph struct {12}13func ConvertHeaderInput(inputPath string) *Graph {14	file, err := os.Open(inputPath)15	if err != nil {16		log.Fatal(err)17	}18	defer file.Close()19	scanner := bufio.NewScanner(file)20	scanner.Split(bufio.ScanLines)21	for scanner.Scan() {22		lines = append(lines, scanner.Text())23	}24	g := &Graph{}25	for _, line := range lines {26		line = strings.TrimSpace(line)27		if strings.HasPrefix(line, "#include") {28			fmt.Sscanf(line, "#include <%[^>]> <%[^>]> ", &name1, &name2)29			g.AddEdge(name1, name2)30		}31	}32}33func (g *Graph

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