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How to use ConvertTestCase method of graph Package

Best Keploy code snippet using graph.ConvertTestCase

utils.go

Source:utils.go

...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 {203				if m != nil {204					meta[m.Key] = m.Value205				}206			}207			deps = append(deps, models.Dependency{208				Name: v.Name,209				Type: models.DependencyType(v.Type),210				Meta: meta,211			})212		}213		tc.Deps = deps214	}215	return tc216}217func ConvertDeps(deps []models.Dependency) []*model.Dependency {218	var res []*model.Dependency219	for _, d := range deps {220		res = append(res, &model.Dependency{221			Name: d.Name,222			Type: model.DependencyType(d.Type),223			Meta: ConvertMapToKV(d.Meta),224		})225	}226	return res227}228func ConvertTestCase(t models.TestCase) *model.TestCase {229	var h []*model.Header230	for k, v := range t.HttpResp.Header {231		h = append(h, &model.Header{232			Key:   k,233			Value: v,234		})235	}236	var anchors []string237	for k := range t.Anchors {238		anchors = append(anchors, k)239	}240	return &model.TestCase{241		ID:       t.ID,242		Created:  time.Unix(t.Created, 0).UTC(),...

schema.resolvers.go

Source:schema.resolvers.go

...13)14func (r *mutationResolver) UpdateTestCase(ctx context.Context, tc []*model.TestCaseInput) (bool, error) {15	var tcs []models.TestCase16	for _, t := range tc {17		tcs = append(tcs, ConvertTestCaseInput(t))18	}19	err := r.reg.UpdateTC(ctx, tcs)20	if err != nil {21		return false, err22	}23	return true, nil24}25func (r *mutationResolver) DeleteTestCase(ctx context.Context, id string) (bool, error) {26	err := r.reg.DeleteTC(ctx, DEFAULT_COMPANY, id)27	if err != nil {28		return false, err29	}30	return true, nil31}32func (r *mutationResolver) NormalizeTests(ctx context.Context, ids []string) (bool, error) {33	var errStrings []string34	for _, id := range ids {35		err := r.run.Normalize(ctx, DEFAULT_COMPANY, id)36		if err != nil {37			errStrings = append(errStrings, id+": "+err.Error())38		}39	}40	if len(errStrings) != 0 {41		return false, fmt.Errorf(strings.Join(errStrings, "\n"))42	}43	return true, nil44}45func (r *queryResolver) Apps(ctx context.Context) ([]*model.App, error) {46	apps, err := r.reg.GetApps(ctx, DEFAULT_COMPANY)47	if err != nil {48		return nil, err49	}50	var res []*model.App51	for _, v := range apps {52		res = append(res, &model.App{ID: v})53	}54	return res, nil55}56func (r *queryResolver) TestRun(ctx context.Context, user *string, app *string, id *string, from *time.Time, to *time.Time, offset *int, limit *int) ([]*model.TestRun, error) {57	preloads := GetPreloads(ctx)58	summary := true59	if pkg.Contains(preloads, "tests") {60		summary = false61	}62	usr := DEFAULT_USER63	runs, err := r.run.Get(ctx, summary, DEFAULT_COMPANY, &usr, app, id, from, to, offset, limit)64	if err != nil {65		return nil, err66	}67	var res []*model.TestRun68	for _, run := range runs {69		var tests []*model.Test70		if run.Tests != nil {71			for _, t := range run.Tests {72				uri := t.URI73				completed := time.Unix(t.Completed, 0).UTC()74				tests = append(tests, &model.Test{75					ID:         t.ID,76					Status:     ConvertTestStatus(t.Status),77					Started:    time.Unix(t.Started, 0).UTC(),78					Completed:  &completed,79					TestCaseID: t.TestCaseID,80					URI:        &uri,81					Req:        ConvertHttpReq(t.Req),82					Noise:      t.Noise,83					Deps:       ConvertDeps(t.Dep),84					Result:     ConvertResult(t.Result),85				})86			}87		}88		ts := &model.TestRun{89			ID:      run.ID,90			Status:  ConvertTestRunStatus(run.Status),91			Created: time.Unix(run.Created, 0).UTC(),92			Updated: time.Unix(run.Updated, 0).UTC(),93			App:     run.App,94			User:    run.User,95			Success: run.Success,96			Failure: run.Failure,97			Total:   run.Total,98			Tests:   tests,99		}100		//if run.Updated != nil {101		//	ts.Updated = time.Unix(*run.Updated, 0)102		//}103		//if run.Created != nil {104		//	ts.Created = time.Unix(*run.Created, 0)105		//}106		//if run.App != nil {107		//	ts.App = *run.App108		//}109		//if run.User != nil {110		//	ts.User = *run.User111		//}112		//if run.Success != nil {113		//	ts.Success = *run.Success114		//}115		//if run.Failure != nil {116		//	ts.Failure = *run.Failure117		//}118		//if run.Total != nil {119		//	ts.Total = *run.Total120		//}121		res = append(res, ts)122	}123	return res, nil124}125func (r *queryResolver) TestCase(ctx context.Context, app *string, id *string, offset *int, limit *int) ([]*model.TestCase, error) {126	a := ""127	if app != nil {128		a = *app129	}130	if id != nil {131		tc, err := r.reg.Get(ctx, DEFAULT_COMPANY, a, *id)132		if err != nil {133			return nil, err134		}135		return []*model.TestCase{ConvertTestCase(tc)}, nil136	}137	tcs, err := r.reg.GetAll(ctx, DEFAULT_COMPANY, a, offset, limit)138	if err != nil {139		return nil, err140	}141	var res []*model.TestCase142	for _, v := range tcs {143		res = append(res, ConvertTestCase(v))144	}145	return res, nil146}147func (r *subscriptionResolver) TestRun(ctx context.Context, app *string, id *string) (<-chan []*model.TestRun, error) {148	panic(fmt.Errorf("not implemented"))149}150// Subscription returns generated.SubscriptionResolver implementation.151func (r *Resolver) Subscription() generated.SubscriptionResolver { return &subscriptionResolver{r} }152type subscriptionResolver struct{ *Resolver }153// !!! WARNING !!!154// The code below was going to be deleted when updating resolvers. It has been copied here so you have155// one last chance to move it out of harms way if you want. There are two reasons this happens:156//  - When renaming or deleting a resolver the old code will be put in here. You can safely delete157//    it when you're done....

ConvertTestCase

Using AI Code Generation

1import (2func main() {3	graph := graph.NewGraph()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", 4)31	graph.AddEdge("A", "H", 8)32	graph.AddEdge("B", "C", 8)33	graph.AddEdge("B", "H", 11)34	graph.AddEdge("C", "D", 7)35	graph.AddEdge("C", "F", 4)36	graph.AddEdge("C", "I", 2)37	graph.AddEdge("D", "E", 9)38	graph.AddEdge("D", "F", 14)39	graph.AddEdge("E", "F", 10)40	graph.AddEdge("F", "G", 2)41	graph.AddEdge("G", "H", 1)42	graph.AddEdge("G", "I", 6)43	graph.AddEdge("H", "I", 7)44	graph.AddEdge("I", "J", 7)45	graph.AddEdge("J", "K", 1)46	graph.AddEdge("J", "L", 2)47	graph.AddEdge("K", "L", 6)48	graph.AddEdge("K", "M", 7)49	graph.AddEdge("L", "M", 8)50	graph.AddEdge("M", "N", 2)51	graph.AddEdge("M", "O", 4)52	graph.AddEdge("N", "O", 9)53	graph.AddEdge("N", "P", 14)54	graph.AddEdge("O", "P", 10)55	graph.AddEdge("O", "Q", 2)56	graph.AddEdge("P", "

ConvertTestCase

Using AI Code Generation

1import (2type Graph struct {3}4func (g *Graph) ConvertTestCase() {5    scanner := bufio.NewScanner(os.Stdin)6    if scanner.Scan() {7        line = scanner.Text()8        line = strings.TrimSpace(line)9        i, err = strconv.Atoi(line)10        if err != nil {11            fmt.Println("Error in converting string to int")12        }13    }14    if scanner.Scan() {15        line = scanner.Text()16        line = strings.TrimSpace(line)17        i, err = strconv.Atoi(line)18        if err != nil {19            fmt.Println("Error in converting string to int")20        }21    }22    g.AdjacencyList = make(map[int][]int)23    for i = 0; i < g.Edges; i++ {24        if scanner.Scan() {25            line = scanner.Text()26            line = strings.TrimSpace(line)27            nums := strings.Split(line, " ")28            v, err = strconv.Atoi(nums[0])29            if err != nil {30                fmt.Println("Error in converting string to int")31            }32            w, err = strconv.Atoi(nums[1])33            if err != nil {34                fmt.Println("Error in converting string to int")35            }36            g.AdjacencyList[v] = append(g.AdjacencyList[v], w)37            g.AdjacencyList[w] = append(g.AdjacencyList[w], v)38        }39    }40}41func main() {42    g := Graph{}43    g.ConvertTestCase()44    fmt.Println(g.AdjacencyList)45}

ConvertTestCase

Using AI Code Generation

1import (2func main() {3    fmt.Print("Enter number of test cases: ")4    fmt.Scan(&input)5    testCases = strings.Split(input, " ")6    for i := 0; i < len(testCases); i++ {7        graph.ConvertTestCase(testCases[i])8    }9}10import (11type Graph struct {12}13func (g *Graph) ConvertTestCase(testCase string) {14    input = strings.Split(testCase, ",")15    g.vertexCount, _ = strconv.Atoi(input[0])16    g.edges = make([][]int, g.vertexCount)17    for i := 1; i < len(input); i++ {18        edge = strings.Split(input[i], " ")19        g.edges[edge[0]] = append(g.edges[edge[0]], edge[1])20    }21    fmt.Println(g.edges)22}

ConvertTestCase

Using AI Code Generation

1import (2type Graph struct {3}4func NewGraph() *Graph {5	return &Graph{6		edges:     make(map[string][]string),7		processed: make(map[string]bool),8	}9}10func (g *Graph) AddEdge(a, b string) {11	g.edges[a] = append(g.edges[a], b)12	g.edges[b] = append(g.edges[b], a)13}14func (g *Graph) ConvertTestCase(n int, testCases []string) {15	for i := 0; i < len(testCases); i++ {16		s := strings.Split(testCases[i], " ")17		g.AddEdge(s[0], s[1])18	}19}20func (g *Graph) PrintGraph() {21	for k, v := range g.edges {22		fmt.Println(k, v)23	}24}25func (g *Graph) GetConnectedComponents() {26	for k := range g.edges {27		if !g.processed[k] {28			g.dfs(k)29			fmt.Println()30		}31	}32}33func (g *Graph) dfs(k string) {34	fmt.Printf("%s ", k)35	for _, v := range g.edges[k] {36		if !g.processed[v] {37			g.dfs(v)38		}39	}40}41func main() {42	scanner := bufio.NewScanner(os.Stdin)43	scanner.Scan()44	n, _ = strconv.Atoi(scanner.Text())45	testCases := make([]string, n)46	for i := 0; i < n; i++ {47		scanner.Scan()48		testCases[i] = scanner.Text()49	}50	g := NewGraph()51	g.ConvertTestCase(n, testCases)52	g.GetConnectedComponents()53}

ConvertTestCase

Using AI Code Generation

1import (2func main() {3	g.ConvertTestCase()4	g.PrintGraph()5	fmt.Println("BFS traversal")6	g.BFS(0)7	fmt.Println("DFS traversal")8	g.DFS(0)9}10import (11type Graph struct {12}13func (g *Graph) ConvertTestCase() {14	fmt.Scanf("%d", &numVertices)15	g.AdjList = make([][]int, numVertices)16	g.Visited = make([]bool, numVertices)17	for i := 0; i < numVertices; i++ {18		fmt.Scanf("%d", &numEdges)19		g.AdjList[i] = make([]int, numEdges)20		for j := 0; j < numEdges; j++ {21			fmt.Scanf("%d", &edge)22		}23	}24}25func (g *Graph) PrintGraph() {26	fmt.Println("Printing Graph")27	for i := 0; i < g.NumVertices; i++ {28		fmt.Println("Vertex " + strconv.Itoa(i) + " is connected to: ")29		for j := 0; j < len(g.AdjList[i]); j++ {30			fmt.Print(g.AdjList[i][j] + " ")31		}32		fmt.Println()33	}34}35func (g *Graph) BFS(start int) {36	queue = append(queue, start)37	for len(queue) > 0 {38		fmt.Println(current)39		for i := 0; i < len(g.AdjList[current]); i++ {40			if !g.Visited[g.AdjList[current][i]] {41				queue = append(queue, g.AdjList[current][i])42			}43		}44	}45}46func (

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