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Automation Advisor
Keploy
graph
ConvertTestCaseInput

How to use ConvertTestCaseInput method of graph Package

Best Keploy code snippet using graph.ConvertTestCaseInput

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	}...

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}...

ConvertTestCaseInput

Using AI Code Generation

1import (2func main() {3	reader := bufio.NewReader(os.Stdin)4	fmt.Println("Enter the number of test cases")5	testCases, _ := reader.ReadString('6	testCases = strings.TrimSpace(testCases)7	testCasesInt, _ := strconv.Atoi(testCases)8	fmt.Println("Enter the number of nodes and edges")9	for i := 0; i < testCasesInt; i++ {10		input, _ := reader.ReadString('11		input = strings.TrimSpace(input)12		inputArr := strings.Split(input, " ")13		nodes, _ := strconv.Atoi(inputArr[0])14		edges, _ := strconv.Atoi(inputArr[1])15		fmt.Println("Enter the edges")16		edgesArr := make([]string, edges)17		for j := 0; j < edges; j++ {18			edgesArr[j], _ = reader.ReadString('19			edgesArr[j] = strings.TrimSpace(edgesArr[j])20		}21		graph := ConvertTestCaseInput(nodes, edgesArr)22		fmt.Println("Enter the source and destination")23		sourceDestination, _ := reader.ReadString('24		sourceDestination = strings.TrimSpace(sourceDestination)25		sourceDestinationArr := strings.Split(sourceDestination, " ")26		source, _ := strconv.Atoi(sourceDestinationArr[0])27		destination, _ := strconv.Atoi(sourceDestinationArr[1])28		fmt.Println(graph.FindShortestPath(source, destination))29	}30}31import "fmt"32type Graph struct {33}34type Node struct {35}36type Edge struct {37}38func (g *Graph) AddNode(node *Node) {39}40func (n *Node) AddEdge(edge *Edge) {41}42func (g *Graph) FindShortestPath(source int, destination int) int {43}44func (g *Graph) FindAllPaths(source int, destination int) [][]int {

ConvertTestCaseInput

Using AI Code Generation

1func main() {2    g := graph.NewGraph()3    g.ConvertTestCaseInput("testcase.txt")4}5func main() {6    g := graph.NewGraph()7    g.ConvertTestCaseInput("testcase.txt")8}9func main() {10    g := graph.NewGraph()11    g.ConvertTestCaseInput("testcase.txt")12}13func main() {14    g := graph.NewGraph()15    g.ConvertTestCaseInput("testcase.txt")16}17func main() {18    g := graph.NewGraph()19    g.ConvertTestCaseInput("testcase.txt")20}21func main() {22    g := graph.NewGraph()23    g.ConvertTestCaseInput("testcase.txt")24}25func main() {26    g := graph.NewGraph()27    g.ConvertTestCaseInput("testcase.txt")28}29func main() {30    g := graph.NewGraph()31    g.ConvertTestCaseInput("testcase.txt")32}33func main() {34    g := graph.NewGraph()35    g.ConvertTestCaseInput("testcase.txt")36}37func main() {38    g := graph.NewGraph()39    g.ConvertTestCaseInput("testcase.txt")40}41func main() {42    g := graph.NewGraph()43    g.ConvertTestCaseInput("testcase.txt")44}45func main() {46    g := graph.NewGraph()47    g.ConvertTestCaseInput("testcase.txt")48}49func main() {

ConvertTestCaseInput

Using AI Code Generation

1import (2func main() {3	t = graph.TestCase{4		TestCaseInput: []string{"1", "2", "3"},5		TestCaseOutput: []string{"2", "3", "4"},6		TestCaseWeight: []int{1, 2, 3},7	}8	t1 = graph.TestCase{9		TestCaseInput: []string{"5", "6", "7"},10		TestCaseOutput: []string{"6", "7", "8"},11		TestCaseWeight: []int{1, 2, 3},12	}13	t2 = graph.TestCase{14		TestCaseInput: []string{"9", "10", "11"},15		TestCaseOutput: []string{"10", "11", "12"},16		TestCaseWeight: []int{1, 2, 3},17	}18	g.AddTestCase(t)19	g.AddTestCase(t1)20	g.AddTestCase(t2)21	fmt.Println(g.ConvertTestCaseInput())22}23import (24func main() {25	t = graph.TestCase{26		TestCaseInput: []string{"1", "2", "3"},27		TestCaseOutput: []string{"2", "3", "4"},28		TestCaseWeight: []int{1, 2, 3},29	}30	t1 = graph.TestCase{31		TestCaseInput: []string{"5", "6", "7"},32		TestCaseOutput: []string{"6", "7", "8"},33		TestCaseWeight: []int{1, 2, 3},34	}35	t2 = graph.TestCase{36		TestCaseInput: []string{"9", "10", "11"},37		TestCaseOutput: []string{"10", "11", "12"},38		TestCaseWeight: []int{1, 2, 3},39	}40	g.AddTestCase(t)41	g.AddTestCase(t1)42	g.AddTestCase(t2)43	fmt.Println(g.Test

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