Best Keploy code snippet using mgo.NewTelemetryDB
server.go
Source: server.go
...58 db := cl.Database(conf.DB)59 tdb := mgo.NewTestCase(kmongo.NewCollection(db.Collection(conf.TestCaseTable)), logger)60 rdb := mgo.NewRun(kmongo.NewCollection(db.Collection(conf.TestRunTable)), kmongo.NewCollection(db.Collection(conf.TestTable)), logger)61 enabled := conf.EnableTelemetry62 analyticsConfig := telemetry.NewTelemetry(mgo.NewTelemetryDB(db, conf.TelemetryTable, enabled, logger), enabled, keploy.GetMode() == keploy.MODE_OFF, logger)63 client := http.Client{64 Transport: khttpclient.NewInterceptor(http.DefaultTransport),65 }66 regSrv := regression2.New(tdb, rdb, logger, conf.EnableDeDup, analyticsConfig, client)67 runSrv := run.New(rdb, tdb, logger, analyticsConfig, client)68 srv := handler.NewDefaultServer(generated.NewExecutableSchema(generated.Config{Resolvers: graph.NewResolver(logger, runSrv, regSrv)}))69 // initialize the client serveri70 r := chi.NewRouter()71 port := "8081"72 kApp := keploy.New(keploy.Config{73 App: keploy.AppConfig{74 Name: "Keploy-Test-App",75 Port: port,76 Filter: keploy.Filter{...
teledb.go
Source: teledb.go
...44 return ""45 }46 return tid47}48func NewTelemetryDB(db *mongo.Database, telemetryTable string, enabled bool, logger *zap.Logger) *telemetryDB {49 tele := telemetryDB{50 log: logger,51 }52 if enabled {53 tele.c = kmongo.NewCollection(db.Collection(telemetryTable))54 }55 return &tele56}...
NewTelemetryDB
Using AI Code Generation
1import (2func TestMain(m *testing.M) {3 mongotest.Run(m)4}5func TestTelemetryDB(t *testing.T) {6 db := telemetry.DefaultDB()7 collection := db.C("test")8 result := txjson.Map{}9 err := collection.Insert(txjson.Map{"name": "Bob"})10 if err != nil {11 t.Error(err)12 }13 err = collection.Find(bson.M{"name": "Bob"}).One(&result)14 if err != nil {15 t.Error(err)16 }17 if result.Get("name").String() != "Bob" {18 t.Errorf("Expected Bob, got %v", result.Get("name").String())19 }20}21func TestNewTelemetryDB(t *testing.T) {22 db := telemetry.DefaultDB()23 collection := db.C("test")24 result := txjson.Map{}25 err := collection.Insert(txjson.Map{"name": "Bob"})26 if err != nil {27 t.Error(err)28 }29 err = collection.Find(bson.M{"name": "Bob"}).One(&result)30 if err != nil {31 t.Error(err)32 }33 if result.Get("name").String() != "Bob" {34 t.Errorf("Expected Bob, got %v", result.Get("name").String())35 }36}37func TestNewTelemetryDB2(t *testing.T) {38 db := telemetry.DefaultDB()39 collection := db.C("test")
NewTelemetryDB
Using AI Code Generation
1import (2func main() {3 db, err = telemetry.NewTelemetryDB("localhost")4 if err != nil {5 fmt.Println(err)6 os.Exit(1)7 }8 defer db.Close()9}10import (11type TelemetryDB struct {12}13func NewTelemetryDB(server string) (*TelemetryDB, error) {14 session, err := mgo.Dial(server)15 if err != nil {16 return nil, fmt.Errorf("cannot connect to %s: %v", server, err)17 }18 return &TelemetryDB{session}, nil19}
NewTelemetryDB
Using AI Code Generation
1import (2func main() {3 db, err := gotelemetry.NewTelemetryDB("MONGO_CONNECTION_STRING")4 if err != nil {5 panic(err)6 }7 fmt.Println("Connected to database")8 defer db.Close()9}10import (11func main() {12 db, err := gotelemetry.NewTelemetryDB("MONGO_CONNECTION_STRING")13 if err != nil {14 panic(err)15 }16 fmt.Println("Connected to database")17 defer db.Close()18 err = db.CreateCollection("test")19 if err != nil {20 panic(err)21 }22 fmt.Println("Collection created")23}24import (25func main() {26 db, err := gotelemetry.NewTelemetryDB("MONGO_CONNECTION_STRING")27 if err != nil {28 panic(err)29 }30 fmt.Println("Connected to database")31 defer db.Close()32 err = db.CreateCollection("test")33 if err != nil {34 panic(err)35 }36 fmt.Println("Collection created")37 err = db.Insert("test", map[string]interface{}{38 })39 if err != nil {40 panic(err)41 }42 fmt.Println("Document inserted")43}44import (45func main() {46 db, err := gotelemetry.NewTelemetryDB("MONGO_CONNECTION_STRING")47 if err != nil {48 panic(err)49 }50 fmt.Println("Connected to database")51 defer db.Close()52 err = db.CreateCollection("test")53 if err != nil {54 panic(err)55 }56 fmt.Println("Collection created")57 err = db.Insert("test",
NewTelemetryDB
Using AI Code Generation
1func NewTelemetryDB(name string) *mgo.Database {2 session, err := mgo.Dial("localhost")3 if err != nil {4 panic(err)5 }6 session.SetMode(mgo.Monotonic, true)7 return session.DB(name)8}9func NewTelemetryDB(name string) *mgo.Database {10 session, err := mgo.Dial("localhost")11 if err != nil {12 panic(err)13 }14 session.SetMode(mgo.Monotonic, true)15 return session.DB(name)16}17func NewTelemetryDB(name string) *mgo.Database {18 session, err := mgo.Dial("localhost")19 if err != nil {20 panic(err)21 }22 session.SetMode(mgo.Monotonic, true)23 return session.DB(name)24}25func NewTelemetryDB(name string) *mgo.Database {26 session, err := mgo.Dial("localhost")27 if err != nil {28 panic(err)29 }30 session.SetMode(mgo.Monotonic, true)31 return session.DB(name)32}33func NewTelemetryDB(name string) *mgo.Database {34 session, err := mgo.Dial("localhost")35 if err != nil {36 panic(err)37 }
NewTelemetryDB
Using AI Code Generation
1import (2func main() {3 defer session.Close()4 users := session.DB("telemetry").C("users")5 result := struct{ Name string }{}6 err := users.Find(nil).One(&result)7 if err != nil {8 panic(err)9 }10 fmt.Println("User:", result.Name)11}12import (13func main() {14 defer session.Close()15 users := session.DB("telemetry").C("users")16 result := struct{ Name string }{}17 err := users.Find(nil).One(&result)18 if err != nil {19 panic(err)20 }21 fmt.Println("User:", result.Name)22}23import (24func main() {25 defer session.Close()26 users := session.DB("telemetry").C("users")27 result := struct{ Name string }{}28 err := users.Find(nil).One(&result)29 if err != nil {30 panic(err)31 }32 fmt.Println("User:", result.Name)33}34import (35func main() {
Check out the latest blogs from LambdaTest on this topic:
In today’s tech world, where speed is the key to modern software development, we should aim to get quick feedback on the impact of any change, and that is where CI/CD comes in place.
In some sense, testing can be more difficult than coding, as validating the efficiency of the test cases (i.e., the ‘goodness’ of your tests) can be much harder than validating code correctness. In practice, the tests are just executed without any validation beyond the pass/fail verdict. On the contrary, the code is (hopefully) always validated by testing. By designing and executing the test cases the result is that some tests have passed, and some others have failed. Testers do not know much about how many bugs remain in the code, nor about their bug-revealing efficiency.
Having a good web design can empower business and make your brand stand out. According to a survey by Top Design Firms, 50% of users believe that website design is crucial to an organization’s overall brand. Therefore, businesses should prioritize website design to meet customer expectations and build their brand identity. Your website is the face of your business, so it’s important that it’s updated regularly as per the current web design trends.
In my last blog, I investigated both the stateless and the stateful class of model-based testing. Both have some advantages and disadvantages. You can use them for different types of systems, depending on whether a stateful solution is required or a stateless one is enough. However, a better solution is to use an aggregate technique that is appropriate for each system. Currently, the only aggregate solution is action-state testing, introduced in the book Paradigm Shift in Software Testing. This method is implemented in Harmony.
Hey everyone! We hope you had a great Hacktober. At LambdaTest, we thrive to bring you the best with each update. Our engineering and tech teams work at lightning speed to deliver you a seamless testing experience.
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.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!