How to use CmpMarshaledResponse method of tdhttp Package

Best Go-testdeep code snippet using tdhttp.CmpMarshaledResponse

http.go

Source:http.go

...60		ta.cmpMarshaledBody(acceptEmptyBody, unmarshal, expectedResp.Body)61	}62	return !ta.Failed()63}64// CmpMarshaledResponse is the base function used by some others in65// tdhttp package. req is launched against handler. The response body66// is unmarshaled using unmarshal. The response is then tested against67// expectedResp.68//69// args... are optional and allow to name the test, a t.Log() done70// before starting any test. If len(args) > 1 and the first item of71// args is a string and contains a '%' rune then [fmt.Fprintf] is used72// to compose the name, else args are passed to [fmt.Fprint].73//74// It returns true if the tests succeed, false otherwise.75//76// See [TestAPI] type and its methods for more flexible tests.77func CmpMarshaledResponse(t testing.TB,78	req *http.Request,79	handler func(w http.ResponseWriter, r *http.Request),80	unmarshal func([]byte, any) error,81	expectedResp Response,82	args ...any,83) bool {84	t.Helper()85	return cmpMarshaledResponse(t, req, handler, false, unmarshal, expectedResp, args...)86}87// CmpResponse is used to match a []byte or string response body. req88// is launched against handler. If expectedResp.Body is non-nil, the89// response body is converted to []byte or string, depending on the90// expectedResp.Body type. The response is then tested against91// expectedResp.92//93// args... are optional and allow to name the test, a t.Log() done94// before starting any test. If len(args) > 1 and the first item of95// args is a string and contains a '%' rune then [fmt.Fprintf] is used96// to compose the name, else args are passed to [fmt.Fprint].97//98// It returns true if the tests succeed, false otherwise.99//100//	ok := tdhttp.CmpResponse(t,101//	  tdhttp.Get("/test"),102//	  myAPI.ServeHTTP,103//	  Response{104//	    Status: http.StatusOK,105//	    Header: td.ContainsKey("X-Custom-Header"),106//	    Body:   "OK!\n",107//	  },108//	  "/test route")109//110// Response.Status, Response.Header and Response.Body fields can all111// be [td.TestDeep] operators as it is for Response.Header field112// here. Otherwise, Response.Status should be an int, Response.Header113// a [http.Header] and Response.Body a []byte or a string.114//115// See [TestAPI] type and its methods for more flexible tests.116func CmpResponse(t testing.TB,117	req *http.Request,118	handler func(w http.ResponseWriter, r *http.Request),119	expectedResp Response,120	args ...any) bool {121	t.Helper()122	return cmpMarshaledResponse(t,123		req,124		handler,125		true,126		func(body []byte, target any) error {127			switch t := target.(type) {128			case *string:129				*t = string(body)130			case *[]byte:131				*t = body132			case *any:133				*t = body134			default:135				// cmpMarshaledBody (behind cmpMarshaledResponse) always calls136				// us with target as a pointer137				return fmt.Errorf(138					"CmpResponse only accepts expectedResp.Body be a []byte, a string or a TestDeep operator allowing to match these types, but not type %s",139					reflect.TypeOf(target).Elem())140			}141			return nil142		},143		expectedResp,144		args...)145}146// CmpJSONResponse is used to match a JSON response body. req is147// launched against handler. If expectedResp.Body is non-nil, the148// response body is [json.Unmarshal]'ed. The response is then tested149// against expectedResp.150//151// args... are optional and allow to name the test, a t.Log() done152// before starting any test. If len(args) > 1 and the first item of153// args is a string and contains a '%' rune then [fmt.Fprintf] is used154// to compose the name, else args are passed to [fmt.Fprint].155//156// It returns true if the tests succeed, false otherwise.157//158//	ok := tdhttp.CmpJSONResponse(t,159//	  tdhttp.Get("/person/42"),160//	  myAPI.ServeHTTP,161//	  Response{162//	    Status: http.StatusOK,163//	    Header: td.ContainsKey("X-Custom-Header"),164//	    Body:   Person{165//	      ID:   42,166//	      Name: "Bob",167//	      Age:  26,168//	    },169//	  },170//	  "/person/{id} route")171//172// Response.Status, Response.Header and Response.Body fields can all173// be [td.TestDeep] operators as it is for Response.Header field174// here. Otherwise, Response.Status should be an int, Response.Header175// a [http.Header] and Response.Body any type one can176// [json.Unmarshal] into.177//178// If Response.Status and Response.Header are omitted (or nil), they179// are not tested.180//181// If Response.Body is omitted (or nil), it means the body response has to be182// empty. If you want to ignore the body response, use [td.Ignore]183// explicitly.184//185// See [TestAPI] type and its methods for more flexible tests.186func CmpJSONResponse(t testing.TB,187	req *http.Request,188	handler func(w http.ResponseWriter, r *http.Request),189	expectedResp Response,190	args ...any,191) bool {192	t.Helper()193	return CmpMarshaledResponse(t,194		req,195		handler,196		json.Unmarshal,197		expectedResp,198		args...)199}200// CmpXMLResponse is used to match an XML response body. req201// is launched against handler. If expectedResp.Body is202// non-nil, the response body is [xml.Unmarshal]'ed. The response is203// then tested against expectedResp.204//205// args... are optional and allow to name the test, a t.Log() done206// before starting any test. If len(args) > 1 and the first item of207// args is a string and contains a '%' rune then [fmt.Fprintf] is used208// to compose the name, else args are passed to [fmt.Fprint].209//210// It returns true if the tests succeed, false otherwise.211//212//	ok := tdhttp.CmpXMLResponse(t,213//	  tdhttp.Get("/person/42"),214//	  myAPI.ServeHTTP,215//	  Response{216//	    Status: http.StatusOK,217//	    Header: td.ContainsKey("X-Custom-Header"),218//	    Body:   Person{219//	      ID:   42,220//	      Name: "Bob",221//	      Age:  26,222//	    },223//	  },224//	  "/person/{id} route")225//226// Response.Status, Response.Header and Response.Body fields can all227// be [td.TestDeep] operators as it is for Response.Header field228// here. Otherwise, Response.Status should be an int, Response.Header229// a [http.Header] and Response.Body any type one can [xml.Unmarshal]230// into.231//232// If Response.Status and Response.Header are omitted (or nil), they233// are not tested.234//235// If Response.Body is omitted (or nil), it means the body response236// has to be empty. If you want to ignore the body response, use237// [td.Ignore] explicitly.238//239// See [TestAPI] type and its methods for more flexible tests.240func CmpXMLResponse(t testing.TB,241	req *http.Request,242	handler func(w http.ResponseWriter, r *http.Request),243	expectedResp Response,244	args ...any,245) bool {246	t.Helper()247	return CmpMarshaledResponse(t,248		req,249		handler,250		xml.Unmarshal,251		expectedResp,252		args...)253}254// CmpMarshaledResponseFunc returns a function ready to be used with255// [testing.T.Run], calling [CmpMarshaledResponse] behind the scene. As it256// is intended to be used in conjunction with [testing.T.Run] which257// names the sub-test, the test name part (args...) is voluntary258// omitted.259//260//	t.Run("Subtest name", tdhttp.CmpMarshaledResponseFunc(261//	  tdhttp.Get("/text"),262//	  mux.ServeHTTP,263//	  tdhttp.Response{264//	    Status: http.StatusOK,265//	  }))266//267// See [CmpMarshaledResponse] for details.268//269// See [TestAPI] type and its methods for more flexible tests.270func CmpMarshaledResponseFunc(req *http.Request,271	handler func(w http.ResponseWriter, r *http.Request),272	unmarshal func([]byte, any) error,273	expectedResp Response) func(t *testing.T) {274	return func(t *testing.T) {275		t.Helper()276		CmpMarshaledResponse(t, req, handler, unmarshal, expectedResp)277	}278}279// CmpResponseFunc returns a function ready to be used with280// [testing.T.Run], calling [CmpResponse] behind the scene. As it is281// intended to be used in conjunction with [testing.T.Run] which names282// the sub-test, the test name part (args...) is voluntary omitted.283//284//	t.Run("Subtest name", tdhttp.CmpResponseFunc(285//	  tdhttp.Get("/text"),286//	  mux.ServeHTTP,287//	  tdhttp.Response{288//	    Status: http.StatusOK,289//	  }))290//...

CmpMarshaledResponse

Using AI Code Generation

1import (2func main() {3	err := shim.Start(new(Chaincode))4	if err != nil {5		fmt.Printf("Error starting Chaincode: %s", err)6	}7}8type Chaincode struct {9}10func (t *Chaincode) Init(stub shim.ChaincodeStubInterface) pb.Response {11	return shim.Success(nil)12}13func (t *Chaincode) Invoke(stub shim.ChaincodeStubInterface) pb.Response {14	function, args := stub.GetFunctionAndParameters()15	if function == "invoke" {16		return t.invoke(stub, args)17	} else if function == "delete" {18		return t.delete(stub, args)19	} else if function == "query" {20		return t.invoke(stub, args)21	}22	return shim.Error("Invalid invoke function name. Expecting \"invoke\" \"delete\" \"query\"")23}24func (t *Chaincode) invoke(stub shim.ChaincodeStubInterface, args []string) pb.Response {25	if len(args) != 4 {26		return shim.Error("Incorrect number of arguments. Expecting 4")27	}

CmpMarshaledResponse

Using AI Code Generation

1import (2func main() {3	tdhttp.CmpMarshaledResponse()4	fmt.Println("Hello World!")5}6import (7func main() {8	tdhttp.CmpMarshaledResponse()9	fmt.Println("Hello World!")10}11import (12func main() {13	tdhttp.CmpMarshaledResponse()14	fmt.Println("Hello World!")15}16import (17func main() {18	tdhttp.CmpMarshaledResponse()19	fmt.Println("Hello World!")20}21import (22func main() {23	tdhttp.CmpMarshaledResponse()24	fmt.Println("Hello World!")25}26import (27func main() {28	tdhttp.CmpMarshaledResponse()29	fmt.Println("Hello World!")30}31import (32func main() {33	tdhttp.CmpMarshaledResponse()34	fmt.Println("Hello World!")35}36import (37func main() {38	tdhttp.CmpMarshaledResponse()39	fmt.Println("Hello World!")40}41import (42func main() {43	tdhttp.CmpMarshaledResponse()44	fmt.Println("Hello World!")45}

CmpMarshaledResponse

Using AI Code Generation

1import (2func main() {3    var tdhttp = tdhttp.New()4    var resp1 = `{"a":1,"b":2}`5    var resp2 = `{"b":2,"a":1}`6    var resp3 = `{"a":1,"b":2,"c":3}`7    var resp4 = `{"a":1,"b":2}`8}9import (10func main() {11    var tdhttp = tdhttp.New()12    var resp1 = `{"a":1,"b":2}`13    var resp2 = `{"b":2,"a":1}`14    var resp3 = `{"a":1,"b":2,"c":3}`15    var resp4 = `{"a":1,"b":2}`16}17import (18func main() {19    var tdhttp = tdhttp.New()20    var resp1 = `{"a":1,"b":2}`21    var resp2 = `{"b":2,"a":1}`22    var resp3 = `{"a":1,"b":2,"c":3}`23    var resp4 = `{"a":1,"b":2

CmpMarshaledResponse

Using AI Code Generation

1import (2func main() {3	tdhttp.CmpMarshaledResponse("test1", "test2")4}5import (6func main() {7	tdhttp.CmpMarshaledResponse("test1", "test2")8}9import (10func main() {11	tdhttp.CmpMarshaledResponse("test1", "test2")12}13import (14func main() {15	tdhttp.CmpMarshaledResponse("test1", "test2")16}17import (18func main() {19	tdhttp.CmpMarshaledResponse("test1", "test2")20}21import (22func main() {23	tdhttp.CmpMarshaledResponse("test1", "test2")24}25import (26func main() {27	tdhttp.CmpMarshaledResponse("test1", "test2")28}29import (30func main() {31	tdhttp.CmpMarshaledResponse("test1", "test2")32}33import (

CmpMarshaledResponse

Using AI Code Generation

1import (2type tdhttp struct {3}4func (t tdhttp) CmpMarshaledResponse() {5	fmt.Println("cmp marshaled response")6}7func main() {8	fmt.Println("hello world")9}10import (11type tdhttp struct {12}13func (t tdhttp) CmpMarshaledResponse() {14	fmt.Println("cmp marshaled response")15}16func main() {17	fmt.Println("hello world")18}19import (20type tdhttp struct {21}22func (t tdhttp) CmpMarshaledResponse() {23	fmt.Println("cmp marshaled response")24}25func main() {26	fmt.Println("hello world")27}28import (29type tdhttp struct {30}31func (t tdhttp) CmpMarshaledResponse() {32	fmt.Println("cmp marshaled response")33}34func main() {35	fmt.Println("hello world")36}37import (38type tdhttp struct {39}40func (t tdhttp) CmpMarshaledResponse() {41	fmt.Println("cmp marshaled response")42}43func main() {44	fmt.Println("hello world")45}46import (47type tdhttp struct {48}49func (t tdhttp) CmpMarshaledResponse() {50	fmt.Println("cmp marshaled

CmpMarshaledResponse

Using AI Code Generation

1import (2func main() {3	if err != nil {4		fmt.Println("Error in getting response")5	} else {6		td := tdhttp.Tdhttp{}7		td.CmpMarshaledResponse(resp, "test1.json")8	}9	if err != nil {10		fmt.Println("Error in getting response")11	} else {12		td := tdhttp.Tdhttp{}13		td.CmpMarshaledResponse(resp, "test2.json")14	}15}16import (17func main() {18	if err != nil {19		fmt.Println("Error in getting response")20	} else {21		td := tdhttp.Tdhttp{}22		td.CmpMarshaledResponse(resp, "test1.json")23	}24	if err != nil {25		fmt.Println("Error in getting response")26	} else {27		td := tdhttp.Tdhttp{}28		td.CmpMarshaledResponse(resp, "test2.json")29	}30}31import (32func main() {

CmpMarshaledResponse

Using AI Code Generation

1import (2func TestHttp(t *testing.T) {3	tdhttp := tdhttp.NewTDHttp()4	tdhttp.SetRequestMethod("GET")5	tdhttp.SetRequestHeaders("Accept: text/html")6	tdhttp.SetRequestBody("")7	tdhttp.SetExpectedResponse("")8	tdhttp.SetExpectedStatusCode("200")9	tdhttp.SetExpectedResponseHeaders("")10	tdhttp.SetExpectedResponseBody("")11	tdhttp.SetNumberOfRequest("1")12	tdhttp.SetRequestTimeout("10")13	tdhttp.SetRequestDelay("0")14	tdhttp.SetResponseFile("Response.txt")15	tdhttp.SetResponseHeadersFile("ResponseHeaders.txt")16	tdhttp.SetResponseBodyFile("ResponseBody.txt")17	tdhttp.SetResponseStatusCodeFile("ResponseStatusCode.txt")18	tdhttp.SetMarshaledResponseFile("MarshaledResponse.txt")

Automation Testing Tutorials

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.