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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")

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