How to use CmpJSONResponse method of tdhttp Package

Best Go-testdeep code snippet using tdhttp.CmpJSONResponse

http_test.go

Source:http_test.go Github

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...250 testTestAPI(t, (*tdhttp.TestAPI).CmpBody, "CmpBody", curTest)251 })252 }253}254func TestCmpJSONResponse(tt *testing.T) {255 handler := http.HandlerFunc(func(w http.ResponseWriter, r *http.Request) {256 w.Header().Add("X-TestDeep", "foobar")257 w.WriteHeader(242)258 fmt.Fprintln(w, `{"name":"Bob"}`)259 })260 type JResp struct {261 Name string `json:"name"`262 }263 t := td.NewT(tt)264 for _, curTest := range []CmpResponseTest{265 // Success266 {267 Name: "JSON OK",268 Handler: handler,269 Success: true,270 ExpectedResp: tdhttp.Response{271 Status: 242,272 Header: http.Header{"X-Testdeep": []string{"foobar"}},273 Body: JResp{Name: "Bob"},274 },275 },276 {277 Name: "JSON ptr OK",278 Handler: handler,279 Success: true,280 ExpectedResp: tdhttp.Response{281 Status: 242,282 Header: http.Header{"X-Testdeep": []string{"foobar"}},283 Body: &JResp{Name: "Bob"},284 },285 },286 // Failure287 {288 Name: "JSON failure",289 Handler: handler,290 Success: false,291 ExpectedResp: tdhttp.Response{292 Body: 123,293 },294 ExpectedLogs: []string{295 `~ Failed test 'body unmarshaling'296\s+unmarshal\(Response\.Body\): should NOT be an error297\s+got: .*cannot unmarshal object into Go value of type int.*298\s+expected: nil`,299 `~ Received response:300\s+\x60(?s:.+?)301\s+302\s+\{"name":"Bob"\}303\s+\x60304`, // check the complete body is shown305 },306 },307 } {308 t.Run(curTest.Name,309 func(t *td.T) {310 testCmpResponse(t, tdhttp.CmpJSONResponse, "CmpJSONResponse", curTest)311 })312 t.Run(curTest.Name+" TestAPI",313 func(t *td.T) {314 testTestAPI(t, (*tdhttp.TestAPI).CmpJSONBody, "CmpJSONBody", curTest)315 })316 }317}318func TestCmpJSONResponseAnchor(tt *testing.T) {319 t := td.NewT(tt)320 handler := http.HandlerFunc(func(w http.ResponseWriter, r *http.Request) {321 w.WriteHeader(242)322 fmt.Fprintln(w, `{"name":"Bob"}`)323 })324 req := httptest.NewRequest("GET", "/path", nil)325 type JResp struct {326 Name string `json:"name"`327 }328 // With *td.T329 tdhttp.CmpJSONResponse(t, req, handler,330 tdhttp.Response{331 Status: 242,332 Body: JResp{333 Name: t.A(td.Re("(?i)bob"), "").(string),334 },335 })336 // With *testing.T337 tdhttp.CmpJSONResponse(tt, req, handler,338 tdhttp.Response{339 Status: 242,340 Body: JResp{341 Name: t.A(td.Re("(?i)bob"), "").(string),342 },343 })344 func() {345 defer t.AnchorsPersistTemporarily()()346 op := t.A(td.Re("(?i)bob"), "").(string)347 // All calls should succeed, as op persists348 tdhttp.CmpJSONResponse(t, req, handler,349 tdhttp.Response{350 Status: 242,351 Body: JResp{Name: op},352 })353 tdhttp.CmpJSONResponse(t, req, handler,354 tdhttp.Response{355 Status: 242,356 Body: JResp{Name: op},357 })358 // Even with the original *testing.T instance (here tt)359 tdhttp.CmpJSONResponse(tt, req, handler,360 tdhttp.Response{361 Status: 242,362 Body: JResp{Name: op},363 })364 }()365 // Failures366 t.FailureIsFatal().False(t.DoAnchorsPersist()) // just to be sure367 mt := td.NewT(tdutil.NewT("tdhttp_persistence_test"))368 op := mt.A(td.Re("(?i)bob"), "").(string)369 // First call should succeed370 t.True(tdhttp.CmpJSONResponse(mt, req, handler,371 tdhttp.Response{372 Status: 242,373 Body: JResp{Name: op},374 }))375 // Second one should fail, as previously anchored operator has been reset376 t.False(tdhttp.CmpJSONResponse(mt, req, handler,377 tdhttp.Response{378 Status: 242,379 Body: JResp{Name: op},380 }))381}382func TestCmpXMLResponse(tt *testing.T) {383 handler := http.HandlerFunc(func(w http.ResponseWriter, r *http.Request) {384 w.Header().Add("X-TestDeep", "foobar")385 w.WriteHeader(242)386 fmt.Fprintln(w, `<XResp><name>Bob</name></XResp>`)387 })388 type XResp struct {389 Name string `xml:"name"`390 }391 t := td.NewT(tt)392 for _, curTest := range []CmpResponseTest{393 // Success394 {395 Name: "XML OK",396 Handler: handler,397 Success: true,398 ExpectedResp: tdhttp.Response{399 Status: 242,400 Header: http.Header{"X-Testdeep": []string{"foobar"}},401 Body: XResp{Name: "Bob"},402 },403 },404 {405 Name: "XML ptr OK",406 Handler: handler,407 Success: true,408 ExpectedResp: tdhttp.Response{409 Status: 242,410 Header: http.Header{"X-Testdeep": []string{"foobar"}},411 Body: &XResp{Name: "Bob"},412 },413 },414 // Failure415 {416 Name: "XML failure",417 Handler: handler,418 Success: false,419 ExpectedResp: tdhttp.Response{420 // xml.Unmarshal does not raise an error when trying to421 // unmarshal in an int, as json does...422 Body: func() {},423 },424 ExpectedLogs: []string{425 `~ Failed test 'body unmarshaling'426\s+unmarshal\(Response\.Body\): should NOT be an error427\s+got: .*unknown type func\(\).*428\s+expected: nil`,429 `~ Received response:430\s+\x60(?s:.+?)431\s+432\s+<XResp><name>Bob</name></XResp>433\s+\x60434`, // check the complete body is shown435 },436 },437 } {438 t.Run(curTest.Name,439 func(t *td.T) {440 testCmpResponse(t, tdhttp.CmpXMLResponse, "CmpXMLResponse", curTest)441 })442 t.Run(curTest.Name+" TestAPI",443 func(t *td.T) {444 testTestAPI(t, (*tdhttp.TestAPI).CmpXMLBody, "CmpXMLBody", curTest)445 })446 }447}448var logsViz = strings.NewReplacer(449 " ", "·",450 "\t", "→",451 "\r", "<cr>",452)453func testLogs(t *td.T, mockT *tdutil.T, curTest CmpResponseTest) {454 t.Helper()455 dumpLogs := !t.Cmp(mockT.Failed(), !curTest.Success, "test failure")456 for _, expectedLog := range curTest.ExpectedLogs {457 if strings.HasPrefix(expectedLog, "~") {458 re := regexp.MustCompile(expectedLog[1:])459 if !re.MatchString(mockT.LogBuf()) {460 t.Errorf(`logs do not match "%s" regexp`, re)461 dumpLogs = true462 }463 } else if !strings.Contains(mockT.LogBuf(), expectedLog) {464 t.Errorf(`"%s" not found in test logs`, expectedLog)465 dumpLogs = true466 }467 }468 if dumpLogs {469 t.Errorf(`Test logs: "%s"`, logsViz.Replace(mockT.LogBuf()))470 }471}472func testCmpResponse(t *td.T,473 cmp func(testing.TB, *http.Request, func(http.ResponseWriter, *http.Request), tdhttp.Response, ...any) bool,474 cmpName string,475 curTest CmpResponseTest,476) {477 t.Helper()478 mockT := tdutil.NewT(cmpName)479 t.Cmp(cmp(mockT,480 httptest.NewRequest("GET", "/path", nil),481 curTest.Handler,482 curTest.ExpectedResp),483 curTest.Success)484 testLogs(t, mockT, curTest)485}486func testTestAPI(t *td.T,487 cmpBody func(*tdhttp.TestAPI, any) *tdhttp.TestAPI,488 cmpName string,489 curTest CmpResponseTest,490) {491 t.Helper()492 mockT := tdutil.NewT(cmpName)493 ta := tdhttp.NewTestAPI(mockT, http.HandlerFunc(curTest.Handler)).494 Get("/path")495 if curTest.ExpectedResp.Status != nil {496 ta.CmpStatus(curTest.ExpectedResp.Status)497 }498 if curTest.ExpectedResp.Header != nil {499 ta.CmpHeader(curTest.ExpectedResp.Header)500 }501 if curTest.ExpectedResp.Cookies != nil {502 ta.CmpCookies(curTest.ExpectedResp.Cookies)503 }504 cmpBody(ta, curTest.ExpectedResp.Body)505 t.Cmp(ta.Failed(), !curTest.Success)506 testLogs(t, mockT, curTest)507}508func TestMux(t *testing.T) {509 mux := http.NewServeMux()510 // GET /text511 mux.HandleFunc("/text", func(w http.ResponseWriter, req *http.Request) {512 if req.Method != "GET" {513 http.NotFound(w, req)514 return515 }516 w.Header().Set("Content-Type", "text/plain")517 w.WriteHeader(http.StatusOK)518 fmt.Fprintf(w, "Text result!")519 })520 // GET /json521 mux.HandleFunc("/json", func(w http.ResponseWriter, req *http.Request) {522 w.Header().Set("Content-Type", "application/json")523 w.WriteHeader(http.StatusOK)524 if req.Method != "GET" {525 fmt.Fprintf(w, `{"code":404,"message":"Not found"}`)526 return527 }528 fmt.Fprintf(w, `{"comment":"JSON result!"}`)529 })530 // GET /xml531 mux.HandleFunc("/xml", func(w http.ResponseWriter, req *http.Request) {532 if req.Method != "GET" {533 http.NotFound(w, req)534 return535 }536 w.Header().Set("Content-Type", "application/xml")537 w.WriteHeader(http.StatusOK)538 fmt.Fprintf(w, `<XResp><comment>XML result!</comment></XResp>`)539 })540 //541 // Check GET /text route542 t.Run("/text route", func(t *testing.T) {543 tdhttp.CmpResponse(t, tdhttp.NewRequest("GET", "/text", nil),544 mux.ServeHTTP,545 tdhttp.Response{546 Status: http.StatusOK,547 Header: td.SuperMapOf(http.Header{548 "Content-Type": []string{"text/plain"},549 }, nil),550 Body: "Text result!",551 },552 "GET /text should return 200 + text/plain + Text result!")553 tdhttp.CmpResponse(t, tdhttp.NewRequest("PATCH", "/text", nil),554 mux.ServeHTTP,555 tdhttp.Response{556 Status: http.StatusNotFound,557 Body: td.Ignore(),558 },559 "PATCH /text should return Not Found")560 t.Run("/text route via CmpResponseFunc", tdhttp.CmpResponseFunc(561 tdhttp.NewRequest("GET", "/text", nil),562 mux.ServeHTTP,563 tdhttp.Response{564 Status: http.StatusOK,565 Header: td.SuperMapOf(http.Header{566 "Content-Type": []string{"text/plain"},567 }, nil),568 Body: "Text result!",569 }))570 t.Run("/text route via CmpMarshaledResponseFunc", tdhttp.CmpMarshaledResponseFunc(571 tdhttp.NewRequest("GET", "/text", nil),572 mux.ServeHTTP,573 func(body []byte, target any) error {574 *target.(*string) = string(body)575 return nil576 },577 tdhttp.Response{578 Status: http.StatusOK,579 Header: td.SuperMapOf(http.Header{580 "Content-Type": []string{"text/plain"},581 }, nil),582 Body: "Text result!",583 }))584 })585 //586 // Check GET /json587 t.Run("/json route", func(t *testing.T) {588 type JResp struct {589 Comment string `json:"comment"`590 }591 tdhttp.CmpJSONResponse(t, tdhttp.NewRequest("GET", "/json", nil),592 mux.ServeHTTP,593 tdhttp.Response{594 Status: http.StatusOK,595 Header: td.SuperMapOf(http.Header{596 "Content-Type": []string{"application/json"},597 }, nil),598 Body: JResp{Comment: "JSON result!"},599 },600 "GET /json should return 200 + application/json + comment=JSON result!")601 tdhttp.CmpJSONResponse(t, tdhttp.NewRequest("GET", "/json", nil),602 mux.ServeHTTP,603 tdhttp.Response{604 Status: http.StatusOK,605 Header: td.SuperMapOf(http.Header{606 "Content-Type": []string{"application/json"},607 }, nil),608 Body: td.Struct(JResp{}, td.StructFields{609 "Comment": td.Contains("result!"),610 }),611 },612 "GET /json should return 200 + application/json + comment=~result!")613 t.Run("/json route via CmpJSONResponseFunc", tdhttp.CmpJSONResponseFunc(614 tdhttp.NewRequest("GET", "/json", nil),615 mux.ServeHTTP,616 tdhttp.Response{617 Status: http.StatusOK,618 Header: td.SuperMapOf(http.Header{619 "Content-Type": []string{"application/json"},620 }, nil),621 Body: JResp{Comment: "JSON result!"},622 }))623 // We expect to receive a specific message, but a complete624 // different one is received (here a Not Found, as PUT is used).625 // In this case, a log message tell us that nothing has been set626 // during unmarshaling AND the received body should be dumped627 t.Run("zeroed body", func(tt *testing.T) {628 t := td.NewT(tt)629 mockT := tdutil.NewT("zeroed_body")630 ok := tdhttp.CmpJSONResponse(mockT,631 tdhttp.NewRequest("PUT", "/json", nil),632 mux.ServeHTTP,633 tdhttp.Response{634 Status: http.StatusOK,635 Header: td.SuperMapOf(http.Header{636 "Content-Type": []string{"application/json"},637 }, nil),638 Body: JResp{Comment: "JSON result!"},639 })640 t.False(ok)641 t.True(mockT.Failed())642 t.Contains(mockT.LogBuf(), "nothing has been set during unmarshaling")643 t.Contains(mockT.LogBuf(), "Received response:")644 })...

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http.go

Source:http.go Github

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...142 },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//291// See [CmpResponse] documentation for details.292//293// See [TestAPI] type and its methods for more flexible tests.294func CmpResponseFunc(req *http.Request,295 handler func(w http.ResponseWriter, r *http.Request),296 expectedResp Response) func(t *testing.T) {297 return func(t *testing.T) {298 t.Helper()299 CmpResponse(t, req, handler, expectedResp)300 }301}302// CmpJSONResponseFunc returns a function ready to be used with303// [testing.T.Run], calling [CmpJSONResponse] behind the scene. As it is304// intended to be used in conjunction with [testing.T.Run] which names305// the sub-test, the test name part (args...) is voluntary omitted.306//307// t.Run("Subtest name", tdhttp.CmpJSONResponseFunc(308// tdhttp.Get("/json"),309// mux.ServeHTTP,310// tdhttp.Response{311// Status: http.StatusOK,312// Body: JResp{Comment: "expected comment!"},313// }))314//315// See [CmpJSONResponse] documentation for details.316//317// See [TestAPI] type and its methods for more flexible tests.318func CmpJSONResponseFunc(req *http.Request,319 handler func(w http.ResponseWriter, r *http.Request),320 expectedResp Response) func(t *testing.T) {321 return func(t *testing.T) {322 t.Helper()323 CmpJSONResponse(t, req, handler, expectedResp)324 }325}326// CmpXMLResponseFunc returns a function ready to be used with327// [testing.T.Run], calling [CmpXMLResponse] behind the scene. As it is328// intended to be used in conjunction with [testing.T.Run] which names329// the sub-test, the test name part (args...) is voluntary omitted.330//331// t.Run("Subtest name", tdhttp.CmpXMLResponseFunc(332// tdhttp.Get("/xml"),333// mux.ServeHTTP,334// tdhttp.Response{335// Status: http.StatusOK,336// Body: JResp{Comment: "expected comment!"},337// }))...

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doc.go

Source:doc.go Github

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...42//43// Historically, it was the only way to test HTTP APIs using44// this package.45//46// ok := tdhttp.CmpJSONResponse(t,47// tdhttp.Get("/person/42"),48// myAPI.ServeHTTP,49// Response{50// Status: http.StatusOK,51// Header: td.ContainsKey("X-Custom-Header"),52// Cookies: td.SuperBagOf(td.Smuggle("Name", "cookie_session")),53// Body: Person{54// ID: 42,55// Name: "Bob",56// Age: 26,57// },58// },59// "/person/{id} route")60//...

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CmpJSONResponse

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1import (2var log = logger.GetLogger("activity-tdhttp")3type MyActivity struct {4}5func NewActivity(metadata *activity.Metadata) activity.Activity {6 return &MyActivity{metadata: metadata}7}8func main() {9 act := NewActivity(tdhttp.NewActivityMetadata())10 tc := act.NewContext(nil)11 tc.SetInput(tdhttp.Method, "GET")12 tc.SetInput(tdhttp.Response, `{"id":1,"name":"Anand","age":30,"salary":10000}`)13 tc.SetInput(tdhttp.ResponseCode, 200)14 err := act.Eval(tc)15 if err != nil {16 fmt.Println(err.Error())17 }18 result := tc.GetOutput(tdhttp.Result).(bool)19 fmt.Println("Result: ", result)20}

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CmpJSONResponse

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 if err != nil {5 panic(err)6 }7 fmt.Println(resp)8 fmt.Println(resp.CmpJSONResponse([]byte(`{"login":"tdakkota"}`)))9}

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CmpJSONResponse

Using AI Code Generation

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1import (2func main() {3 client := tdhttpjson.New(tdhttp.New())4 testingClient := tdhttptestingjson.New(client)5 testingClientCmp := tdhttptestingjsoncmptd.New(testingClient)6 testingClientCmpCmp := tdhttptestingjsoncmptdcmp.New(testingClientCmp)7 testingClientCmpCmp.CmpJSONResponse(tdhttptestingjsoncmptdcmp.CmpJSONResponseOptions{8 Expected: `{"ok": true}`,9 })10 testingClientCmpCmp.CmpJSONResponse(tdhttptestingjsoncmptdcmp.CmpJSONResponseOptions{11 Expected: `{"ok

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CmpJSONResponse

Using AI Code Generation

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1import (2func main() {3 t := tdhttp.New()4 t.SetPath("/get")5 t.SetMethod("GET")6 resp, err := t.Send()7 if err != nil {8 log.Fatalln(err)9 }10 if t.CmpJSONResponse(resp, `{"args":{},"headers":{"Accept-Encoding":"gzip","Connection":"close","User-Agent":"tdhttp"},"origin":"

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CmpJSONResponse

Using AI Code Generation

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1import (2func main() {3 if err != nil {4 log.Fatal(err)5 }6 defer resp.Body.Close()7 body, err := ioutil.ReadAll(resp.Body)8 if err != nil {9 log.Fatal(err)10 }11 fmt.Println(tdhttpobj.CmpJSONResponse(body, `{"data":{"id":2,"email":"

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CmpJSONResponse

Using AI Code Generation

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1import (2func main() {3 var (4 apiURL = flag.String("apiURL", "", "API URL")5 apiMethod = flag.String("apiMethod", "", "API Method")6 apiBody = flag.String("apiBody", "", "API Body")7 apiHeaders = flag.String("apiHeaders", "", "API Headers")8 apiExpected = flag.String("apiExpected", "", "API Expected")9 flag.Parse()10 if *apiURL == "" {11 fmt.Println("API URL is empty")12 os.Exit(1)13 }14 if *apiMethod == "" {15 fmt.Println("API Method is empty")16 os.Exit(1)17 }18 if *apiExpected == "" {19 fmt.Println("API Expected is empty")20 os.Exit(1)21 }22 http := tdhttp.New()23 http.SetURL(*apiURL)24 http.SetMethod(*apiMethod)25 http.SetBody(*apiBody)26 http.SetHeaders(*apiHeaders)27 http.SendRequest()28 apiResponse := http.GetResponse()29 apiStatusCode := http.GetStatusCode()30 if apiStatusCode != 200 {31 fmt.Printf("API Status Code: %v\n", apiStatusCode)32 fmt.Printf("API Response: %v\n", apiResponse)33 os.Exit(1)34 }35 _, filename, _, _ := runtime.Caller(0)36 dir := filepath.Dir(filename)37 expectedResponseFile := filepath.Join(dir, *apiExpected)

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