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(C) Isabel Connect Create Access Token given Valid Refresh TokenSee more Ibanity ExamplesCreate (refresh) an access token given a valid refresh token. For more information, see https://documentation.ibanity.com/isabel-connect/api#create-access-token
#include <C_CkHttp.h> #include <C_CkCert.h> #include <C_CkHttpRequest.h> #include <C_CkJsonObject.h> #include <C_CkCrypt2.h> #include <C_CkHttpResponse.h> #include <C_CkStringBuilder.h> void ChilkatSample(void) { HCkHttp http; HCkCert cert; BOOL success; HCkHttpRequest req; HCkJsonObject jsonToken; HCkCrypt2 crypt; const char *idempotencyKey; HCkHttpResponse resp; HCkStringBuilder sbResponseBody; HCkJsonObject jResp; int respStatusCode; const char *token_type; const char *scope; int expires_in; const char *access_token; // This example assumes the Chilkat API to have been previously unlocked. // See Global Unlock Sample for sample code. http = CkHttp_Create(); // Implements the following CURL command: // curl -X POST https://api.ibanity.com/isabel-connect/oauth2/token \ // --cert certificate.pem:qwertyuiop1 \ // --key private_key.pem \ // -H "Content-Type: application/x-www-form-urlencoded" \ // -H "Accept: application/vnd.api+json" \ // -H "Ibanity-Idempotency-Key: 94c5586e-e15e-4bae-a1fe-fdbefe1f11d3" \ // -d grant_type=refresh_token \ // -d refresh_token=valid_refresh_token \ // -d client_id=valid_client_id \ // -d client_secret=valid_client_secret // Ibanity provides the certificate + private key in PFX format. This example will use the .pfx instead of the pair of PEM files. // (It is also possible to implement using Chilkat with the PEM files, but PFX is easier.) cert = CkCert_Create(); success = CkCert_LoadPfxFile(cert,"qa_data/pfx/my_ibanity_certificate.pfx","my_pfx_password"); if (success == FALSE) { printf("%s\n",CkCert_lastErrorText(cert)); CkHttp_Dispose(http); CkCert_Dispose(cert); return; } success = CkHttp_SetSslClientCert(http,cert); if (success == FALSE) { printf("%s\n",CkHttp_lastErrorText(http)); CkHttp_Dispose(http); CkCert_Dispose(cert); return; } req = CkHttpRequest_Create(); CkHttpRequest_putHttpVerb(req,"POST"); CkHttpRequest_putPath(req,"/isabel-connect/oauth2/token"); CkHttpRequest_putContentType(req,"application/x-www-form-urlencoded"); CkHttpRequest_AddParam(req,"grant_type","refresh_token"); // Load the previously obtained refresh token. jsonToken = CkJsonObject_Create(); success = CkJsonObject_LoadFile(jsonToken,"qa_data/tokens/isabel_refresh_token.json"); if (success == FALSE) { printf("No existing access token.\n"); CkHttp_Dispose(http); CkCert_Dispose(cert); CkHttpRequest_Dispose(req); CkJsonObject_Dispose(jsonToken); return; } CkHttpRequest_AddParam(req,"refresh_token",CkJsonObject_stringOf(jsonToken,"refresh_token")); // Note: For sandbox testing, we literally want to use the strings // "valid_client_id", and "valid_client_secret". // For the live app, you would replace these with actual values. CkHttpRequest_AddParam(req,"client_id","valid_client_id"); CkHttpRequest_AddParam(req,"client_secret","valid_client_secret"); CkHttpRequest_AddHeader(req,"Accept","application/vnd.api+json"); crypt = CkCrypt2_Create(); idempotencyKey = CkCrypt2_generateUuid(crypt); printf("Ibanity-Idempotency-Key: %s\n",idempotencyKey); CkHttpRequest_AddHeader(req,"Ibanity-Idempotency-Key",idempotencyKey); resp = CkHttp_PostUrlEncoded(http,"https://api.ibanity.com/isabel-connect/oauth2/token",req); if (CkHttp_getLastMethodSuccess(http) == FALSE) { printf("%s\n",CkHttp_lastErrorText(http)); CkHttp_Dispose(http); CkCert_Dispose(cert); CkHttpRequest_Dispose(req); CkJsonObject_Dispose(jsonToken); CkCrypt2_Dispose(crypt); return; } sbResponseBody = CkStringBuilder_Create(); CkHttpResponse_GetBodySb(resp,sbResponseBody); jResp = CkJsonObject_Create(); CkJsonObject_LoadSb(jResp,sbResponseBody); CkJsonObject_putEmitCompact(jResp,FALSE); printf("Response Body:\n"); printf("%s\n",CkJsonObject_emit(jResp)); respStatusCode = CkHttpResponse_getStatusCode(resp); printf("Response Status Code = %d\n",respStatusCode); if (respStatusCode >= 400) { printf("Response Header:\n"); printf("%s\n",CkHttpResponse_header(resp)); printf("Failed.\n"); CkHttpResponse_Dispose(resp); CkHttp_Dispose(http); CkCert_Dispose(cert); CkHttpRequest_Dispose(req); CkJsonObject_Dispose(jsonToken); CkCrypt2_Dispose(crypt); CkStringBuilder_Dispose(sbResponseBody); CkJsonObject_Dispose(jResp); return; } CkHttpResponse_Dispose(resp); // Sample JSON response: // (Sample code for parsing the JSON response is shown below) // Notice that we don't get a new refresh token. The original refresh token is used each time we // want to refresh. However, we get a new access token. This access token is to be used in Isabel API calls // until we need to refresh again. // { // "token_type": "Bearer", // "scope": "cloudconnect", // "expires_in": 1799, // "access_token": "access_token_1603365408" // } // Sample code for parsing the JSON response... // Use the following online tool to generate parsing code from sample JSON: // Generate Parsing Code from JSON token_type = CkJsonObject_stringOf(jResp,"token_type"); scope = CkJsonObject_stringOf(jResp,"scope"); expires_in = CkJsonObject_IntOf(jResp,"expires_in"); access_token = CkJsonObject_stringOf(jResp,"access_token"); // Save this to a file so we can load in other examples to include the access token in the HTTP request. success = CkJsonObject_WriteFile(jResp,"qa_data/tokens/isabel_access_token.json"); CkHttp_Dispose(http); CkCert_Dispose(cert); CkHttpRequest_Dispose(req); CkJsonObject_Dispose(jsonToken); CkCrypt2_Dispose(crypt); CkStringBuilder_Dispose(sbResponseBody); CkJsonObject_Dispose(jResp); } |
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