Files
openapi-generator/samples/client/petstore/tizen/client/SamiPetApi.cpp
Tony Tam abe4980449 rebuilt
2015-10-20 10:30:19 -07:00

465 lines
11 KiB
C++

#include "SamiPetApi.h"
#include "SamiHelpers.h"
#include "SamiError.h"
using namespace Tizen::Base;
namespace Swagger {
SamiPetApi::SamiPetApi() {
}
SamiPetApi::~SamiPetApi() {
}
void
updatePetProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
handler(null, null);
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(error, null);
}
}
void
SamiPetApi::updatePetWithCompletion(SamiPet* body, void(*success)(SamiError*)) {
client = new SamiApiClient();
client->success(&updatePetProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
if(body != null) {
mBody = new String(body->asJson());
headerParams->Add(new String("Content-Type"), new String("application/json"));
}
String url(L"/pet");
client->execute(SamiPetApi::getBasePath(), url, "PUT", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
}
void
addPetProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
handler(null, null);
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(error, null);
}
}
void
SamiPetApi::addPetWithCompletion(SamiPet* body, void(*success)(SamiError*)) {
client = new SamiApiClient();
client->success(&addPetProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
if(body != null) {
mBody = new String(body->asJson());
headerParams->Add(new String("Content-Type"), new String("application/json"));
}
String url(L"/pet");
client->execute(SamiPetApi::getBasePath(), url, "POST", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
}
void
findPetsByStatusProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
ByteBuffer* pBuffer = pHttpResponse->ReadBodyN();
IJsonValue* pJson = JsonParser::ParseN(*pBuffer);
IList* out = new ArrayList();
jsonToValue(out, pJson, L"IList*", L"SamiPet");
if (pJson) {
if (pJson->GetType() == JSON_TYPE_OBJECT) {
JsonObject* pObject = static_cast< JsonObject* >(pJson);
pObject->RemoveAll(true);
}
else if (pJson->GetType() == JSON_TYPE_ARRAY) {
JsonArray* pArray = static_cast< JsonArray* >(pJson);
pArray->RemoveAll(true);
}
handler(out, null);
}
else {
SamiError* error = new SamiError(0, new String(L"No parsable response received"));
handler(null, error);
}
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(null, error);
}
}
IList*
SamiPetApi::findPetsByStatusWithCompletion(IList* status, void (* success)(IList*, SamiError*)) {
client = new SamiApiClient();
client->success(&findPetsByStatusProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
int sz = status->GetCount();
for(int i = 0; i < sz; i++) {
String itemAt = stringify(status->GetAt(i), "String*");
queryParams->Add(new String("status"), new String(itemAt));
}
String* mBody = null;
String url(L"/pet/findByStatus");
client->execute(SamiPetApi::getBasePath(), url, "GET", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
return null;
}
void
findPetsByTagsProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
ByteBuffer* pBuffer = pHttpResponse->ReadBodyN();
IJsonValue* pJson = JsonParser::ParseN(*pBuffer);
IList* out = new ArrayList();
jsonToValue(out, pJson, L"IList*", L"SamiPet");
if (pJson) {
if (pJson->GetType() == JSON_TYPE_OBJECT) {
JsonObject* pObject = static_cast< JsonObject* >(pJson);
pObject->RemoveAll(true);
}
else if (pJson->GetType() == JSON_TYPE_ARRAY) {
JsonArray* pArray = static_cast< JsonArray* >(pJson);
pArray->RemoveAll(true);
}
handler(out, null);
}
else {
SamiError* error = new SamiError(0, new String(L"No parsable response received"));
handler(null, error);
}
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(null, error);
}
}
IList*
SamiPetApi::findPetsByTagsWithCompletion(IList* tags, void (* success)(IList*, SamiError*)) {
client = new SamiApiClient();
client->success(&findPetsByTagsProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
int sz = tags->GetCount();
for(int i = 0; i < sz; i++) {
String itemAt = stringify(tags->GetAt(i), "String*");
queryParams->Add(new String("tags"), new String(itemAt));
}
String* mBody = null;
String url(L"/pet/findByTags");
client->execute(SamiPetApi::getBasePath(), url, "GET", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
return null;
}
void
getPetByIdProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
ByteBuffer* pBuffer = pHttpResponse->ReadBodyN();
IJsonValue* pJson = JsonParser::ParseN(*pBuffer);
SamiPet* out = new SamiPet();
jsonToValue(out, pJson, L"SamiPet*", L"SamiPet");
if (pJson) {
if (pJson->GetType() == JSON_TYPE_OBJECT) {
JsonObject* pObject = static_cast< JsonObject* >(pJson);
pObject->RemoveAll(true);
}
else if (pJson->GetType() == JSON_TYPE_ARRAY) {
JsonArray* pArray = static_cast< JsonArray* >(pJson);
pArray->RemoveAll(true);
}
handler(out, null);
}
else {
SamiError* error = new SamiError(0, new String(L"No parsable response received"));
handler(null, error);
}
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(null, error);
}
}
SamiPet*
SamiPetApi::getPetByIdWithCompletion(Long* petId, void (* success)(SamiPet*, SamiError*)) {
client = new SamiApiClient();
client->success(&getPetByIdProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
String url(L"/pet/{petId}");
String s_petId(L"{");
s_petId.Append(L"petId");
s_petId.Append(L"}");
url.Replace(s_petId, stringify(petId, L"Long*"));
client->execute(SamiPetApi::getBasePath(), url, "GET", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
return null;
}
void
updatePetWithFormProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
handler(null, null);
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(error, null);
}
}
void
SamiPetApi::updatePetWithFormWithCompletion(String* petId, String* name, String* status, void(*success)(SamiError*)) {
client = new SamiApiClient();
client->success(&updatePetWithFormProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
String url(L"/pet/{petId}");
String s_petId(L"{");
s_petId.Append(L"petId");
s_petId.Append(L"}");
url.Replace(s_petId, stringify(petId, L"String*"));
client->execute(SamiPetApi::getBasePath(), url, "POST", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
}
void
deletePetProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
handler(null, null);
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(error, null);
}
}
void
SamiPetApi::deletePetWithCompletion(Long* petId, String* apiKey, void(*success)(SamiError*)) {
client = new SamiApiClient();
client->success(&deletePetProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
headerParams->Add(new String("api_key"), apiKey);
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
String url(L"/pet/{petId}");
String s_petId(L"{");
s_petId.Append(L"petId");
s_petId.Append(L"}");
url.Replace(s_petId, stringify(petId, L"Long*"));
client->execute(SamiPetApi::getBasePath(), url, "DELETE", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
}
void
uploadFileProcessor(HttpResponse* pHttpResponse, void (* handler)(void*, SamiError*)) {
int code = pHttpResponse->GetHttpStatusCode();
if(code >= 200 && code < 300) {
handler(null, null);
}
else {
SamiError* error = new SamiError(code, new String(pHttpResponse->GetStatusText()));
handler(error, null);
}
}
void
SamiPetApi::uploadFileWithCompletion(Long* petId, String* additionalMetadata, SamiFile* file, void(*success)(SamiError*)) {
client = new SamiApiClient();
client->success(&uploadFileProcessor, (void(*)(void*, SamiError*))success);
HashMap* headerParams = new HashMap(SingleObjectDeleter);
headerParams->Construct();
HashMap* queryParams = new HashMap(SingleObjectDeleter);
queryParams->Construct();
String* mBody = null;
String url(L"/pet/{petId}/uploadImage");
String s_petId(L"{");
s_petId.Append(L"petId");
s_petId.Append(L"}");
url.Replace(s_petId, stringify(petId, L"Long*"));
client->execute(SamiPetApi::getBasePath(), url, "POST", (IMap*)queryParams, mBody, (IMap*)headerParams, null, L"application/json");
}
} /* namespace Swagger */