void SoundCloudCAPI_performMethodWithCallback(SoundCloudCAPI *api,const char* httpMethod,const char *resource,SoundCloudCAPI_Parameter* parameters,int num_params,SoundCloudCAPICallback callback,void *userData)
{
SoundCloudCAPIThread *thread_data=(SoundCloudCAPIThread*)malloc(sizeof(SoundCloudCAPIThread));
thread_data->api=api;
thread_data->callback=callback;
thread_data->callback_data=userData;
thread_data->httpMethod=sc_strdup(httpMethod);
thread_data->error=ConstructStringsForMethod(api,httpMethod,resource,parameters,num_params,&thread_data->url,&thread_data->body,&thread_data->bodylen,&thread_data->header);
#ifndef WIN
pthread_t thread;
pthread_create(&thread,0,SoundCloudCAPI_thread,thread_data);
#else
CreateThread (0,0,SoundCloudCAPI_thread,thread_data,0,0);
#endif
}
void FKG_SetVerbose(BYTE level, const char *filename)
{
if (trace_file != NULL)
{
free(trace_file);
trace_file = NULL;
}
if (filename != NULL)
{
FKG_Trace(trace_level, "Trace file set to %s", filename);
trace_file = sc_strdup(filename);
FKG_Trace(trace_level, "Trace file set to %s", trace_file);
}
trace_level = level;
FKG_Trace(trace_level, "Trace level set to %02X", level);
}
/**f* Fkg485.dll/FKG485_Create
*
* NAME
* FKG485_Create
*
* DESCRIPTION
* Instanciate a new context to communicate with a device (either a
* FunkyGate or a HandyDrummer)
*
* SYNOPSIS
* BOOL FKG485_Create(const char *comm_name, BYTE device_addr, const char *device_name);
*
* INPUTS
* const char *comm_name : the communication port
* BYTE device_addr : the device's address
* const char *device_name : the device's "friendly-name"
*
* RETURNS
* TRUE : success, context created
* FALSE : can't create the context (out of memory or device_name invalid)
*
* SEE ALSO
* FKG485_Start
* FKG485_Destroy
*
**/
FKG485_LIB BOOL FKG485_API FKG485_Create(const char *comm_name, BYTE device_addr, const char *device_name)
{
FKG_DEVICE_CTX_ST *device_ctx = NULL;
FKG485_DEVICE_ST *_device = NULL;
if (device_name != NULL)
{
/* Check the name isn't already in use */
device_ctx = FKG_FindDevice(device_name);
if (device_ctx != NULL)
return FALSE;
}
device_ctx = (FKG_DEVICE_CTX_ST *) calloc(1, sizeof(FKG_DEVICE_CTX_ST));
if (device_ctx == NULL)
goto failed;
if (device_name != NULL)
{
device_ctx->Name = sc_strdup(device_name);
} else
{
char buffer[64];
DWORD i = 1 + FKG_GetDeviceCount();
do
{
sprintf(buffer, "Device %d", i);
} while (FKG_FindDevice(buffer) != NULL);
device_ctx->Name = sc_strdup(buffer);
}
if (device_ctx->Name == NULL)
goto failed;
_device = FKG485_AttachDevice(comm_name, device_addr);
if (_device == NULL)
goto failed;
_device->_device_ctx = device_ctx;
device_ctx->CtxData = _device;
if (!FKG_InsertDevice(device_ctx))
goto failed;
if (FKG_Callbacks.OnStatusChange != NULL)
if (!FKG_Callbacks.OnStatusChange(device_ctx->Name, FKG_STATUS_CREATED))
goto failed;
return TRUE;
failed:
if (_device != NULL)
{
FKG485_DetachDevice(_device);
free(_device);
}
if (device_ctx != NULL)
{
if (device_ctx->Name != NULL)
free(device_ctx->Name);
free(device_ctx);
}
return FALSE;
}
