// --------------------------------------------------------------------------
//! give a unsigned int if exist and if is of the good type, else return false
// --------------------------------------------------------------------------
bool XipTreeRequestReceiver::getUniqueUIntElement(short IdElement, unsigned int &content)
{
char * res = getElementContent(IdElement, sizeof(unsigned int));
if(res)
{
content = *((unsigned int *)res);
return true;
}
return false;
}
// --------------------------------------------------------------------------
//! give a double if exist and if is of the good type, else return false
// --------------------------------------------------------------------------
bool XipTreeRequestReceiver::getUniqueDoubleElement(short IdElement, double &content)
{
char * res = getElementContent(IdElement, sizeof(double));
if(res)
{
content = *((double *)res);
return true;
}
return false;
}
// --------------------------------------------------------------------------
//! give a float if exist and if is of the good type, else return false
// --------------------------------------------------------------------------
bool XipTreeRequestReceiver::getUniqueFloatElement(short IdElement, float &content)
{
char * res = getElementContent(IdElement, sizeof(float));
if(res)
{
content = *((float *)res);
return true;
}
return false;
}
// --------------------------------------------------------------------------
//! give a bool if exist and if is of the good type, else return false
// --------------------------------------------------------------------------
bool XipTreeRequestReceiver::getUniqueBoolElement(short IdElement, bool &content)
{
char * res = getElementContent(IdElement, sizeof(bool));
if(res)
{
content = *((bool *)res);
return true;
}
return false;
}
void configurePCPtoTCMappings(char* url, unsigned short pcpToTcMappingTable[], unsigned short tableSize)
{
MemoryStruct httpPutBody;
MemoryStruct httpResponseBody;
MemoryStruct httpResponseHeaders;
httpPutBody.data = createRequestBody1(pcpToTcMappingTable, tableSize);
httpPutBody.size = strlen(httpPutBody.data);
httpPutBody.bytesCopied = 0;
httpPutBody.bytesRemaining = httpPutBody.size;
printf("requestBody:\n\n%s\n", httpPutBody.data);
printf("getElementContent:\n");
char* element = getElementContent(&httpPutBody, "ns0:priority");
printf("getElementContent: returned %s\n", element);
free(element);
printf("getElementContent2:\n");
char* element2 = getElementContent2(&httpPutBody, "ns0:priority");
printf("getElementContent2: returned %s\n", element2);
free(element2);
/*
httpPutBody.size = strlen(httpPutBody.data);
httpPutBody.bytesCopied = 0;
httpPutBody.bytesRemaining = httpPutBody.size;
httpResponseBody.data = malloc(1);
httpResponseBody.size = 0;
httpResponseHeaders.data = malloc(1);
httpResponseHeaders.size = 0;
//printf("requestBody:\n\n%s\n", requestBody);
httpPut(NULL, url, &httpPutBody, &httpResponseBody, &httpResponseHeaders);
*/
free(httpPutBody.data);
//free(httpResponseBody.data);
//free(httpResponseHeaders.data);
}
string Configurable::getElementContent(Configurator&c, const char * key, const xmlNode * node)
{
return getElementContent(c.doc, key,node);
}
