void cObserver::SetMemoryID(const String sharedMemoryID)
{
try
{
//Create a shared memory object.
m_SharedMemoryObject = windows_shared_memory(open_only, sharedMemoryID.c_str(), read_write);
//Map the whole shared memory in this process
m_MappedRegion = mapped_region(m_SharedMemoryObject, read_write);
size_t bufferSize = (m_MappedRegion.get_size() - RESERVE_SIZE)/2;
//First we'll set the timestamps and key:
m_ServerTimestamp = (boost::posix_time::ptime *)m_MappedRegion.get_address();
m_ClientTimestamp = (boost::posix_time::ptime *)m_ServerTimestamp + sizeof(boost::posix_time::ptime);
m_Key = (Char *)m_ClientTimestamp + sizeof(boost::posix_time::ptime);
m_BufferSize = (U64 *)(m_Key + sizeof(Char[cEntity::KEY_SIZE_IN_BYTES]));
//Set the buffer pointers to the two halves of the allocated shared memory.
//Note that the outbound and inbound bufferes are the opposite of the server!
//This means that our read buffer is the server's write buffer,
//and our write buffer is the server's read buffer.
U8 *outboundBufferAddress = (U8 *)m_BufferSize + sizeof(U64);
U8 *inboundBufferAddress = outboundBufferAddress + bufferSize;
}
catch(interprocess_exception &ex)
{
shared_memory_object::remove(sharedMemoryID.c_str());
std::cout << ex.what() << std::endl;
}
}
memmap_reader::memmap_reader(int size) {
data_size = size;
//Position
//Memory Mapping
file_mapping m_fileX((const char*)config::posX_data_path.string().c_str(),read_only);
m_regionX = mapped_region(m_fileX, read_only,0,data_size * sizeof(double));
file_mapping m_fileY((const char*)config::posY_data_path.string().c_str(),read_only);
m_regionY = mapped_region(m_fileY, read_only,0,data_size * sizeof(double));
file_mapping m_fileZ((const char*)config::posZ_data_path.string().c_str(),read_only);
m_regionZ = mapped_region(m_fileZ, read_only,0,data_size * sizeof(double));
//Set Position Data
posX_data = (double *)m_regionX.get_address();
posY_data = (double *)m_regionY.get_address();
posZ_data = (double *)m_regionZ.get_address();
//Size
//Memory Mapping
file_mapping m_file2((const char*)config::siz_data_path.string().c_str(),read_only);
m_region2 = mapped_region(m_file2, read_only,0,data_size * sizeof(double));
//Set Position Data
size_data = (double *)m_region2.get_address();
//Rotation
//Memory Mapping
file_mapping m_fileP((const char*)config::rotP_data_path.string().c_str(),read_only);
m_regionP = mapped_region(m_fileP, read_only,0,data_size * sizeof(double));
//Set Position Data
rotP_data = (double *)m_regionP.get_address();
file_mapping m_fileQ((const char*)config::rotQ_data_path.string().c_str(),read_only);
m_regionQ = mapped_region(m_fileQ, read_only,0,data_size * sizeof(double));
//Set Position Data
rotQ_data = (double *)m_regionQ.get_address();
file_mapping m_fileR((const char*)config::rotR_data_path.string().c_str(),read_only);
m_regionR = mapped_region(m_fileR, read_only,0,data_size * sizeof(double));
//Set Position Data
rotR_data = (double *)m_regionR.get_address();
}
