void TCPServer::mapConnection(TCPConnectionPtr const & connPtr)
{
std::string connStr = createConnectionStr(connPtr->remoteIp(), connPtr->remotePort());
#if (((STREAMS_BOOST_VERSION / 100) % 1000) < 53)
streams_boost::mutex::scoped_lock scoped_lock(mutex_);
#else
streams_boost::unique_lock<streams_boost::mutex> scoped_lock(mutex_);
#endif
connMap_[connStr] = connPtr;
}
void TCPServer::handleWrite(SPL::blob & raw, std::string const & ipAddress, uint32_t port)
{
// std::string connStr = broadcastResponse_ ? "" : createConnectionStr(ipAddress, port);
// std::cerr << "writing to: " << connStr << std::endl;
// TCPConnectionWeakPtr connWeakPtr;
// bool connExist = false;
TCPConnectionWeakPtrMap::iterator iter = broadcastResponse_ ? findFirstConnection() : findConnection(createConnectionStr(ipAddress, port));
if(iter == connMap_.end()) {
if(!broadcastResponse_) errorHandler_.handleError(streams_boost::system::error_code(streams_boost::asio::error::connection_aborted), ipAddress, port);
}
else {
AsyncDataItemPtr asyncDataItemPtr = streams_boost::make_shared<AsyncDataItem>(errorHandler_);
asyncDataItemPtr->setData<Format>(raw);
do {
TCPConnectionWeakPtr connWeakPtr = iter->second;
TCPConnectionPtr connPtr = connWeakPtr.lock();
/// Validate existing connection
if (connPtr && connPtr->socket().is_open()) {
uint32_t * numOutstandingWritesPtr = connPtr->getNumOutstandingWritesPtr();
/// Check if client consumes data from a socket
if (*numOutstandingWritesPtr <= maxUnreadResponseCount_) {
__sync_fetch_and_add(numOutstandingWritesPtr, 1);
if(Format == mcts::block) {
async_write(connPtr->socket(), asyncDataItemPtr->getBuffers(),
connPtr->strand().wrap( streams_boost::bind(&AsyncDataItem::handleError, asyncDataItemPtr,
streams_boost::asio::placeholders::error,
connPtr->remoteIp(), connPtr->remotePort(), connWeakPtr)
)
);
}
else {
async_write(connPtr->socket(), asyncDataItemPtr->getBuffer(),
connPtr->strand().wrap( streams_boost::bind(&AsyncDataItem::handleError, asyncDataItemPtr,
streams_boost::asio::placeholders::error,
connPtr->remoteIp(), connPtr->remotePort(), connWeakPtr)
)
);
}
iter++;
}
else {
connPtr->shutdown_conn(makeConnReadOnly_);
if(makeConnReadOnly_) {
iter++;
}
else {
iter = unmapConnection(iter);
}
errorHandler_.handleError(streams_boost::system::error_code(streams_boost::asio::error::would_block), ipAddress, port, connWeakPtr);
}
}
else {
iter = unmapConnection(iter);
}
} while (broadcastResponse_ && (iter != connMap_.end()));
}
}
