void TCPClient::sendData(const char* data, std::size_t size, const net::Address& peerAddress)
{
TraceL << "Send data to " << peerAddress << endl;
// Ensure permissions exist for the peer.
if (!hasPermission(peerAddress.host()))
throw std::runtime_error("No permission exists for peer: " + peerAddress.host());
auto conn = connections().get(peerAddress, nullptr);
if (!conn)
throw std::runtime_error("No peer exists for: " + peerAddress.toString());
conn->send(data, size);
}
void UDPAllocation::onPeerDataReceived(void*, const MutableBuffer& buffer, const net::Address& peerAddress)
{
//auto source = reinterpret_cast<net::PacketInfo*>(packet.info);
TraceL << "Received UDP Datagram from " << peerAddress << endl;
if (!hasPermission(peerAddress.host())) {
TraceL << "No Permission: " << peerAddress.host() << endl;
return;
}
updateUsage(buffer.size());
// Check that we have not exceeded out lifetime and bandwidth quota.
if (IAllocation::deleted())
return;
stun::Message message(stun::Message::Indication, stun::Message::DataIndication);
// Try to use the externalIP value for the XorPeerAddress
// attribute to overcome proxy and NAT issues.
std::string peerHost(server().options().externalIP);
if (peerHost.empty()) {
peerHost.assign(peerAddress.host());
assert(0 && "external IP not set");
}
auto peerAttr = new stun::XorPeerAddress;
peerAttr->setAddress(net::Address(peerHost, peerAddress.port()));
message.add(peerAttr);
auto dataAttr = new stun::Data;
dataAttr->copyBytes(bufferCast<const char*>(buffer), buffer.size());
message.add(dataAttr);
//Mutex::ScopedLock lock(_mutex);
TraceL << "Send data indication:"
<< "\n\tFrom: " << peerAddress
<< "\n\tTo: " << _tuple.remote()
//<< "\n\tData: " << std::string(packet.data(), packet.size())
<< endl;
server().udpSocket().sendPacket(message, _tuple.remote());
//net::Address tempAddress("58.7.41.244", _tuple.remote().port());
//server().udpSocket().send(message, tempAddress);
}
