public bool Send(int connectionId, byte[] buf, int offset, int size, bool encrypt = true)
{
if (m_PeerManager.TryGetValue(connectionId, out PeerEntry peer))
{
SendImpl(peer, buf, offset, size, encrypt);
return(true);
}
return(false);
}
public void HandshakeAccept(PeerToPeerRequest packet, IPEndPoint remoteEP)
{
if (!m_PeerManager.TryGetValue(packet.ConnectionId, out var peer))
{
int nonce = Random.GenInt();
var randamKey = m_RandamKey ?? GetPeerRandamKey(packet.ConnectionId);
var key = new EncryptorKey(packet, randamKey, nonce);
var encryptor = m_EncryptorGenerator.Generate(in key);
peer = new PeerEntry(packet.ConnectionId, nonce, encryptor, remoteEP);
m_PeerManager.Add(peer);
m_Connection.SendPeerToPeerList();
}
if (m_Connection.TryGetPeerToPeerList(out var list))
{
var size = new PeerToPeerAccept(m_Connection.SelfId, peer.ClientConnectionId, list).Pack(m_Connection.m_SendBuffer, peer.Encryptor);
m_Connection.m_Socket.Send(m_Connection.m_SendBuffer, 0, size, remoteEP);
}
else
{
var size = new PeerToPeerAccept(m_Connection.SelfId, peer.ClientConnectionId).Pack(m_Connection.m_SendBuffer, peer.Encryptor);
m_Connection.m_Socket.Send(m_Connection.m_SendBuffer, 0, size, remoteEP);
}
RemoveTask(packet.ConnectionId);
}