internal void Reset()
{
Dead = false;
Recycled = false;
State = ConnectionState.Disconnected;
Socket = null;
EndPoint = null;
HailStatus = new MessageStatus();
MTUStatus = new MessageStatus();
ConnectionChallenge = 0;
ChallengeDifficulty = 0;
ChallengeAnswer = 0;
LastMessageOut = DateTime.MinValue;
LastMessageIn = DateTime.MinValue;
ConnectionStarted = DateTime.MinValue;
SmoothRoundtrip = 0;
Roundtrip = 500;
LowestRoundtrip = 500;
RoundtripVarience = 0;
HighestRoundtripVarience = 0;
MTU = 0;
HandshakeLastSendTime = DateTime.MinValue;
HandshakeResendAttempts = 0;
HeartbeatChannel.Reset();
Merger.Clear();
PreConnectionChallengeTimestamp = 0;
PreConnectionChallengeCounter = 0;
PreConnectionChallengeIV = 0;
OutgoingPackets = 0;
OutgoingWirePackets = 0;
OutgoingUserBytes = 0;
OutgoingTotalBytes = 0;
OutgoingResentPackets = 0;
OutgoingConfirmedPackets = 0;
IncomingPackets = 0;
IncomingWirePackets = 0;
IncomingUserBytes = 0;
IncomingTotalBytes = 0;
IncomingDuplicatePackets = 0;
IncomingDuplicateTotalBytes = 0;
IncomingDuplicateUserBytes = 0;
}
internal void Release()
{
if (Config.EnableHeartbeats)
{
// Release all memory from the heartbeat channel
HeartbeatChannel.Release();
}
if (Config.EnablePacketMerging)
{
// Try to get one last flush
ArraySegment <byte>?mergedPayload = Merger.TryFlush();
if (mergedPayload != null)
{
SendInternal(mergedPayload.Value, true);
}
// Clean the merger
Merger.Clear();
}
//
// Reset all channels, releasing memory etc
for (int i = 0; i < Channels.Length; i++)
{
if (Channels[i] != null)
{
// Grab a ref to the channel
IChannel channel = Channels[i];
// Set the channel to null. Preventing further polls
Channels[i] = null;
if (Config.ReuseChannels)
{
// Return old channel to pool
Socket.ChannelPool.Return(channel);
}
else
{
// Simply release the memory
channel.Release();
}
}
}
}
