public NetConnection()
{
TypeFlags = new BitSet();
ConnectionParameters = new ConnectionParameters();
InitialSendSeq = RandomUtil.ReadI();
RandomUtil.Read(ConnectionParameters.Nonce.Data, Nonce.NonceSize);
SimulatedLatency = 0;
SimulatedPacketLoss = 0.0f;
LastPacketRecvTime = 0;
LastUpdateTime = 0;
RoundTripTime = 0.0f;
SendDelayCredit = 0;
ConnectionState = NetConnectionState.NotConnected;
NotifyQueueHead = null;
NotifyQueueTail = null;
LocalRate = new NetRate
{
MaxRecvBandwidth = DefaultFixedBandwidth,
MaxSendBandwidth = DefaultFixedBandwidth,
MinPacketRecvPeriod = DefaultFixedSendPeriod,
MinPacketSendPeriod = DefaultFixedSendPeriod
};
RemoteRate = LocalRate;
ConnectLastSendTime = 0;
LocalRateChanged = true;
// ReSharper disable DoNotCallOverridableMethodsInConstructor
ComputeNegotiatedRate();
// ReSharper restore DoNotCallOverridableMethodsInConstructor
PingSendCount = 0;
LastPingSendTime = 0;
LastSeqRecvd = 0;
HighestAckedSeq = InitialSendSeq;
LastSendSeq = InitialSendSeq;
AckMask = new uint[MaxAckMaskSize];
AckMask[0] = 0;
LastRecvAckAck = 0;
Cwnd = 2;
SSThresh = 30;
LastSeqRecvdAck = 0;
PingTimeout = DefaultPingTimeout;
PingRetryCount = DefaultPingRetryCount;
//StringTable = null;
NumNotifies = 0;
LastSeqRecvdAtSend = new uint[MaxPacketWindowSize];
}
public void Update(NetRate c)
{
if (prev[0][0] != -1 && prev[0][1] != -1)
{
downloadSpeed_wan = (((c.int_rx < prev[0][0]) ? (c.int_rx + (0xFFFFFFFF - prev[0][0])) : (c.int_rx - prev[0][0])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
uploadSpeed_wan = (((c.int_tx < prev[0][1]) ? (c.int_tx + (0xFFFFFFFF - prev[0][1])) : (c.int_tx - prev[0][1])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
}
prev[0][0] = c.int_rx;
prev[0][1] = c.int_tx;
if (downloadSpeed_wan < 1024)
{
downloadSpeed_wan_str = Math.Ceiling(downloadSpeed_wan) + " KB/s";
}
else
{
downloadSpeed_wan_str = (downloadSpeed_wan / 1024).ToString("f2") + " MB/s";
}
if (uploadSpeed_wan < 1024)
{
uploadSpeed_wan_str = Math.Ceiling(uploadSpeed_wan) + " KB/s";
}
else
{
uploadSpeed_wan_str = (uploadSpeed_wan / 1024).ToString("f2") + " MB/s";
}
if (prev[1][0] != -1 && prev[1][1] != -1)
{
downloadSpeed_wl2g = (((c.wl2g_rx < prev[1][0]) ? (c.wl2g_rx + (0xFFFFFFFF - prev[1][0])) : (c.wl2g_rx - prev[1][0])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
uploadSpeed_wl2g = (((c.wl2g_tx < prev[1][1]) ? (c.wl2g_tx + (0xFFFFFFFF - prev[1][1])) : (c.wl2g_tx - prev[1][1])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
}
prev[1][0] = c.wl2g_rx;
prev[1][1] = c.wl2g_tx;
if (downloadSpeed_wl2g < 1024)
{
downloadSpeed_wl2g_str = Math.Ceiling(downloadSpeed_wl2g) + " KB/s";
}
else
{
downloadSpeed_wl2g_str = (downloadSpeed_wl2g / 1024).ToString("f2") + " MB/s";
}
if (uploadSpeed_wl2g < 1024)
{
uploadSpeed_wl2g_str = Math.Ceiling(uploadSpeed_wl2g) + " KB/s";
}
else
{
uploadSpeed_wl2g_str = (uploadSpeed_wl2g / 1024).ToString("f2") + " MB/s";
}
if (prev[2][0] != -1 && prev[2][1] != -1)
{
downloadSpeed_wl5g = (((c.wl5g_rx < prev[2][0]) ? (c.wl5g_rx + (0xFFFFFFFF - prev[2][0])) : (c.wl5g_rx - prev[2][0])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
uploadSpeed_wl5g = (((c.wl5g_tx < prev[2][1]) ? (c.wl5g_tx + (0xFFFFFFFF - prev[2][1])) : (c.wl5g_tx - prev[2][1])) / 1024.0 / (DateTime.Now.CurrentTimeMillis() - timestamp) * 1000.0);
}
prev[2][0] = c.wl5g_rx;
prev[2][1] = c.wl5g_tx;
if (downloadSpeed_wl5g < 1024)
{
downloadSpeed_wl5g_str = Math.Ceiling(downloadSpeed_wl5g) + " KB/s";
}
else
{
downloadSpeed_wl5g_str = (downloadSpeed_wl5g / 1024).ToString("f2") + " MB/s";
}
if (uploadSpeed_wl5g < 1024)
{
uploadSpeed_wl5g_str = Math.Ceiling(uploadSpeed_wl5g) + " KB/s";
}
else
{
uploadSpeed_wl5g_str = (uploadSpeed_wl5g / 1024).ToString("f2") + " MB/s";
}
timestamp = DateTime.Now.CurrentTimeMillis();
}
