static void CompileThrottledSerializeTargetsOutboundData(CNetworkStream _cOutboundStream)
{
// Create packet stream
CNetworkStream cSerializedDataStream = new CNetworkStream();
foreach (KeyValuePair <byte, TSerializationMethods> tEntry in s_mThrottledSerializeTargets)
{
tEntry.Value.nSerializeMethod(cSerializedDataStream);
if (cSerializedDataStream.BitSize > 0)
{
// Write the control identifier
_cOutboundStream.Write(tEntry.Key);
// Write the size of the data
_cOutboundStream.WriteBits(cSerializedDataStream.BitSize, 10);
// Write the data
_cOutboundStream.Write(cSerializedDataStream);
// Clear target stream
cSerializedDataStream.Clear();
}
}
}
public static void ProcessPlayerSerializedData(CNetworkPlayer _cPlayer, byte[] _baData)
{
// Create packet stream
CNetworkStream cStream = new CNetworkStream(_baData);
// Ignore timestamp packet id
cStream.IgnoreBytes(1);
// Retrieve latency
ulong ulLatency = RakNet.RakNet.GetTime() - cStream.ReadULong();
// Ignmore serialized data packet id
cStream.IgnoreBytes(1);
// Iterate through the packet data
while (cStream.HasUnreadData &&
cStream.NumUnreadBits > 18)
{
// Extract the target identifier
byte bTargetIdentifier = cStream.ReadByte();
// Extract the size of the data
ushort usBitSize = cStream.ReadBits <ushort>(10);
ushort usByteSize = (ushort)((float)usBitSize / 8.0f);
// Extract the data
byte[] baData = new byte[usByteSize];
cStream.BitStream.ReadBits(baData, usBitSize);
// Create stream for the control
CNetworkStream cTargetStream = new CNetworkStream();
cTargetStream.WriteBits(baData, usBitSize);
// Have the target process its data
s_mThrottledSerializeTargets[bTargetIdentifier].nUnserializeMethod(_cPlayer, cTargetStream);
}
}
static void CompileThrottledSerializeTargetsOutboundData(CNetworkStream _cOutboundStream)
{
// Create packet stream
CNetworkStream cSerializedDataStream = new CNetworkStream();
foreach (KeyValuePair<byte, TSerializationMethods> tEntry in s_mThrottledSerializeTargets)
{
tEntry.Value.nSerializeMethod(cSerializedDataStream);
if (cSerializedDataStream.BitSize > 0)
{
// Write the control identifier
_cOutboundStream.Write(tEntry.Key);
// Write the size of the data
_cOutboundStream.WriteBits(cSerializedDataStream.BitSize, 10);
// Write the data
_cOutboundStream.Write(cSerializedDataStream);
// Clear target stream
cSerializedDataStream.Clear();
}
}
}
public static void ProcessPlayerSerializedData(CNetworkPlayer _cPlayer, byte[] _baData)
{
// Create packet stream
CNetworkStream cStream = new CNetworkStream(_baData);
// Ignore timestamp packet id
cStream.IgnoreBytes(1);
// Retrieve latency
ulong ulLatency = RakNet.RakNet.GetTime() - cStream.ReadULong();
// Ignmore serialized data packet id
cStream.IgnoreBytes(1);
// Iterate through the packet data
while (cStream.HasUnreadData &&
cStream.NumUnreadBits > 18)
{
// Extract the target identifier
byte bTargetIdentifier = cStream.ReadByte();
// Extract the size of the data
ushort usBitSize = cStream.ReadBits<ushort>(10);
ushort usByteSize = (ushort)((float)usBitSize / 8.0f);
// Extract the data
byte[] baData = new byte[usByteSize];
cStream.BitStream.ReadBits(baData, usBitSize);
// Create stream for the control
CNetworkStream cTargetStream = new CNetworkStream();
cTargetStream.WriteBits(baData, usBitSize);
// Have the target process its data
s_mThrottledSerializeTargets[bTargetIdentifier].nUnserializeMethod(_cPlayer, cTargetStream);
}
}