private static void EncodeList(Common.ObjectList data, WriteOnlyDatagram datagram)
{
datagram.WriteUInt((uint)data.Count, 8);
foreach (var item in data)
{
if (item == null)
{
datagram.WriteUInt((uint)ScriptTypes.Bool, 8);
datagram.WriteUInt(0u, 8);
continue;
}
var type = item.GetType();
if (typeCodes.ContainsKey(type))
{
var typeCode = typeCodes[type];
datagram.WriteUInt((uint)typeCode, 8);
switch (typeCode)
{
case ScriptTypes.List:
EncodeList(item as Common.ObjectList, datagram);
break;
case ScriptTypes.String:
datagram.WriteString(item as String);
break;
case ScriptTypes.Int32:
datagram.WriteBytes(BitConverter.GetBytes((item as int?).Value));
break;
case ScriptTypes.UInt32:
datagram.WriteBytes(BitConverter.GetBytes((item as uint?).Value));
break;
case ScriptTypes.Single:
datagram.WriteBytes(BitConverter.GetBytes((item as float?).Value));
break;
case ScriptTypes.Bool:
datagram.WriteUInt((item as bool?).Value ? 1u : 0u, 8);
break;
default:
throw new InvalidProgramException("Error encoding message", null);
}
}
else
{
throw new InvalidProgramException("Type " + type.Name + " cannot be serialized to a network message.", null);
}
}
}
public void sendDatagram(Client to, byte[] data)
{
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.Datagram, 8);
datagram.WriteUInt(0, 32);
datagram.WriteBytes(data);
_send(datagram.BufferAsArray, to);
}
public void sendCriticalDatagram(byte[] data)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ClientToServerMessage.Datagram, 8);
datagram.WriteUInt(ackID, 32);
datagram.WriteBytes(data);
_sendCriticalDatagram(datagram.BufferAsArray, ackID);
}
public void sendDatagram(byte[] data)
{
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ClientToServerMessage.Datagram, 8);
datagram.WriteUInt(0, 32);
datagram.WriteBytes(data);
_send(datagram.BufferAsArray);
}
private void _sendPeerJoinedMessage(Client to, Client about)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.PeerJoined, 8);
datagram.WriteUInt((uint)ackID, 32);
datagram.WriteBytes(about.Guid.ToByteArray());
_sendCriticalDatagram(to, datagram.BufferAsArray, ackID);
}
public void sendCriticalDatagram(Client to, byte[] data, Action onSuccess = null)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.Datagram, 8);
datagram.WriteUInt(ackID, 32);
datagram.WriteBytes(data);
_sendCriticalDatagram(to, datagram.BufferAsArray, ackID, onSuccess);
}
public void sendCriticalDatagram(byte[] data)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ClientToServerMessage.Datagram, 8);
datagram.WriteUInt(ackID, 32);
datagram.WriteBytes(data);
_sendCriticalDatagram(datagram.BufferAsArray, ackID);
}
void IModule.BeginSimulation(Simulation sim)
{
this.simulation = sim;
simulation.sendMessageHandler += (bytes) => {
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt(2u, 8);
datagram.WriteUInt((uint)bytes.Length, 32);
datagram.WriteBytes(bytes);
netSession.sendCriticalDatagram(datagram.BufferAsArray);
};
}
void IModule.BeginSimulation(Simulation sim)
{
this.simulation = sim;
simulation.sendMessageHandler += (bytes) => {
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt(2u, 8);
datagram.WriteUInt((uint)bytes.Length, 32);
datagram.WriteBytes(bytes);
netSession.sendCriticalDatagram(datagram.BufferAsArray);
};
}
void IModule.Update(float elapsedSeconds)
{
netSession.update();
var rawTickInterval = sim.settings.GetLocalProperty("tick-interval");
float tickInterval = 1.0f;
if (rawTickInterval != null) try { tickInterval = Convert.ToSingle(rawTickInterval); }
catch (Exception) { };
if (tickInterval <= 0) tickInterval = 1.0f;
tickSeconds += elapsedSeconds;
if (tickSeconds > tickInterval)
{
tickSeconds -= tickInterval;
var datagram = new Network.WriteOnlyDatagram();
foreach (var message in pendingMessages)
{
datagram.WriteUInt(2u, 8);
datagram.WriteUInt((uint)message.Length, 32);
datagram.WriteBytes(message);
}
pendingMessages.Clear();
foreach (var syncable in syncables)
{
var syncData = new WriteOnlyDatagram();
syncable.WriteFullSync(syncData);
if (syncData.LengthInBytes > 0)
{
datagram.WriteUInt(1u, 8);
//datagram.WriteUInt(syncable.EntityID, 32);
//datagram.WriteUInt(syncable.SyncID, 8);
datagram.WriteUInt((uint)syncData.LengthInBytes, 32);
datagram.WriteBytes(syncData.BufferAsArray);
}
}
netSession.broadcastCriticalDatagram(datagram.BufferAsArray);
}
}
private void _sendPeerLeftMessage(Client to, Client about)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.PeerLeft, 8);
datagram.WriteUInt((uint)ackID, 32);
datagram.WriteBytes(about.Guid.ToByteArray());
_sendCriticalDatagram(to, datagram.BufferAsArray, ackID);
}
public void sendDatagram(Client to, byte[] data)
{
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.Datagram, 8);
datagram.WriteUInt(0, 32);
datagram.WriteBytes(data);
_send(datagram.BufferAsArray, to);
}
public void sendCriticalDatagram(Client to, byte[] data, Action onSuccess = null)
{
var ackID = nextAckID++;
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ServerToClientMessage.Datagram, 8);
datagram.WriteUInt(ackID, 32);
datagram.WriteBytes(data);
_sendCriticalDatagram(to, datagram.BufferAsArray, ackID, onSuccess);
}
public void sendDatagram(byte[] data)
{
var datagram = new WriteOnlyDatagram();
datagram.WriteUInt((uint)ClientToServerMessage.Datagram, 8);
datagram.WriteUInt(0, 32);
datagram.WriteBytes(data);
_send(datagram.BufferAsArray);
}
private static void EncodeList(MISP.ScriptList data, WriteOnlyDatagram datagram)
{
datagram.WriteUInt((uint)data.Count, 8);
foreach (var item in data)
{
if (item == null)
{
datagram.WriteUInt((uint)ScriptTypes.Bool, 8);
datagram.WriteUInt(0u, 8);
continue;
}
var type = item.GetType();
if (typeCodes.ContainsKey(type))
{
var typeCode = typeCodes[type];
datagram.WriteUInt((uint)typeCode, 8);
switch (typeCode)
{
case ScriptTypes.List:
EncodeList(item as MISP.ScriptList, datagram);
break;
case ScriptTypes.String:
datagram.WriteString(item as String);
break;
case ScriptTypes.Int32:
datagram.WriteBytes(BitConverter.GetBytes(MISP.AutoBind.IntArgument(item)));
break;
case ScriptTypes.UInt32:
datagram.WriteBytes(BitConverter.GetBytes(MISP.AutoBind.UIntArgument(item)));
break;
case ScriptTypes.Single:
datagram.WriteBytes(BitConverter.GetBytes(MISP.AutoBind.NumericArgument(item)));
break;
case ScriptTypes.Bool:
datagram.WriteUInt(MISP.AutoBind.BooleanArgument(item) ? 1u : 0u, 8);
break;
default:
throw new MISP.ScriptError("Error encoding message", null);
}
}
else
{
throw new MISP.ScriptError("Type " + type.Name + " cannot be serialized to a network message.", null);
}
}
}
private static void EncodeList(Common.ObjectList data, WriteOnlyDatagram datagram)
{
datagram.WriteUInt((uint)data.Count, 8);
foreach (var item in data)
{
if (item == null)
{
datagram.WriteUInt((uint)ScriptTypes.Bool, 8);
datagram.WriteUInt(0u, 8);
continue;
}
var type = item.GetType();
if (typeCodes.ContainsKey(type))
{
var typeCode = typeCodes[type];
datagram.WriteUInt((uint)typeCode, 8);
switch (typeCode)
{
case ScriptTypes.List:
EncodeList(item as Common.ObjectList, datagram);
break;
case ScriptTypes.String:
datagram.WriteString(item as String);
break;
case ScriptTypes.Int32:
datagram.WriteBytes(BitConverter.GetBytes((item as int?).Value));
break;
case ScriptTypes.UInt32:
datagram.WriteBytes(BitConverter.GetBytes((item as uint?).Value));
break;
case ScriptTypes.Single:
datagram.WriteBytes(BitConverter.GetBytes((item as float?).Value));
break;
case ScriptTypes.Bool:
datagram.WriteUInt((item as bool?).Value ? 1u : 0u, 8);
break;
default:
throw new InvalidProgramException("Error encoding message", null);
}
}
else
{
throw new InvalidProgramException("Type " + type.Name + " cannot be serialized to a network message.", null);
}
}
}
