protected Subscriber Register(string channel, Type msgType, Delegate action)
{
mChannels[channel] = new ChannelRegister {
MessageType = msgType, Action = action
};
return(this);
}
public static Register[] instantiate()
{
Register[] retval = new Register[61];
for (char c = 'A'; c <= 'Z'; c++)
{
if (c == 'X' || c == 'Y')
{
continue;
}
retval[c - 'A'] = new CustomRegister(c);
}
retval[23] = new XRegister();
retval[24] = new YRegister();
retval[26] = new AimRegister();
retval[27] = new BottomRegister();
retval[28] = new ChannelRegister();
retval[29] = new ChrononRegister();
retval[30] = new CollisionRegister();
retval[31] = new DamageRegister();
retval[32] = new DopplerRegister();
retval[33] = new EnergyRegister();
retval[34] = new FriendRegister();
retval[35] = new HistoryRegister();
retval[36] = new IDRegister();
retval[37] = new KillsRegister();
retval[38] = new LeftRegister();
retval[39] = new LookRegister();
retval[40] = new MoveXRegister();
retval[41] = new MoveYRegister();
retval[42] = new ProbeRegister();
retval[43] = new RadarRegister();
retval[44] = new RandomRegister();
retval[45] = new RangeRegister();
retval[46] = new RightRegister();
retval[47] = new RobotsRegister();
retval[48] = new ScanRegister();
retval[49] = new ShieldRegister();
retval[50] = new SignalRegister();
retval[51] = new SpeedXRegister();
retval[52] = new SpeedYRegister();
retval[53] = new TeamMatesRegister();
retval[54] = new TopRegister();
retval[55] = new WallRegister();
retval[56] = new BulletRegister();
retval[57] = new FireRegister();
retval[58] = new MissileRegister();
retval[59] = new HellboreRegister();
retval[60] = new StunnerRegister();
return(retval);
}
private static bool TryGetChannelRegister(long offset, out int channelNo, out ChannelRegister channelRegister)
{
if (offset < UnifiedChannelRegistersStart || offset > UnifiedChannelRegistersEnd)
{
channelRegister = 0;
channelNo = 0;
return(false);
}
channelNo = (int)((offset - UnifiedChannelRegistersStart) / UnifiedChannelSize);
channelRegister = (ChannelRegister)((offset - UnifiedChannelRegistersStart) % UnifiedChannelSize);
return(true);
}
private uint ReadChannelRegister(int channelNo, ChannelRegister register)
{
switch (register)
{
case ChannelRegister.Control:
return(controlRegisters[channelNo].Read());
case ChannelRegister.Status:
return(statusRegisters[channelNo].Read());
default:
this.Log(LogLevel.Warning, "Unhandled read on channel register {0}, channel no {1}.", register, channelNo);
return(0);
}
}
internal void UpdateChannel(LocalLCDWriterComponent Comp, ulong arg2, ulong requester)
{
ChannelRegister value;
if (!ChannelDictionary.TryGetValue(Comp.Entity.EntityId, out value))
{
value = new ChannelRegister();
value.component = Comp;
ChannelDictionary.Add(Comp.Entity.EntityId, value);
}
value.channel = arg2;
if (!offline)
{
SendUpdate(Comp.Entity.EntityId, arg2, requester);
}
}
private void WriteChannelRegister(int channelNo, ChannelRegister register, uint value)
{
switch (register)
{
case ChannelRegister.Control:
controlRegisters[channelNo].Write(value);
break;
case ChannelRegister.Status:
statusRegisters[channelNo].Write(value);
break;
default:
this.Log(LogLevel.Warning, "Unhandled write on channel register {0}, channel no {1}, value 0x{2:X}",
register, channelNo, value);
break;
}
}
internal static bool TryRegisterAndGetChannel(LocalLCDWriterComponent Comp, out ulong channel)
{
ChannelRegister reg;
var ret = ChannelDictionary.TryGetValue(Comp.Entity.EntityId, out reg);
if (ret)
{
channel = reg.channel;
if (reg.component == null)
{
reg.component = Comp;
}
return(true);
}
reg = new ChannelRegister();
reg.component = Comp;
ChannelDictionary.Add(Comp.Entity.EntityId, reg);
channel = 0;
return(false);
}
private static bool TryGetChannelRegister(long offset, out int channelNo, out ChannelRegister channelRegister)
{
if(offset < UnifiedChannelRegistersStart || offset > UnifiedChannelRegistersEnd)
{
channelRegister = 0;
channelNo = 0;
return false;
}
channelNo = (int)((offset - UnifiedChannelRegistersStart) / UnifiedChannelSize);
channelRegister = (ChannelRegister)((offset - UnifiedChannelRegistersStart) % UnifiedChannelSize);
return true;
}
private void WriteChannelRegister(int channelNo, ChannelRegister register, uint value)
{
switch(register)
{
case ChannelRegister.Control:
controlRegisters[channelNo].Write(value);
break;
case ChannelRegister.Status:
statusRegisters[channelNo].Write(value);
break;
default:
this.Log(LogLevel.Warning, "Unhandled write on channel register {0}, channel no {1}, value 0x{2:X}",
register, channelNo, value);
break;
}
}
private uint ReadChannelRegister(int channelNo, ChannelRegister register)
{
switch(register)
{
case ChannelRegister.Control:
return controlRegisters[channelNo].Read();
case ChannelRegister.Status:
return statusRegisters[channelNo].Read();
default:
this.Log(LogLevel.Warning, "Unhandled read on channel register {0}, channel no {1}.", register, channelNo);
return 0;
}
}
