public void CpuWriteBE<T>(int addr, T data) where T : struct {
switch(Type.GetTypeCode(typeof(T))) {
case TypeCode.Byte:
case TypeCode.SByte:
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr), (byte) (object) data);
break;
case TypeCode.Int16:
case TypeCode.UInt16:
ushort u16 = (ushort) (object) data;
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr), (byte) (u16 >> 8));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 1), (byte) (u16 & 0xff));
break;
case TypeCode.Int32:
case TypeCode.UInt32:
uint u32 = (uint) (object) data;
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr), (byte) (u32 >> 24));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 1), (byte) (u32 >> 16));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 2), (byte) (u32 >> 8));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 3), (byte) (u32 & 0xff));
break;
case TypeCode.Int64:
case TypeCode.UInt64:
ulong u64 = (ulong) (object) data;
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr), (byte) (u64 >> 56));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 1), (byte) (u64 >> 48));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 2), (byte) (u64 >> 40));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 3), (byte) (u64 >> 32));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 4), (byte) (u64 >> 24));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 5), (byte) (u64 >> 16));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 6), (byte) (u64 >> 8));
Libgambatte.gambatte_cpuwrite(Handle, (ushort) (addr + 7), (byte) (u64 & 0xff));
break;
}
}
// Writes one byte of data to the CPU bus.
public void CpuWrite(int addr, byte data)
{
Libgambatte.gambatte_cpuwrite(Handle, (ushort)addr, data);
}