public override void BusInit(IBusManager bmgr)
{
m_cpu = bmgr.CPU;
m_ulaAtm = bmgr.FindDevice <UlaAtm450>();
bmgr.Events.SubscribeRdIo(0x0001, 0x0000, BusReadPortFE); // bit Z emulation
bmgr.Events.SubscribeWrIo(0x0001, 0x0000, BusWritePortFE);
bmgr.Events.SubscribeRdIo(0x0004, 0x00FB & 0x0004, BusReadPortFB); // CPSYS [(addr & 0x7F)==0x7B]
bmgr.Events.SubscribeWrIo(0x8202, 0x7FFD & 0x8202, BusWritePort7FFD);
bmgr.Events.SubscribeWrIo(0x8202, 0xFDFD & 0x8202, BusWritePortFDFD);
bmgr.Events.SubscribeWrIo(0x8202, 0x7DFD & 0x8202, BusWritePort7DFD); // atm_writepal(val);
bmgr.Events.SubscribeRdMemM1(0xFF00, 0x3D00, BusReadMem3D00_M1);
bmgr.Events.SubscribeRdMemM1(0xC000, 0x4000, BusReadMemRamM1);
bmgr.Events.SubscribeRdMemM1(0xC000, 0x8000, BusReadMemRamM1);
bmgr.Events.SubscribeRdMemM1(0xC000, 0xC000, BusReadMemRamM1);
//bmgr.Events.SubscribeRdIo(0x0005, 0x00FE & 0x0005, BusReadPortFE); // bit Z emulation
//bmgr.Events.SubscribeWrIo(0x0005, 0x00FE & 0x0005, BusWritePortFE);
//bmgr.Events.SubscribeRdIo(0x0005, 0x00FB & 0x0005, BusReadPortFB); // CPSYS [(addr & 0x7F)==0x7B]
//bmgr.Events.SubscribeWrIo(0x8202, 0x7FFD & 0x8202, BusWritePort7FFD);
//bmgr.Events.SubscribeWrIo(0x8202, 0xFDFD & 0x8202, BusWritePortFDFD);
//bmgr.Events.SubscribeWrIo(0x8202, 0x7DFD & 0x8202, BusWritePort7DFD); // atm_writepal(val);
//bmgr.Events.SubscribeRdMemM1(0xFF00, 0x3D00, BusReadMem3D00_M1);
//bmgr.Events.SubscribeRdMemM1(0xC000, 0x4000, BusReadMemRamM1);
//bmgr.Events.SubscribeRdMemM1(0xC000, 0x8000, BusReadMemRamM1);
//bmgr.Events.SubscribeRdMemM1(0xC000, 0xC000, BusReadMemRamM1);
bmgr.Events.SubscribeReset(BusReset);
// Subscribe before MemoryBase.BusInit
// to handle memory switches before read
base.BusInit(bmgr);
}
public override void BusInit(IBusManager bmgr)
{
m_cpu = bmgr.CPU;
m_ulaAtm = bmgr.FindDevice <UlaAtm450>();
OnSubscribeIo(bmgr);
bmgr.Events.SubscribeRdMemM1(0x0000, 0x0000, BusReadM1);
bmgr.Events.SubscribeReset(BusReset);
// Subscribe before MemoryBase.BusInit
// to handle memory switches before read
base.BusInit(bmgr);
}
public override void BusInit(IBusManager bmgr)
{
base.BusInit(bmgr);
m_cpu = bmgr.CPU;
m_ulaAtm = base.m_ula as UlaAtm450;
bmgr.SubscribeRDIO(0x0001, 0x0000, busReadPortFE); // bit Z emulation
bmgr.SubscribeWRIO(0x0001, 0x0000, busWritePortFE);
bmgr.SubscribeRDIO(0x0004, 0x00FB & 0x0004, busReadPortFB); // CPSYS [(addr & 0x7F)==0x7B]
bmgr.SubscribeWRIO(0x8202, 0x7FFD & 0x8202, busWritePort7FFD);
bmgr.SubscribeWRIO(0x8202, 0xFDFD & 0x8202, busWritePortFDFD);
bmgr.SubscribeWRIO(0x8202, 0x7DFD & 0x8202, busWritePort7DFD); // atm_writepal(val);
bmgr.SubscribeRESET(busReset);
}
public override void BusInit(IBusManager bmgr)
{
base.BusInit(bmgr);
m_cpu = bmgr.CPU;
m_ulaAtm = base.m_ula as UlaAtm450;
bmgr.SubscribeRDIO(0x0001, 0x0000, busReadPortFE); // bit Z emulation
bmgr.SubscribeWRIO(0x009F, 0x00FF & 0x009F, busWritePortXXFF_PAL); // atm_writepal(val);
bmgr.SubscribeRDIO(0x8202, 0x7FFD & 0x8202, busReadPort7FFD); // bit Z emulation
bmgr.SubscribeWRIO(0x00FF, 0xFF77 & 0x00FF, busWritePortFF77_SYS);
bmgr.SubscribeWRIO(0x00FF, 0x3FF7 & 0x00FF, busWritePortXFF7_WND); //ATM3 mask=0x3FFF
bmgr.SubscribeWRIO(0x8202, 0x7FFD & 0x8202, busWritePort7FFD_128);
bmgr.SubscribeRESET(busReset);
}