public override bool Configure(NES.EDetectionOrigin origin)
{
switch (Cart.board_type)
{
// see notes above that explain some of this in more detail
case "BANDAI-FCG-1": // [1]
case "BANDAI-FCG-2": // [1]
case "IREM-FCG-1": // [1] (the extra glue logic is to connect the two chr roms, and doesn't affect emulation)
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
regs_prg_enable = false;
regs_wram_enable = true;
break;
case "BANDAI-LZ93D50": // [2]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "BANDAI-LZ93D50+24C01": // [3]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
eprom = new SEEPROM(false);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "MAPPER159": // [3]
AssertPrg(128, 256); AssertChr(128, 256);
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = false;
eprom = new SEEPROM(false);
break;
case "BANDAI-LZ93D50+24C02": // [4]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
eprom = new SEEPROM(true);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "MAPPER016": // [7]
if (Cart.prg_size > 256)
{
// you have two options:
// 1) assume prg > 256 => jump2 (aka mapper 153, type [5])
// this will break hypothetical prg oversize hacks
// 2) assume prg > 256 => oversize regular FCG
// this will break famicom 2 dumps without hash match,
// which are marked mapper016 usually
goto case "MAPPER153";
}
AssertPrg(128, 256); AssertChr(128, 256);
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = true;
eprom = new SEEPROM(true);
break;
case "MAPPER153": // [5]
AssertPrg(512);
AssertChr(0);
Cart.vram_size = 8;
Cart.wram_size = 8;
regs_prg_enable = true;
regs_wram_enable = false;
jump2 = true;
vram = true;
break;
case "BANDAI-JUMP2": // [5]
AssertPrg(512);
AssertChr(0);
AssertVram(8);
AssertWram(8);
regs_prg_enable = true;
regs_wram_enable = false;
jump2 = true;
vram = true;
break;
case "MAPPER157": // [6]
// incomplete
// bootgod doesn't have any of these recorded
AssertPrg(128, 256);
AssertChr(0);
Cart.vram_size = 8;
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = false;
// 24C02 is present on all boards
// some also have a 24C01 with SCK connected to reg ($8000-$8003).3
// (does that second seeprom use the same SDA and OE connections as the first? 99% yes, but not implemented)
eprom = new SEEPROM(true);
vram = true;
reader = new DatachBarcode();
break;
default:
return(false);
}
prg_bank_mask_16k = (Cart.prg_size / 16) - 1;
// for Jump2 boards, we only mask up to 256K, the outer bank is determined seperately
if (jump2)
{
prg_bank_mask_16k = 256 / 16 - 1;
}
chr_bank_mask_1k = Cart.chr_size - 1;
SetMirrorType(EMirrorType.Vertical);
prg_reg_16k = 0;
SyncPRG();
return(true);
}
public override bool Configure(NES.EDetectionOrigin origin)
{
switch (Cart.board_type)
{
// see notes above that explain some of this in more detail
case "BANDAI-FCG-1": // [1]
case "BANDAI-FCG-2": // [1]
case "IREM-FCG-1": // [1] (the extra glue logic is to connect the two chr roms, and doesn't affect emulation)
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
regs_prg_enable = false;
regs_wram_enable = true;
break;
case "BANDAI-LZ93D50": // [2]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "BANDAI-LZ93D50+24C01": // [3]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
eprom = new SEEPROM(false);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "MAPPER159": // [3]
AssertPrg(128, 256); AssertChr(128, 256);
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = false;
eprom = new SEEPROM(false);
break;
case "BANDAI-LZ93D50+24C02": // [4]
AssertPrg(128, 256); AssertChr(128, 256); AssertWram(0); AssertVram(0);
eprom = new SEEPROM(true);
regs_prg_enable = true;
regs_wram_enable = false;
break;
case "MAPPER016": // [7]
if (Cart.prg_size > 256)
{
// you have two options:
// 1) assume prg > 256 => jump2 (aka mapper 153, type [5])
// this will break hypothetical prg oversize hacks
// 2) assume prg > 256 => oversize regular FCG
// this will break famicom 2 dumps without hash match,
// which are marked mapper016 usually
goto case "MAPPER153";
}
AssertPrg(128, 256); AssertChr(128, 256);
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = true;
eprom = new SEEPROM(true);
break;
case "MAPPER153": // [5]
AssertPrg(512);
AssertChr(0);
Cart.vram_size = 8;
Cart.wram_size = 8;
regs_prg_enable = true;
regs_wram_enable = false;
jump2 = true;
vram = true;
break;
case "BANDAI-JUMP2": // [5]
AssertPrg(512);
AssertChr(0);
AssertVram(8);
AssertWram(8);
regs_prg_enable = true;
regs_wram_enable = false;
jump2 = true;
vram = true;
break;
case "MAPPER157": // [6]
// incomplete
// bootgod doesn't have any of these recorded
AssertPrg(128, 256);
AssertChr(0);
Cart.vram_size = 8;
Cart.wram_size = 0;
regs_prg_enable = true;
regs_wram_enable = false;
// 24C02 is present on all boards
// some also have a 24C01 with SCK connected to reg ($8000-$8003).3
// (does that second seeprom use the same SDA and OE connections as the first? 99% yes, but not implemented)
eprom = new SEEPROM(true);
vram = true;
reader = new DatachBarcode();
break;
default:
return false;
}
prg_bank_mask_16k = (Cart.prg_size / 16) - 1;
chr_bank_mask_1k = Cart.chr_size - 1;
SetMirrorType(EMirrorType.Vertical);
prg_reg_16k = 0;
SyncPRG();
return true;
}