Result Cartridge::SetupBoard
(
Ram& prg,
Ram& chr,
Boards::Board** board,
const Context* const context,
Profile& profile,
const ProfileEx& profileEx,
dword* const prgCrc,
const bool readOnly
)
{
NST_ASSERT( bool(board) == bool(context) );
Boards::Board::Type::Nmt nmt;
if (profile.board.solderPads & (Profile::Board::SOLDERPAD_H|Profile::Board::SOLDERPAD_V))
{
if (profile.board.solderPads & Profile::Board::SOLDERPAD_H)
nmt = Boards::Board::Type::NMT_VERTICAL;
else
nmt = Boards::Board::Type::NMT_HORIZONTAL;
}
else switch (profileEx.nmt)
{
case ProfileEx::NMT_HORIZONTAL: nmt = Boards::Board::Type::NMT_HORIZONTAL; break;
case ProfileEx::NMT_VERTICAL: nmt = Boards::Board::Type::NMT_VERTICAL; break;
case ProfileEx::NMT_SINGLESCREEN: nmt = Boards::Board::Type::NMT_SINGLESCREEN; break;
case ProfileEx::NMT_FOURSCREEN: nmt = Boards::Board::Type::NMT_FOURSCREEN; break;
default: nmt = Boards::Board::Type::NMT_CONTROLLED; break;
}
Chips chips;
for (Profile::Board::Chips::const_iterator i(profile.board.chips.begin()), end(profile.board.chips.end()); i != end; ++i)
{
Chips::Type& type = chips.Add( i->type.c_str() );
for (Profile::Board::Pins::const_iterator j(i->pins.begin()), end(i->pins.end()); j != end; ++j)
type.Pin(j->number) = j->function.c_str();
for (Profile::Board::Samples::const_iterator j(i->samples.begin()), end(i->samples.end()); j != end; ++j)
type.Sample(j->id) = j->file.c_str();
}
Boards::Board::Context b
(
context ? &context->cpu : NULL,
context ? &context->apu : NULL,
context ? &context->ppu : NULL,
prg,
chr,
profileEx.trainer,
nmt,
profileEx.battery || profile.board.HasWramBattery(),
profile.board.HasMmcBattery(),
chips
);
if (profile.board.type.empty() || !b.DetectBoard( profile.board.type.c_str(), profile.board.GetWram() ))
{
if (profile.board.mapper == Profile::Board::NO_MAPPER || !b.DetectBoard( profile.board.mapper, profile.board.GetWram(), profileEx.wramAuto, profile.board.subMapper ) && board)
return RESULT_ERR_UNSUPPORTED_MAPPER;
if (profile.board.type.empty())
profile.board.type = std::wstring( b.name, b.name + std::strlen(b.name) );
}
if (profile.board.mapper == Profile::Board::NO_MAPPER && b.type.GetMapper() != Boards::Board::Type::NMPR)
profile.board.mapper = b.type.GetMapper();
for (uint i=0; i < 2; ++i)
{
dword size = (i ? b.chr : b.prg).Size();
if (size != (i ? profile.board.GetChr() : profile.board.GetPrg()))
{
Profile::Board::Roms& roms = (i ? profile.board.chr : profile.board.prg);
roms.clear();
if (size)
{
Profile::Board::Rom rom;
rom.size = size;
roms.push_back( rom );
}
}
size = (i ? b.type.GetVram() : b.type.GetWram());
if (size != (i ? profile.board.GetVram() : profile.board.GetWram()))
{
Profile::Board::Rams& rams = (i ? profile.board.vram : profile.board.wram);
rams.clear();
for (uint j=0; j < 2; ++j)
{
size = i ? (j ? b.type.GetNonSavableVram() : b.type.GetSavableVram()) :
(j ? b.type.GetNonSavableWram() : b.type.GetSavableWram());
if (size)
{
Profile::Board::Ram ram;
ram.size = size;
ram.battery = (i == 0 && j == 0 && b.wramBattery);
rams.push_back( ram );
}
}
}
Profile::Board::Roms& roms = (i ? profile.board.chr : profile.board.prg);
for (dword j=0, k=0, n=roms.size(); j < n; k += roms[j].size, ++j)
roms[j].hash.Compute( (i ? chr : prg).Mem(k), roms[j].size );
}
if (!readOnly)
{
Checksum checksum;
checksum.Compute( prg.Mem(), prg.Size() );
if (prgCrc)
*prgCrc = checksum.GetCrc();
checksum.Compute( chr.Mem(), chr.Size() );
profile.hash.Assign( checksum.GetSha1(), checksum.GetCrc() );
}
if (board)
*board = Boards::Board::Create( b );
return RESULT_OK;
}
