DriveMultiplexer.cc

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#include "DriveMultiplexer.hh"
#include "serialize.hh"
 
namespace openmsx {
 
DriveMultiplexer::DriveMultiplexer(std::span<std::unique_ptr<DiskDrive>, 4> drv)
{
        drive[Drive::A] = drv[0].get();
        drive[Drive::B] = drv[1].get();
        drive[Drive::C] = drv[2].get();
        drive[Drive::D] = drv[3].get();
        drive[Drive::NONE] = &dummyDrive;
}
 
void DriveMultiplexer::selectDrive(Drive num, EmuTime::param time)
{
        if (selected != num) {
                drive[selected]->setMotor(false, time);
                selected = num;
                drive[selected]->setSide(side);
                drive[selected]->setMotor(motor, time);
        }
}
 
bool DriveMultiplexer::isDiskInserted() const
{
        return drive[selected]->isDiskInserted();
}
 
bool DriveMultiplexer::isDiskInserted(Drive num) const
{
        return drive[num]->isDiskInserted();
}
 
bool DriveMultiplexer::isWriteProtected() const
{
        return drive[selected]->isWriteProtected();
}
 
bool DriveMultiplexer::isDoubleSided()
{
        return drive[selected]->isDoubleSided();
}
 
void DriveMultiplexer::setSide(bool side_)
{
        side = side_;
        drive[selected]->setSide(side);
}
 
bool DriveMultiplexer::getSide() const
{
        return side;
}
 
void DriveMultiplexer::step(bool direction, EmuTime::param time)
{
        drive[selected]->step(direction, time);
}
 
bool DriveMultiplexer::isTrack00() const
{
        return drive[selected]->isTrack00();
}
 
void DriveMultiplexer::setMotor(bool status, EmuTime::param time)
{
        motor = status;
        drive[selected]->setMotor(status, time);
}
 
bool DriveMultiplexer::getMotor() const
{
        return motor;
}
 
bool DriveMultiplexer::indexPulse(EmuTime::param time)
{
        return drive[selected]->indexPulse(time);
}
 
EmuTime DriveMultiplexer::getTimeTillIndexPulse(EmuTime::param time, int count)
{
        return drive[selected]->getTimeTillIndexPulse(time, count);
}
 
unsigned DriveMultiplexer::getTrackLength()
{
        return drive[selected]->getTrackLength();
}
 
void DriveMultiplexer::writeTrackByte(int idx, uint8_t val, bool addIdam)
{
        drive[selected]->writeTrackByte(idx, val, addIdam);
}
 
uint8_t DriveMultiplexer::readTrackByte(int idx)
{
        return drive[selected]->readTrackByte(idx);
}
 
EmuTime DriveMultiplexer::getNextSector(EmuTime::param time, RawTrack::Sector& sector)
{
        return drive[selected]->getNextSector(time, sector);
}
 
void DriveMultiplexer::flushTrack()
{
        drive[selected]->flushTrack();
}
 
bool DriveMultiplexer::diskChanged()
{
        return drive[selected]->diskChanged();
}
 
bool DriveMultiplexer::diskChanged(Drive num)
{
        return drive[num]->diskChanged();
}
 
bool DriveMultiplexer::peekDiskChanged() const
{
        return drive[selected]->peekDiskChanged();
}
 
bool DriveMultiplexer::peekDiskChanged(Drive num) const
{
        return drive[num]->peekDiskChanged();
}
 
bool DriveMultiplexer::isDummyDrive() const
{
        return drive[selected]->isDummyDrive();
}
 
void DriveMultiplexer::applyWd2793ReadTrackQuirk()
{
        drive[selected]->applyWd2793ReadTrackQuirk();
}
 
void DriveMultiplexer::invalidateWd2793ReadTrackQuirk()
{
        drive[selected]->invalidateWd2793ReadTrackQuirk();
}
 
 
static constexpr std::initializer_list<enum_string<DriveMultiplexer::Drive>> driveNumInfo = {
        { "A",    DriveMultiplexer::Drive::A },
        { "B",    DriveMultiplexer::Drive::B },
        { "C",    DriveMultiplexer::Drive::C },
        { "D",    DriveMultiplexer::Drive::D },
        { "none", DriveMultiplexer::Drive::NONE }
};
SERIALIZE_ENUM(DriveMultiplexer::Drive, driveNumInfo);
 
template<typename Archive>
void DriveMultiplexer::serialize(Archive& ar, unsigned /*version*/)
{
        ar.serialize("selected", selected,
                     "motor",    motor,
                     "side",     side);
}
INSTANTIATE_SERIALIZE_METHODS(DriveMultiplexer);
 
} // namespace openmsx