// deserializing
protected void LoadFromReader(BinaryReader reader)
{
int count = reader.ReadInt32();
if (count == -1)
{
credits = null;
}
else
{
credits = new string[count];
for (int i = 0; i < credits.Length; i++)
{
credits[i] = reader.ReadString();
}
}
channels = reader.ReadInt32();
driverAddr = reader.ReadInt32();
driverLength = reader.ReadInt32();
maxsids = reader.ReadInt32();
environment = (SID2Types.sid2_env_t)reader.ReadInt16();
powerOnDelay = reader.ReadInt32();
sid2crc = reader.ReadInt64();
sid2crcCount = reader.ReadInt64();
}
// deserializing
public override void LoadFromReader(BinaryReader reader)
{
base.LoadFromReader(reader);
m_sleeping = reader.ReadBoolean();
m_mode = (SID2Types.sid2_env_t)reader.ReadInt16();
m_delayClk = reader.ReadInt64();
m_framelock = reader.ReadBoolean();
}
public SID6510(EventScheduler context, InternalPlayer owner)
: base(context, owner)
{
m_mode = SID2Types.sid2_env_t.sid2_envR;
m_framelock = false;
// The hacks for de.quippy.sidplay.sidplay are done with overridden methods of MOS6510
// Used to insert busy delays into the CPU emulation
delayCycle.func = new ProcessorCycle.FunctionDelegate(sid_delay);
}
// deserializing
public void LoadFromReader(BinaryReader reader)
{
clockDefault = (SID2Types.sid2_clock_t)reader.ReadInt16();
clockForced = reader.ReadBoolean();
clockSpeed = (SID2Types.sid2_clock_t)reader.ReadInt16();
environment = (SID2Types.sid2_env_t)reader.ReadInt16();
forceDualSids = reader.ReadBoolean();
frequency = reader.ReadInt64();
optimisation = reader.ReadByte();
playback = (SID2Types.sid2_playback_t)reader.ReadInt16();
precision = reader.ReadInt32();
sidDefault = (SID2Types.sid2_model_t)reader.ReadInt16();
sidModel = (SID2Types.sid2_model_t)reader.ReadInt16();
sidSamples = reader.ReadBoolean();
volume = reader.ReadInt64();
sampleFormat = (SID2Types.sid2_sample_t)reader.ReadInt16();
powerOnDelay = reader.ReadInt32();
sid2crcCount = reader.ReadInt64();
}
public void environment(SID2Types.sid2_env_t mode)
{
m_mode = mode;
}
