public virtual bool Execute(Clock clock, out ClockEntry next)
{
_op.Execute(clock, 0);
next = _next;
return(_comboNext);
}
public void Prolong(byte cycles, byte phase)
{
if (cycles > 0)
{
ClockEntry stall = cycles > 1 ? new ClockEntryRep(new StallOp(), cycles) : new ClockEntry(new StallOp());
stall.Next = _currentOps[phase].Next;
_currentOps[phase].Next = stall;
}
}
protected void WritePhaseToDeviceState(C64Interfaces.IFile stateFile, byte phase)
{
byte opCount = 0;
for (ClockEntry op = _currentOps[phase]; op != null; op = op.Next)
{
opCount++;
}
stateFile.Write(opCount);
for (ClockEntry op = _currentOps[phase]; op != null; op = op.Next)
{
op.WriteToStateFile(stateFile);
}
}
public override bool Execute(Clock clock, out ClockEntry next)
{
_op.Execute(clock, _cycle);
_cycle = (byte)((_cycle + 1) % _length);
if (_cycle == 0)
{
next = _next;
return(_comboNext);
}
else
{
next = this;
return(false);
}
}
protected void ReadPhaseFromDeviceState(C64Interfaces.IFile stateFile, byte phase)
{
ClockEntry previousOp = null;
byte opCount = stateFile.ReadByte();
for (byte i = 0; i < opCount; i++)
{
ClockEntry op = stateFile.ReadByte() == 0 ? new ClockEntry(stateFile, _opFactory) : new ClockEntryRep(stateFile, _opFactory);
if (previousOp == null)
{
_currentOps[phase] = op;
}
else
{
previousOp.Next = op;
}
previousOp = op;
}
}
public override bool Execute(Clock clock, out ClockEntry next)
{
_op.Execute(clock, _cycle);
_cycle = (byte)((_cycle + 1) % _length);
if (_cycle == 0)
{
next = _next;
return _comboNext;
}
else
{
next = this;
return false;
}
}
public virtual bool Execute(Clock clock, out ClockEntry next)
{
_op.Execute(clock, 0);
next = _next;
return _comboNext;
}
public void QueueOpsStart(ClockEntry first, byte phase)
{
_currentOps[phase] = first;
}
public void QueueOps(ClockEntry ops, byte phase)
{
_currentOps[phase].Next = ops;
}
public void QueueOps(ClockEntry ops, byte phase)
{
_currentOps[phase].Next = ops;
}
public void QueueOpsStart(ClockEntry first, byte phase)
{
_currentOps[phase] = first;
}