public void SquareWave(long numberOfMachineCycles, CycleNames toCycle,
DigitalLevel toLevel, CycleNames maxCycle = CycleNames.T4)
{
if (maxCycle < toCycle)
{
maxCycle = toCycle;
}
for (int machineCycle = 1; machineCycle <= numberOfMachineCycles; machineCycle++)
{
for (var cycle = CycleNames.T1; cycle <= toCycle; cycle++)
{
for (var level = DigitalLevel.Low; level <= DigitalLevel.NegEdge; level++)
{
Output.Write(level);
if (machineCycle == numberOfMachineCycles &&
cycle == toCycle && level == toLevel)
{
return;
}
}
}
}
}
public static void Clock(this CpuZ80 cpu,
CycleNames toCycle, DigitalLevel toLevel)
{
var gen = new SignalGenerator();
var clock = cpu.Clock.ConnectTo(gen.Output);
gen.SquareWave(1, toCycle, toLevel);
}
private void ExecuteCountTest(int machineCycles, CycleNames toCycle, DigitalLevel toLevel)
{
var gen = new SignalGenerator();
var ds = new DigitalSignal("GenOut");
ds.OnChanged += Output_OnChanged;
gen.Output.ConnectTo(ds);
gen.SquareWave(machineCycles, toCycle, toLevel);
}
public static DigitalSignalProvider Clock(this CpuZ80 cpu,
CycleNames toCycle, DigitalLevel toLevel)
{
var gen = new SignalGenerator();
var clock = cpu.Clock.CreateConnection(gen.Output);
gen.SquareWave(1, toCycle, toLevel);
return(clock);
}
public AutoCompleteInstructionPart(CpuZ80 cpu, MachineCycleNames activeMachineCycle, CycleNames lastCycle)
: base(cpu, activeMachineCycle)
{
_lastCycle = lastCycle;
}
public AutoCompleteInstructionPart(Die die, MachineCycleNames activeMachineCycle, CycleNames lastCycle)
: base(die, activeMachineCycle)
{
_lastCycle = lastCycle;
}
