public NOTX(string parameters) : base(2)
{
var size = byte.Parse(parameters);
IOGroups.Add(Input, new SchemeIOGroup(size, IO.Input));
IOGroups.Add(Output, new SchemeIOGroup(size, IO.Output));
IOGroups[Output].IOArray.SetAll(true);
}
public void AddIOGroup(UIIOGroupBuildInfo ioGroupBuildInfo)
{
var ioGroupContainer = new IOGroupContainer(ioGroupBuildInfo, Self);
IOGroups.Add(ioGroupContainer.BuildInfo.BuildString.Name, ioGroupContainer.IOGroup);
IOGroupsInfo.Add(ioGroupContainer);
ioGroupContainer.Design = SchemeDesigner.Instance.CreateSelfIOGroupDesign(ioGroupContainer);
}
public void DeleteIOGroup(IOGroupContainer container)
{
var removedLinks = new List <LinkContainer>();
switch (container.IOGroup.IO)
{
case IO.Input:
Self.SourceThisLinks.Where(x => x.BuildInfo.SourceGroupName == container.BuildInfo.BuildString.Name).ForEach(x =>
{
if (removedLinks.Contains(x))
{
return;
}
removedLinks.Add(x);
x.Link.RemoveLink();
x.Design.DestroyThis();
x.TargetScheme.TargetThisLinks.Remove(x);
Links.Remove(x);
});
removedLinks.ForEach(x => Self.SourceThisLinks.Remove(x));
break;
case IO.Output:
Self.TargetThisLinks.Where(x => x.BuildInfo.TargetGroupName == container.BuildInfo.BuildString.Name).ForEach((x) => {
if (removedLinks.Contains(x))
{
return;
}
x.Link.RemoveLink();
x.Design.DestroyThis();
x.SourceScheme.SourceThisLinks.Remove(x);
Links.Remove(x);
});
removedLinks.ForEach(x => Self.TargetThisLinks.Remove(x));
break;
}
removedLinks.Clear();
(container.Design as IOSelfIOGroupDesign).DestroyThis();
IOGroups.Remove(container.BuildInfo.BuildString.Name);
IOGroupsInfo.Remove(container);
}
public RAMX(string parameters) : base(4)
{
var sizes = parameters.Split(' ');
var valueSize = byte.Parse(sizes[0]);
var addressSize = byte.Parse(sizes[1]);
var valuesTotal = Extensions.Pow(2, addressSize);
var totalSize = valuesTotal * valueSize;
if (totalSize > MaxSize)
{
throw new UnityException("Превышен максимальный размер RAM");
}
IOGroups.Add(Input, new SchemeIOGroup(valueSize, IO.Input));
IOGroups.Add(Address, new SchemeIOGroup(addressSize, IO.Input));
IOGroups.Add(Load, new SchemeIOGroup(1, IO.Input));
IOGroups.Add(Output, new SchemeIOGroup(valueSize, IO.Output));
CycleManager.Instance.Tick += OnTick;
mRam = new BitArray[valuesTotal];
for (int i = 0; i < valuesTotal; i++)
{
mRam[i] = new BitArray(valueSize);
}
}
public SimulationStop(bool enabled) : base(1)
{
IOGroups.Add(Input, new SchemeIOGroup(1, IO.Input));
CycleManager.Instance.Tick += OnTick;
Enabled = enabled;
}
public DFF() : base(2)
{
IOGroups.Add(Input, new SchemeIOGroup(1, IO.Input));
IOGroups.Add(Output, new SchemeIOGroup(1, IO.Output));
CycleManager.Instance.Tick += OnTick;
}
public NumberDisplay(Parameters parameters) : base(1)
{
mSchemeParameters = parameters;
IOGroups.Add(Input, new SchemeIOGroup(mSchemeParameters.Size, IO.Input));
}
public IntConst(int value) : base(1)
{
IOGroups.Add(Output, new SchemeIOGroup(32, IO.Output));
Number = value;
}
public CONST() : base(1)
{
IOGroups.Add(Output, new SchemeIOGroup(1, IO.Output));
IOGroups[Output].IOArray[0] = true;
}
public NAND() : base(2)
{
IOGroups.Add(Input, new SchemeIOGroup(2, IO.Input));
IOGroups.Add(Output, new SchemeIOGroup(1, IO.Output));
IOGroups[Output].IOArray[0] = true;
}