protected CircuitNode(CircuitManager manager, int inputCount, int outputCount, bool hasReset, Port.PortType statePortType = StatePort.PortType.None)
{
this.inputPortCount = inputCount;
this.outputPortCount = outputCount;
this.hasReset = hasReset;
this.settings = CreateSettings();
int totalInputCount = inputCount + (hasReset ? 1 : 0);
inputPorts = new InputPort[totalInputCount];
for (int i = 0; i < inputCount; i++)
{
inputPorts[i] = new InputPort(this, false);
inputPorts[i].UnconnectedValue = DefaultInputValue(i);
inputPorts[i].ValueChanged += CircuitNode_ValueChanged;
inputPorts[i].Connected += CircuitNode_Connected;
inputPorts[i].Disconnected += CircuitNode_Disconnected;
}
if (hasReset)
{
inputPorts[inputCount] = new InputPort(this, true);
inputPorts[inputCount].UnconnectedValue = false;
inputPorts[inputCount].ValueChanged += CircuitNode_ValueChanged;
inputPorts[inputCount].Connected += CircuitNode_Connected;
inputPorts[inputCount].Disconnected += CircuitNode_Disconnected;
}
int totalOutputCount = outputCount + (hasReset ? 1 : 0);
outputPorts = new OutputPort[totalOutputCount];
for (int i = 0; i < outputCount; i++)
{
outputPorts[i] = new OutputPort(this, false);
outputPorts[i].expectedType = ExpectedOutputType(i);
outputPorts[i].Connected += CircuitNode_Connected;
outputPorts[i].Disconnected += CircuitNode_Disconnected;
}
if (hasReset)
{
outputPorts[outputCount] = new OutputPort(this, true);
outputPorts[outputCount].Connected += CircuitNode_Connected;
outputPorts[outputCount].Disconnected += CircuitNode_Disconnected;
}
if ((statePortType & Port.PortType.StatePort) != 0)
{
statePort = new StatePort(this, (statePortType & Port.PortType.StateRoot) == Port.PortType.StateRoot);
}
Manager = manager;
}
public Chip(CircuitManager manager, int inputCount, int outputCount, bool hasReset, Port.PortType statePortType = StatePort.PortType.None)
: base(manager, inputCount, outputCount, hasReset, statePortType)
{
}
