public Circuit CreateCircuit()
{
CircuitContext circuitContext = new CircuitContext(
_numberOfAndGates,
_numberOfXorGates,
_numberOfNotGates,
_nextInputIndex,
_nextOutputIndex
);
return(new Circuit(_outputGates, circuitContext));
}
public Circuit CreateCircuit()
{
CircuitContext circuitContext = new CircuitContext(
_nextAndGateId,
_nextXorGateId,
_nextNotGateId,
_nextInputGateId,
_nextOutputGateId
);
return(new Circuit(_outputGates, circuitContext));
}
public Task <T> EvaluateNotGate(Task <T> value, GateContext gateContext, CircuitContext circuitContext)
{
return(value.ContinueWith(task => _innerEvaluator.EvaluateNotGate(task.Result, gateContext, circuitContext)));
}
public Task <T> EvaluateXorGate(Task <T> leftValue, Task <T> rightValue, GateContext gateContext, CircuitContext circuitContext)
{
return(Task.WhenAll(leftValue, rightValue).ContinueWith(
task => _innerEvaluator.EvaluateXorGate(task.Result[0], task.Result[1], gateContext, circuitContext)
));
}
public abstract void Evaluate <T>(
ICircuitEvaluator <T> evaluator,
EvaluationState <T> evaluationState,
CircuitContext circuitContext
);
public EvaluationState(T[] input, CircuitContext context)
{
_input = input;
_output = new T[context.NumberOfOutputGates];
_gateEvaluationValues = new IdMapping <Optional <T> >(Optional <T> .Empty, context.NumberOfGates);
}
public Bit EvaluateNotGate(Bit value, GateContext gateContext, CircuitContext circuitContext)
{
return(~value);
}
public Bit EvaluateXorGate(Bit leftValue, Bit rightValue, GateContext gateContext, CircuitContext circuitContext)
{
return(leftValue ^ rightValue);
}
public Circuit(IReadOnlyList <OutputGate> outputGates, CircuitContext context)
{
OutputGates = outputGates;
Context = context;
}
