|
public GetLocalInputAddress ( int port ) : |
||
| port | int | |
| return | ||
public void AppendGate(Gate gate, int[] wires)
{
Debug.Assert(gate.InputCount == gate.OutputCount);
Debug.Assert(gate.InputCount == wires.Length);
ISet <GateConnection> joins = new HashSet <GateConnection>();
for (int i = 0; i < wires.Length; i++)
{
int wire = wires[i];
if (LastGateForWire[wire] != null)
{
joins.Add(new GateConnection(LastGateForWire[wire], gate.GetLocalInputAddress(i)));
}
LastGateForWire[wire] = gate.GetLocalOutputAddress(i);
if (FirstGateForWire[wire] == null)
{
FirstGateForWire[wire] = gate.GetLocalInputAddress(i);
}
WireGateList[wire].Add(gate);
}
Circuit.AddGate(gate, joins);
}
private static Quorum[] GetParticipatingQuorumList(Gate evalGate, IDictionary <Gate, Quorum> gateQuorumMapping, Circuit circuit)
{
List <Quorum> quorums = new List <Quorum>();
// first add where we're receiving from
for (int i = 0; i < evalGate.InputCount; i++)
{
if (circuit.InputConnectionCounterparties.ContainsKey(evalGate.GetLocalInputAddress(i)))
{
var counterpartGate = circuit.InputConnectionCounterparties[evalGate.GetLocalInputAddress(i)].Gate;
quorums.Add(gateQuorumMapping[counterpartGate]);
}
}
quorums.Add(gateQuorumMapping[evalGate]);
// then add where we're sending to
for (int i = 0; i < evalGate.OutputCount; i++)
{
if (circuit.OutputConnectionCounterparties.ContainsKey(evalGate.GetLocalOutputAddress(i)))
{
var counterpartGate = circuit.OutputConnectionCounterparties[evalGate.GetLocalOutputAddress(i)].Gate;
quorums.Add(gateQuorumMapping[counterpartGate]);
}
}
return(quorums.ToArray());
}
public void RemoveGate(Gate gate)
{
for (int i = 0; i < gate.InputCount; i++)
{
var inAddr = gate.GetLocalInputAddress(i);
Debug.Assert(!InputConnectionCounterparties.ContainsKey(inAddr));
InputAddrs.Remove(inAddr);
}
for (int i = 0; i < gate.OutputCount; i++)
{
var outAddr = gate.GetLocalOutputAddress(i);
Debug.Assert(!OutputConnectionCounterparties.ContainsKey(outAddr));
OutputAddrs.Remove(outAddr);
}
Gates.Remove(gate);
}
public void AppendGate(Gate gate, int[] wires)
{
Debug.Assert(gate.InputCount == gate.OutputCount);
Debug.Assert(gate.InputCount == wires.Length);
ISet<GateConnection> joins = new HashSet<GateConnection>();
for (int i = 0; i < wires.Length; i++)
{
int wire = wires[i];
if (LastGateForWire[wire] != null)
joins.Add(new GateConnection(LastGateForWire[wire], gate.GetLocalInputAddress(i)));
LastGateForWire[wire] = gate.GetLocalOutputAddress(i);
if (FirstGateForWire[wire] == null)
FirstGateForWire[wire] = gate.GetLocalInputAddress(i);
WireGateList[wire].Add(gate);
}
Circuit.AddGate(gate, joins);
}
public void RemoveGate(Gate gate)
{
for (int i = 0; i < gate.InputCount; i++)
{
var inAddr = gate.GetLocalInputAddress(i);
Debug.Assert(!InputConnectionCounterparties.ContainsKey(inAddr));
InputAddrs.Remove(inAddr);
}
for (int i = 0; i < gate.OutputCount; i++)
{
var outAddr = gate.GetLocalOutputAddress(i);
Debug.Assert(!OutputConnectionCounterparties.ContainsKey(outAddr));
OutputAddrs.Remove(outAddr);
}
Gates.Remove(gate);
}
