public void connect(string tgtFqlid)
{
Log.Write(LogLevel.Info, "Received Connection Open to " + tgtFqlid);
if (thisEventHorizon != null)
{
if (!_currentDirection)
{
thisEventHorizon.Open(tgtFqlid);
}
else
{
thisEventHorizon.Open(null);
}
}
// If it's an outgoing gate, time out after the given duration.
// Incoming gates are timed out by their counterpart.
if (!_currentDirection)
{
double oldTs = _connectionTimeStamp;
Timer.Create(_wormhole_duration, () => { timeoutGate(oldTs); });
}
thisGateControl.DoReportState(GateState.Connected);
}
// DialSequenceStep. Started with DialSequenceStep(0,0,1) to run the dialup for the given sequence
public void DialSequenceStep(int seqIndex, int currentLit, int direction)
{
// If we ran through the sequence, open up.
if (seqIndex == _currentTargetSeqNumbers.Length)
{
SendConnect();
return;
}
// Target symbol for this chevron reached, light corresponding chevron, advance with next chevron.
// Or open the gate if we got finished.
if (currentLit == _currentTargetSeqNumbers[seqIndex])
{
symbolLitState[currentLit] = true;
SendLightChevron(seqIndex, false);
Timer.Create(1.0, () => { DialSequenceStep(seqIndex + 1, currentLit, -direction); });
return;
}
// Return old light to previous state (not off - it might have been already on for a previous chevron)
DoLight(symbols, currentLit, symbolLitState[currentLit]);
// Select the 'next' symbol, according to direction, wrap around
currentLit += direction;
if (currentLit < 0)
{
currentLit = symbols.Count - 1;
}
else if (currentLit >= symbols.Count)
{
currentLit = 0;
}
DoLight(symbols, currentLit, true);
// And continue spinning.
Timer.Create(0.2, () => { DialSequenceStep(seqIndex, currentLit, direction); });
}