// Signalled by master about locking. Set flags
public void setSlaveLock(uint masterPartId)
{
printDebug($"setting slave lock by request from {masterPartId}");
isSlave = true;
isMaster = false;
pairLockPartId = masterPartId;
otherLockPart = FlightGlobals.FindPartByID(masterPartId);
otherLock = (LockMechanism)otherLockPart.Modules ["LockMechanism"];
lockFSM.state = LockFSM.State.Locking;
defaultPostEventAction();
}
public void lockHasp(Part latch)
{
printDebug($"part={latch.name}; id={latch.flightID}; fsm state={lockFSM.state}");
// If we're not restoring the state after timewarp/load, perform
// what it takes to lock the latch
if (lockFSM.state == LockFSM.State.Locking)
{
#if (KSP_151 || KSP_161 || KSP_171)
float num = (float)part.RequestResource("ElectricCharge", (double)(new decimal(ecConsumption)));
#else
float num = part.RequestResource("ElectricCharge", ecConsumption);
#endif
if (num < ecConsumption)
{
ScreenMessages.PostScreenMessage("Not enough electric charge to lock the hasp!");
return;
}
isSlave = false;
// If we use genderless locking, tell the other part that we are leading
if (isLockablePart(latch) && latch.Modules.Contains("LockMechanism"))
{
// Both locks could be primed. In that case assign master status
// to the part with lesser flightID
otherLock = (LockMechanism)latch.Modules ["LockMechanism"];
printDebug($"our fsm state = {lockFSM.state}, other fsm state = {otherLock.lockFSM.state}");
if (otherLock.lockFSM.state != LockFSM.State.Locking || part.flightID < latch.flightID)
{
printDebug("acquiring master status");
otherLock.setSlaveLock(part.flightID);
isMaster = true;
}
else
{
printDebug("submitting to slave status");
isSlave = true;
}
}
if (!isSlave)
{
if (lockSound == null)
{
lockSound = createAudio(part.gameObject, lockSoundPath);
}
lockSound.audio.Play();
}
}
StartCoroutine(finalizeLock(latch));
}
public void processPreLaunch(Vessel v)
{
printDebug($"new vessel: {v}");
if (v != part.vessel || !startLocked)
{
return;
}
// Raycast upright and if there's a lock, create joint
Part onLaunchCounterPart = findCounterpartOnLaunch();
if (onLaunchCounterPart == null)
{
lockFSM.state = LockFSM.State.Ready;
return;
}
// check if other part has id greater than ours and LaunchLocked set
// if so, we give up setting a lock and submit to slave status
printDebug($"Our id: {part.flightID}, theirs id: {onLaunchCounterPart.flightID}");
// Check for genderless locking
if (isLockablePart(onLaunchCounterPart) && onLaunchCounterPart.Modules.Contains("LockMechanism"))
{
otherLock = (LockMechanism)onLaunchCounterPart.Modules["LockMechanism"];
// Check if we would be a slave lock
if (onLaunchCounterPart.flightID > part.flightID)
{
if (otherLock.startLockedStr.Equals("true", StringComparison.OrdinalIgnoreCase))
{
// Lock should be set by other part
return;
}
otherLock.isMaster = true;
setSlaveLock(onLaunchCounterPart.flightID);
}
else
{
isMaster = true;
otherLock.setSlaveLock(part.flightID);
}
// Setting lock ourselves
pairLockPartId = onLaunchCounterPart.flightID;
otherLock.lockFSM.state = LockFSM.State.Locked;
}
lockFSM.state = LockFSM.State.Locked;
}
public void offRails(Vessel v)
{
if (lockFSM.state == LockFSM.State.Locked && lockJoint == null && pairLockPartId != 0)
{
// If locked and there's no joint, we're restoring from save and joint
// must be re-created
printDebug("restoring joint; pair=" + pairLockPartId + "; isMaster=" + isMaster);
otherLockPart = FlightGlobals.FindPartByID(pairLockPartId);
if (otherLockPart != null)
{
// In case of genderless locking, get other part locking module
if ((isMaster || isSlave) && otherLockPart.Modules.Contains("LockMechanism"))
{
otherLock = (LockMechanism)otherLockPart.Modules ["LockMechanism"];
}
jointJustCreated = false;
lockHasp(otherLockPart);
}
}
defaultPostEventAction();
msgPosted = false;
}