private void delayGateSignalChangeIfNeeded(EntityRef entity) {
if (!entity.hasComponent(SignalDelayedActionComponent.class)) {
// Schedule for the gate to be looked either immediately (during "update" method) or at least
// GATE_MINIMUM_SIGNAL_CHANGE_INTERVAL from the time it has last changed, whichever is later
SignalDelayedActionComponent delayedAction = new SignalDelayedActionComponent();
long whenToLookAt;
final ImmutableBlockLocation location =
new ImmutableBlockLocation(entity.getComponent(BlockComponent.class).getPosition());
if (gateLastSignalChangeTime.containsKey(location)) {
whenToLookAt = gateLastSignalChangeTime.get(location) + GATE_MINIMUM_SIGNAL_CHANGE_INTERVAL;
} else {
whenToLookAt = time.getGameTimeInMs();
}
delayedAction.executeTime = whenToLookAt;
entity.addComponent(delayedAction);
}
}
private void handleDelayedActionsEvents() {
long worldTime = time.getGameTimeInMs();
BlockAtLocationDelayedAction action;
while ((action = delayedActions.peek()) != null && action.executeTime <= worldTime) {
action = delayedActions.poll();
final Vector3i actionLocation = action.blockLocation.toVector3i();
if (worldProvider.isBlockRelevant(actionLocation)) {
final Block block = worldProvider.getBlock(actionLocation);
final BlockFamily blockFamily = block.getBlockFamily();
final EntityRef blockEntity = blockEntityRegistry.getBlockEntityAt(actionLocation);
if (blockFamily == signalOnDelayGate) {
startProducingSignal(blockEntity, -1);
} else if (blockFamily == signalOffDelayGate) {
stopProducingSignal(blockEntity);
} else if (blockFamily == signalOrGate
|| blockFamily == signalAndGate
|| blockFamily == signalXorGate) {
if (processOutputForNormalGate(blockEntity)) {
gateLastSignalChangeTime.put(new ImmutableBlockLocation(actionLocation), worldTime);
}
} else if (blockFamily == signalNandGate) {
if (processOutputForRevertedGate(blockEntity)) {
gateLastSignalChangeTime.put(new ImmutableBlockLocation(actionLocation), worldTime);
}
} else if (blockFamily == signalSetResetGate) {
if (processOutputForSetResetGate(blockEntity)) {
gateLastSignalChangeTime.put(new ImmutableBlockLocation(actionLocation), worldTime);
}
} else if (block == signalButton) {
stopProducingSignal(blockEntity);
}
blockEntity.removeComponent(SignalDelayedActionComponent.class);
} else {
// TODO Remove this workaround when BlockEntities will be stored with the chunk they belong
// to
action.executeTime += NOT_LOADED_BLOCK_RETRY_DELAY;
delayedActions.add(action);
}
}
}
private void deleteOldSignalChangesForGates() {
long worldTime = time.getGameTimeInMs();
if (lastSignalCleanupExecuteTime + SIGNAL_CLEANUP_INTERVAL < worldTime) {
final TObjectLongIterator<ImmutableBlockLocation> iterator =
gateLastSignalChangeTime.iterator();
while (iterator.hasNext()) {
iterator.advance();
if (iterator.value() + GATE_MINIMUM_SIGNAL_CHANGE_INTERVAL < worldTime) {
iterator.remove();
}
}
lastSignalCleanupExecuteTime = worldTime;
}
}
