@Override
public boolean step() {
NetworkSystem networkSystem = context.get(NetworkSystem.class);
WorldAtlas atlas =
new WorldAtlasImpl(context.get(Config.class).getRendering().getMaxTextureAtlasResolution());
context.put(WorldAtlas.class, atlas);
BlockManagerImpl blockManager;
if (networkSystem.getMode().isAuthority()) {
blockManager = new BlockManagerImpl(atlas, context.get(AssetManager.class), true);
blockManager.subscribe(context.get(NetworkSystem.class));
} else {
blockManager = new BlockManagerImpl(atlas, context.get(AssetManager.class), false);
}
context.put(BlockManager.class, blockManager);
context
.get(TypeSerializationLibrary.class)
.add(Block.class, new BlockTypeHandler(blockManager));
context
.get(TypeSerializationLibrary.class)
.add(BlockFamily.class, new BlockFamilyTypeHandler(blockManager));
blockManager.initialise(
gameManifest.getRegisteredBlockFamilies(), gameManifest.getBlockIdMap());
return true;
}
private void addPlayersToSaveTransaction(
SaveTransactionBuilder saveTransactionBuilder, NetworkSystem networkSystem) {
unloadedAndSavingPlayerMap.clear();
/**
* New entries might be added concurrently. By using putAll + clear to transfer entries we might
* loose new ones added in between putAll and clear. By iterating we can make sure that all
* entities removed from unloadedAndUnsavedPlayerMap get added to unloadedAndSavingPlayerMap.
*/
Iterator<Map.Entry<String, EntityData.PlayerStore>> unsavedEntryIterator =
unloadedAndUnsavedPlayerMap.entrySet().iterator();
while (unsavedEntryIterator.hasNext()) {
Map.Entry<String, EntityData.PlayerStore> entry = unsavedEntryIterator.next();
unloadedAndSavingPlayerMap.put(entry.getKey(), entry.getValue());
unsavedEntryIterator.remove();
}
for (Client client : networkSystem.getPlayers()) {
// If there is a newer undisposed version of the player,we don't need to save the disposed
// version:
unloadedAndSavingPlayerMap.remove(client.getId());
EntityRef character = client.getEntity().getComponent(ClientComponent.class).character;
saveTransactionBuilder.addLoadedPlayer(client.getId(), createPlayerStore(client, character));
}
for (Map.Entry<String, EntityData.PlayerStore> entry : unloadedAndSavingPlayerMap.entrySet()) {
saveTransactionBuilder.addUnloadedPlayer(entry.getKey(), entry.getValue());
}
}
@ReceiveEvent
public void onPlaySound(PlaySoundForOwnerEvent playSoundEvent, EntityRef entity) {
ClientComponent clientComponent =
networkSystem.getOwnerEntity(entity).getComponent(ClientComponent.class);
if (clientComponent != null && !clientComponent.local) {
return;
}
audioManager.playSound(
playSoundEvent.getSound(), playSoundEvent.getVolume(), AudioManager.PRIORITY_HIGH);
}
@Override
public String getMetrics() {
// only update the metric a minimum once a second, cache the result
long currentTime = time.getGameTimeInMs();
long timeDifference = currentTime - lastTime;
if (timeDifference >= 1000) {
StringBuilder builder = new StringBuilder();
builder.append(getName());
builder.append("\n");
builder.append(String.format("Elapsed: %dms%n", timeDifference));
builder.append(String.format("In Msg: %d%n", networkSystem.getIncomingMessagesDelta()));
builder.append(String.format("In Bytes: %d%n", networkSystem.getIncomingBytesDelta()));
builder.append(String.format("Out Msg: %d%n", networkSystem.getOutgoingMessagesDelta()));
builder.append(String.format("Out Bytes: %d%n", networkSystem.getOutgoingBytesDelta()));
if (lastTime != 0) {
// ignore the first update as it will not have useful data
lastMetric = builder.toString();
}
lastTime = currentTime;
}
return lastMetric;
}
private boolean isRunModeAllowSaving() {
NetworkSystem networkSystem = CoreRegistry.get(NetworkSystem.class);
return networkSystem.getMode().isAuthority();
}
@Override
public boolean isAvailable() {
return networkSystem.getMode() != NetworkMode.NONE;
}
/**
* The main loop runs until the EngineState is set back to INITIALIZED by shutdown() or until the
* OS requests the application's window to be closed. Engine cleanup and disposal occur
* afterwards.
*/
private void mainLoop() {
NetworkSystem networkSystem = CoreRegistry.get(NetworkSystem.class);
DisplayDevice display = CoreRegistry.get(DisplayDevice.class);
PerformanceMonitor.startActivity("Other");
// MAIN GAME LOOP
while (engineState == EngineState.RUNNING && !display.isCloseRequested()) {
long totalDelta;
float updateDelta;
float subsystemsDelta;
// Only process rendering and updating once a second
if (!display.isActive() && isHibernationAllowed()) {
time.setPaused(true);
Iterator<Float> updateCycles = time.tick();
while (updateCycles.hasNext()) {
updateCycles.next();
}
try {
Thread.sleep(100);
} catch (InterruptedException e) {
logger.warn("Display inactivity sleep interrupted", e);
}
display.processMessages();
time.setPaused(false);
continue;
}
processPendingState();
if (currentState == null) {
shutdown();
break;
}
Iterator<Float> updateCycles = time.tick();
try (Activity ignored = PerformanceMonitor.startActivity("Network Update")) {
networkSystem.update();
}
totalDelta = 0;
while (updateCycles.hasNext()) {
updateDelta = updateCycles.next(); // gameTime gets updated here!
totalDelta += time.getDeltaInMs();
try (Activity ignored = PerformanceMonitor.startActivity("Main Update")) {
currentState.update(updateDelta);
}
}
subsystemsDelta = totalDelta / 1000f;
for (EngineSubsystem subsystem : getSubsystems()) {
try (Activity ignored =
PerformanceMonitor.startActivity(subsystem.getClass().getSimpleName())) {
subsystem.preUpdate(currentState, subsystemsDelta);
}
}
// Waiting processes are set by modules via GameThread.a/synch() methods.
GameThread.processWaitingProcesses();
for (EngineSubsystem subsystem : getSubsystems()) {
try (Activity ignored =
PerformanceMonitor.startActivity(subsystem.getClass().getSimpleName())) {
subsystem.postUpdate(currentState, subsystemsDelta);
}
}
PerformanceMonitor.rollCycle();
PerformanceMonitor.startActivity("Other");
}
PerformanceMonitor.endActivity();
// This becomes important only if display.isCloseRequested() is true.
// In all other circumstances the EngineState is already set to
// INITIALIZED by the time the flow gets here.
engineState = EngineState.INITIALIZED;
}
@Before
public void setup() {
GameThread.setGameThread();
AssetManager assetManager =
CoreRegistry.put(
AssetManager.class,
new AssetManager(new ModuleManagerImpl(new ModuleSecurityManager())));
assetManager.setAssetFactory(
AssetType.PREFAB,
new AssetFactory<PrefabData, Prefab>() {
@Override
public Prefab buildAsset(AssetUri uri, PrefabData data) {
return new PojoPrefab(uri, data);
}
});
EntitySystemBuilder builder = new EntitySystemBuilder();
CoreRegistry.put(ComponentSystemManager.class, mock(ComponentSystemManager.class));
blockManager =
CoreRegistry.put(
BlockManager.class,
new BlockManagerImpl(mock(WorldAtlas.class), new DefaultBlockFamilyFactoryRegistry()));
NetworkSystem networkSystem = mock(NetworkSystem.class);
when(networkSystem.getMode()).thenReturn(NetworkMode.NONE);
entityManager = builder.build(moduleManager, networkSystem, new ReflectionReflectFactory());
worldStub = new WorldProviderCoreStub(BlockManager.getAir());
worldProvider = new EntityAwareWorldProvider(worldStub, entityManager);
plainBlock = new Block();
blockManager.addBlockFamily(
new SymmetricFamily(new BlockUri("test:plainBlock"), plainBlock), true);
blockWithString = new Block();
PrefabData prefabData = new PrefabData();
prefabData.addComponent(new StringComponent("Test"));
Assets.generateAsset(
new AssetUri(AssetType.PREFAB, "test:prefabWithString"), prefabData, Prefab.class);
blockWithString.setPrefab("test:prefabWithString");
blockManager.addBlockFamily(
new SymmetricFamily(new BlockUri("test:blockWithString"), blockWithString), true);
blockWithDifferentString = new Block();
prefabData = new PrefabData();
prefabData.addComponent(new StringComponent("Test2"));
Assets.generateAsset(
new AssetUri(AssetType.PREFAB, "test:prefabWithDifferentString"), prefabData, Prefab.class);
blockWithDifferentString.setPrefab("test:prefabWithDifferentString");
blockManager.addBlockFamily(
new SymmetricFamily(
new BlockUri("test:blockWithDifferentString"), blockWithDifferentString),
true);
blockWithRetainedComponent = new Block();
prefabData = new PrefabData();
prefabData.addComponent(new RetainedOnBlockChangeComponent(3));
Assets.generateAsset(
new AssetUri(AssetType.PREFAB, "test:prefabWithRetainedComponent"),
prefabData,
Prefab.class);
blockWithRetainedComponent.setPrefab("test:prefabWithRetainedComponent");
blockManager.addBlockFamily(
new SymmetricFamily(
new BlockUri("test:blockWithRetainedComponent"), blockWithRetainedComponent),
true);
blockInFamilyOne = new Block();
blockInFamilyOne.setKeepActive(true);
blockInFamilyOne.setPrefab("test:prefabWithString");
blockInFamilyTwo = new Block();
blockInFamilyTwo.setPrefab("test:prefabWithString");
blockInFamilyTwo.setKeepActive(true);
blockManager.addBlockFamily(
new HorizontalBlockFamily(
new BlockUri("test:blockFamily"),
ImmutableMap.<Side, Block>of(
Side.FRONT,
blockInFamilyOne,
Side.LEFT,
blockInFamilyTwo,
Side.RIGHT,
blockInFamilyTwo,
Side.BACK,
blockInFamilyOne),
Collections.<String>emptyList()),
true);
keepActiveBlock = new Block();
keepActiveBlock.setKeepActive(true);
keepActiveBlock.setPrefab("test:prefabWithString");
blockManager.addBlockFamily(
new SymmetricFamily(new BlockUri("test:keepActiveBlock"), keepActiveBlock), true);
worldProvider.initialise();
}
