public TaskProducerWorker(ILogger logger, ICacheAside cacheAside, IVolumeHandler volumeHandler, IResolver resolver, IBatchLoggerFactory batchLoggerFactory) : base("TaskProducer", logger)
{
_cacheAside = cacheAside;
_volumeHandler = volumeHandler;
_resolver = resolver;
_batchLoggerFactory = batchLoggerFactory;
}
public Bus(IEntityFactory entityFactory, IVolumeHandler volumeHandler, IPubSubFactory pubSubFactory, IStateManager stateManager, IProcessDataStorage storage,
IDistributedMutexFactory distributedMutexFactory, IResolver resolver, IBatchLoggerFactory batchLoggerFactory)
{
EntityFactory = entityFactory;
VolumeHandler = volumeHandler;
PubSubFactory = pubSubFactory;
_stateManager = stateManager;
_storage = storage;
DistributedMutexFactory = distributedMutexFactory;
_resolver = resolver;
_batchLoggerFactory = batchLoggerFactory;
_cts = new CancellationTokenSource();
_cancellationToken = _cts.Token;
HookExceptionEvents();
_logger = batchLoggerFactory.GetSystemLogger();
EventAggregator = new TinyEventAggregator();
var wrapper = new BusStateManager(_stateManager, _logger, resolver);
_stateManager = wrapper;
var originalStorage = _storage;
_storage = new CacheBusWrapper(_logger, originalStorage, resolver);
_cacheCommandPipeline = new CacheStoragePipeline(_logger, _cancellationToken, originalStorage);
_cacheAside = new CacheAside(_stateManager, _storage, EventAggregator, _logger, batchLoggerFactory);
_processRepository = _resolver.Resolve <IProcessRepository>();
//var taskListener = resolver.Resolve<ITaskListener>();
//if (!ReferenceEquals(taskListener, _processRepository))
//{
// Console.WriteLine("ALERT");
//}
_taskExecutorsRepo = new TaskExecutorsPool(_logger, _cacheAside, _cancellationToken, _stateManager, _processRepository, EventAggregator, resolver, _logger);
//BuildCommandHandlerPipeline();
_statePersistencePipeline = new StatePersistencePipeline(_logger, _cancellationToken);
this._databasePipeline = new DatabasePipeline(_logger, _cancellationToken, 0);//todo 500
_taskProcessorPipeline = GetTaskProcessorPipeLine();
//_grouPipeline=new GroupHandlerPipeline(_stateManager, _logger, _branchEngineSubscriber);
//_volumePipeline = new ProcessVolumePipeline(_cancellationToken, _logger, _stateManager, _cacheAside, _processRepository, VolumeHandler, resolver, EventAggregator, _branchEngineSubscriber);
_branchEngineSubscriber = new BatchEngineSubscribers();
//_watchDog = new ProcessWatchDog(_logger, StateManager, _branchEngineSubscriber, _cacheAside, SerializersFactory.Instance, EntityFactory, EventAggregator, Storage);
//watchDog.Start(_cancellationToken);//todo
// _grouPipeline = new Pipeline<GroupMessage>(_watchDog);
//_watchDogPipeline = new Pipeline<IWatchDogMessage>(_watchDog);
_taskProducer = new TaskProducerWorker(_logger, _cacheAside, VolumeHandler, resolver, batchLoggerFactory);
_leaderManager = DistributedMutexFactory.CreateDistributedMutex(NodeSettings.Instance.LockKey, RunLocalWatchDog, () => SwitchToPubSubWatchDog(null), batchLoggerFactory.GetSystemLogger());
}
//private readonly Action<ProcessExecutionContext, bool> _invokeProcessCompletion;
public VolumeGenerator(IBaseProcess process, IStateManager stateManager, IVolumeHandler volumeHandler,
IResolver resolver, CancellationToken cancellationToken, IProcessRepository registeredProcesses,
IBatchEngineSubscribers batchEngineSubscribers, IFrameworkLogger logger)
{
_process = process;
_stateManager = stateManager;
this._volumeHandler = volumeHandler;
_resolver = resolver;
_cancellationToken = cancellationToken;
_registeredProcesses = registeredProcesses;
_batchEngineSubscribers = batchEngineSubscribers;
_logger = logger;
}
public ProcessVolumeRequestHandler(IFrameworkLogger logger, IStateManager stateManager, ICacheAside cacheAside,
IProcessRepository registeredProcesses, IVolumeHandler volumeHandler, CancellationToken token,
IResolver resolver, IEventAggregator eventAggregator, IBatchEngineSubscribers batchEngineSubscribers)
{
_logger = logger;
_stateManager = stateManager;
_cacheAside = cacheAside;
_registeredProcesses = registeredProcesses;
_volumeHandler = volumeHandler;
_token = token;
_resolver = resolver;
_eventAggregator = eventAggregator;
_batchEngineSubscribers = batchEngineSubscribers;
}
void IBaseProcess.HandleVolume(IVolumeHandler handler, IProcessExecutionContextWithVolume processContext,
CancellationToken cancellationToken)
{
var volumeGenerated = processContext.ProcessState.IsVolumeGenerated;
if (!volumeGenerated || CanRegenerateVolume)
{
var volume = GetVolume(processContext);
if (volume != null)
{
handler.Handle(volume, processContext, cancellationToken); //volume visitor
}
}
}
public ProcessVolumePipeline(CancellationToken token, IFrameworkLogger logger, IStateManager stateManager,
ICacheAside cacheAside, IProcessRepository processRepository, IVolumeHandler volumeHandler,
IResolver resolver, IEventAggregator eventAggregator, IBatchEngineSubscribers batchEngineSubscribers)
: base(new ProcessVolumeRequestHandler(logger, stateManager, cacheAside, processRepository, volumeHandler,
token, resolver, eventAggregator, batchEngineSubscribers))
{
RegisterFeatureDecorator(new ConsumerFilter <ProcessExecutionContext>(token, logger, "VolumeGeneratorConsumer"));
}
