public RFServiceEnvironment(string environment, RFEngineDefinition config, string dbConnection)
{
_context = new RFComponentContext
{
CancellationTokenSource = new CancellationTokenSource(),
Catalog = null,
UserConfig = new RFCachedUserConfig(dbConnection, environment),
SystemConfig = new RFSystemConfig
{
Environment = environment,
IntervalLength = config.IntervalSeconds * 1000,
ProcessingMode = RFProcessingMode.RFContinuous,
DocumentStoreConnectionString = dbConnection,
Downtime = RFSettings.GetDowntime()
}
};
RFStatic.Log = new RFLog4NetLog(dbConnection);
var engine = new RFSimpleEngine(config, _context);
_context.Engine = engine;
_context.Catalog = new RFSQLCatalog(_context);
_context.UserLog = new RFSQLUserLog(_context);
_context.UserRole = new RFSQLUserRole(dbConnection);
_context.DispatchStore = new RFDispatchStoreSQL(_context);
_workQueue = new RFGraphDispatchQueue(engine.GetWeights(), engine.GetDependencies(), engine.GetExclusiveProcesses(), _context);
RFEnvironments.LogLicenseInfo(config);
}
public RFConsoleEnvironment(string environment, RFEngineDefinition config, string dbConnection)
{
_context = new RFComponentContext
{
CancellationTokenSource = new CancellationTokenSource(),
Catalog = null,
UserConfig = new RFCachedUserConfig(dbConnection, environment),
UserRole = new RFSQLUserRole(dbConnection),
SystemConfig = new RFSystemConfig
{
Environment = environment,
ProcessingMode = RFProcessingMode.RFSinglePass,
IntervalLength = config.IntervalSeconds,
DocumentStoreConnectionString = dbConnection
}
};
if (RFStatic.Log == null)
{
RFStatic.Log = new RFLog4NetLog(dbConnection);
}
// reuse parent context for database-access, but create a new engine and work queue (for tracking)
var engine = new RFSimpleEngine(config, _context);
_context.Catalog = new RFSQLCatalog(_context);
_context.ActiveComponents = new List <RFActiveComponent>();
_context.Engine = engine;
_context.UserLog = new RFSQLUserLog(_context);
_context.DispatchStore = new RFDispatchStoreSQL(_context);
_workQueue = new RFGraphDispatchQueue(engine.GetWeights(), engine.GetDependencies(), engine.GetExclusiveProcesses(), _context);
RFEnvironments.LogLicenseInfo(config);
}
protected RFDispatchQueueMonitorBase(RFComponentContext context, IRFInstructionSink instructionSink, IRFEventSink eventSink, IRFDispatchQueue dispatchQueue)
: base(context)
{
_requestTracker = new RFRequestTracker();
_instructionSink = instructionSink;
_eventSink = eventSink;
_dispatchQueue = dispatchQueue;
}
public RFDispatchQueueMonitorMSMQ(RFComponentContext context, IRFInstructionSink instructionSink, IRFEventSink eventSink, IRFDispatchQueue dispatchQueue)
: base(context, instructionSink, eventSink, dispatchQueue)
{
var localSuffix = RIFF.Core.RFCore.sShortVersion;
_workerThreadsCount = RFSettings.GetAppSetting("MSMQWorkerThreads", 4);
_workerQueue = GetOrCreateQueue("WorkerQueue_" + localSuffix, _context.SystemConfig.Environment);
_eventQueue = GetOrCreateQueue("EventQueue_" + localSuffix, _context.SystemConfig.Environment);
_workerQueue.DefaultPropertiesToSend.ResponseQueue = _eventQueue;
Log.Debug(this, "Using MSMQ Queues");
}
public RFDispatchQueueMonitorInProc(RFComponentContext context, IRFInstructionSink instructionManager, IRFEventSink eventManager, IRFDispatchQueue workQueue)
: base(context, instructionManager, eventManager, workQueue)
{
Log.Debug(this, "Using InProc Queue");
}
public RFDispatchQueueSink(RFComponentContext context, IRFDispatchQueue destinationQueue)
: base(context)
{
_destinationQueue = destinationQueue;
}
