internal static IExMonitorTransceiver RegisterAndGet(IExecutorService executorService, ExMonitorServerImpl monitorServer)
{
using (ILogMethod method = Log.LogMethod("", "Method"))
{
try
{
if (_instance == null)
{
lock (_instanceLock)
{
if (_instance == null)
{
_instance = new MonitorTransceiver_InMemory(executorService, monitorServer);
}
}
}
return _instance;
}
catch (Exception ex)
{
method.Exception(ex);
}
return _instance;
}
}
internal ExMonitorTransceiverBase(IExecutorService executorService, ExMonitorServerImpl monitorServer)
: base(executorService)
{
_monitorServer = monitorServer;
_isMonProcessorStandalone = _monitorServer._isMonProcessorStandalone;
// GIM (G2H)
_g2hExecutor_GIM = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 1, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_GIM.ProcessItem += OnProcessG2HMessageFromWorker;
// GIM (H2G)
_h2gExecutor_GIM = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 1, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_GIM.ProcessItem += OnProcessH2GMessageFromWorker;
// Non Priority (G2H)
_g2hExecutor_NonPrio = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 20, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_NonPrio.ProcessItem += OnProcessG2HMessageFromWorker;
// Non Priority (H2G)
_h2gExecutor_NonPrio = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 5, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_NonPrio.ProcessItem += OnProcessH2GMessageFromWorker;
// Priority (G2H)
_g2hExecutor_Prio = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 20, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_Prio.ProcessItem += OnProcessG2HMessageFromWorker;
// Priority (H2G)
_h2gExecutor_Prio = ThreadPoolExecutorFactory.CreateThreadPool <MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 5, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_Prio.ProcessItem += OnProcessH2GMessageFromWorker;
}
internal static IExMonitorTransceiver RegisterAndGet(IExecutorService executorService, ExMonitorServerImpl monitorServer)
{
using (ILogMethod method = Log.LogMethod("", "Method"))
{
try
{
if (_instance == null)
{
lock (_instanceLock)
{
if (_instance == null)
{
_instance = new MonitorTransceiver_InMemory(executorService, monitorServer);
}
}
}
return(_instance);
}
catch (Exception ex)
{
method.Exception(ex);
}
return(_instance);
}
}
public MonitorTransceiver_InMemory(IExecutorService executorService, ExMonitorServerImpl monitorServer)
: base(executorService, monitorServer)
{
}
public MonitorTransceiver_InMemory(IExecutorService executorService, ExMonitorServerImpl monitorServer)
: base(executorService, monitorServer)
{
}
internal ExMonitorTransceiverBase(IExecutorService executorService, ExMonitorServerImpl monitorServer)
: base(executorService)
{
_monitorServer = monitorServer;
_isMonProcessorStandalone = _monitorServer._isMonProcessorStandalone;
// GIM (G2H)
_g2hExecutor_GIM = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 1, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_GIM.ProcessItem += OnProcessG2HMessageFromWorker;
// GIM (H2G)
_h2gExecutor_GIM = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 1, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_GIM.ProcessItem += OnProcessH2GMessageFromWorker;
// Non Priority (G2H)
_g2hExecutor_NonPrio = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 20, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_NonPrio.ProcessItem += OnProcessG2HMessageFromWorker;
// Non Priority (H2G)
_h2gExecutor_NonPrio = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 5, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_NonPrio.ProcessItem += OnProcessH2GMessageFromWorker;
// Priority (G2H)
_g2hExecutor_Prio = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_G2H>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 20, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_g2hExecutor_Prio.ProcessItem += OnProcessG2HMessageFromWorker;
// Priority (H2G)
_h2gExecutor_Prio = ThreadPoolExecutorFactory.CreateThreadPool<MonMsg_H2G>(
new ThreadPoolExecutorArg()
{
ExecutorService = executorService,
KernelModeQueue = false,
PoolType = ThreadPoolType.AsyncTaskQueue,
ThreadCount = 5, // Configurable
FlushItemsBeforeClose = true,
ThreadQueueCount = -1,
});
_h2gExecutor_Prio.ProcessItem += OnProcessH2GMessageFromWorker;
}
