private void Initialize(InformationEvent infoEvent)
{
this.informationEvent = infoEvent;
// All information records are currently barrier records
this.isBarrierRecord = true;
}
private static void RaiseInformationEvent(string eventName)
{
// Usamos el nombre "_event" porque "event" es una keyword.
InformationEvent _event = new InformationEvent();
_event.EventName = eventName;
_event.Notify();
}
internal InformationLogRecord(
LogicalSequenceNumber lsn,
PhysicalLogRecord linkedPhysicalRecord,
InformationEvent informationEvent)
: base(LogRecordType.Information, lsn, linkedPhysicalRecord)
{
this.Initialize(informationEvent);
this.UpdateApproximateDiskSize();
}
/// <summary>
/// Append information record
/// </summary>
public void Information(InformationEvent informationEvent)
{
lock (lsnOrderingLock)
{
this.LastInformationRecord = new InformationLogRecord(
this.CurrentLogTailLsn,
this.LastLinkedPhysicalRecord,
informationEvent);
this.LogManager.PhysicalLogWriter.InsertBufferedRecord(this.LastInformationRecord);
}
}
private void AnalysePacket(MCPPacket packet)
{
lock (ipCounterTable)
{
IPAddress ipKey = packet.IpAddress;
bool isNew = false;
if (ipCounterTable.ContainsKey(ipKey))
{
if (ipCounterTable[ipKey] < packet.Number || packet.State == MCPState.Reset)
{
ipCounterTable[ipKey] = packet.Number;
isNew = true;
}
}
else
{
ipCounterTable.Add(ipKey, packet.Number);
isNew = true;
}
if (isNew)
{
switch (packet.State)
{
case MCPState.Information:
InformationEvent?.Invoke(this, new InformationEventArgs()
{
Address = packet.IpAddress, Port = packet.Port, Information = packet.Information
});
break;
case MCPState.MaintainConnection:
MaintainEvent?.Invoke(this, new MaintainEventArgs()
{
Address = packet.IpAddress, Port = packet.Port
});
break;
case MCPState.Close:
CloseEvent?.Invoke(this, new CloseEventArgs()
{
Address = packet.IpAddress, Port = packet.Port
});
ipCounterTable.Remove(ipKey);
break;
default: break;
}
}
}
}
public async Task FlushInformationRecordAsync(
InformationEvent type,
bool closeLog,
string flushInitiator)
{
lock (lsnOrderingLock)
{
this.Information(type);
if (closeLog)
{
this.LogManager.PrepareToClose();
}
}
await this.LogManager.FlushAsync(flushInitiator).ConfigureAwait(false);
}
/// -------------------------------------------------------------------------------------------------------------------------------------------------------------
/// Awake
/// -------------------------------------------------------------------------------------------------------------------------------------------------------------
/// <summary> The Awake method of MonoBehaviour interface. </summary>
private void Awake()
{
// Event instances are created.
EventSetCamera = new CameraEvent();
EventSetInformation = new InformationEvent();
}
private InformationLogRecord()
: base()
{
this.informationEvent = InformationEvent.Invalid;
this.isBarrierRecord = false;
}
internal InformationLogRecord(LogRecordType recordType, ulong recordPosition, long lsn)
: base(recordType, recordPosition, lsn)
{
Utility.Assert(recordType == LogRecordType.Information, "recordType == LogRecordType.Information");
this.informationEvent = InformationEvent.Invalid;
}
