public EventOfProtectionEquipment(int ioa, SingleEvent singleEvent, CP16Time2a elapsedTime, CP24Time2a timestamp)
: base(ioa)
{
this.singleEvent = singleEvent;
this.elapsedTime = elapsedTime;
this.timestamp = timestamp;
}
public PackedStartEventsOfProtectionEquipment(int objectAddress, StartEvent spe, QualityDescriptorP qdp, CP16Time2a elapsedTime, CP24Time2a timestamp)
: base(objectAddress)
{
this.spe = spe;
this.qdp = qdp;
this.elapsedTime = elapsedTime;
this.timestamp = timestamp;
}
public PackedOutputCircuitInfo(int objectAddress, OutputCircuitInfo oci, QualityDescriptorP qdp, CP16Time2a operatingTime, CP24Time2a timestamp)
: base(objectAddress)
{
this.oci = oci;
this.qdp = qdp;
this.operatingTime = operatingTime;
this.timestamp = timestamp;
}
internal DelayAcquisitionCommand(ApplicationLayerParameters parameters, byte[] msg, int startIndex)
: base(parameters, msg, startIndex, false)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
/* parse CP16Time2a (time stamp) */
delay = new CP16Time2a(msg, startIndex);
}
internal EventOfProtectionEquipment(ApplicationLayerParameters parameters, byte[] msg, int startIndex, bool isSequence)
: base(parameters, msg, startIndex, isSequence)
{
if (!isSequence)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
}
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
singleEvent = new SingleEvent(msg[startIndex++]);
elapsedTime = new CP16Time2a(msg, startIndex);
startIndex += 2;
/* parse CP56Time2a (time stamp) */
timestamp = new CP24Time2a(msg, startIndex);
}
internal PackedOutputCircuitInfo(ApplicationLayerParameters parameters, byte[] msg, int startIndex, bool isSequence) :
base(parameters, msg, startIndex, isSequence)
{
if (!isSequence)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
}
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
oci = new OutputCircuitInfo(msg [startIndex++]);
qdp = new QualityDescriptorP(msg [startIndex++]);
operatingTime = new CP16Time2a(msg, startIndex);
startIndex += 2;
/* parse CP56Time2a (time stamp) */
timestamp = new CP24Time2a(msg, startIndex);
}
public override void SendDelayAcquisitionCommand(CauseOfTransmission cot, int ca, CP16Time2a delay)
{
ASDU asdu = new ASDU(appLayerParameters, CauseOfTransmission.ACTIVATION, false, false, (byte)appLayerParameters.OA, ca, false);
asdu.AddInformationObject(new DelayAcquisitionCommand(0, delay));
EnqueueUserData(asdu);
}
/// <summary> /// Sends a delay acquisition command (C_CD_NA_1 typeID: 106). /// </summary> /// <param name="cot">Cause of transmission</param> /// <param name="ca">Common address</param> /// <param name="delay">delay for acquisition</param> /// <exception cref="ConnectionException">description</exception> public abstract void SendDelayAcquisitionCommand(CauseOfTransmission cot, int ca, CP16Time2a delay);
public DelayAcquisitionCommand(int ioa, CP16Time2a delay)
: base(ioa)
{
this.delay = delay;
}
//Обработчик команды определения запаздывания
private bool delayAcquisitionHandler(object parameter, IMasterConnection connection, ASDU asdu, CP16Time2a delayTime)
{
return(true);
}
