public HeaderInfo(GroupVariation variation, QualifierCode qualifier, TimestampMode tsmode, UInt32 headerIndex)
{
this.variation = variation;
this.qualifier = qualifier;
this.tsmode = tsmode;
this.headerIndex = headerIndex;
}
public HeaderInfo(GroupVariation variation, QualifierCode qualifier, TimestampMode tsmode, bool isEvent, bool flagsValid, UInt32 headerIndex)
{
this.variation = variation;
this.qualifier = qualifier;
this.tsmode = tsmode;
this.isEvent = isEvent;
this.flagsValid = flagsValid;
this.headerIndex = headerIndex;
}
public Measurement(string displayValue, TimestampMode tsmode, MeasType type, UInt16 index, IQualityBitInfo info)
{
this.valueAsString = displayValue;
this.timeStamp = DateTime.Now;
this.tsmode = tsmode;
this.type = type;
this.index = index;
this.info = info;
this.quality = 0;
}
public Measurement(string displayValue, MeasurementBase meas, TimestampMode tsmode, MeasType type, UInt16 index, IQualityBitInfo info)
{
this.valueAsString = displayValue;
this.timeStamp = (tsmode == TimestampMode.INVALID) ? DateTime.Now : meas.Timestamp;
this.tsmode = tsmode;
this.type = type;
this.index = index;
this.info = info;
this.quality = meas.Quality;
}
public Measurement(string displayValue, MeasurementBase meas, TimestampMode tsmode, MeasType type, UInt16 index, IQualityBitInfo info)
{
this.valueAsString = displayValue;
this.timeStamp = (tsmode == TimestampMode.INVALID) ? DateTime.Now : meas.Timestamp;
this.tsmode = tsmode;
this.type = type;
this.index = index;
this.info = info;
this.quality = meas.Quality;
}
public Measurement(string displayValue, TimestampMode tsmode, MeasType type, UInt16 index, IQualityBitInfo info)
{
this.valueAsString = displayValue;
this.timeStamp = DateTime.Now;
this.tsmode = tsmode;
this.type = type;
this.index = index;
this.info = info;
this.quality = 0;
}
/// <summary>
/// The base class of Timelines. Needed for untyped collections of timelines.
/// </summary>
protected TimelineBase(byte[] id)
{
_id = id;
_numGuaranteedSends = 3;
_lastSendTime = DateTime.Now;
_timestampMode = TimestampMode.Absolute;
_deliveryMode = DeliveryMode.ReliableOrdered;
_maxEntries = 10;
_numEntries = 0;
_ignoreCachedEvents = false;
_cacheSize = _defaultCacheSize;
_tags = new HashSet <string>();
}
private static string GetTimeModeString(TimestampMode mode)
{
switch (mode)
{
case (TimestampMode.INVALID):
return("local timestamp");
case (TimestampMode.SYNCHRONIZED):
return("synchronized");
default:
return("unsynchronized");
}
}
public static Measurement ToMeasurement(this FrozenCounter meas, UInt16 index, TimestampMode tsmode)
{
return(new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.FrozenCounter, index, QualityInfo.counter));
}
private static string GetTimeModeString(TimestampMode mode)
{
switch(mode)
{
case(TimestampMode.INVALID):
return "local timestamp";
case(TimestampMode.SYNCHRONIZED):
return "synchronized";
default:
return "unsynchronized";
}
}
public HeaderInfo(GroupVariation variation, QualifierCode qualifier, TimestampMode tsmode)
{
this.variation = variation;
this.qualifier = qualifier;
this.tsmode = tsmode;
}
public static Measurement ToMeasurement(this OctetString meas, UInt16 index, TimestampMode tsmode)
{
return(new Measurement(meas.AsString(), tsmode, MeasType.OctetString, index, QualityInfo.octetString));
}
public static Measurement ToMeasurement(this FrozenCounter meas, UInt16 index, TimestampMode tsmode)
{
return new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.FrozenCounter, index, QualityInfo.counter);
}
public void SetTimestampMode(TimestampMode mode)
{
MCAResponse response = Client.Send(MCACommand.SetGeneralMode((Mode)((uint)mode)));
if (response == null) { throw new MCADeviceLostConnectionException(); }
}
public static Measurement ToMeasurement(this DoubleBitBinary meas, UInt16 index, TimestampMode tsmode)
{
return(new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.DoubleBitBinary, index, QualityInfo.doubleBinary));
}
public static Measurement ToMeasurement(this AnalogOutputStatus meas, UInt16 index, TimestampMode tsmode)
{
return new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.AnalogOutputStatus, index, QualityInfo.analog);
}
public static Measurement ToMeasurement(this TimeAndInterval meas, UInt16 index, TimestampMode tsmode)
{
return(new Measurement(meas.ToString(), tsmode, MeasType.TimeAndInterval, index, QualityInfo.octetString));
}
public static Measurement ToMeasurement(this OctetString meas, UInt16 index, TimestampMode tsmode)
{
return new Measurement(meas.AsString(), tsmode, MeasType.OctetString, index, QualityInfo.octetString);
}
public static Measurement ToMeasurement(this TimeAndInterval meas, UInt16 index, TimestampMode tsmode)
{
return new Measurement(meas.ToString(), tsmode, MeasType.TimeAndInterval, index, QualityInfo.octetString);
}
public static Measurement ToMeasurement(this AnalogOutputStatus meas, UInt16 index, TimestampMode tsmode)
{
return(new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.AnalogOutputStatus, index, QualityInfo.analog));
}
public static Measurement ToMeasurement(this DoubleBitBinary meas, UInt16 index, TimestampMode tsmode)
{
return new Measurement(meas.Value.ToString(), meas, tsmode, MeasType.DoubleBitBinary, index, QualityInfo.doubleBinary);
}
