/// <summary>
/// Constructor for the Load Profile Status LID object
/// </summary>
/// <param name="retriever">The LIDRetriever for the device.</param>
/// <param name="fltLPPulseWeightMultiplier">The multiplier used to convert from meter value to real value</param>
// Revision History
// MM/DD/YY who Version Issue# Description
// -------- --- ------- ------ ---------------------------------------
// 10/02/06 RCG 7.40.00 N/A Created
internal LoadProfileStatusLIDS(LIDRetriever retriever, float fltLPPulseWeightMultiplier)
{
m_LIDRetriever = retriever;
m_LIDs = new DefinedLIDs();
m_ChannelsList = new List<ANSILoadProfileChannel>();
m_byIntervalLength = new CachedByte();
m_byNumberOfChannels = new CachedByte();
m_bIsChannelStatusCached = false;
m_fltLPPulseWeightMultiplier = fltLPPulseWeightMultiplier;
}
/// <summary>
/// Method that handles the writing of the Register Data to the XML file.
/// </summary>
/// <param name="xmlDoc">The XmlDocument that this data is going into</param>
/// <param name="ESN">Electronic Serial Number of the meter</param>
/// <returns>The outcome of writing the current register data to the file</returns>
// Revision History
// MM/DD/YY Who Version Issue# Description
// -------- --- ------- ------ -------------------------------------------
// 09/28/09 AF 2.30.04 Created
// 10/02/09 AF 2.30.05 Changed the way the result is handled so that we
// don't falsely claim success
// 10/06/09 AF 2.30.07 Restructured after code review
// 03/27/12 jrf 2.53.52 TREQ3440/3447 Adding support for writing extended energy
// registers and extended self read registers to the
// CRF file.
//
public override CreateCRFResult Write(XmlDocument xmlDoc, string ESN)
{
XmlNode ChannelsNode;
m_Result = base.Write(xmlDoc, ESN);
try
{
if (m_SelfReadRegisters.Count > 0)
{
ChannelsNode = BuildChannelsNode();
// Process the self reads one by one
foreach (QuantityCollection SRQtyCollection in m_SelfReadRegisters)
{
m_TimeOfReading = SRQtyCollection.DateTimeOfReading;
foreach (Quantity SRReg in SRQtyCollection.Quantities)
{
WriteQuantity(ChannelsNode, SRReg);
}
}
}
if (m_ExtendedSelfReadRegisters.Count > 0)
{
ChannelsNode = BuildChannelsNode();
// Process the self reads one by one
foreach (ExtendedSelfReadRecord ExtSRReg in m_ExtendedSelfReadRegisters)
{
WriteReading(ChannelsNode, ExtSRReg.QuantityID.lidDescription, ExtSRReg.Measurement, ExtSRReg.TimeOfOccurence);
}
}
else if (m_CurrentRegisters.Count > 0)
{
ChannelsNode = BuildChannelsNode();
foreach (Quantity CurReg in m_CurrentRegisters)
{
WriteQuantity(ChannelsNode, CurReg);
}
}
else if (m_ExtendedRegisters.Count > 0)
{
ChannelsNode = BuildChannelsNode();
foreach (ExtendedCurrentEntryRecord ExtReg in m_ExtendedRegisters)
{
WriteReading(ChannelsNode, ExtReg.QuantityID.lidDescription, ExtReg.Measurement, m_TimeOfReading);
}
}
if (m_InstantaneousCurrentDataRecords.Count > 0)
{
ChannelsNode = BuildChannelsNode();
foreach (InstantaneousCurrentDataRecord InsCurr in m_InstantaneousCurrentDataRecords)
{
WriteReading(ChannelsNode, InsCurr.Description, InsCurr.Value, InsCurr.ReadingTime);
}
}
if (m_MaxDemandRecords.Count > 0)
{
int iNoMD = 0;
DefinedLIDs LIDs = new DefinedLIDs();
ChannelsNode = BuildChannelsNode();
string StrMaxDemand = "Max Demand ";
string UnitDescription = "(" + LIDs.DEMAND_MAX_W_DEL.lidDescription + ")";
foreach (AMIMDERCD MaxDemadRecord in m_MaxDemandRecords)
{
iNoMD++;
string Description = StrMaxDemand + iNoMD.ToString(CultureInfo.InvariantCulture) + UnitDescription;
WriteReading(ChannelsNode, Description, MaxDemadRecord.MaxWattsReceived, MaxDemadRecord.DateOfDemandReset);
}
}
// If we reach this point, we can assume success
m_Result = CreateCRFResult.SUCCESS;
}
catch (Exception)
{
m_Result = CreateCRFResult.PROTOCOL_ERROR;
}
return(m_Result);
}
