private void PrepareLog_ReadDataEntries(XElement events, LogDataEntry entry)
{
XElement read_event = new XElement("MeterReadEvent");
AddAtrribute(read_event, "FormatVersion", entry.FormatVersion.ToString());
read_event.Add(new XElement("TimeStamp", entry.TimeStamp.ToString("yyyy-MM-dd HH:mm:ss")));
read_event.Add(new XElement("MeterRead", entry.MeterRead.ToString()));
read_event.Add(new XElement("ErrorStatus", entry.ErrorStatus.ToString()));
read_event.Add(new XElement("ReadInterval", "PT" + entry.ReadInterval.ToString() + "M"));
read_event.Add(new XElement("PortNumber", "PORT" + (entry.PortNumber + 1).ToString()));
read_event.Add(new XElement("IsDailyRead", entry.IsDailyRead.ToString()));
read_event.Add(new XElement("IsTopOfHourRead", entry.IsTopOfHourRead.ToString()));
read_event.Add(new XElement("ReadReason", entry.ReasonForRead.ToString()));
read_event.Add(new XElement("IsSynchronized", entry.IsSynchronized.ToString()));
events.Add(read_event);
}
public LogQueryResult(byte[] response)
{
if (response[1] == 1)
{
if (response[2] == 1)
{
mStatus = LogDataType.LastPacket;
}
else
{
mStatus = LogDataType.Bussy;
}
TotalEntries = 0;
CurrentEntry = 0;
}
else
{
mStatus = LogDataType.NewPacket;
TotalEntries = response[3] + (response[4] << 8);
CurrentEntry = response[5] + (response[6] << 8);
mEntry = new LogDataEntry(response);
}
}
