private bool LocateConsolidationDevice()
{
if (ConsolidationDevice == null)
{
ConsolidationDevice = ManagerManager.FindPVOutputConsolidationDevice(SystemId);
if (ConsolidationDevice == null)
{
GlobalSettings.LogMessage("LocateConsolidationDevice", "Cannot find ConsolidationDevice for: " + SystemId, LogEntryType.Information);
return false;
}
}
return true;
}
private void PrepareConsumptionLoadList(DateTime runLimit)
{
try
{
if (ConsolidationDevice == null)
{
ConsolidationDevice = ManagerManager.FindPVOutputConsolidationDevice(SystemId);
if (ConsolidationDevice == null)
{
GlobalSettings.LogMessage("PrepareConsumptionLoadList", "Cannot find ConsolidationDevice for: " + SystemId, LogEntryType.Information);
return;
}
}
for (DateTime day = DateTime.Today; day >= PVDateLimit; day = day.AddDays(-1.0))
{
DeviceDetailPeriod_EnergyConsolidation consumptionPeriod = (DeviceDetailPeriod_EnergyConsolidation)ConsolidationDevice.FindOrCreateFeaturePeriod(FeatureType.ConsumptionAC, 0, day);
long energy = 0;
long power = 0;
foreach (EnergyReading reading in consumptionPeriod.GetReadings())
{
// exclude readings beyond limit to prevent exposure of values in incomplete intervals
if (reading.ReadingEnd > runLimit)
break;
int timeVal = (int)(reading.ReadingEnd.AddMinutes(-PVInterval).TimeOfDay.TotalSeconds);
if (Settings.PowerMinMax)
// do not have instantaneous power - do have min and max power
// alternale between min and max in each interval
if (((int)((int)(timeVal / Settings.DataIntervalSeconds) % 2)) == 0)
power = reading.MaxPower.HasValue ? reading.MaxPower.Value : reading.Power.HasValue ? reading.Power.Value : reading.AveragePower;
else
power = reading.MinPower.HasValue ? reading.MinPower.Value : reading.Power.HasValue ? reading.Power.Value : reading.AveragePower;
else
power = reading.Power.HasValue ? reading.Power.Value : reading.AveragePower;
energy += (long)(reading.TotalReadingDelta * 1000.0);
RecordConsumption(reading.ReadingEnd, energy, power, reading.Temperature);
}
}
if (LastDeleteOld == null || LastDeleteOld.Value < DateTime.Now.AddDays(-1.0))
{
DeleteOldLogEntries();
LastDeleteOld = DateTime.Now;
}
}
catch (Exception e)
{
throw new Exception("PrepareConsumptionLoadList - Error : " + e.Message, e);
}
}
public PVOutputManager(GenThreadManager genThreadManager, IOutputManagerManager managerManager, PvOutputSiteSettings settings)
: base(genThreadManager, GlobalSettings.SystemServices)
{
ManagerManager = managerManager;
Settings = settings;
SystemId = settings.SystemId;
APIKey = settings.APIKey;
if (settings.LiveDays == null)
PVLiveDays = PVLiveDaysDefault;
else
PVLiveDays = settings.LiveDays.Value;
if (Settings.HaveSubscription)
PVOutputHourLimit = 100;
else
PVOutputHourLimit = 60;
RequestCount = 0;
RequestHour = (int)DateTime.Now.TimeOfDay.TotalHours;
PVOutputLimitReported = false;
PVOutputCurrentDayLimitReported = false;
InitialOutputCycle = true;
OutputReadyEvent = new ManualResetEvent(true);
LastYieldReady = DateTime.MinValue;
LastConsumeReady = DateTime.MinValue;
PVInterval = settings.DataInterval == "" ? 10 : Convert.ToInt32(settings.DataInterval);
// Common lock object for all OutputManagers
if (OutputProcessLock == null)
OutputProcessLock = new Object();
ConsolidationDevice = ManagerManager.FindPVOutputConsolidationDevice(SystemId);
}