public override Task <InvertorProducingStatistic> GetAllStationsStatistics(EmptyRequest request, ServerCallContext context)
{
try
{
InvertorProducingStatistic result = new InvertorProducingStatistic();
for (int i = 1; i <= 6; i++)
{
InvertorProducingStatistic stationResult = null;
if (db.InvertorProducingStatistics.Where(x => x.StationId == i).ToList().Any())
{
stationResult = db.InvertorProducingStatistics.Where(x => x.StationId == i).ToList().Last();
}
if (stationResult != null)
{
stationResult.ErrorCount = db.Events.Where(x => x.StationId == i).Count();
result.ProducedEnergy += stationResult.ProducedEnergy;
result.PredictedProducing += stationResult.PredictedProducing;
result.ActivePower += stationResult.ActivePower;
result.ErrorCount += stationResult.ErrorCount;
}
}
if (powerInMW)
{
result.PredictedProducing /= 1000;
result.ActivePower /= 1000;
result.ProducedEnergy /= 1000;
}
return(Task.FromResult(result));
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
return(Task.FromResult(new InvertorProducingStatistic()));
}
public override Task <InvertorProducingStatistic> GetInvertorStatisticsAsync(InvertorProducingStatisticRequest request, ServerCallContext context)
{
try
{
InvertorProducingStatistic statisticsNow = db.InvertorProducingStatistics.Where(x => x.InvertorId == request.InvertorId && x.Date >= request.FromDate).First();
if (powerInMW)
{
statisticsNow.PredictedProducing /= 1000;
statisticsNow.ActivePower /= 1000;
statisticsNow.ProducedEnergy /= 1000;
}
return(Task.FromResult(statisticsNow));
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(Task.FromResult(new InvertorProducingStatistic()));
}
}
public override Task <InvertorProducingStatistic> GetStationStatisticAsync(StationProducingStatisticRequest request, ServerCallContext context)
{
try
{
InvertorProducingStatistic statisticsNow = null;
if (db.InvertorProducingStatistics.Where(x => x.StationId == request.StationId).ToList().Any())
{
statisticsNow = db.InvertorProducingStatistics.Where(x => x.StationId == request.StationId).ToList().Last();
}
InvertorProducingStatistic statisticsOnRequestDate = null;
if (db.InvertorProducingStatistics.Where(x => x.StationId == request.StationId && x.Date == request.Date).ToList().Any())
{
statisticsOnRequestDate = db.InvertorProducingStatistics.Where(x => x.StationId == request.StationId && x.Date == request.Date).ToList().Last();
}
InvertorProducingStatistic statisticsResult = statisticsNow;
if (statisticsResult != null)
{
if (statisticsOnRequestDate != null)
{
statisticsResult.PredictedProducing -= statisticsOnRequestDate.PredictedProducing;
statisticsResult.ActivePower -= statisticsOnRequestDate.ActivePower;
statisticsResult.ProducedEnergy -= statisticsOnRequestDate.ProducedEnergy;
}
statisticsResult.ErrorCount = db.Events.Where(x => x.StationId == statisticsResult.StationId && x.Date >= request.Date).Count();
if (powerInMW)
{
statisticsResult.PredictedProducing /= 1000;
statisticsResult.ActivePower /= 1000;
statisticsResult.ProducedEnergy /= 1000;
}
return(Task.FromResult(statisticsResult));
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
return(Task.FromResult(new InvertorProducingStatistic()));
}
