public async Task <IActionResult> GetSettings()
{
var user = await userManager.GetUserAsync(User);
if (user == null)
{
return(NotFound("User could not be found"));
}
var settings = await dbSettingsRepository.GetSettingsAsync(user.Id);
return(Ok(settings));
}
private async Task <IActionResult> GetMetrics(
IMetricRepository metricRepository,
DateTime start,
DateTime?end = null,
TimeGroup timeGroup = TimeGroup.None)
{
if (TimeSpanTooLarge(start, end, timeGroup))
{
return(BadRequest("Time range is too large for the current resolution"));
}
if (end.HasValue && end.Value < start)
{
return(BadRequest("Time range is negative (To is smaller than From)"));
}
var user = await userManager.GetUserAsync(User);
var raspberryPiId = await GetRaspberryPiId(user);
if (!raspberryPiId.HasValue)
{
return(NotFound("Either the user does not exist or the user does not have a raspberry pi"));
}
var settings = await dbSettingsRepository.GetSettingsAsync(user.Id) ?? new Settings();
var dbMetrics = (await metricRepository.GetMetrics(raspberryPiId.Value, start, end, settings.TimeZoneId))
.ToList();
if (!dbMetrics.Any())
{
return(Ok(new
{
QueryTimestamp = DateTime.UtcNow.AddSeconds(1).ToString("o"),
Timestamps = new string[0],
Usage = new int[0],
Solar = new int[0],
Redelivery = new int[0],
Intake = new int[0],
}));
}
var format = "";
List <OutMetricModel> metrics;
switch (timeGroup)
{
case TimeGroup.TenSeconds:
case TimeGroup.Minutes:
format = "HH:mm:ss";
metrics = dbMetrics
.Select(d => new OutMetricModel
{
DateTime = d.Created,
Gas = d.UsageGasNow,
Intake = d.UsageNow,
Redelivery = d.RedeliveryNow,
Solar = d.SolarNow,
Usage = d.UsageNow + d.SolarNow - d.RedeliveryNow
})
.ToList();
break;
case TimeGroup.Hours:
format = "MM-dd HH:mm";
metrics = dbMetrics
.Select(d => new OutMetricModel
{
DateTime = d.Created,
Gas = d.UsageGasNow,
Intake = d.UsageNow,
Redelivery = d.RedeliveryNow,
Solar = d.SolarNow,
Usage = d.UsageNow + d.SolarNow - d.RedeliveryNow
})
.ToList();
break;
case TimeGroup.Days:
metrics = dbMetrics
.GroupBy(m => m.Created.Date)
.Select(m => new
{
First = m.First(),
Last = m.Last(),
SolarTotalMin = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Min(a => a.SolarTotal) : 0,
SolarTotalMax = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Max(a => a.SolarTotal) : 0
})
.SelectWithNextOrDefault((c, n) =>
{
var current = c.First;
var next = n?.First ?? c.Last;
current.SolarTotal = c.SolarTotalMin > 0 ? c.SolarTotalMin : n?.SolarTotalMin ?? 0;
next.SolarTotal = n?.SolarTotalMin > 0 ? n.SolarTotalMin : c.SolarTotalMax;
return(current.ToOutMetricModel(next, settings));
})
.ToList();
format = user.Settings.ShowDayName ? "yyyy-MM-dd (dddd)" : "yyyy-MM-dd";
break;
// case TimeGroup.Weeks:
// break;
case TimeGroup.Months:
metrics = dbMetrics
.GroupBy(m => new
{
m.Created.Date.Year,
m.Created.Month
})
.Select(m => new
{
First = m.First(),
Last = m.Last(),
SolarTotalMin = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Min(a => a.SolarTotal) : 0,
SolarTotalMax = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Max(a => a.SolarTotal) : 0
})
.SelectWithNextOrDefault((c, n) =>
{
var current = c.First;
var next = n?.First ?? c.Last;
current.SolarTotal = c.SolarTotalMin > 0 ? c.SolarTotalMin : n?.SolarTotalMin ?? 0;
next.SolarTotal = n?.SolarTotalMin > 0 ? n.SolarTotalMin : c.SolarTotalMax;
return(current.ToOutMetricModel(next, settings));
})
.ToList();
format = "yyyy-MM";
break;
case TimeGroup.Years:
metrics = dbMetrics
.GroupBy(m => new
{
m.Created.Date.Year
})
.Select(m => new
{
First = m.First(),
Last = m.Last(),
SolarTotalMin = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Min(a => a.SolarTotal) : 0,
SolarTotalMax = m.Any(a => a.SolarTotal > 0) ? m.Where(a => a.SolarTotal > 0).Max(a => a.SolarTotal) : 0
})
.SelectWithNextOrDefault((c, n) =>
{
var current = c.First;
var next = n?.First ?? c.Last;
current.SolarTotal = c.SolarTotalMin > 0 ? c.SolarTotalMin : n?.SolarTotalMin ?? 0;
next.SolarTotal = n?.SolarTotalMin > 0 ? n.SolarTotalMin : c.SolarTotalMax;
return(current.ToOutMetricModel(next, settings));
})
.ToList();
format = "yyyy";
break;
default:
throw new ArgumentOutOfRangeException(nameof(timeGroup), timeGroup, null);
}
var cultureInfo = new System.Globalization.CultureInfo("nl-NL");
var timestamps = metrics.Select(m => m.DateTime.ToString(format, cultureInfo)).ToList();
var usageList = metrics.Select(m => m.Usage.DivideByThousand()).ToList();
var intakeList = metrics.Select(m => m.Intake.DivideByThousand()).ToList();
var solarList = metrics.Select(m => m.Solar.DivideByThousand()).ToList();
var redeliveryList = metrics.Select(m => m.Redelivery.DivideByThousand()).ToList();
var gasList = metrics.Select(m => m.Gas.DivideByThousand()).ToList();
var usageCosts = metrics.Select(m => m.UsageCost).ToList();
var intakeCosts = metrics.Select(m => m.IntakeCost).ToList();
var redeliveryCosts = metrics.Select(m => m.RedeliveryCost).ToList();
var gasCosts = metrics.Select(m => m.GasCost).ToList();
var lastDateTime = metrics
.OrderBy(m => m.DateTime)
.Select(m => m.DateTime)
.LastOrDefault();
lastDateTime = lastDateTime.ConvertToUtc(settings.TimeZoneId);
return(Ok(new
{
QueryTimestamp = lastDateTime.AddSeconds(1).ToString("o"),
Timestamps = timestamps,
Usage = usageList,
Solar = solarList,
Redelivery = redeliveryList,
Intake = intakeList,
Gas = gasList,
UsageCosts = usageCosts,
IntakeCosts = intakeCosts,
RedeliveryCosts = redeliveryCosts,
GasCosts = gasCosts
}));
}
public async Task <IActionResult> GetTotalToday()
{
var user = await userManager.GetUserAsync(User);
if (user == null)
{
return(BadRequest());
}
var settings = await settingsRepository.GetSettingsAsync(user.Id) ?? new Settings();
var raspberryPiId = await dbContext.Users.Where(u => u.Id.Equals(user.Id))
.Select(u => u.RaspberryPi.Id)
.FirstOrDefaultAsync();
var now = DateTime.UtcNow.Date;
var midnight = new DateTime(now.Year, now.Month, now.Day, 0, 0, 0, DateTimeKind.Unspecified);
var midnightUtc = midnight.ConvertToUtc(settings.TimeZoneId);
var firstToday = await tenSecondMetricRepository
.FirstOrDefaultAsync(q => q
.Where(t => t.RaspberryPiId == raspberryPiId)
.Where(t => t.Created > midnightUtc));
var lastToday = await tenSecondMetricRepository
.FirstOrDefaultAsync(q => q
.Where(t => t.RaspberryPiId == raspberryPiId)
.Where(t => t.Created > midnightUtc)
.OrderByDescending(t => t.Created));
if (firstToday == null || lastToday == null)
{
return(Ok(new
{
UsageTotalHigh = (double)0,
UsageTotalLow = (double)0,
RedeliveryTotalHigh = (double)0,
RedeliveryTotalLow = (double)0,
TotalSolar = (double)0,
TotalGas = (double)0
}));
}
var list = new List <IMetric>
{
firstToday,
lastToday
};
var(minSolar, maxSolar) = await tenSecondMetricRepository
.GetMinAndMaxSolarToday(raspberryPiId, settings.TimeZoneId);
var difference = list
.SelectWithPrevious((previous, current) => new
{
UsageTotalHigh = DifferenceInKiloWatt(current.UsageTotalHigh, previous.UsageTotalHigh),
UsageTotalLow = DifferenceInKiloWatt(current.UsageTotalLow, previous.UsageTotalLow),
RedeliveryTotalHigh = DifferenceInKiloWatt(current.RedeliveryTotalHigh, previous.RedeliveryTotalHigh),
RedeliveryTotalLow = DifferenceInKiloWatt(current.RedeliveryTotalLow, previous.RedeliveryTotalLow),
TotalSolar = DifferenceInKiloWatt(maxSolar, minSolar),
TotalGas = DifferenceInKiloWatt(current.UsageGasTotal, previous.UsageGasTotal),
})
.Last();
return(Ok(difference));
}
