public void NullGasRatioReturnedWhenDenominatorIsZero()
{
IMeasurement numGas = new GasMeasurement()
{
Value = 100, Unit = new ConcentrationUnits.PartsPerMillion()
};
IMeasurement denGas = new GasMeasurement()
{
Value = 0, Unit = new ConcentrationUnits.PartsPerMillion()
};
var ratio = AlgorithmHelperCalculations.GasRatio(numGas, denGas);
Assert.AreEqual(null, ratio);
}
public void ValidGasRatioIsCalculated()
{
IMeasurement numGas = new GasMeasurement()
{
Value = 100, Unit = new ConcentrationUnits.PartsPerMillion()
};
IMeasurement denGas = new GasMeasurement()
{
Value = 100, Unit = new ConcentrationUnits.PartsPerMillion()
};
var ratio = AlgorithmHelperCalculations.GasRatio(numGas, denGas);
Assert.AreEqual(1.0, ratio);
}
public async Task SaveSummary(IReadOnlyCollection <GasMeasurement> gasMeasurements)
{
var count = gasMeasurements.Count;
var moment = gasMeasurements.OrderByDescending(x => x.Moment).First().Moment;
var summary = new GasMeasurement
{
BtcVsUsd = gasMeasurements.Sum(x => x.BtcVsUsd) / count,
EthGasPriceFast = gasMeasurements.Sum(x => x.EthGasPriceFast) / count,
EthGasPriceLow = gasMeasurements.Sum(x => x.EthGasPriceLow) / count,
EthGasPriceStandard = gasMeasurements.Sum(x => x.EthGasPriceStandard) / count,
EthVsUsd = gasMeasurements.Sum(x => x.EthVsUsd) / count,
RSKMinGasPrice = gasMeasurements.Sum(x => x.RSKMinGasPrice) / count,
Moment = moment,
};
await GetSummaryBlob(moment).UploadTextAsync(JsonConvert.SerializeObject(summary));
}
public void Save(GasMeasurement gas)
{
var l = Get(gas.Moment);
l.Add(gas);
GetBlob(gas.Moment).UploadTextAsync(JsonConvert.SerializeObject(l));
try
{
SaveSummary(l);
}
catch (Exception e)
{
Console.WriteLine($"Error saving summary ({gas.Moment}).");
Console.WriteLine(e);
}
}
