public void TestGetHourlyLogs()
{
var phHourlyLogs = WaterSensorController.GetHourlySummaryPHLogs(2);
List <PHLog> phDailyLogs = WaterSensorController.GetDailySummaryPhLogs();
List <PHLog> phHourlyDailyLogs = new List <PHLog>();
phHourlyDailyLogs.AddRange(phHourlyLogs);
foreach (var hourlyLog in phHourlyDailyLogs)
{
var dailyLog = phDailyLogs.Find(x => x.LogDate.Day == hourlyLog.LogDate.Day);
if (dailyLog != null)
{
hourlyLog.PhVal = dailyLog.PhVal;
}
}
//foreach (var hourlyLog in phHourlyLogs)
//{
// var dailyLog = phDailyLogs.Find(x => x.LogDate == hourlyLog.LogDate);
// if (dailyLog != null)
// {
// phHourlyDailyLogs.Add(dailyLog);
// }
// else
// {
// phHourlyDailyLogs.Add(hourlyLog);
// }
//}
//var hourlyAvg = WaterSensorController.GetHourlyPhAverage();
//var dailyAvg = WaterSensorController.GetDailyPh();
}
public void TestPhLogToFile()
{
Globals.SaveLogEveryMin = 1;
var phStart = 5.0;
var samples = 10;
for (int i = 0; i < samples; i++)
{
string dec = "1." + i;
double aDec = double.Parse(dec);
var phVal = phStart * aDec;
WaterSensorController.Log <PHLog>(phVal);
Thread.Sleep((int)Globals.SaveLogEveryMin * 60 * 1000 + 500);
}
var phLogs = WaterSensorController.GetLogs <PHLog>();
Assert.IsTrue(phLogs.Count > 0);
}
public void TestPhHourlyDailyLogs()
{
var now = DateTime.Now;
var phStart = 5.0;
var samples = 1100;
for (int i = 0; i < samples; i++)
{
string dec = "1." + i;
double aDec = double.Parse(dec);
var phVal = phStart * aDec;
var pastDate = DateTime.Now.AddMinutes(Globals.SaveLogEveryMin * i * -1);
WaterSensorController._rawPHLogs.Add(new PHLog {
PhVal = phVal, LogDate = pastDate
});
}
var hourlyAvg = WaterSensorController.GetHourlyPhAverage();
var dailyAvg = WaterSensorController.GetDailyPh();
}
public static WaterSensorData Log(string json, bool isROSensor = false, bool hasPHSensor = true)
{
WaterSensorData data = Deserialize(json);
if (!hasPHSensor)
{
int readingDurr = data.readingDur.ConvSecString();
int readingInter = data.readingInter.ConvSecString();
double minReadingTime = readingInter * .60; // has been reading tds for 70% of time.
if (readingDurr >= minReadingTime)
{
//log tds
if (data.tds >= 10 && data.tds <= 500)
{
WaterSensorController.Log <TDSLog>(data.tds, isROSensor);
}
}
}
else if (data.reading == "ph")
{
//log tds
if (data.tds >= 10 && data.tds <= 500)
{
WaterSensorController.Log <TDSLog>(data.tds, isROSensor);
}
}
else
{
//log ph
if (data.ph >= 2 && data.ph <= 9.4)
{
WaterSensorController.Log <PHLog>(data.ph, isROSensor);
}
}
return(data);
}