private string constructFileName(COReDataRecord data)
{
DateTime date = DateTime.Parse(data.DateTime);
string fileName = data.LTARSiteAcronym.ToLower() +
"MET" +
data.StationID +
data.RecordType +
"_01_" +
date.ToString("yyyyMMdd") +
"_00" +
".csv";
return(fileName);
}
/// <summary>
/// Converts a list of ITemperalMeasurements into a DTO formated for CORe ingest and grouped by datetime
/// <note>This function is not finished and is hardcoded</note>
/// <todo>Accept an object that defines the DataRecord properties and maps Measurements to those properties</todo>
/// </summary>
/// <param name="ltarSiteAcronym">Three character acronym for the LTAR site. Use the LtarSiteAcronymCodes class</param>
/// <param name="stationId">Number label of the station (000, 001, etc)</param>
/// <param name="recordType">Flag for identifying sampling methods of station. Use the RecordTypeCodes class</param>
/// <param name="utcHourOffset">Timezone offset from UTC for the data (accepts negatives)</param>
/// <param name="data">List of measurements with datetime associated</param>
/// <returns>List of created DataRecords</returns>
public List <COReDataRecord> Transform(
string ltarSiteAcronym,
string stationId,
string recordType,
int utcHourOffset,
List <ITemporalMeasurement> data)
{
List <COReDataRecord> dataRecords = new List <COReDataRecord>();
IEnumerable <IGrouping <DateTime, ITemporalMeasurement> > groups = data.GroupBy(d => d.DateTime);
foreach (IGrouping <DateTime, ITemporalMeasurement> group in groups)
{
// TODO: Don't hardcode! When you have time...
var airTemp = group.Single(d => d.Phenomenon.GetType() == typeof(AirTemperature)).NumericalValue;
var windSp = group.Single(d => d.Phenomenon.GetType() == typeof(WindSpeed)).NumericalValue;
var windDir = group.Single(d => d.Phenomenon.GetType() == typeof(WindDirection)).NumericalValue;
var rH = group.Single(d => d.Phenomenon.GetType() == typeof(RelativeHumididty)).NumericalValue;
var precip = group.Single(d => d.Phenomenon.GetType() == typeof(Precipitation)).NumericalValue;
var dto = new DateTimeOffset(group.Key, new TimeSpan(utcHourOffset, 0, 0));
COReDataRecord dr = new COReDataRecord()
{
AirPressure = "",
AirTemperature = airTemp.ToString("0.00"),
BatteryVoltage = "",
DateTime = dto.ToString("yyyy-MM-ddTHH:mm:sszzz"),
LoggerTemperature = "",
LongWaveIn = "",
LTARSiteAcronym = ltarSiteAcronym,
PAR = "",
Precipitation = precip.ToString("0.00"),
RecordType = recordType,
RelativeHumidity = rH.ToString(),
ShortWaveIn = "",
StationID = stationId,
WindDirection = windDir.ToString(),
WindSpeed = windSp.ToString("0.00")
};
dataRecords.Add(dr);
}
return(dataRecords);
}
