private static bool InitialiseFields(string sInput, out Meas meas)
{
meas = new Meas();
const int numberOfTabs = 10;
const string delimStr = "\t";
char[] delimiter = delimStr.ToCharArray();
string[] fields = sInput.Split(delimiter);
if (fields.GetUpperBound(0) != numberOfTabs)
{
return(false);
}
// station = fields[1];
// name = fields[4];
DateTime obsTime;
if (!ParseDateTime(fields[7], out obsTime))
{
return(false);
}
// obsValue = fields[8];
MeasStatus status = MeasStatus.cNOT_OK;
if (string.Compare(fields[9], "0", false) == 0)
{
status = MeasStatus.c*K;
}
meas = new Meas(fields[4], obsTime, fields[8], status, fields[1]);
return(true);
}
public Meas(string sName, DateTime dtObsTime, string sObsValue, double dObsValue, bool hasDoubleObsValue, MeasStatus msStatus, string station)
{
name = sName;
obsTime = dtObsTime;
obsValue = FilterDataValue(sObsValue);
status = msStatus;
this.station = station;
doubleObsValue = dObsValue;
this.hasDoubleObsValue = hasDoubleObsValue;
}
public Meas(string sName, DateTime dtObsTime, string sObsValue, MeasStatus msStatus, string station)
{
Debug.Assert(sObsValue != null, "Meas sObsValue is null");
name = sName;
obsTime = dtObsTime;
obsValue = FilterDataValue(sObsValue);
status = msStatus;
this.station = station;
hasDoubleObsValue = StringUtil.TryParseDouble(sObsValue, out doubleObsValue);
}
public Meas(string sName, DateTime dtObsTime, double dObsValue, MeasStatus msStatus)
: this(sName, dtObsTime, dObsValue.ToString(CultureInfo.InvariantCulture), msStatus, string.Empty)
{
}
public Meas(string sName, DateTime dtObsTime, string sObsValue, MeasStatus msStatus)
: this(sName, dtObsTime, sObsValue, msStatus, string.Empty)
{
}
