private static List<DarwinCallingPoint> createCallingPointList(ArrayOfCallingPoints[] arrayOfCallingPoints)
{
List<DarwinCallingPoint> result = new List<DarwinCallingPoint>();
if(arrayOfCallingPoints==null)
return result;
foreach (ArrayOfCallingPoints arrayOfPoints in arrayOfCallingPoints)//This does throw away some information that I'm not modelling
foreach (CallingPoint cp in arrayOfPoints.callingPoint)
{
DateTime? scheduled = parseScheduled(cp.st);
DateTime? actual = ParseEstimatedDateTime(cp.at, scheduled);//this also passes "On time" if it matches the schedule
DateTime? estimate = ParseEstimatedDateTime(cp.et, scheduled);
DarwinCallingPoint toAdd = new DarwinCallingPoint(
cp.locationName, cp.crs, scheduled, estimate, actual, cp.isCancelled, cp.length, cp.detachFront, cp.adhocAlerts);
result.Add(toAdd);
}
return result;
}
private static List <DarwinCallingPoint> createCallingPointList(ArrayOfCallingPoints[] arrayOfCallingPoints)
{
List <DarwinCallingPoint> result = new List <DarwinCallingPoint>();
if (arrayOfCallingPoints == null)
{
return(result);
}
foreach (ArrayOfCallingPoints arrayOfPoints in arrayOfCallingPoints)//This does throw away some information that I'm not modelling
{
foreach (CallingPoint cp in arrayOfPoints.callingPoint)
{
DateTime? scheduled = parseScheduled(cp.st);
DateTime? actual = ParseEstimatedDateTime(cp.at, scheduled);//this also passes "On time" if it matches the schedule
DateTime? estimate = ParseEstimatedDateTime(cp.et, scheduled);
DarwinCallingPoint toAdd = new DarwinCallingPoint(
cp.locationName, cp.crs, scheduled, estimate, actual, cp.isCancelled, cp.length, cp.detachFront, cp.adhocAlerts);
result.Add(toAdd);
}
}
return(result);
}
