public List <Flight> ParseDataToFlightListByLine(string[] data)
{
List <Flight> flights = new List <Flight>();
for (int i = 0; i < data.Length; i++)
{
Regex pattern = new Regex("(\",\"|,,)");
string[] line = pattern.Split(data[i]);
if (line.Length > 1)
{
if (line[2].Contains("RW Interfacility") || line[2].Contains("RW Scene") ||
line[2].Contains("FW Interfacility") || line[2].Contains("FW Scene") ||
line[2].Contains("Ground") || line[2].Contains("RF Interfacility (FW)") ||
line[2].Contains("SAR") || line[2].Contains("SAR To Hosp") || line[2].Contains("RF Scene (FW)"))
{
int baseInt = CleanData(line);
bool containsBase = DoesStringContainBase(line[baseInt]);
if (containsBase == false)
{
IncompleteFlight incompleteFlight = new IncompleteFlight(line);
ViewModel.IncompleteFlights.Add(incompleteFlight);
}
else
{
Flight flight = Flight.ReturnFlight(line, 2, 4, baseInt);
flights.Add(flight);
}
}
}
}
return(flights);
}
public List <Flight> ParseDataToFlightList(string[] data)
{
List <Flight> flights = new List <Flight>();
for (int i = 0; i < data.Length; i++)
{
if (data[i].Contains("Call Type Count"))
{
break;
}
else if (data[i].Contains("RW Interfacility") || data[i].Contains("RW Scene") ||
data[i].Contains("FW Interfacility") || data[i].Contains("FW Scene") ||
data[i].Contains("Ground") || data[i].Contains("RF Interfacility (FW)") ||
data[i].Contains("SAR") || data[i].Contains("SAR To Hosp") || data[i].Contains("RF Scene (FW)"))
{
if (!data[i - 2].Contains("SAR"))
{
int point = i;
int baseInt = CleanData(data, i);
int checkPoint = baseInt + i;
bool containsBase = DoesStringContainBase(data[checkPoint]);
if (containsBase == false)
{
IncompleteFlight incompleteFlight = new IncompleteFlight(data, i);
ViewModel.IncompleteFlights.Add(incompleteFlight);
}
else
{
Flight flight = Flight.ReturnFlight(data.Skip(point).ToArray(), baseInt);
flights.Add(flight);
}
}
}
}
return(flights);
}