public List <AircraftObj> parse()
{
String readingText;
An_2 an_2 = new An_2();
Boeing_747 boeing_747 = new Boeing_747();
Il_86 il_86 = new Il_86();
An_124_100 an_124_100 = new An_124_100();
Boeing_727_100C boeing_727_100C = new Boeing_727_100C();
List <AircraftObj> aircrafts = new List <AircraftObj>();
try
{
using (StreamReader sr = new StreamReader(TEXT_FILE_NAME))
{
while (!sr.EndOfStream)
{
readingText = sr.ReadLine();
switch (readingText)
{
case "An-2":
an_2 = readAn2(sr);
aircrafts.Add(new An_2(an_2.ManufactureYear, an_2.ID1, an_2.AircraftWeight, an_2.FuelReserve, an_2.AverarageRage, an_2.HumanCapacity, an_2.CargoCapacity, an_2.ModelName, an_2.FuelConsumption));
break;
case "Boeing-747":
boeing_747 = readBoeing_747(sr);
aircrafts.Add(new Boeing_747(boeing_747.ManufactureYear, boeing_747.ID1, boeing_747.AircraftWeight, boeing_747.FuelReserve, boeing_747.AverarageRage, boeing_747.HumanCapacity, boeing_747.CargoCapacity, boeing_747.ModelName, boeing_747.FuelConsumption));
break;
case "Il-86":
il_86 = readIl86(sr);
aircrafts.Add(new Il_86(il_86.ManufactureYear, il_86.ID1, il_86.AircraftWeight, il_86.FuelReserve, il_86.AverarageRage, il_86.HumanCapacity, il_86.CargoCapacity, il_86.ModelName, il_86.FuelConsumption));
break;
case "An-124-100":
an_124_100 = readAn124(sr);
aircrafts.Add(new An_124_100(an_124_100.ManufactureYear, an_124_100.ID1, an_124_100.AircraftWeight, an_124_100.FuelReserve, an_124_100.AverarageRage, an_124_100.CargoCapacity, an_124_100.ModelName, an_124_100.FuelConsumption));
break;
case "Boeing-727-100C":
boeing_727_100C = readBoeing_727_100(sr);
aircrafts.Add(new Boeing_727_100C(boeing_727_100C.ManufactureYear, boeing_727_100C.ID1, boeing_727_100C.AircraftWeight, boeing_727_100C.FuelReserve, boeing_727_100C.AverarageRage, boeing_727_100C.CargoCapacity, boeing_727_100C.ModelName, boeing_727_100C.FuelConsumption));
break;
}
}
}
}
catch (Exception e)
{
Console.WriteLine("The file could not be read: " + e.ToString());
}
return(aircrafts);
}
private An_2 readAn2(StreamReader sr)
{
An_2 an_2 = new An_2();
for (;;)
{
String buffer = sr.ReadLine();
if (buffer.IndexOf(":") > 0)
{
string[] mbuff = buffer.Split(':');
switch (mbuff[0])
{
case "modelName": an_2.ModelName = mbuff[1]; break;
case "manufactureYear": an_2.ManufactureYear = Convert.ToInt32(mbuff[1]); break;
case "ID": an_2.ID1 = mbuff[1]; break;
case "aircraftWeight": an_2.AircraftWeight = Convert.ToInt32(mbuff[1]); break;
case "fuelReserve": an_2.FuelReserve = Convert.ToInt32(mbuff[1]); break;
case "fuelConsumption": an_2.FuelConsumption = Convert.ToInt32(mbuff[1]); break;
case "averarageRage": an_2.AverarageRage = Convert.ToInt32(mbuff[1]); break;
case "humanCapacity": an_2.HumanCapacity = Convert.ToInt32(mbuff[1]); break;
case "cargoCapacity": an_2.CargoCapacity = Convert.ToInt32(mbuff[1]); break;
}
}
else
{
return(an_2);
}
}
}