public RotorCraft TryMakeRotorCraft(string serialnumber, List <RotorBlade> rotorblades, string rotortype = "standart rotor",
int numberofrotors = 1, int fuelcapacity = 0, string manufacturer = "generic aircraft maker",
int maxTOweight = 1000)
{
RotorCraft rotorCraft = new RotorCraft();
try
{
rotorCraft = MakeRotorCraft(serialnumber, rotorblades, rotortype, numberofrotors, fuelcapacity,
manufacturer, maxTOweight);
}
catch (ArgumentNullException argumentNullException)
{
Console.WriteLine(argumentNullException.Message);
switch (argumentNullException.ParamName)
{
case nameof(rotorblades):
rotorblades = new List <RotorBlade>();
rotorCraft = MakeRotorCraft(serialnumber, rotorblades, rotortype, numberofrotors,
fuelcapacity, manufacturer, maxTOweight);
break;
case nameof(serialnumber):
serialnumber = "No serial number specified";
rotorCraft = MakeRotorCraft(serialnumber, rotorblades, rotortype, numberofrotors,
fuelcapacity, manufacturer, maxTOweight);
break;
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
rotorCraft = AddTurboshaftEngines(rotorCraft);
Logger.GetLogger().AddToLog(new LogEventArgs(String.Format("new rotorcraft created (SN:{0})", rotorCraft.SerialNumber)));
//rotorCraft.Subscribe(NTSB.GetInstance());
AviationAdministration.GetInstance().RegisterAircraft(rotorCraft, rotorCraft.IsOperational);
return(rotorCraft);
}
//[STAThread]
static void Main()
{
//Thread t = new Thread(new ThreadStart(StartNewStaThread));
//t.Start();
Logger log = Logger.GetLogger();
AviationAdministration FAA = AviationAdministration.GetInstance();
NTSB NTSB = new NTSB();
#region Side tasks (testing things)
//JetEngine jet1 = new JetEngine(600, 500, 5, new List<Propellants> { Propellants.Jet_A },
// new List<Oxidisers> { Oxidisers.GOX }, "Rolls-Royce", "RB-201", "100000008", 27000, 12, "88", 0, OnOff.Stopped);
//JetEngine jet2 = new JetEngine(600, 500, 5, new List<Propellants> { Propellants.Jet_A },
// new List<Oxidisers> { Oxidisers.GOX }, "Rolls-Royce", "RB-201", "888888888", 27000, 12, "88", 0, OnOff.Running);
//var compartments = new List<GasCompartment>
//{
// new GasCompartment(20, 15),
// new GasCompartment(20, 10),
// new GasCompartment(20, 15),
// new GasCompartment(15, 10)
//};
//LighterThanAirAircraft baloon = new LighterThanAirAircraft(new SafeGasPumpManager(), 300, "He", compartments,
// new List<Engine> { jet1, jet2 }, 100, "baloon Inc.", "Model-baloon", 700, 40, "88");
//Console.WriteLine(baloon);
//////Console.WriteLine("\n\nComparing gas compartments:");
//baloon.ShiftGas(5,65,5);
//Console.WriteLine("\n shifting gas");
//try
//{
// baloon.ShiftGas(0, 1, 14.5f);
// //baloon.ShiftGas(0, 0, 4.5f);
// //baloon.ShiftGas(0, 4, -4.5f);
//}
//catch (GasCompartmentsNotFoundException e) when (e.OriginCompartment == e.DestinationCompartment)
//{
// Console.WriteLine($"\n{e.Message}.\n", e.Message);
//}
//catch (GasCompartmentsNotFoundException e)
//{
// Console.WriteLine($"\n{e.Message} (origin: {e.OriginCompartment}, destination: {e.DestinationCompartment}).\n");
//}
//catch (Exception e)
//{
// Console.WriteLine(e.Message);
// Debug.WriteLine(e.Message);
//}
//finally
//{
// Console.WriteLine("An attempt was made to shift lifting gas\n");
//}
//Console.WriteLine(baloon);
//Console.WriteLine();
//Console.WriteLine("Attemting to stop an engine");
//try
//{
// baloon.StopEngine(baloon.Engines[0]);
//}
//catch (Exception e)
//{
// Console.WriteLine(e.Message);
// Console.WriteLine(e.InnerException?.Message ?? "no inner exception");
//}
#endregion
String[] ox = Enum.GetNames(typeof(OxidisersEnum));
foreach (var s in ox)
{
Console.WriteLine(s);
}
ServiceLocator.RegisterAll();
HeavierThanAirAircraftFactory factory = ServiceLocator.Get <HeavierThanAirAircraftFactory>();
#region factories and cultures
//RotorCraft rotorCraft = factory.TryMakeRotorCraft("00000000", new List<RotorBlade>(), "standart TEST rotor",
// 42, 73, "TEST manufacturer", 4242);
////Console.WriteLine(rotorCraft);
//FAA.RegisterAircraft(new List<AircraftRegistration>
// {
// new AircraftRegistration(rotorCraft, true),
// new AircraftRegistration(rotorCraft, false)
//});
#region
//Thread t = new Thread(new ThreadStart(StartNewStaThread));
//t.Start();
//Thread.Sleep(4000);
//Console.WriteLine("\n\n\n");
//RotorCraft rotorCraft2 = factory.TryMakeRotorCraft("000000002", new List<RotorBlade>(),
// "standart TEST rotor2",
// 42, 73, "TEST manufacturer2", 4242);
//Console.WriteLine(rotorCraft2);
//log.ExportToFile();
//log.FileName = "NumberTWO";
//log.ExportToFile();
//log.AddToLog(log.FindInLog("000000002").ToString());
//log.AddToLogWithOffset("Testing the offset method");
//log.AddToLog("sdasdsadsadad");
//Thread.Sleep(2000);
//Console.WriteLine(log.CalculatePostTimeDifference());
//switch (Console.ReadLine().ToUpper())
//{
// case "US":
// Thread.CurrentThread.CurrentCulture = new CultureInfo("en-US");
// break;
// case "UK":
// Thread.CurrentThread.CurrentCulture = new CultureInfo("en-GB");
// break;
// default:
// Console.WriteLine("wrong answer)");
// break;
//}
//switch (Thread.CurrentThread.CurrentCulture.ToString())
//{
// case "en-US":
// Console.WriteLine("honor, behavior...");
// Console.WriteLine(TimeZone.CurrentTimeZone.StandardName);
// break;
// case "en-GB":
// Console.WriteLine("colour, monetisation...");
// Console.WriteLine(TimeZone.CurrentTimeZone.StandardName);
// break;
//}
#endregion
#endregion
#region Decorator
//var turbineEngineFactory = TurbineEngineFactory.GeTurbineEngineFactory();
//var turboFan = new Turbofan();
//if (turbineEngineFactory.TryMakeTurbofan(4, 3, new Generator(),
// new List<Spool>(), 600, 500, 5, new List<Propellants> { Propellants.Jet_A },
// new List<Oxidisers> { Oxidisers.GOX }, "Rolls-Royce", "RB-201", "100000008", 27000, 88, 0, OnOff.Stopped,
// out turboFan))
//{
// Console.WriteLine();
// Console.WriteLine(turboFan);
//}
//else
//{
// Console.WriteLine();
// Console.WriteLine("No engine could be created");
//}
//ReheatDecorator engineDecorator = new ReheatDecorator(turboFan);
//engineDecorator.Decorate(new ReheatChamber(1.5));
//engineDecorator.Reheat.Engage();
//Console.WriteLine("\n\n\n\n");
//Console.WriteLine(engineDecorator);
//DumpAndBurnDecorator decorator2 = new DumpAndBurnDecorator(engineDecorator);
//decorator2.Decorate(new FuelDumper(2));
//decorator2.DumpandBurn.Engage();
//Console.WriteLine("\n\n\n\n");
//Console.WriteLine(decorator2);
//#endregion
//#region Proxy
//Console.WriteLine("\n\n\n\n");
//LighterThanAirAircraftProxy proxy = new LighterThanAirAircraftProxy(300);
//Stopwatch performanceStopwatch = new Stopwatch();
//performanceStopwatch.Start();
//proxy.DumpBallast(100);
//performanceStopwatch.Stop();
//Console.WriteLine("Ballast dumping took aprox. {0} ticks", performanceStopwatch.ElapsedTicks);
//Console.WriteLine("\n\n");
//performanceStopwatch.Restart();
//proxy.ShiftGas(0, 1, 50);
//performanceStopwatch.Start();
//Console.WriteLine("Creating a new object and shifting gas took aprox {0} ticks", performanceStopwatch.ElapsedTicks);
#endregion
//rotorCraft.IsOperational = false;
//Console.WriteLine(rotorCraft);
NHibernateProfiler.Initialize();
//aircraft registry
var aircraftRegistryRepository = ServiceLocator.Get <IAircraftRegistryRepository>();
aircraftRegistryRepository.Save(new AircraftRegistry("VH-HYR", false, new DateTime(1996, 10, 10), "622"));
//gas compartment
var gasCompartmentRepository = ServiceLocator.Get <IGasCompartmentRepository>();
gasCompartmentRepository.Save(new GasCompartment(4000, 3800));
//generator
var generatorRepository = ServiceLocator.Get <IGeneratorRepository>();
generatorRepository.Save(new Generator(42, 73));
//wing
var wingRepository = ServiceLocator.Get <IWingRepository>();
wingRepository.Save(new Wing(42, 73));
////VariableGeometryWing
var VGWRepository = ServiceLocator.Get <IVariableGeometryWingRepository>();
VGWRepository.Save(new VariableGeometryWing(42, 73, 42, 73));
//aircraft
var aircraftRepository = ServiceLocator.Get <IAircraftRepository>();
//it's an abstarct class
//powered aircraft
var poweredAircraftRepository = ServiceLocator.Get <IPoweredAircraftRepository>();
poweredAircraftRepository.Save(new PoweredAircraft(null, 42, "42", "73", 42, 73, "622"));
poweredAircraftRepository.Save(new PoweredAircraft(null, 42, "42", "73", 42, 73, "888"));
//lighter than air aircraft
var lighterThanAirAircraftRepository = ServiceLocator.Get <ILighterThanAirAircraftRepository>();
lighterThanAirAircraftRepository.Save(new LighterThanAirAircraft(null, 42, "He", new List <GasCompartment>(), new List <Engine>(), 73, "42", "73", 42, 73, "741"));
//heavier than air aircraft
var heavierThanAirAircraftRepository = ServiceLocator.Get <IHeavierThanAirAircraftRepository>();
heavierThanAirAircraftRepository.Save(new HeavierThanAirAircraft(new List <Engine>(), 42, "42", "73", 42, 73, "2849"));
//fixed wing aircraft
var fixedWingAricraftRepository = ServiceLocator.Get <IFixedWingAircraftRepository>();
fixedWingAricraftRepository.Save(new FixedWingAircraft(new List <Wing>(), 42, 73, new List <Engine>(), 42, "42", "73", 42, 73, "666"));
//rotorcraft
var rotorcraftRepository = ServiceLocator.Get <IRotorCraftRepository>();
rotorcraftRepository.Save(new RotorCraft(42, new List <RotorBlade>(), "73", new List <Engine>(), 42, "42", "73", 42, 73, "19000130"));
//propellant
var propellantRepository = ServiceLocator.Get <IPropellantRepository>();
propellantRepository.Save(new Propellant(PropellantsEnum.MonoMethylHydrazine));
//oxidiser
var oxidiserRepository = ServiceLocator.Get <IOxidiserRepository>();
oxidiserRepository.Save(new Oxidiser(OxidisersEnum.DinitrogenTetroxide));
//blade
var bladeRepository = ServiceLocator.Get <IBladeRepository>();
//it's an abstract class
//turbine blade
var turbineBladeRepository = ServiceLocator.Get <ITurbineBladeRepository>();
turbineBladeRepository.Save(new TurbineBlade(1000, true, 18, 12, "High temp alloy"));
//rotor blade
var rotorBladeRepository = ServiceLocator.Get <IRotorBladeRepository>();
rotorBladeRepository.Save(new RotorBlade(true, 42, 73, "42"));
//spool
var spoolRepository = ServiceLocator.Get <ISpoolRepository>();
spoolRepository.Save(new Spool(new List <TurbineBlade>(), "42"));
//engine
var engineRepository = ServiceLocator.Get <IEngineRepository>();
//it's an abstract class
//piston engine
var pistonEngineRepository = ServiceLocator.Get <IPistonEngineRepository>();
pistonEngineRepository.Save(new PistonEngine(42, 73, "42", "73", "42", 73, 42, null, 73, OnOff.Stopped));
//jet engine
var jetEngineRepository = ServiceLocator.Get <IJetEngineRepository>();
jetEngineRepository.Save(new JetEngine(42, 73, 42, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//rocket engine
var rocketEngineRepository = ServiceLocator.Get <IRocketEngineRepository>();
rocketEngineRepository.Save(new RocketEngine(true, "42", 42, 73, 42, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//solid fuel rocket engine
var solidFuelRocketEngineRepository = ServiceLocator.Get <ISolidFuelRocketEngineRepository>();
solidFuelRocketEngineRepository.Save(new SolidFuelRocketEngine(true, "42", 42, 73, 42, null, null, "42", "73", "42", 73, 42, null, 73, OnOff.Stopped));
//turbine engine
var turbineEngineRepository = ServiceLocator.Get <ITurbineEngineRepository>();
turbineEngineRepository.Save(new TurbineEngine(true, 42, null, null, 42, 73, 42, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//ramjet
var ramjetRepository = ServiceLocator.Get <IRamjetRepository>();
ramjetRepository.Save(new Ramjet(true, 42, 73, 42, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//turbofan
var turbofanRepository = ServiceLocator.Get <ITurbofanRepository>();
turbofanRepository.Save(new Turbofan(42, true, true, 42, null, null, 73, 42, 73, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//turboshaft
var turboshaftRepository = ServiceLocator.Get <ITurboshaftRepository>();
turboshaftRepository.Save(new Turboshaft(42, 73, true, 42, null, null, 73, 42, 73, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
//turbojet
var turbojetRepository = ServiceLocator.Get <ITurbojetRepository>();
turbojetRepository.Save(new Turbojet(true, 42, null, null, 73, 42, 73, null, null, "42", "73", "42", 73, 42, null, 42, OnOff.Stopped));
////testing double session use
//var testSpool = turbojetRepository.LoadEntity<Spool>(159159);
//var testTurbojet = turbojetRepository.LoadEntity<Turbojet>(120128);
//testSpool.ParentEngine = testTurbojet;
//testTurbojet.Spools.Add(testSpool);
//turbojetRepository.Save(testTurbojet);
////turbojetRepository.Delete(testTurbojet);
List <Spool> spools = new List <Spool>();
spools.Add(new Spool(null, "Fan"));
spools.Add(new Spool(null, "IP spool"));
spools.Add(new Spool(null, "LP spool"));
spools.Add(new Spool(null, "HP spool"));
List <TurbineBlade> blades = new List <TurbineBlade>();
for (int i = 0; i < 10; i++)
{
TurbineBlade tb = new TurbineBlade(1500, true, 12, 8, "Ti");
blades.Add(tb);
blades.Add(new TurbineBlade(1000, false, 18, 12, "High temp alloy"));
blades.Add(new TurbineBlade(1350, true, 12, 8, "Ceramic plated alloy"));
blades.Add(new TurbineBlade(1275, false, 12, 8, "W (tungsten) alloy"));
}
spools[0] = new Spool(blades.Where(x => x.MaterialType == "High temp alloy").ToList(), spools[0].Type);
spools[1] = new Spool(blades.Where(x => x.MaterialType == "W (tungsten) alloy").ToList(), spools[1].Type);
spools[2] = new Spool(blades.Where(x => x.MaterialType == "Ceramic plated alloy").ToList(), spools[2].Type);
spools[3] = new Spool(blades.Where(x => x.MaterialType == "Ti").ToList(), spools[3].Type);
foreach (var spool in spools)
{
foreach (var turbineBlade in spool.Blades)
{
turbineBlade.ParentSpool = spool;
}
}
foreach (var spool in spools)
{
spoolRepository.Save(spool);
}
foreach (var turbineBlade in blades)
{
turbineBladeRepository.Save(turbineBlade);
}
for (int i = 200; i < 1000; i += 50)
{
gasCompartmentRepository.Save(new GasCompartment(i, (float)(i - (i * 0.5))));
}
aircraftRegistryRepository.Save(new AircraftRegistry("ER-AXV", false, new DateTime(2003, 9, 22), "622"));
aircraftRegistryRepository.Save(new AircraftRegistry("N452TA", false, new DateTime(1997, 11, 28), "741"));
aircraftRegistryRepository.Save(new AircraftRegistry("ER-AXP", false, new DateTime(2011, 11, 3), "741"));
aircraftRegistryRepository.Save(new AircraftRegistry("B-6156", false, new DateTime(2006, 8, 3), "2849"));
aircraftRegistryRepository.Save(new AircraftRegistry("ER-AXL", false, new DateTime(2015, 6, 5), "2849"));
aircraftRegistryRepository.Save(new AircraftRegistry("D-ASSY", false, new DateTime(1997, 3, 26), "666"));
aircraftRegistryRepository.Save(new AircraftRegistry("SX-BHT", false, new DateTime(2014, 5, 31), "666"));
aircraftRegistryRepository.Save(new AircraftRegistry("F-OSUD", false, new DateTime(2007, 12, 4), "19000130"));
aircraftRegistryRepository.Save(new AircraftRegistry("ER-ECC", false, new DateTime(2013, 3, 29), "19000130"));
Console.WriteLine("\nselecting all turbineblades not made out of W, but are an alloy or can withstand temperatures in excess of 1400 C");
//SQLQuery2
//selecting all turbineblades not made out of W, but are an alloy or can withstand temperatures in excess of 1400 C
IList <TurbineBladeAndSpoolTypeInfoDto> results2 = turbineBladeRepository.GetTurbineBladeAndSpoolTypeInfoDtos();
foreach (var turbineBladeAndSpoolTypeInfoDto in results2)
{
Console.WriteLine($"SerialNumber: {turbineBladeAndSpoolTypeInfoDto.TubineBladeID}, Material type: {turbineBladeAndSpoolTypeInfoDto.MaterialType}, Max. temp.:{turbineBladeAndSpoolTypeInfoDto.MaxTemp}");
}
Console.WriteLine("\ngets the number of compartments whose capacity is greater than 300 units of volume and their actual capacity ");
//SQLQuery3
//gets the number of compartments whose capacity is greater than 300 units of volume and their actual capacity
List <GasCompatrmentsCountAndCapacityDto> results3_1 =
gasCompartmentRepository.GetCompartmetnsCountWithLowerCapacityThan(300);
foreach (var gasCompatrmentsCountAndCapacityDto in results3_1)
{
Console.WriteLine($"Capacity: {gasCompatrmentsCountAndCapacityDto.Capacity}, Count: {gasCompatrmentsCountAndCapacityDto.Count}");
}
Console.WriteLine("\nreturns the number of blades that have cooling channels and the number that don't");
//SQLQuery3
//returns the number of blades that have cooling channels and the number that don't
List <TurbineBladeCountDifferentiateOnCoolingChannelsDto> results3_2 =
turbineBladeRepository.GetNumberOfBladesWithOrWitjoutCooling();
foreach (var turbineBladeCountDifferentiateOnCoolingChannelsDto in results3_2)
{
Console.WriteLine($"Count: {turbineBladeCountDifferentiateOnCoolingChannelsDto.Count}, HasCoolingChannels: {turbineBladeCountDifferentiateOnCoolingChannelsDto.HasCoolingChannels}");
}
Console.WriteLine("\ngets all the aircraft info and the number of times it was registered in the registry");
//SQLQuery4
//gets all the aircraft info and the number of times it was registered in the registry
List <AicraftInfoAndNumberOfTimesRegisteredDto> results4_1 =
aircraftRegistryRepository.GetAicraftInfoAndNumberOfTimesRegistered();
foreach (var aicraftInfoAndNumberOfTimesRegisteredDto in results4_1)
{
Console.WriteLine($"Serial number: {aicraftInfoAndNumberOfTimesRegisteredDto.SerialNumber}, NumberOfTimesRegistered: {aicraftInfoAndNumberOfTimesRegisteredDto.Count}");
}
Console.WriteLine("\ngets all aircraft,that have been reregistered more than a year ago");
//SQLQuery4
//gets all aircraft,that have been reregistered more than a year ago
List <AicraftInfoAndDateOfRegistrationDto> results4_2 =
aircraftRegistryRepository.GetAicraftInfoAndDateOfPenultimateRegistrationDtos(1);
foreach (var aicraftInfoAndDateOfRegistrationDto in results4_2)
{
Console.WriteLine($"Serial number: {aicraftInfoAndDateOfRegistrationDto.SerialNumber}, penultimate registration date: {aicraftInfoAndDateOfRegistrationDto.RegistryDate.Date}");
}
Console.WriteLine("\nreturns gas compartments' IDs whose volume is greater than the average volume");
//SQLQuery4
//returns gas compartments' IDs whose volume is greater than the average volume
List <long> result4_3 = gasCompartmentRepository.GetCompartmentsWithLessThanDoubleTheAverageVolume();
foreach (var l in result4_3)
{
Console.WriteLine($"CompartmentID: {l}");
}
Console.WriteLine("\ngets turbine blades IDs whose max temp is either the overall maximum or the overall average");
//SQLQuery4
//gets turbine blade IDs whose max temp is either the overall maximum or the overall average
List <long> results4_4 = turbineBladeRepository.GetTubineBladesWithMaxTempInAVGorMAX();
foreach (var l in results4_4)
{
Console.WriteLine($"Turbine blade ID: {l}");
}
Console.WriteLine("\nreturns all aircraft whose latest regsitration is more that 5 years old");
//SQLQuery4
//returns all aircraft whose latest regsitration is more that 5 years old
List <AicraftInfoAndDateOfRegistrationDto> results4_5 =
aircraftRegistryRepository.GetAicraftInfoAndLastDateOfRegistrationDtos(5);
foreach (var aicraftInfoAndDateOfRegistrationDto in results4_5)
{
Console.WriteLine($"Serial number: {aicraftInfoAndDateOfRegistrationDto.SerialNumber}, Registration date: {aicraftInfoAndDateOfRegistrationDto.RegistryDate.Date}");
}
Console.WriteLine("\nGets info about aircraft and whether it was registered");
//SQLQuery4
//Gets info about aircraft and whether it was registered
List <AicraftInfoAndIfRegisteredBoolDto> results4_6 =
aircraftRegistryRepository.GetAicraftInfoAndIfRegisteredBoolDto();
foreach (var aicraftInfoAndIfRegisteredBoolDto in results4_6)
{
Console.WriteLine($"SerialNumber: {aicraftInfoAndIfRegisteredBoolDto.SerialNumber}, is registered: {aicraftInfoAndIfRegisteredBoolDto.IsRegistered}");
}
Console.WriteLine("\nreturns aircraft, that have been registred in two scpecified years");
//SQLQuery4
//returns aircraft, that have been registred in two scpecified years
List <string> results4_7 = aircraftRegistryRepository.GetAircraftRegisteredInTwoSpecificYears(2003, 1996);
foreach (var VARIABLE in results4_7)
{
Console.WriteLine($"Serial number: {VARIABLE}");
}
log.Dispose();
}