public void NaoCadastraComNomeVazio()
{
Cargo cargo = new Cargo(12, "", 'I');
CargoRepositorio cargoRep = new CargoRepositorio();
bool cadastrar = cargoRep.AdicionarCargo(cargo);
Assert.AreEqual(true, cadastrar);
}
private FuncionarioBuilder()
{
_usuario = UsuarioBuilder.DadoUmUsuario().Build();
_departamento = DepartamentoBuilder.DadoUmDepartamento().Build();
_cargo = CargoBuilder.DadoUmCargo().Build();
_programa = ProgramaBuilder.DadoUmPrograma().Build();
}
public Boolean cadastrarCargo(Cargo objCargo)
{
objCargo.Codigo = obtemNovoId();
try
{
if (!temDuplicidade(objCargo, "Cadastrar"))
{
db = ServidorSingleton.obterServidor().OpenClient();
db.Store(objCargo);
db.Commit();
return true;
}
else {
return false;
}
}
catch(Exception e)
{
throw new Exception("Erro cadastrando o cargo :" + e.Message);
}
finally {
db.Close();
db.Dispose();
}
}
public void NaoAlteraCargoPraAtivoComEleicaoAberta()
{
Cargo cargo = new Cargo(42, "Sindico", 'A');
CargoRepositorio cargoRep = new CargoRepositorio();
bool altera = cargoRep.AtivarCargo(1);
Assert.AreEqual(false, altera);
}
void OnTriggerEnter(Collider otherObject)
{
Debug.Log(string.Format("Ore collided with {0} at {1}", otherObject.name, Time.time));
if (otherObject.name == "Player")
{
Cargo ore = new Cargo(Cargo.CargoType.Ore);
//different OreTypes are worth different amounts
switch (ActiveOreType)
{
case OreType.Green:
ore.Quantity = 1;
break;
case OreType.Blue:
ore.Quantity = 2;
break;
case OreType.Red:
ore.Quantity = 3;
break;
case OreType.Yellow:
ore.Quantity = 5;
break;
}
otherObject.SendMessage("PickupCargo", ore);
Destroy(gameObject);
}
}
public void toCargoRoutingDTO()
{
var origin = L.HONGKONG;
var destination = L.LONGBEACH;
var cargo = new Cargo(new TrackingId("XYZ"), new RouteSpecification(origin, destination, DateTime.Now));
var itinerary = new Itinerary(
Leg.DeriveLeg(SampleVoyages.pacific1, L.HONGKONG, L.TOKYO),
Leg.DeriveLeg(SampleVoyages.pacific1, L.TOKYO, L.LONGBEACH)
);
cargo.AssignToRoute(itinerary);
var dto = DTOAssembler.toDTO(cargo);
Assert.AreEqual(2, dto.getLegs().Count());
LegDTO legDTO = dto.getLegs().ElementAt(0);
Assert.AreEqual("PAC1", legDTO.getVoyageNumber());
Assert.AreEqual("CNHKG", legDTO.getFrom());
Assert.AreEqual("JNTKO", legDTO.getTo());
legDTO = dto.getLegs().ElementAt(1);
Assert.AreEqual("PAC1", legDTO.getVoyageNumber());
Assert.AreEqual("JNTKO", legDTO.getFrom());
Assert.AreEqual("USLBG", legDTO.getTo());
}
public Funcionario(Usuario usuario, string nome, string telefone, Departamento departamento, Cargo cargo, List<Programa> programa)
: base(usuario, nome, telefone, programa)
{
Departamento = departamento;
Cargo = cargo;
Validar();
}
public void CargoTest()
{
Cargo cargo = new Cargo("Cargo", 'A');
Assert.AreEqual("Cargo", cargo.Nome);
Assert.AreEqual(0, cargo.IdCargo);
Assert.AreEqual('A', cargo.Situacao);
}
public void AlterarCargoParaAtivo()
{
Cargo cargo = new Cargo(8, "Rei da Galaxia", 'A');
CargoRepositorio cargoRep = new CargoRepositorio();
bool altera = cargoRep.AtivarCargo(6);
Assert.AreEqual(true, altera);
}
public void CargoTest()
{
Cargo cargo = new Cargo(23, "Cargo");
Assert.AreEqual("Cargo", cargo.Nome);
Assert.AreEqual(23, cargo.IdCargo);
Assert.AreEqual('\0', cargo.Situacao);
}
public void CadastrarCargo()
{
Cargo cargo = new Cargo(6, "Deputado", 'A');
CargoRepositorio cargoRep = new CargoRepositorio();
bool cadastro = cargoRep.AdicionarCargo(cargo);
Assert.AreEqual(true, cadastro);
}
public void AlterarCargoParaInativo()
{
Cargo cargo = new Cargo(7, "Rei do Mundo", 'A');
CargoRepositorio cargoRep = new CargoRepositorio();
bool altera = cargoRep.InativarCargo(6);
Assert.AreEqual(true, altera);
}
public void updateCargo()
{
TrackingId trackingId = trackingIdFactory.nextTrackingId();
RouteSpecification routeSpecification = new RouteSpecification(L.HONGKONG,
L.GOTHENBURG,
DateTime.Parse("2009-10-15"));
Cargo cargo = new Cargo(trackingId, routeSpecification);
cargoRepository.store(cargo);
HandlingEvent handlingEvent = handlingEventFactory.createHandlingEvent(DateTime.Parse("2009-10-01 14:30"),
cargo.TrackingId,
V.HONGKONG_TO_NEW_YORK.VoyageNumber,
L.HONGKONG.UnLocode,
HandlingActivityType.LOAD,
new OperatorCode("ABCDE"));
handlingEventRepository.store(handlingEvent);
Assert.That(handlingEvent.Activity, Is.Not.EqualTo(cargo.MostRecentHandlingActivity));
cargoUpdater.updateCargo(handlingEvent.SequenceNumber);
Assert.That(handlingEvent.Activity, Is.EqualTo(cargo.MostRecentHandlingActivity));
Assert.True(handlingEvent.Activity != cargo.MostRecentHandlingActivity);
systemEvents.AssertWasCalled(se => se.notifyOfCargoUpdate(cargo));
}
public void Store(Cargo cargo)
{
cargoCollection.Save(cargo);
// Delete-orphan does not seem to work correctly when the parent is a component
//Session.CreateSQLQuery("delete from Leg where cargo_id = null").ExecuteUpdate();
}
internal static CargoRoutingDTO toDTO(Cargo cargo)
{
var itinerary = cargo.Itinerary;
var legDTOList = new List<LegDTO>();
if(itinerary != null)
{
var legs = itinerary.Legs;
legDTOList = new List<LegDTO>(legs.Count());
foreach(Leg leg in legs)
{
var legDTO = new LegDTO(
leg.Voyage.VoyageNumber.Value,
leg.LoadLocation.UnLocode.Value,
leg.UnloadLocation.UnLocode.Value,
leg.LoadTime,
leg.UnloadTime);
legDTOList.Add(legDTO);
}
}
return new CargoRoutingDTO(
cargo.TrackingId.Value,
cargo.RouteSpecification.Origin.UnLocode.Value,
cargo.RouteSpecification.Destination.UnLocode.Value,
cargo.RouteSpecification.ArrivalDeadline,
cargo.RoutingStatus == RoutingStatus.MISROUTED,
legDTOList
);
}
public void NaoCadastraComNomeNulo()
{
Cargo cargo = new Cargo(22, null, 'A');
CargoRepositorio cargoRep = new CargoRepositorio();
bool cadastrar = cargoRep.AdicionarCargo(cargo);
Assert.AreEqual(true, cadastrar);
}
public void DeletarCargo()
{
Cargo cargo = new Cargo(100, "Presidente", 'I');
CargoRepositorio cargoRep = new CargoRepositorio();
bool delete = cargoRep.DeletarCargo(5);
Assert.AreEqual(true, delete);
}
public virtual JsonResult Crear(Cargo entidad)
{
var jsonResponse = new JsonResponse { Success = false };
if (ModelState.IsValid)
{
try
{
entidad.UsuarioCreacion = UsuarioActual.IdUsuario.ToString();
entidad.UsuarioModificacion = UsuarioActual.IdUsuario.ToString();
CargoBL.Instancia.Add(entidad);
jsonResponse.Success = true;
jsonResponse.Message = "Se Proceso con éxito";
}
catch (Exception ex)
{
logger.Error(string.Format("Mensaje: {0} Trace: {1}", ex.Message, ex.StackTrace));
jsonResponse.Message = "Ocurrio un error, por favor intente de nuevo o más tarde.";
}
}
else
{
jsonResponse.Message = "Por favor ingrese todos los campos requeridos";
}
return Json(jsonResponse, JsonRequestBehavior.AllowGet);
}
public void setUp()
{
reportSubmission = MockRepository.GenerateMock<ReportSubmission>();
CargoRepository cargoRepository = new CargoRepositoryInMem();
HandlingEventRepository handlingEventRepository = new HandlingEventRepositoryInMem();
HandlingEventFactory handlingEventFactory = new HandlingEventFactory(cargoRepository,
new VoyageRepositoryInMem(),
new LocationRepositoryInMem());
TrackingId trackingId = new TrackingId("ABC");
RouteSpecification routeSpecification = new RouteSpecification(L.HONGKONG, L.ROTTERDAM, DateTime.Parse("2009-10-10"));
Cargo cargo = new Cargo(trackingId, routeSpecification);
cargoRepository.store(cargo);
HandlingEvent handlingEvent = handlingEventFactory.createHandlingEvent(
DateTime.Parse("2009-10-02"),
trackingId,
null,
L.HONGKONG.UnLocode,
HandlingActivityType.RECEIVE,
new OperatorCode("ABCDE")
);
handlingEventRepository.store(handlingEvent);
cargo.Handled(handlingEvent.Activity);
reportPusher = new ReportPusher(reportSubmission, cargoRepository, handlingEventRepository);
eventSequenceNumber = handlingEvent.SequenceNumber;
}
public Funcionario(string _nome, double _salario, DateTime _dataAdmisao, Cargo _cargoFuncionario)
{
Nome = _nome;
Salario = _salario;
DataAdmissao = _dataAdmisao;
CargoFuncionario = _cargoFuncionario;
}
public void testCalculatePossibleRoutes()
{
TrackingId trackingId = new TrackingId("ABC");
RouteSpecification routeSpecification = new RouteSpecification(L.HONGKONG,
L.HELSINKI,
DateTime.Parse("2009-04-01"));
Cargo cargo = new Cargo(trackingId, routeSpecification);
var candidates = externalRoutingService.fetchRoutesForSpecification(routeSpecification);
Assert.NotNull(candidates);
foreach(Itinerary itinerary in candidates)
{
var legs = itinerary.Legs;
Assert.NotNull(legs);
Assert.True(legs.Any());
// Cargo origin and start of first leg should match
Assert.AreEqual(cargo.RouteSpecification.Origin, legs.ElementAt(0).LoadLocation);
// Cargo final destination and last leg stop should match
Location lastLegStop = legs.Last().UnloadLocation;
Assert.AreEqual(cargo.RouteSpecification.Destination, lastLegStop);
for(int i = 0; i < legs.Count() - 1; i++)
{
// Assert that all legs are connected
Assert.AreEqual(legs.ElementAt(i).UnloadLocation, legs.ElementAt(i + 1).LoadLocation);
}
}
}
public void TestCalculatePossibleRoutes()
{
var trackingId = new TrackingId("ABC");
var routeSpecification = new RouteSpecification(SampleLocations.HONGKONG,
SampleLocations.HELSINKI, DateTime.Now);
var cargo = new Cargo(trackingId, routeSpecification);
voyageRepositoryMock.Setup(v => v.Find(It.IsAny<VoyageNumber>())).Returns(SampleVoyages.CM002);
IList<Itinerary> candidates = externalRoutingService.FetchRoutesForSpecification(routeSpecification);
Assert.IsNotNull(candidates);
foreach (Itinerary itinerary in candidates)
{
IList<Leg> legs = itinerary.Legs;
Assert.IsNotNull(legs);
Assert.IsFalse(legs.IsEmpty());
// Cargo origin and start of first leg should match
Assert.AreEqual(cargo.Origin, legs[0].LoadLocation);
// Cargo final destination and last leg stop should match
Location lastLegStop = legs[legs.Count - 1].UnloadLocation;
Assert.AreEqual(cargo.RouteSpecification.Destination, lastLegStop);
for (int i = 0; i < legs.Count - 1; i++)
{
// Assert that all legs are connected
Assert.AreEqual(legs[i].UnloadLocation, legs[i + 1].LoadLocation);
}
}
voyageRepositoryMock.Verify();
}
public bool AdicionarCargo(Cargo cargo)
{
bool podeCadastrar = PodeCadastrar(cargo);
bool verificarNome = VerificarNomeNuloOuVazio(cargo);
if (podeCadastrar && !Eleicao.Iniciou)
{
if (verificarNome)
{
string connectionString = ConfigurationManager.ConnectionStrings["URNA"].ConnectionString;
using (TransactionScope transacao = new TransactionScope())
using (IDbConnection connection = new SqlConnection(connectionString))
{
IDbCommand comando = connection.CreateCommand();
comando.CommandText =
"INSERT INTO Cargo (Nome, Situacao) values(@paramNome, @paramSituacao)";
comando.AddParameter("@paramNome", cargo.Nome);
comando.AddParameter("@paramSituacao", cargo.Situacao);
connection.Open();
comando.ExecuteNonQuery();
transacao.Complete();
connection.Close();
}
}
return true;
}
else
{
return false;
}
}
protected void btnSalvar_Click(object sender, EventArgs e)
{
var Cargo = new Cargo();
try
{
if (txtId.Text != "")
{
Cargo.IDCargo = int.Parse(txtId.Text);
Cargo.Get();
}
Cargo.Descricao = txtNome.Text;
Cargo.ColunaEstrutura = ddlColunaEstrutura.SelectedValue;
Cargo.IDCargoPai = int.Parse(ddlCargoPai.SelectedValue);
Cargo.Ordem = int.Parse(txtOrdem.Text);
Cargo.Save();
GetCargo((int)Cargo.IDCargo);
Page.ClientScript.RegisterStartupScript(this.GetType(), "script", "<script>alert('Registro salvo.')</script>");
}
catch (Exception err)
{
Page.ClientScript.RegisterStartupScript(this.GetType(), "script", "<script>alert('" + FormatError.FormatMessageForJAlert(err.Message) + "')</script>");
}
}
public void ValidarTest()
{
CargoRepositorio repositorio = new CargoRepositorio();
Cargo cargo = new Cargo("Cargo", 'A');
Assert.IsFalse(repositorio.Validar(cargo));
cargo.IdCargo = 1;
Assert.IsTrue(repositorio.Validar(cargo));
}
public void Add(Cargo.Cargo cargo)
{
if (_capacity < cargo.Size())
{
throw new CargoExceedesVesselCapacityException("Cargo size exceeds vessel's available capacity.");
}
_cargos.Add(cargo);
}
public override void InitializeTile()
{
MeshRenderer = GetComponent<MeshRenderer>();
IsWater = false;
TileResources = new Cargo();
MeshRenderer.sharedMaterial = CloudMaterial;
}
public HandlingEvent mostRecentHandling(Cargo cargo)
{
return sessionFactory.GetCurrentSession().
CreateQuery("from HandlingEvent where Cargo = :cargo order by completionTime desc").
SetParameter("cargo", cargo).
SetMaxResults(1).
UniqueResult<HandlingEvent>();
}
public void BuscaPorCargo()
{
Exercicios exer = new Exercicios();
Cargo gerente = new Cargo("Gerente", 550.5);
var funcionarios = exer.BuscarPorCargo(gerente);
Assert.AreEqual(funcionarios.Any(it => it.Nome=="Margarete Ricardo"),true);
Assert.AreEqual(funcionarios.Count,1);
}
private CargoDetails assembleFrom(Cargo cargo)
{
CargoDetails cargoDetails = new CargoDetails();
cargoDetails.setTrackingId(cargo.TrackingId.Value);
cargoDetails.setFinalDestination(cargo.RouteSpecification.Destination.Name);
cargoDetails.setCurrentLocation(cargo.LastKnownLocation.Name);
cargoDetails.setCurrentStatus(cargo.TransportStatus.ToString());
return cargoDetails;
}
public static CargoTravelInfo FromCargo(Cargo cargo) => new CargoTravelInfo(cargo);
public void Handle(ChangeDestinationCommand message)
{
Cargo cargo = _cargoRepository.Find(message.CargoId);
cargo.SpecifyNewRoute(new UnLocode(message.NewDestination));
}
public Funcionario(Cargo cargo, double salarioBase)
{
this.cargo = cargo;
SalarioBase = salarioBase;
}
static void Main(string[] args)
{
var list = new List <Car>();
var n = int.Parse(Console.ReadLine());
for (int i = 0; i < n; i++)
{
Cargo cargo = new Cargo();
Engine engine = new Engine();
Tire tire1 = new Tire();
Tire tire2 = new Tire();
Tire tire3 = new Tire();
Tire tire4 = new Tire();
Car car = new Car();
var command = Console.ReadLine();
var charArr = " ".ToCharArray();
var parts = command.Split(charArr, StringSplitOptions.RemoveEmptyEntries).ToArray();
var model = parts[0];
car.Model = model;
var engineSpeed = int.Parse(parts[1]);
engine.Speed = engineSpeed;
var enginePower = int.Parse(parts[2]);
engine.Power = enginePower;
car.Engine = engine;
var cargoWeight = int.Parse(parts[3]);
cargo.Weight = cargoWeight;
var cargoType = parts[4];
cargo.Type = cargoType;
car.Cargo = cargo;
car.Tires = new List <Tire>();
var tire1Pressure = double.Parse(parts[5]);
tire1.Pressure = tire1Pressure;
var tire1Age = int.Parse(parts[6]);
tire1.Age = tire1Age;
car.Tires.Add(tire1);
var tire2Pressure = double.Parse(parts[7]);
tire2.Pressure = tire2Pressure;
var tire2Age = int.Parse(parts[8]);
tire2.Age = tire2Age;
car.Tires.Add(tire2);
var tire3Pressure = double.Parse(parts[9]);
tire3.Pressure = tire3Pressure;
var tire3Age = int.Parse(parts[10]);
tire3.Age = tire1Age;
car.Tires.Add(tire3);
var tire4Pressure = double.Parse(parts[11]);
tire4.Pressure = tire4Pressure;
var tire4Age = int.Parse(parts[12]);
tire4.Age = tire4Age;
car.Tires.Add(tire4);
list.Add(car);
}
var cargoTypeCheck = Console.ReadLine();
if (cargoTypeCheck == "flamable")
{
foreach (var flamableCargoType in list.Where(x => x.Cargo.Type.Equals("flamable")))
{
if (flamableCargoType.Engine.Power > 250)
{
Console.WriteLine(flamableCargoType.Model);
}
}
}
else
{
foreach (var fragileCargoType in list.Where(x => x.Cargo.Type.Equals("fragile")))
{
foreach (var item1 in fragileCargoType.Tires.Where(x => x.Pressure < 1).ToList())
{
Console.WriteLine(fragileCargoType.Model);
break;
}
}
}
}
private Vehicle FindVehicleForRoute(List <Vehicle> listVehicles, double routeSize, Cargo routeCargo)
{
for (int i = 0; i < listVehicles.Count; i++)
{
if (listVehicles[i].GetCurrentTravel().DoesSupportRoute(routeSize, routeCargo))
{
return(listVehicles[i]);
}
}
return(null);
}
static void Main(string[] args)
{
var carList = new List <Car>();
int n = int.Parse(Console.ReadLine());
for (int i = 0; i < n; i++)
{
var splitInput = Console.ReadLine()
.Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
string model = splitInput[0];
int engineSpeed = int.Parse(splitInput[1]);
int enginePower = int.Parse(splitInput[2]);
int cargoWeight = int.Parse(splitInput[3]);
string cargoType = splitInput[4];
double tireOnePressure = double.Parse(splitInput[5]);
int tireOneAge = int.Parse(splitInput[6]);
double tireTwoPressure = double.Parse(splitInput[7]);
int tireTwoAge = int.Parse(splitInput[8]);
double tireTreePressure = double.Parse(splitInput[9]);
int tireTreeAge = int.Parse(splitInput[10]);
double tireFourPressure = double.Parse(splitInput[11]);
int tireFourAge = int.Parse(splitInput[12]);
var engine = new Engine(engineSpeed, enginePower);
var cargo = new Cargo(cargoWeight, cargoType);
var tires = new Tires[4];
tires[0] = new Tires(tireOnePressure, tireOneAge);
tires[1] = new Tires(tireTwoPressure, tireTwoAge);
tires[2] = new Tires(tireTreePressure, tireTreeAge);
tires[3] = new Tires(tireFourPressure, tireFourAge);
var car = new Car(model, engine, cargo, tires);
carList.Add(car);
}
var orderedlistWithCards = new List <Car>();
string command = Console.ReadLine();
if (command == "fragile")
{
orderedlistWithCards = carList
.Where(c => c.Cargo.Type == "fragile" && c.Tires.Any(t => t.Pressure < 1))
.ToList();
}
if (command == "flamable")
{
orderedlistWithCards = carList
.Where(c => c.Cargo.Type == "flamable" && c.Engine.Power > 250)
.ToList();
}
foreach (var car in orderedlistWithCards)
{
Console.WriteLine(car.Model);
}
}
public void AlterarCargo(Cargo oCargo)
{
_RepositorieCargo.AlterarCargo(oCargo);
}
public void CadastrarCargo(Cargo oCargo)
{
_RepositorieCargo.CadastrarCargo(oCargo);
}
public Cargo Adicionar(Cargo entity)
{
return(_repository.Adicionar(entity));
}
public void testCargoFromHongkongToStockholm()
{
//Test setup: A cargo should be shipped from Hongkong to Stockholm,
//and it should arrive in no more than two weeks.
Location origin = SampleLocations.HONGKONG;
Location destination = SampleLocations.STOCKHOLM;
DateTime arrivalDeadline = DateUtil.ToDate("2009-03-18");
// Use case 1: booking
//A new cargo is booked, and the unique tracking id is assigned to the cargo.
TrackingId trackingId = bookingService.BookNewCargo(
origin.UnLocode, destination.UnLocode, arrivalDeadline);
// The tracking id can be used to lookup the cargo in the repository.
//Important: The cargo, and thus the domain model, is responsible for determining
//the status of the cargo, whether it is on the right track or not and so on.
//This is core domain logic.
//Tracking the cargo basically amounts to presenting information extracted from
//the cargo aggregate in a suitable way.
Cargo cargo = cargoRepository.Find(trackingId);
Assert.IsNotNull(cargo);
Assert.AreEqual(TransportStatus.NOT_RECEIVED, cargo.Delivery.TransportStatus);
Assert.AreEqual(RoutingStatus.NOT_ROUTED, cargo.Delivery.RoutingStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(cargo.Delivery.EstimatedTimeOfArrival, Delivery.ETA_UNKOWN);
Assert.IsNull(cargo.Delivery.NextExpectedActivity);
// Use case 2: routing
//A number of possible routes for this cargo is requested and may be
//presented to the customer in some way for him/her to choose from.
//Selection could be affected by things like price and time of delivery,
//but this test simply uses an arbitrary selection to mimic that process.
//The cargo is then assigned to the selected route, described by an itinerary.
IList <Itinerary> itineraries = bookingService.RequestPossibleRoutesForCargo(trackingId);
Itinerary itinerary = SelectPreferedItinerary(itineraries);
cargo.AssignToRoute(itinerary);
Assert.AreEqual(TransportStatus.NOT_RECEIVED, cargo.Delivery.TransportStatus);
Assert.AreEqual(RoutingStatus.ROUTED, cargo.Delivery.RoutingStatus);
Assert.AreNotEqual(Delivery.ETA_UNKOWN, cargo.Delivery.EstimatedTimeOfArrival);
Assert.AreEqual(new HandlingActivity(HandlingType.RECEIVE, SampleLocations.HONGKONG),
cargo.Delivery.NextExpectedActivity);
// Use case 3: handling
//A handling event registration attempt will be formed from parsing
//the data coming in as a handling report either via
//the web service interface or as an uploaded CSV file.
//The handling event factory tries to create a HandlingEvent from the attempt,
//and if the factory decides that this is a plausible handling event, it is stored.
//If the attempt is invalid, for example if no cargo exists for the specfied tracking id,
//the attempt is rejected.
//Handling begins: cargo is received in Hongkong.
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-01"), trackingId, null, SampleLocations.HONGKONG.UnLocode,
HandlingType.RECEIVE);
Assert.AreEqual(TransportStatus.IN_PORT, cargo.Delivery.TransportStatus);
Assert.AreEqual(SampleLocations.HONGKONG, cargo.Delivery.LastKnownLocation);
// Next event: Load onto voyage CM003 in Hongkong
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-03"), trackingId, SampleVoyages.v100.VoyageNumber,
SampleLocations.HONGKONG.UnLocode, HandlingType.LOAD);
// Check current state - should be ok
Assert.AreEqual(SampleVoyages.v100, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.HONGKONG, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.ONBOARD_CARRIER, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(
new HandlingActivity(HandlingType.UNLOAD, SampleLocations.NEWYORK, SampleVoyages.v100),
cargo.Delivery.NextExpectedActivity);
//Here's an attempt to register a handling event that's not valid
//because there is no voyage with the specified voyage number,
//and there's no location with the specified UN Locode either.
//This attempt will be rejected and will not affect the cargo delivery in any way.
VoyageNumber noSuchVoyageNumber = new VoyageNumber("XX000");
UnLocode noSuchUnLocode = new UnLocode("ZZZZZ");
try
{
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-05"), trackingId, noSuchVoyageNumber, noSuchUnLocode,
HandlingType.LOAD);
Assert.Fail("Should not be able to register a handling event with invalid location and voyage");
}
catch (CannotCreateHandlingEventException)
{
}
// Cargo is now (incorrectly) unloaded in Tokyo
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-05"), trackingId, SampleVoyages.v100.VoyageNumber,
SampleLocations.TOKYO.UnLocode, HandlingType.UNLOAD);
// Check current state - cargo is misdirected!
Assert.AreEqual(Voyage.NONE, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.TOKYO, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.IN_PORT, cargo.Delivery.TransportStatus);
Assert.IsTrue(cargo.Delivery.IsMisdirected);
Assert.IsNull(cargo.Delivery.NextExpectedActivity);
// -- Cargo needs to be rerouted --
// TODO cleaner reroute from "earliest location from where the new route originates"
// Specify a new route, this time from Tokyo (where it was incorrectly unloaded) to Stockholm
RouteSpecification fromTokyo = new RouteSpecification(SampleLocations.TOKYO, SampleLocations.STOCKHOLM,
arrivalDeadline);
cargo.SpecifyNewRoute(fromTokyo);
// The old itinerary does not satisfy the new specification
Assert.AreEqual(RoutingStatus.MISROUTED, cargo.Delivery.RoutingStatus);
Assert.IsNull(cargo.Delivery.NextExpectedActivity);
// Repeat procedure of selecting one out of a number of possible routes satisfying the route spec
IList <Itinerary> newItineraries = bookingService.RequestPossibleRoutesForCargo(cargo.TrackingId);
Itinerary newItinerary = SelectPreferedItinerary(newItineraries);
cargo.AssignToRoute(newItinerary);
// New itinerary should satisfy new route
Assert.AreEqual(RoutingStatus.ROUTED, cargo.Delivery.RoutingStatus);
// TODO we can't handle the face that after a reroute, the cargo isn't misdirected anymore
//Assert.IsFalse(cargo.isMisdirected());
//Assert.AreEqual(new HandlingActivity(LOAD, TOKYO), cargo.nextExpectedActivity());
// -- Cargo has been rerouted, shipping continues --
// Load in Tokyo
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-08"), trackingId, SampleVoyages.v300.VoyageNumber,
SampleLocations.TOKYO.UnLocode, HandlingType.LOAD);
// Check current state - should be ok
Assert.AreEqual(SampleVoyages.v300, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.TOKYO, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.ONBOARD_CARRIER, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(
new HandlingActivity(HandlingType.UNLOAD, SampleLocations.HAMBURG, SampleVoyages.v300),
cargo.Delivery.NextExpectedActivity);
// Unload in Hamburg
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-12"), trackingId, SampleVoyages.v300.VoyageNumber,
SampleLocations.HAMBURG.UnLocode, HandlingType.UNLOAD);
// Check current state - should be ok
Assert.AreEqual(Voyage.NONE, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.HAMBURG, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.IN_PORT, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(
new HandlingActivity(HandlingType.LOAD, SampleLocations.HAMBURG, SampleVoyages.v400),
cargo.Delivery.NextExpectedActivity);
// Load in Hamburg
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-14"), trackingId, SampleVoyages.v400.VoyageNumber,
SampleLocations.HAMBURG.UnLocode, HandlingType.LOAD);
// Check current state - should be ok
Assert.AreEqual(SampleVoyages.v400, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.HAMBURG, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.ONBOARD_CARRIER, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(
new HandlingActivity(HandlingType.UNLOAD, SampleLocations.STOCKHOLM, SampleVoyages.v400),
cargo.Delivery.NextExpectedActivity);
// Unload in Stockholm
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-15"), trackingId, SampleVoyages.v400.VoyageNumber,
SampleLocations.STOCKHOLM.UnLocode, HandlingType.UNLOAD);
// Check current state - should be ok
Assert.AreEqual(Voyage.NONE, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.STOCKHOLM, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.IN_PORT, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.AreEqual(new HandlingActivity(HandlingType.CLAIM, SampleLocations.STOCKHOLM),
cargo.Delivery.NextExpectedActivity);
// Finally, cargo is claimed in Stockholm. This ends the cargo lifecycle from our perspective.
handlingEventService.RegisterHandlingEvent(
DateUtil.ToDate("2009-03-16"), trackingId, null, SampleLocations.STOCKHOLM.UnLocode,
HandlingType.CLAIM);
// Check current state - should be ok
Assert.AreEqual(Voyage.NONE, cargo.Delivery.CurrentVoyage);
Assert.AreEqual(SampleLocations.STOCKHOLM, cargo.Delivery.LastKnownLocation);
Assert.AreEqual(TransportStatus.CLAIMED, cargo.Delivery.TransportStatus);
Assert.IsFalse(cargo.Delivery.IsMisdirected);
Assert.IsNull(cargo.Delivery.NextExpectedActivity);
}
public void CargoHasArrived(Cargo cargo)
{
System.Console.WriteLine("EVENT: cargo has arrived: " + cargo.TrackingId.IdString);
}
public void Atualizar(Cargo entity)
{
_repository.Atualizar(entity);
}
public void Remover(Cargo entity)
{
_repository.Remover(entity);
}
private bool _handleMissionAcceptedEvent(MissionAcceptedEvent @event)
{
bool update = false;
Haulage haulage = new Haulage();
// Protect against duplicates & empty strings
haulage = GetHaulageWithMissionId(@event.missionid ?? 0);
if (haulage == null && !string.IsNullOrEmpty(@event.name))
{
Cargo cargo = new Cargo();
string type = @event.name.Split('_').ElementAt(1)?.ToLowerInvariant();
if (type != null && CHAINED.TryGetValue(type, out string value))
{
type = value;
}
else if (type == "ds" || type == "rs" || type == "welcome")
{
type = @event.name.Split('_').ElementAt(2)?.ToLowerInvariant();
}
switch (type)
{
case "altruism":
case "collect":
case "collectwing":
case "delivery":
case "deliverywing":
case "mining":
case "piracy":
case "rescue":
case "salvage":
case "smuggle":
{
bool naval = @event.name.ToLowerInvariant().Contains("rank");
string originSystem = EDDI.Instance?.CurrentStarSystem?.systemname;
haulage = new Haulage(@event.missionid ?? 0, @event.name, originSystem, @event.amount ?? 0, @event.expiry)
{
startmarketid = (type.Contains("delivery") && !naval) ? EDDI.Instance?.CurrentStation?.marketId ?? 0 : 0,
endmarketid = (type.Contains("collect")) ? EDDI.Instance?.CurrentStation?.marketId ?? 0 : 0,
};
if (type.Contains("delivery") || type == "smuggle")
{
haulage.sourcesystem = EDDI.Instance?.CurrentStarSystem?.systemname;
haulage.sourcebody = EDDI.Instance?.CurrentStation?.name;
}
else if (type == "rescue" || type == "salvage")
{
haulage.sourcesystem = @event.destinationsystem;
}
cargo = GetCargoWithEDName(@event.commodityDefinition?.edname);
if (cargo == null)
{
cargo = new Cargo(@event.commodityDefinition?.edname, 0);
AddCargo(cargo);
}
cargo.haulageData.Add(haulage);
cargo.CalculateNeed();
update = true;
}
break;
}
}
return(update);
}
public Car Create(string model, Engine engine, Cargo cargo, Tire[] tires)
{
Car car = new Car(model, engine, cargo, tires);
return(car);
}
public void ExcluirCargo(Cargo oCargo)
{
_RepositorieCargo.ExcluirCargo(oCargo);
}
public DatosEmpleado(string _nombre, string _apellido, DateTime _fechanac, string _estadocivil, string _genero, DateTime _fechaingreso, Cargo _cargo)
{
this.nombre = _nombre;
this.apellido = _apellido;
this.fechanac = _fechanac;
this.estadocivil = _estadocivil;
this.genero = _genero;
this.fechaingreso = _fechaingreso;
this.cargo = _cargo;
}
static void Main(string[] args)
{
int n = int.Parse(Console.ReadLine());
List <Car> dbCars = new List <Car>();
for (int i = 0; i < n; i++)
{
try
{
string[] input = Console.ReadLine().Split(' ');
string model = input[0];
int engineSpeed = int.Parse(input[1]);
int enginePower = int.Parse(input[2]);
int cargoWeight = int.Parse(input[3]);
string cargoType = input[4];
double tire1p = double.Parse(input[5]);
double tire1a = double.Parse(input[6]);
double tire2p = double.Parse(input[7]);
double tire2a = double.Parse(input[8]);
double tire3p = double.Parse(input[9]);
double tire3a = double.Parse(input[10]);
double tire4p = double.Parse(input[11]);
double tire4a = double.Parse(input[12]);
Engine currentEngine = new Engine(engineSpeed, enginePower);
Cargo currentCargo = new Cargo(cargoWeight, cargoType);
Tire currentTires = new Tire(tire1p, tire1a, tire2p, tire2a, tire3p, tire3a, tire4p, tire4a);
Car currentCar = new Car(model, currentEngine, currentCargo, currentTires);
dbCars.Add(currentCar);
}
catch (ArgumentException ex)
{
Console.WriteLine(ex.Message);
}
}
string command = Console.ReadLine();
if (command == "fragile")
{
foreach (var entry in dbCars)
{
bool tirePressureUnder1 = entry.Tires.PressureUnder1Percent();
if (entry.Cargo.Type == "fragile" && tirePressureUnder1 == true)
{
Console.WriteLine(entry.Model.ToString());
}
}
}
else if (command == "flammable")
{
foreach (var entry in dbCars)
{
if (entry.Engine.EnginePower > 250)
{
Console.WriteLine(entry.Model.ToString());
}
}
}
}
public List <Route> CreateRoutes(Position startPosition, List <Vehicle> listFleetVehicles, List <Package> listPackages)
{
CreateVehicleTravels(listFleetVehicles);
List <Economy> listEconomies = CreateListEconomies(startPosition, listPackages);
List <Route> listRoutes = InitializeRoutes(startPosition, listPackages, listFleetVehicles);
// Itera a lista de economias
for (int i = 0; i < listEconomies.Count; i++)
{
var economy = listEconomies[i];
// Verifica se o package A existe dentro da lista de rotas em uma das extremidades
Route routeA = FindPackageOnRouteEdges(listRoutes, economy.packageAId);
if (routeA == null)
{
continue;
}
// Verifica se o packagee B existe dentro da lista de rotas em uma das extremidades
Route routeB = FindPackageOnRouteEdges(listRoutes, economy.packageBId);
if (routeB == null)
{
continue;
}
// Verifica se o package A e o packagee B já estão na mesma rota
// e se ambos estão nas extremidades, caso sim, vai para a próxima iteração
if (routeA.Id == routeB.Id)
{
continue;
}
//Ambos os packagees encontrados, pega o totalDistance e o totalDemmand
double newRouteSize = routeA.Size + routeB.Size - economy.value;
Cargo newRouteCargo = routeA.Cargo + routeB.Cargo;
//Procura menor veiculo que comporta a rota combinada, caso nenhum seja encontrado, pula para a próxima economia
Vehicle vehicle = FindVehicleForRoute(listFleetVehicles, newRouteSize, newRouteCargo);
// Todos os veiculos sobrecarregados para o dia de hoje, avança para próximo dia
// - Salvar a economia da rota (soma da economia dos clientes)
// - Quando sobrecarregar veiculos por distancia percorrida:
// Pega as rotas sem veiculo alocado e passa para o segundo dia;
// Executa CreateRoutes para a lista de clientes do segundo dia;
if (vehicle != null)
{
// Remove todos os veiculos alocados para as duas rotas
routeA.RemoveAssignedVehicle();
routeB.RemoveAssignedVehicle();
// Verifica a posição em que os pacotes estão na rota
RouteEdge packageAEdge = CheckPackagePosition(routeA, economy.packageAId);
RouteEdge packageBEdge = CheckPackagePosition(routeB, economy.packageBId);
// Se package A está na esquerda e packagee B também, inverte B e adiciona em A
if (packageAEdge == RouteEdge.LEFT && packageBEdge == RouteEdge.LEFT)
{
MergeRoutes(listRoutes, routeA, routeB, vehicle, true);
}
// Se package A está na esquerda e packagee B a direita, adiciona em A
else if (packageAEdge == RouteEdge.LEFT && packageBEdge == RouteEdge.RIGHT)
{
MergeRoutes(listRoutes, routeA, routeB, vehicle, false);
}
// Se package A está na direita e packagee B a esquerda, adiciona em B
else if (packageAEdge == RouteEdge.RIGHT && packageBEdge == RouteEdge.LEFT)
{
MergeRoutes(listRoutes, routeB, routeA, vehicle, false);
}
// Se package A está na direita e packagee B também, inverte A e adiciona em B
else if (packageAEdge == RouteEdge.RIGHT && packageBEdge == RouteEdge.RIGHT)
{
MergeRoutes(listRoutes, routeB, routeA, vehicle, true);
}
}
}
return(listRoutes);
}
public bool CalculoSeAplicaAoCargo(Cargo cargo)
{
return(Cargos.Contains(cargo));
}
public RenderCargo(Actor self)
{
cargo = self.Trait <Cargo>();
facing = self.TraitOrDefault <IFacing>();
}
private Cargo GetModel(int id)
{
Cargo result = DataBase.Cargos.Get(p => p.IdCargo == id).SingleOrDefault();
return(result);
}
public Funcionario(string Nome, double Salario, Cargo Cargo)
{
this.Nome = Nome;
this.Salario = Salario;
this.Cargo = Cargo;
}
public DeliveryViaTrainForm(Cargo cargo, TransportInformation transport, double totalPrice)
{
_cargo = cargo;
_transport = transport;
_totalPrice = totalPrice;
}
static void Main(string[] args)
{
Console.WriteLine("Создаём порт Новороссийск");
var novorossiysk = new Model.Port("Новороссийск", 1000);
Console.WriteLine("Создаём порт Усть-Луга");
var ustluga = new Model.Port("Усть-Луга", 2000);
Console.WriteLine("Создаём дизельное топливо");
var diesel = new Fuel(50);
Console.WriteLine("Создаём грузы");
var cargo1 = new Cargo(100000);
var cargo2 = new Cargo(120000);
var cargo3 = new Cargo(350000);
var cargo4 = new Cargo(160000);
var cargo5 = new Cargo(140000);
var cargo6 = new Cargo(170000);
var cargo7 = new Cargo(150000);
var cargo8 = new Cargo(150000);
Console.WriteLine("Создаём корабль Труженник");
var worker = new Ship("Труженник", novorossiysk);
Console.WriteLine("Заправляем Труженника");
worker.Fill(diesel);
Console.WriteLine("Загружаем Труженника");
worker.Load(cargo1);
worker.Load(cargo2);
worker.Load(cargo3);
worker.Load(cargo4);
Console.WriteLine("Создаём маршрут для Труженника");
var routeForWorker = new Route(ustluga);
worker.SetRoute(routeForWorker);
Console.WriteLine("Отправляем Труженника по маршруту");
try
{
worker.Send();
Console.WriteLine("Проверяем какие корабли находятся в порту Усть-Луга");
foreach (var s in ustluga.InPort)
{
Console.WriteLine(s.Title);
}
Console.WriteLine("Выводим стоимости маршрутов корабля Труженник");
foreach (var r in worker.Routes)
{
Console.WriteLine($"{r.Departure.Title}-{r.Arrival.Title} стоимость {r.Costs}");
Console.WriteLine($"Стоимость грузов {r.Sums}");
}
}
catch (InvalidOperationException ex)
{
Console.WriteLine(ex.Message);
}
Console.WriteLine("Создаём корабль Большой");
var big = new Ship("Большой", ustluga);
/*Console.WriteLine("Заправляем Большого");
* big.Fill(diesel);*/
Console.WriteLine("Загружаем Большого");
big.Load(cargo5);
big.Load(cargo6);
big.Load(cargo7);
big.Load(cargo8);
Console.WriteLine("Создаём маршрут для Большого");
var routeForBig = new Route(novorossiysk);
big.SetRoute(routeForBig);
Console.WriteLine("Отправляем Большого по маршруту");
try
{
big.Send();
Console.WriteLine("Проверяем какие корабли находятся в порту Новороссийск");
foreach (var s in novorossiysk.InPort)
{
Console.WriteLine(s.Title);
}
Console.WriteLine("Выводим стоимости маршрутов корабля Большой");
foreach (var r in big.Routes)
{
Console.WriteLine($"{r.Departure.Title}-{r.Arrival.Title} стоимость {r.Costs}");
Console.WriteLine($"Стоимость грузов {r.Sums}");
}
}
catch (InvalidOperationException ex)
{
Console.WriteLine(ex.Message);
}
XmlSerializer formatter = new XmlSerializer(typeof(Fuel));
using (FileStream fs = new FileStream("fuel.xml", FileMode.OpenOrCreate))
{
formatter.Serialize(fs, diesel);
Console.WriteLine("Объект сериализован");
}
using (FileStream fs = new FileStream("fuel.xml", FileMode.OpenOrCreate))
{
Fuel newDiesel = (Fuel)formatter.Deserialize(fs);
Console.WriteLine("Объект десериализован");
Console.WriteLine("Цена: {0}", newDiesel.Cost);
}
BinaryFormatter bformatter = new BinaryFormatter();
using (FileStream fs = new FileStream("ship.dat", FileMode.OpenOrCreate))
{
bformatter.Serialize(fs, worker);
Console.WriteLine("Объект сериализован");
}
using (FileStream fs = new FileStream("ship.dat", FileMode.OpenOrCreate))
{
Ship newWorker = (Ship)bformatter.Deserialize(fs);
Console.WriteLine("Объект десериализован");
Console.WriteLine("Название корабля: {0}, порт: {1}", newWorker.Title, newWorker.Port.Title);
}
}
private void _handleCargoEvent(CargoEvent @event)
{
if (@event.vessel == Constants.VEHICLE_SHIP)
{
cargoCarried = @event.cargocarried;
if (@event.inventory != null)
{
List <CargoInfo> infoList = @event.inventory.ToList();
// Remove strays from the manifest
foreach (Cargo inventoryCargo in inventory.ToList())
{
string name = inventoryCargo.edname;
CargoInfo info = @event.inventory.FirstOrDefault(i => i.name.Equals(name, StringComparison.OrdinalIgnoreCase));
if (info == null)
{
if (inventoryCargo.haulageData?.Any() ?? false)
{
// Keep cargo entry in manifest with zeroed amounts, if missions are pending
inventoryCargo.total = 0;
inventoryCargo.haulage = 0;
inventoryCargo.owned = 0;
inventoryCargo.stolen = 0;
inventoryCargo.CalculateNeed();
}
else
{
// Strip out the stray from the manifest
_RemoveCargoWithEDName(inventoryCargo.edname);
}
}
}
// Update existing cargo in the manifest
while (infoList.Count() > 0)
{
string name = infoList.ToList().First().name;
List <CargoInfo> cargoInfo = infoList.Where(i => i.name.Equals(name, StringComparison.OrdinalIgnoreCase)).ToList();
Cargo cargo = inventory.FirstOrDefault(c => c.edname.Equals(name, StringComparison.OrdinalIgnoreCase));
if (cargo != null)
{
int total = cargoInfo.Sum(i => i.count);
int stolen = cargoInfo.Where(i => i.missionid == null).Sum(i => i.stolen);
int missionCount = cargoInfo.Where(i => i.missionid != null).Count();
if (total != cargo.total || stolen != cargo.stolen || missionCount != cargo.haulageData.Count())
{
UpdateCargoFromInfo(cargo, cargoInfo);
if (@event.update)
{
return;
}
}
}
else
{
// Add cargo entries for those missing
cargo = new Cargo(name, 0);
UpdateCargoFromInfo(cargo, cargoInfo);
AddCargo(cargo);
}
infoList.RemoveAll(i => i.name == name);
}
}
}
}
private void _handleCargoDepotEvent(CargoDepotEvent @event)
{
MissionMonitor missionMonitor = (MissionMonitor)EDDI.Instance.ObtainMonitor("Mission monitor");
Mission mission = missionMonitor?.GetMissionWithMissionId(@event.missionid ?? 0);
Cargo cargo = new Cargo();
Haulage haulage = new Haulage();
int amountRemaining = @event.totaltodeliver - @event.delivered;
switch (@event.updatetype)
{
case "Collect":
{
cargo = GetCargoWithMissionId(@event.missionid ?? 0);
if (cargo != null)
{
// Cargo instantiated by either 'Mission accepted' event or previous 'WingUpdate' update
haulage = cargo.haulageData.FirstOrDefault(ha => ha.missionid == @event.missionid);
haulage.remaining = amountRemaining;
// Update commodity definition if instantiated other than 'Mission accepted'
cargo.commodityDef = @event.commodityDefinition;
haulage.originsystem = EDDI.Instance?.CurrentStarSystem?.systemname;
}
else
{
// First exposure to new cargo.
cargo = new Cargo(@event.commodityDefinition.edname, 0); // Total will be updated by following 'Cargo' event
AddCargo(cargo);
string originSystem = EDDI.Instance?.CurrentStarSystem?.systemname;
string name = mission?.name ?? "MISSION_DeliveryWing";
haulage = new Haulage(@event.missionid ?? 0, name, originSystem, amountRemaining, null, true);
cargo.haulageData.Add(haulage);
}
haulage.collected = @event.collected;
haulage.delivered = @event.delivered;
haulage.startmarketid = @event.startmarketid;
haulage.endmarketid = @event.endmarketid;
}
break;
case "Deliver":
{
cargo = GetCargoWithMissionId(@event.missionid ?? 0);
if (cargo != null)
{
// Cargo instantiated by either 'Mission accepted' event, previous 'WingUpdate' or 'Collect' updates
haulage = cargo.haulageData.FirstOrDefault(ha => ha.missionid == @event.missionid);
if (haulage != null)
{
haulage.remaining = amountRemaining;
//Update commodity definition
haulage.amount = @event.totaltodeliver;
cargo.commodityDef = @event.commodityDefinition;
haulage.originsystem = (@event.startmarketid == 0) ? EDDI.Instance?.CurrentStarSystem?.systemname : null;
}
else
{
string originSystem = (@event.startmarketid == 0) ? EDDI.Instance?.CurrentStarSystem?.systemname : null;
string name = mission?.name ?? (@event.startmarketid == 0 ? "MISSION_CollectWing" : "MISSION_DeliveryWing");
haulage = new Haulage(@event.missionid ?? 0, name, originSystem, amountRemaining, null);
cargo.haulageData.Add(haulage);
}
cargo.CalculateNeed();
}
else
{
// Check if cargo instantiated by previous 'Market buy' event
cargo = GetCargoWithEDName(@event.commodityDefinition.edname);
if (cargo == null)
{
cargo = new Cargo(@event.commodityDefinition.edname, 0); // Total will be updated by following 'Cargo' event
AddCargo(cargo);
}
string originSystem = (@event.startmarketid == 0) ? EDDI.Instance?.CurrentStarSystem?.systemname : null;
string name = mission?.name ?? (@event.startmarketid == 0 ? "MISSION_CollectWing" : "MISSION_DeliveryWing");
haulage = new Haulage(@event.missionid ?? 0, name, originSystem, amountRemaining, null, true);
cargo.haulageData.Add(haulage);
cargo.CalculateNeed();
}
haulage.collected = @event.collected;
haulage.delivered = @event.delivered;
haulage.endmarketid = (haulage.endmarketid == 0) ? @event.endmarketid : haulage.endmarketid;
// Check for mission completion
if (amountRemaining == 0)
{
if (haulage.shared)
{
cargo.haulageData.Remove(haulage);
RemoveCargo(cargo);
}
else
{
haulage.status = "Complete";
}
}
}
break;
case "WingUpdate":
{
cargo = GetCargoWithMissionId(@event.missionid ?? 0);
if (cargo != null)
{
// Cargo instantiated by either 'Mission accepted' event, previous 'WingUpdate' or 'Collect' updates
haulage = cargo.haulageData.FirstOrDefault(ha => ha.missionid == @event.missionid);
haulage.remaining = amountRemaining;
}
else
{
// First exposure to new cargo, use 'Unknown' as placeholder
cargo = new Cargo("Unknown", 0);
AddCargo(cargo);
string name = mission?.name ?? (@event.startmarketid == 0 ? "MISSION_CollectWing" : "MISSION_DeliveryWing");
haulage = new Haulage(@event.missionid ?? 0, name, null, amountRemaining, null, true);
cargo.haulageData.Add(haulage);
}
cargo.CalculateNeed();
int amount = Math.Max(@event.collected - haulage.collected, @event.delivered - haulage.delivered);
if (amount > 0)
{
string updatetype = @event.collected > haulage.collected ? "Collect" : "Deliver";
EDDI.Instance.enqueueEvent(new CargoWingUpdateEvent(DateTime.UtcNow, haulage.missionid, updatetype, cargo.commodityDef, amount, @event.collected, @event.delivered, @event.totaltodeliver));
haulage.collected = @event.collected;
haulage.delivered = @event.delivered;
haulage.startmarketid = @event.startmarketid;
haulage.endmarketid = @event.endmarketid;
}
// Check for mission completion
if (amountRemaining == 0)
{
if (haulage.shared)
{
cargo.haulageData.Remove(haulage);
RemoveCargo(cargo);
}
else
{
haulage.status = "Complete";
}
}
}
break;
}
}
/// <summary>
/// Initialise a job object
/// </summary>
public Job()
{
DeliveryTime = new Time();
RemainingDeliveryTime = new Frequency();
CargoValues = new Cargo();
}
private CargoTravelInfo(Cargo cargo)
{
CargoId = cargo.Id;
Origin = cargo.Origin?.Name;
Destination = cargo.Destination?.Name;
}
public void CargoWasMisdirected(Cargo cargo)
{
System.Console.WriteLine("EVENT: cargo was misdirected");
}
