public IQueryable <T> Query <T>() where T : Model.Entity
{
if (typeof(T) == typeof(Model.Zugfahrt))
{
var zf1 = new Model.Zugfahrt()
{
Start = "ZF1"
};
zf1.Tickets.Add(new Ticket()
{
Preis = 12.80m
});
var zf2 = new Model.Zugfahrt()
{
Start = "ZF2"
};
zf2.Tickets.Add(new Ticket()
{
Preis = 8.80m
});
zf2.Tickets.Add(new Ticket()
{
Preis = 5.80m
});
return(new[] { zf1, zf2 }.Cast <T>().AsQueryable());
}
throw new NotImplementedException();
}
public void Can_CalcFahrtEinnahmen()
{
var zf = new Model.Zugfahrt();
zf.Tickets.Add(new Model.Ticket()
{
Preis = 8.80m
});
zf.Tickets.Add(new Model.Ticket()
{
Preis = 2.40m
});
var core = new Core(null);
var result = core.CalcFahrtEinnahmen(zf);
Assert.Equal(11.20m, result);
}
public void Can_GetMostValueZugfahrt_Moq()
{
var mock = new Mock <IRepository>();
mock.Setup(x => x.Query <Model.Zugfahrt>()).Returns(() =>
{
var zf1 = new Model.Zugfahrt()
{
Start = "ZF1"
};
zf1.Tickets.Add(new Ticket()
{
Preis = 12.80m
});
var zf2 = new Model.Zugfahrt()
{
Start = "ZF2"
};
zf2.Tickets.Add(new Ticket()
{
Preis = 8.80m
});
zf2.Tickets.Add(new Ticket()
{
Preis = 5.80m
});
return(new[] { zf1, zf2 }.AsQueryable());
});
var core = new Core(mock.Object);
var result = core.GetMostValueZugfahrt();
//mock.Verify(x => x.Query<Model.Zugfahrt>(),Times.Exactly(12));
Assert.Equal("ZF2", result.Start);
}
public decimal CalcFahrtEinnahmen(Model.Zugfahrt fahrt)
{
//komplexe Business Logic
return(fahrt.Tickets.Sum(x => x.Preis));
}
