public void ReturnTrueWhenAllRulePass()
{
//Arrange
var mockRule1 = new Mock <IRule>();
mockRule1.Setup(r => r.IsMatched(It.IsAny <Event>())).Returns(true);
var mockRule2 = new Mock <IRule>();
mockRule2.Setup(r => r.IsMatched(It.IsAny <Event>())).Returns(true);
List <IRule> rules = new List <IRule> {
mockRule1.Object, mockRule2.Object
};
FlightValidator validator = new FlightValidator(rules);
var fixture = new Fixture();
var flightEvent = fixture.Build <Event>().Create();
//Act
var result = validator.IsValidate(flightEvent);
//Assert
Assert.True(result);
}
public void Setup()
{
_uut = new FlightValidator();
_airspace = Substitute.For <IAirspace>();
_airspace.Height = 80000;
_airspace.Width = 80000;
_airspace.MaxAlt = 20000;
_airspace.MinAlt = 500;
}
public void Setup()
{
//Ceating fake
_fakeFlightHandler = Substitute.For <IFlightHandler>();
_uut = Substitute.For <FlightValidator>();
_validFlights = new List <Flight>()
{
new Flight()
{
position = new Coords(16000, 16000, 5000)
},
new Flight()
{
position = new Coords(8000, 8000, 20000)
},
new Flight()
{
position = new Coords(8000, 8000, 500)
}
};
_oneInvalidFlights = new List <Flight>()
{
new Flight()
{
position = new Coords(16000, 16000, 5000)
},
new Flight()
{
position = new Coords(8000, 8000, 25000) // Invalid, z too high
},
new Flight()
{
position = new Coords(8000, 8000, 500)
}
};
_twoInvalidFlights = new List <Flight>()
{
new Flight()
{
position = new Coords(16000, 16000, 5000)
},
new Flight()
{
position = new Coords(8000, 8000, 25000)
},
new Flight()
{
position = new Coords(8000, 8000, 400) // Invalid, z too low
}
};
}
public FlightService(IUnitOfWork unitOfWork, IMapper mapper)
{
this.unitOfWork = unitOfWork;
this.mapper = mapper;
validator = new FlightValidator();
}