public void PlanetasNoAlineadosEntreSi()
{
var list = new List <Planeta>();
var planeta = new Planeta
{
PlanetaId = 1,
Posicion = 45,
Distancia = 100
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 2,
Posicion = 150,
Distancia = 300
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 3,
Posicion = 90,
Distancia = 450
};
list.Add(planeta);
var service = new PronosticoService(null, null);
var alineados = service.EstanAlineados(list, out double?pendiente);
Assert.IsFalse(alineados);
}
public void PronosticarClimaIndeterminado()
{
var list = new List <Planeta>();
var planeta = new Planeta
{
PlanetaId = 1,
Posicion = 60,
Distancia = 100
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 2,
Posicion = 90,
Distancia = 300
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 3,
Posicion = 150,
Distancia = 450
};
list.Add(planeta);
var service = new PronosticoService(null, null);
var clima = service.PronosticarClimaDePlanetas(list);
Assert.AreEqual(clima, ClimaConstants.Indeterminado);
}
public void PronosticarClimaOptimo()
{
var list = new List <Planeta>();
var planeta = new Planeta
{
PlanetaId = 1,
Posicion = 45,
Distancia = 100
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 2,
Posicion = 315,
Distancia = 100
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 3,
Posicion = 45,
Distancia = 100
};
list.Add(planeta);
var service = new PronosticoService(null, null);
var clima = service.PronosticarClimaDePlanetas(list);
Assert.AreEqual(clima, ClimaConstants.Optimo);
}
public void PlanetasNoContienenAlSol()
{
var list = new List <Planeta>();
var planeta = new Planeta
{
PlanetaId = 1,
Posicion = 60,
Distancia = 100
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 2,
Posicion = 90,
Distancia = 300
};
list.Add(planeta);
planeta = new Planeta
{
PlanetaId = 3,
Posicion = 150,
Distancia = 450
};
list.Add(planeta);
var service = new PronosticoService(null, null);
var contieneAlSol = service.PlanetasContienenAlSol(list, new Tuple <double, double>(0, 0));
Assert.IsFalse(contieneAlSol);
}
public void PlanetasAlineadosAlSol()
{
var planeta = new Planeta
{
PlanetaId = 1,
Posicion = 90,
Distancia = 100
};
var service = new PronosticoService(null, null);
var alineados = service.AlineadosAlSol(null, planeta, new Tuple <double, double>(0, 0));
Assert.IsTrue(alineados);
}
public void GetPronosticoConClimaSequia()
{
var list = new List <Pronostico>();
var pronostico = new Pronostico
{
Clima = ClimaConstants.Sequia,
Dia = 2,
Fecha = DateTime.Today,
NivelDeLluvia = 0
};
list.Add(pronostico);
pronostico = new Pronostico
{
Clima = ClimaConstants.Sequia,
Dia = 4,
Fecha = DateTime.Today,
NivelDeLluvia = 0
};
list.Add(pronostico);
pronostico = new Pronostico
{
Clima = ClimaConstants.Sequia,
Dia = 5,
Fecha = DateTime.Today,
NivelDeLluvia = 0
};
list.Add(pronostico);
var mock = new Mock <IPronosticoRepository>();
var wrapper = new Mock <IRepositoryWrapper>();
mock.Setup(p => p.FindByCondition(It.IsAny <Expression <Func <Pronostico, bool> > >())).Returns(list);
wrapper.Setup(p => p.Pronostico).Returns(mock.Object);
var service = new PronosticoService(null, wrapper.Object);
var dias = service.GetByClimas(new string[] { ClimaConstants.Sequia }).ToList();
Assert.AreEqual(dias.Count(), 3);
Assert.True(dias.All(d => d.Clima == ClimaConstants.Sequia));
}
public PronosticoController(ApiContext context)
{
_pronosticoService = new PronosticoService(context);
}
