public void Core_GetBaumArtMitGrößtenBäumen()
{
var mock = new Mock <IRepository>();
mock.Setup(x => x.GetAll <BaumArt>()).Returns(() =>
{
var ba1 = new BaumArt()
{
Farbe = "blau"
};
var ba2 = new BaumArt()
{
Farbe = "rot"
};
ba1.Trees.Add(new Tannenbaum()
{
Height = 55
});
ba2.Trees.Add(new Tannenbaum()
{
Height = 30
});
ba2.Trees.Add(new Tannenbaum()
{
Height = 30
});
return(new[] { ba1, ba2 });
});
var core = new Core(mock.Object);
var result = core.GetBaumArtMitGrößtenBäumen();
Assert.AreEqual("rot", result.Farbe);
}
public IEnumerable <Tannenbaum> GetDemoData()
{
var ba1 = new BaumArt()
{
Name = "Weißtanne", Farbe = "Grün", Form = "Normal"
};
var ba2 = new BaumArt()
{
Name = "Kilikische Tanne", Farbe = "Grün", Form = "Normal"
};
var ba3 = new BaumArt()
{
Name = "Nordmanntanne", Farbe = "Grün", Form = "Normal"
};
var h1 = new Herkunft()
{
Beschreibung = "Europa"
};
var h2 = new Herkunft()
{
Beschreibung = "Kaukasus"
};
var h3 = new Herkunft()
{
Beschreibung = "Anti-Taurus,"
};
for (int i = 0; i < 10; i++)
{
yield return(new Tannenbaum()
{
BaumArt = ba1,
Herkunft = h1,
Height = 300 + (i * 33),
Price = 3.3m * i,
Width = 200 + (i * 22),
Fällzeit = DateTime.Now.AddDays(i * 70 * -1)
});
yield return(new Tannenbaum()
{
BaumArt = ba2,
Herkunft = h2,
Height = 200 + (i * 33),
Price = 4.7m * i,
Width = 100 + (i * 22),
Fällzeit = DateTime.Now.AddDays(i * 70 * -1)
});
yield return(new Tannenbaum()
{
BaumArt = ba3,
Herkunft = h3,
Height = 400 + (i * 33),
Price = 2.4m * i,
Width = 150 + (i * 22),
Fällzeit = DateTime.Now.AddDays(i * 70 * -1)
});
}
}
