public void TestKo()
{
// Specifie l'ordre des clefs trie
Index2 <Model> tree = new Index2 <Model>(null,
c => c.Ope5,
c => c.Car2,
c => c.Qs3,
c => c.Pu1,
c => c.Pre4
);
tree.Sort(Datas.Matrix); // on construit
var filter = tree.GetEvaluator <Model1>(
c => c.Dgh5,
c => c.Re2,
c => c.Df3,
c => c.az1,
c => c.Klm4
);
Assert.AreEqual(filter(new Model1()
{
Dgh5 = 1, Re2 = 2,
}), false);
}
public void TestPerf()
{
// Specifie l'ordre des clefs trie
Index2 <Model> tree = new Index2 <Model>(null,
c => c.Ope5,
c => c.Car2,
c => c.Qs3,
c => c.Pu1,
c => c.Pre4
);
tree.Sort(Datas.Matrix); // on construit
var filter = tree.GetEvaluator <Model1>(
c => c.Dgh5,
c => c.Re2,
c => c.Df3,
c => c.az1,
c => c.Klm4
);
Stopwatch st = new Stopwatch();
var m = new Model1()
{
Dgh5 = 2, Re2 = null, Df3 = null, az1 = 23
};
st.Start();
Assert.AreEqual(filter(m), true);
st.Stop();
Debug.WriteLine(st.Elapsed.TotalMilliseconds);
var count = 1000;
st.Restart();
for (int i = 0; i < count; i++)
{
filter(m);
}
st.Stop();
Debug.WriteLine(st.Elapsed.TotalMilliseconds / count);
/*
* 6,5106
* 0,0009812
*/
}
