public void TestOr()
{
TimeIntervalRelation[] localSubjects = new TimeIntervalRelation[NrOfCombinationTestSubjects];
for (int i = 0; i < (NrOfCombinationTestSubjects - 1); i++)
{
localSubjects[i] = Subjects[i];
}
double total = Math.Pow(NrOfCombinationTestSubjects, 4);
Console.WriteLine("Starting test over more than " + total + " cases");
long count = 0;
double totalForPercentage = total / 100;
double percentage = 0.00;
TimeIntervalRelation result;
result = TimeIntervalRelation.Or();
count++;
foreach (TimeIntervalRelation tir1 in localSubjects)
{
result = TimeIntervalRelation.Or(tir1);
result = TimeIntervalRelation.Or(tir1, tir1);
result = TimeIntervalRelation.Or(tir1, tir1, tir1);
result = TimeIntervalRelation.Or(tir1, tir1, tir1, tir1);
count += 4;
foreach (TimeIntervalRelation tir2 in localSubjects)
{
result = TimeIntervalRelation.Or(tir1, tir2);
count++;
foreach (TimeIntervalRelation tir3 in localSubjects)
{
result = TimeIntervalRelation.Or(tir1, tir2, tir3);
count++;
foreach (TimeIntervalRelation tir4 in localSubjects)
{
result = TimeIntervalRelation.Or(tir1, tir2, tir3, tir4);
count++;
percentage = count / totalForPercentage;
if (count % 100000 == 0)
{
Console.WriteLine(" progress: " + count + " / " + total + " done (" + percentage + "%)");
}
}
}
}
}
}
public void TestOrOperator()
{
TimeIntervalRelation[] localSubjects = new TimeIntervalRelation[NrOfCombinationTestSubjects];
for (int i = 0; i < (NrOfCombinationTestSubjects - 1); i++)
{
localSubjects[i] = Subjects[i];
}
TimeIntervalRelation result;
foreach (TimeIntervalRelation tir1 in localSubjects)
{
foreach (TimeIntervalRelation tir2 in localSubjects)
{
result = tir1 | tir2;
foreach (TimeIntervalRelation tir3 in localSubjects)
{
result = tir1 | tir2 | tir3;
foreach (TimeIntervalRelation tir4 in localSubjects)
{
result = tir1 | tir2 | tir3 | tir4;
}
}
}
}
}
private static string FullBitPattern(TimeIntervalRelation ar)
{
return ((uint)ar.GetHashCode()).FullBitPattern(13);
}
