private void TestTypes(Type[] types)
{
TupleDescriptor descriptor = TupleDescriptor.Create(types);
TestLog.Info("Testing sequence {0}:", descriptor);
using (IndentManager.IncreaseIndent()) {
// Logic test
LogicTest(types, this, GetType(), "SequenceAStep");
LogicTest(types, null, GetType(), "SequenceAStaticStep");
// Performance tests
ExecutionData data = ExecutionData.Create();
ExecutionSequenceHandler <ExecutionData>[] delegates;
int count = passCount / 1000;
delegates = DelegateHelper.CreateDelegates <ExecutionSequenceHandler <ExecutionData> >(
this, GetType(), "SequenceBStep", types);
TestHelper.CollectGarbage();
using (new Measurement("Creating delegates", count))
for (int i = 0; i < count; i++)
{
delegates = DelegateHelper.CreateDelegates <ExecutionSequenceHandler <ExecutionData> >(
this, GetType(), "SequenceBStep", types);
}
count = passCount;
DelegateHelper.ExecuteDelegates(delegates, ref data, Direction.Positive);
data = ExecutionData.Create();
TestHelper.CollectGarbage();
using (new Measurement("Executing delegates", count))
for (int i = 0; i < count; i++)
{
DelegateHelper.ExecuteDelegates(delegates, ref data, Direction.Positive);
}
Assert.AreEqual(count * types.Length, data.CallCount);
}
}
private bool SequenceBStep <T>(ref ExecutionData data, int index)
{
data.CallCount++;
return(false);
}
bool Execute <TFieldType>(ref ExecutionData actionData, int fieldIndex)
{
actionData.CallCount++;
return(false);
}
private static bool SequenceAStaticStep <T>(ref ExecutionData data, int index)
{
data.CalledForTypes.Add(typeof(T));
return(false);
}