private void CloneByCLoop <T>(Cloneable <T> c, Cloneable <T>[] a)
{
int count = a.Length;
for (int i = 0; i < count;)
{
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
a[i++] = c.CloneByC();
}
}
private void CloneTest <T>(double speedFactor)
{
Random r = RandomManager.CreateRandom(SeedVariatorType.CallingMethod);
T o = InstanceGeneratorProvider.Default.GetInstanceGenerator <T>().GetInstance(r);
Cloneable <T> c = new Cloneable <T>(o);
// Warmup
Cloneable <T>[] a = new Cloneable <T> [100];
CloneByMCLoop(c, a);
CloneByCLoop(c, a);
// Real test
a = new Cloneable <T> [(int)(CloneTestArrayLength * speedFactor / 10 * 10)];
TestLog.Info("Cloning test:");
TestLog.Info(" Type: {0}, length: {1}", c.GetType().GetShortName(), a.Length);
using (IndentManager.IncreaseIndent()) {
Cleanup();
using (new Measurement("MemberwiseClone ", MeasurementOptions.Log, a.Length))
CloneByMCLoop(c, a);
Cleanup();
using (new Measurement("CopyingConstructor", MeasurementOptions.Log, a.Length))
CloneByCLoop(c, a);
Cleanup();
}
}
public Cloneable(Cloneable <T> source)
{
Value = source.Value;
}