public static ISorterEval FullTest(this ISorter sorter)
{
return(sorter.Sort(Switchable.AllSwitchablesForKeyCount(sorter.KeyCount)
.ToSwitchableGroup(
guid: SwitchableGroup.GuidOfAllSwitchableGroupsForKeyCount(sorter.KeyCount),
keyCount: sorter.KeyCount)));
}
public IEnumerable <IEnumerable <ISorterEval> > RandomSorterTests(int seed, int keyCount,
int switchLength)
{
KeyPairSwitchSet.Make <uint>(keyCount);
var testSet = Switchable.AllSwitchablesForKeyCount(keyCount).ToSwitchableGroup(
guid: SwitchableGroup.GuidOfAllSwitchableGroupsForKeyCount(keyCount),
keyCount: keyCount);
foreach (var chunk in RandomSorters(seed, keyCount, switchLength).Chunk(16))
{
yield return(chunk.AsParallel().Select(s => s.Sort(testSet)));
}
}
//public static ICompPool ToCompPoolParallel(
// this IEnumerable<ISorter> sorters
//)
//{
// var sortersList = sorters.ToList();
// var keyCount = sortersList[0].KeyCount;
// KeyPairSwitchSet.Make<uint>(keyCount);
// var switchables = Switchable.AllSwitchablesForKeyCount(keyCount).ToSwitchableGroup
// (
// guid: SwitchableGroup.GuidOfAllSwitchableGroupsForKeyCount(keyCount),
// keyCount: keyCount
// );
// return new CompPoolImpl(
// sorterEvals: sortersList.AsParallel().Select(s => s.Sort(switchables)),
// keyCount: keyCount
// );
//}
public static ICompPool AddSorterEvalsParallel(this ICompPool compPool,
IEnumerable <ISorter> sorters)
{
KeyPairSwitchSet.Make <uint>(compPool.KeyCount);
var switchables = Switchable.AllSwitchablesForKeyCount(compPool.KeyCount).ToSwitchableGroup
(
guid: SwitchableGroup.GuidOfAllSwitchableGroupsForKeyCount(compPool.KeyCount),
keyCount: compPool.KeyCount
);
return(new CompPoolImpl(
sorterEvals: compPool.SorterEvals.Concat(sorters.AsParallel().Select(s => s.Sort(switchables))),
keyCount: compPool.KeyCount
));
}
