public void TestKeyPairsCount()
{
Assert.AreEqual
(
KeyPairRepository.KeyPairsForKeyCount(KeyPairRepository.MaxKeyCount).Count(),
KeyPairRepository.KeyPairSetSizeForKeyCount(KeyPairRepository.MaxKeyCount)
);
}
public void ConvertSorterTest()
{
const int keyCount = 16;
const int sequenceLength = 100;
var keyPairSet = KeyPairRepository.KeyPairSet(keyCount);
var guid = Guid.NewGuid();
var keyPairs = Enumerable.Range(0, KeyPairRepository.KeyPairSetSizeForKeyCount(keyCount))
.Select(i => keyPairSet[i])
.ToArray();
var sorter = keyPairs.ToSorter(guid: guid, keyCount: keyCount);
var serialized = JsonConvert.SerializeObject(sorter.ToJsonAdapter(), Formatting.Indented);
var newSorter = serialized.ToSorter();
Assert.AreEqual(newSorter.Guid, guid);
Assert.AreEqual(newSorter.KeyCount, keyCount);
Assert.IsTrue(newSorter.KeyPairs.IsSameAs(keyPairs));
}
public static ISorterGenome ToSorterGenome(
this IRando randy,
int keyCount,
int keyPairCount)
{
var keyPairSetSize = (uint)KeyPairRepository.KeyPairSetSizeForKeyCount(keyCount);
return(new SorterGenomeImpl
(
guid: randy.NextGuid(),
parentGuid: Guid.Empty,
chromosome: randy
.ToUintEnumerator(keyPairSetSize)
.Take(keyPairCount)
.ToList()
.ToChromosomeUint
(
maxVal: keyPairSetSize
),
keyCount: keyCount,
keyPairCount: keyPairCount
));
}
protected void OnConvertToGenomesCommand()
{
foreach (var sorterVm in SorterGridVm.SorterVms)
{
SorterGenomeGridVm.SorterGenomeVms.Add
(
new SorterGenomeVm
(
SorterGenome.Make
(
guid: sorterVm.Guid,
parentGuid: Guid.Empty,
chromosome: ChromosomeUint.Make
(
sequence: sorterVm.Sorter.KeyPairs.Select(kp => (uint)kp.Index).ToArray(),
maxVal: (uint)KeyPairRepository.KeyPairSetSizeForKeyCount(sorterVm.Sorter.KeyCount)
),
keyCount: sorterVm.Sorter.KeyCount,
keyPairCount: sorterVm.Sorter.KeyPairCount
)
)
);
}
}
protected ArraySwitchSet(int keyCount)
{
_keyCount = keyCount;
_switchFuncs = new Func <T, Tuple <T, bool> > [KeyPairRepository.KeyPairSetSizeForKeyCount(KeyCount)];
MakeSwitchFuncs();
}
