public void SemVerLevel2IsCorrectTest(Document doc, bool expectedToBeSemVer2)
{
Assert.Equal(LatestListedHandler.IsSemVer2(doc), expectedToBeSemVer2);
}
public void ListedIsCorrectTest(Document doc, bool expectedToBeListed)
{
Assert.Equal(LatestListedHandler.GetListed(doc), expectedToBeListed);
}
public void DocumentsAreFilteredTest(
bool includeUnlisted,
bool includePrerelease,
bool includeSemVer2,
string readerName,
string id,
Document[] documents,
NuGetVersion[] versions,
int numSubReadersToFake,
int expectedNumDocsInResult)
{
// Arrange
var handler = new LatestListedHandler(includeUnlisted, includePrerelease, includeSemVer2);
var fakeReader = MockObjectFactory.CreateMockIndexReader(5, numberOfSubReaders: numSubReadersToFake).Object;
// Act
handler.Begin(fakeReader);
// Pick a random subreader for each document
var docNumber = 0;
var rnd = new Random(10000);
for (var i = 0; i < documents.Length; i++)
{
handler.Process(indexReader: fakeReader,
readerName: Constants.SegmentReaderPrefix + rnd.Next(numSubReadersToFake),
perSegmentDocumentNumber: docNumber,
perIndexDocumentNumber: docNumber,
document: documents[i],
id: id + docNumber,
version: versions[i]);
docNumber++;
}
handler.End(fakeReader);
var resultFilter = handler.Result;
// Assert
var docsInResult = new HashSet <int>();
var listReaders = fakeReader.GetSequentialSubReaders();
foreach (var reader in listReaders)
{
var bitSet = resultFilter.GetDocIdSet(reader);
var bitSetIterator = bitSet.Iterator();
if (bitSetIterator != DocIdSet.EMPTY_DOCIDSET.Iterator() && bitSetIterator != null)
{
if (bitSetIterator.DocID() == -1)
{
// we aren't on a doc yet, so call NextDoc to advance to the first doc
bitSetIterator.NextDoc();
}
while (bitSetIterator.DocID() != DocIdSetIterator.NO_MORE_DOCS)
{
docsInResult.Add(bitSetIterator.DocID());
bitSetIterator.NextDoc();
}
}
}
Assert.Equal(expectedNumDocsInResult, docsInResult.Count);
}