public void SortIsAlphabeticalForNullSearchString()
{
var enWs = Cache.DefaultAnalWs;
var nullString = Cache.TsStrFactory.MakeString(null, enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(nullString, sorter);
var records = CreateRecords(new[] { "c", "b", "a" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "a", "b", "c" }, records);
}
public void FullMatchIsCaseIgnorant()
{
var enWs = Cache.DefaultAnalWs;
var matchString = Cache.TsStrFactory.MakeString("bob", enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "c", "Bob", "a", "Bob and more" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "Bob", "Bob and more", "a", "c" }, records);
}
public void StartsWithMatchSortsFirstAlphabeticalAfter()
{
var enWs = Cache.DefaultAnalWs;
var matchString = Cache.TsStrFactory.MakeString("b", enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "c", "bob", "a" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "bob", "a", "c" }, records);
}
public void SortIsAlphabeticalIfNoMatches()
{
var enWs = Cache.DefaultAnalWs;
var noMatchString = TsStringUtils.MakeString("z", enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((CoreWritingSystemDefinition)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(noMatchString, sorter);
var records = CreateRecords(new[] { "c", "b", "a" });
resultsSorter.Sort(records);
VerifySortOrder(new [] { "a", "b", "c" }, records);
}
public void FullMatchIsFollowedByStartsWithAlphabeticalAfter()
{
var enWs = Cache.DefaultAnalWs;
var matchString = TsStringUtils.MakeString("bob", enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((CoreWritingSystemDefinition)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "c", "bob", "a", "bob and more" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "bob", "bob and more", "a", "c" }, records);
}
public void EmptyDataForIndirectStringPropertyDoesNotCrash()
{
var enWs = Cache.DefaultAnalWs;
var matchString = Cache.TsStrFactory.MakeString("irrelevant", enWs);
// create a sorter that looks at the collection of definitions from the senses
var sorter = new GenRecordSorter(new StringFinderCompare(new OneIndirectMlPropFinder(Cache.DomainDataByFlid, LexEntryTags.kflidSenses,
m_DefinitionFlid, Cache.DefaultVernWs), new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultVernWs))));
var records = CreateRecords("WithDef", "WithoutDef");
// SUT
var resultsSorter = new FindResultSorter(matchString, sorter);
resultsSorter.Sort(records);
// order here isn't really the SUT. The fact that we got here is the real test.
VerifySortOrder(new[] { "WithoutDef", "WithDef" }, records);
}
public void OtherLanguageSystemCollationWhenCollationInValid()
{
var enWs = Cache.DefaultAnalWs;
var matchString = TsStringUtils.MakeString("buburuq", enWs);
CoreWritingSystemDefinition mvpWs = (CoreWritingSystemDefinition)Cache.WritingSystemFactory.get_EngineOrNull(enWs);
mvpWs.DefaultCollation = new SystemCollationDefinition {
LanguageTag = "mvp"
};
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, enWs),
new WritingSystemComparer(mvpWs)));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "Ramban", "buburuq" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "buburuq", "Ramban" }, records);
}
public void SortDoesNotThrowWhenIcuRulesAreInvalid()
{
var enWs = Cache.DefaultAnalWs;
var matchString = TsStringUtils.MakeString("buburuq", enWs);
CoreWritingSystemDefinition mvpWs = (CoreWritingSystemDefinition)Cache.WritingSystemFactory.get_EngineOrNull(enWs);
mvpWs.DefaultCollation = new IcuRulesCollationDefinition("standard")
{
IcuRules = "a < b"
};
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, enWs),
new WritingSystemComparer(mvpWs)));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "Ramban", "buburuq" });
Assert.DoesNotThrow(() => resultsSorter.Sort(records));
VerifySortOrder(new[] { "buburuq", "Ramban" }, records);
}
public void FullMatchIsCaseIgnorant()
{
var enWs = Cache.DefaultAnalWs;
var matchString = Cache.TsStrFactory.MakeString("bob", enWs);
var sorter = new GenRecordSorter(new StringFinderCompare(new OwnMlPropFinder(Cache.DomainDataByFlid, m_CitationFlid, Cache.DefaultAnalWs),
new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultAnalWs))));
var resultsSorter = new FindResultSorter(matchString, sorter);
var records = CreateRecords(new[] { "c", "Bob", "a", "Bob and more" });
resultsSorter.Sort(records);
VerifySortOrder(new[] { "Bob", "Bob and more", "a", "c" }, records);
}
public void EmptyDataForIndirectStringPropertyDoesNotCrash()
{
var enWs = Cache.DefaultAnalWs;
var matchString = Cache.TsStrFactory.MakeString("irrelevant", enWs);
// create a sorter that looks at the collection of definitions from the senses
var sorter = new GenRecordSorter(new StringFinderCompare(new OneIndirectMlPropFinder(Cache.DomainDataByFlid, LexEntryTags.kflidSenses,
m_DefinitionFlid, Cache.DefaultVernWs), new WritingSystemComparer((IWritingSystem)Cache.WritingSystemFactory.get_EngineOrNull(Cache.DefaultVernWs))));
var records = CreateRecords("WithDef", "WithoutDef");
// SUT
var resultsSorter = new FindResultSorter(matchString, sorter);
resultsSorter.Sort(records);
// order here isn't really the SUT. The fact that we got here is the real test.
VerifySortOrder(new[] { "WithoutDef", "WithDef" }, records);
}
