public void CreateQuiverInPlaneAnalysisResults_QPExtractionResult_WorksOnUnsuccessfulQPExtraction()
{
var qpExtractionResult = QPExtractionResult.QuiverHasLoops;
var results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults <int>(qpExtractionResult);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QuiverHasLoops));
Assert.That(results.MaximalPathRepresentatives, Is.Null);
Assert.That(results.NakayamaPermutation, Is.Null);
qpExtractionResult = QPExtractionResult.QuiverHasAntiParallelArrows;
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults <int>(qpExtractionResult);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QuiverHasAntiParallelArrows));
Assert.That(results.MaximalPathRepresentatives, Is.Null);
Assert.That(results.NakayamaPermutation, Is.Null);
qpExtractionResult = QPExtractionResult.QuiverIsNotPlane;
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults <int>(qpExtractionResult);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QuiverIsNotPlane));
Assert.That(results.MaximalPathRepresentatives, Is.Null);
Assert.That(results.NakayamaPermutation, Is.Null);
qpExtractionResult = QPExtractionResult.QuiverHasFaceWithInconsistentOrientation;
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults <int>(qpExtractionResult);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QuiverHasFaceWithInconsistentOrientation));
Assert.That(results.MaximalPathRepresentatives, Is.Null);
Assert.That(results.NakayamaPermutation, Is.Null);
}
public void CreateQuiverInPlaneAnalysisResults_IQPAnalysisResultsOfTVertex_SetsMainResultCorrectly()
{
var defaultMaximalReps = new Dictionary <int, IEnumerable <Path <int> > >();
var defaultNakayamaPermutation = new NakayamaPermutation <int>(new Dictionary <int, int>());
var defaultLongestPath = new Path <int>(startingPoint: 1);
var qpAnalysisResults = CreateQPAnalysisResults(
QPAnalysisMainResults.Success,
defaultMaximalReps,
defaultNakayamaPermutation,
defaultLongestPath);
var results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults(qpAnalysisResults);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.Success));
qpAnalysisResults = CreateQPAnalysisResults(
QPAnalysisMainResults.Success,
defaultMaximalReps,
defaultNakayamaPermutation,
defaultLongestPath);
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults(qpAnalysisResults);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.Success));
Assert.That(results.MainResults.IndicatesSelfInjectivity());
qpAnalysisResults = CreateQPAnalysisResults(
QPAnalysisMainResults.Aborted,
null,
null,
defaultLongestPath);
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults(qpAnalysisResults);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QPAnalysisAborted));
qpAnalysisResults = CreateQPAnalysisResults(
QPAnalysisMainResults.Cancelled,
null,
null,
defaultLongestPath);
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults(qpAnalysisResults);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QPAnalysisCancelled));
qpAnalysisResults = CreateQPAnalysisResults(
QPAnalysisMainResults.NotCancellative,
null,
null,
defaultLongestPath);
results = AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults(qpAnalysisResults);
Assert.That(results.MainResults, Is.EqualTo(QuiverInPlaneAnalysisMainResults.QPIsNotCancellative));
QPAnalysisResults <int> CreateQPAnalysisResults(
QPAnalysisMainResults mainResult,
Dictionary <int, IEnumerable <Path <int> > > maximalPathRepresentatives,
NakayamaPermutation <int> nakayamaPermutation,
Path <int> longestPathEncountered)
{
return(new QPAnalysisResults <int>(mainResult, maximalPathRepresentatives, nakayamaPermutation, longestPathEncountered));
}
}
public void CreateQuiverInPlaneAnalysisResults_QPExtractionResult_ThrowsOnSuccessfulQPExtraction()
{
Assert.That(() => AnalysisResultsFactory.CreateQuiverInPlaneAnalysisResults <int>(QPExtractionResult.Success), Throws.ArgumentException);
}