public void SequenceTripletTileGrouperCanGroupTilesIntoLegalHandMethodTest_SimpleMixedTilesAllGroups_IsTrue()
{
var tileSorterStub = new FakeTileSorter();
var grouper = new SequenceTripletTileGrouper(tileSorterStub);
var tiles = GetSimpleHandOfMixedTilesAllGroups();
var result = grouper.CanGroupTilesIntoLegalHand(tiles);
Assert.IsTrue(result);
}
public void SequenceTripletTileGrouperCanGroupTilesIntoLegalHandMethodTest_SimpleHonorTilesNotGroupable_IsFalse()
{
var tileSorterStub = new FakeTileSorter();
var grouper = new SequenceTripletTileGrouper(tileSorterStub);
var tiles = GetSimpleHandOfHonorTilesNotFullyGroupable();
var result = grouper.CanGroupTilesIntoLegalHand(tiles);
Assert.IsFalse(result);
}
public void SequenceTripletTileGrouperCanGroupTilesIntoLegalHandMethodTest_ComplexSuitedTilesGroupable_IsTrue()
{
var tileSorterStub = new FakeTileSorter();
var grouper = new SequenceTripletTileGrouper(tileSorterStub);
var tiles = GetComplexGroupableHandOfSuitedTiles();
var result = grouper.CanGroupTilesIntoLegalHand(tiles);
Assert.IsTrue(result);
}
public void SequenceTripletTileGrouperFindAllGroupsInTilesMethodTest_ComplexSuitedTiles()
{
var tileSorterStub = new FakeTileSorter();
var grouper = new SequenceTripletTileGrouper(tileSorterStub);
var tiles = GetComplexGroupableHandOfSuitedTiles();
var actual = (List <TileGrouping>)grouper.FindAllGroupsInTiles(tiles);
var expected = (List <TileGrouping>)GetAllGroupsFromComplexHandOfSuitedTiles();
CollectionAssert.AreEquivalent(expected, actual);
}
public void SequenceTripletTileGrouperFindAllWaysToGroupTilesMethodTest_SimpleSuitedTilesAllGroups()
{
var tileSorterStub = new FakeTileSorter();
var grouper = new SequenceTripletTileGrouper(tileSorterStub);
var tiles = GetSimpleHandOfSuitedTilesAllGroups();
var actual = (List <IList <TileGrouping> >)grouper.FindAllWaysToGroupTiles(tiles);
var expected = (List <IList <TileGrouping> >)GetAllWaysToGroupTilesFromSimpleHandOfSuitedTilesGroups();
Assert.AreEqual(expected.Count, actual.Count);
foreach (var sublist in actual)
{
var result = expected.Any(x => x.Count == sublist.Count && x.ToHashSet().SetEquals(sublist.ToHashSet()));
Assert.IsTrue(result);
}
}