public void Given4x4WordPuzzleWithoutWordsWhenCallingSearchEachWordThenSearchEachWordReturnsEmptyDictionary(WordSearchPuzzle puzzle)
{
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.IsEmpty(result);
}
public void Given4x4WordWithOneUpWordsPuzzleWhenCallingSearchEachWordsThenSearchEachWordReturnsAStringVector2DictionaryWithEntryForKIRK(WordSearchPuzzle puzzle, Dictionary <String, List <Vector2> > expected)
{
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.AreEqual(expected, result);
}
public void Given4x4WordPuzzleWithWordNotInPuzzleWhenCallingSearchEachWordsThenSearchEachWordLicationsThrowsNoException(WordSearchPuzzle puzzle)
{
puzzle.AddWord("UHURA");
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
sut.SearchEachWord();
}
public void Given4x4WordWithTwoWordsPuzzleWhenCallingSearchEachWordsThenSearchEachWordReturnsAStringListVector2Dictionary(WordSearchPuzzle puzzle)
{
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.IsInstanceOf(typeof(Dictionary <String, List <Vector2> >), result);
}
public void GivenValid4x4WordPuzzleWhenCallingSearchEachWordThenSearchEachWordReturnsAllWordsLocations(WordSearchPuzzle puzzle, Dictionary <String, List <Vector2> > expected)
{
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
sut.SearchEachWord();
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.AreEqual(expected, result);
}
public void Given4x4WordPuzzleWith2WordsOneOfWhichIsNotInThePuzzleWhenCallingSearchEachWordsThenSearchEachWordLicationsReturnsAnEmptyDictionary(WordSearchPuzzle puzzle)
{
puzzle.AddWord("KHAN");
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Dictionary <String, List <Vector2> > expected = new Dictionary <string, List <Vector2> >();
Assert.AreEqual(expected, result);
}
public void Given4x4WordPuzzleWithoutWordsWhenCallingSearchEachWordAddingAWordThenCallingSearchEachWordAgainReturnsDictionaryWithElements(WordSearchPuzzle puzzle)
{
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
sut.SearchEachWord();
puzzle.AddWord("KIRK");
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.IsNotEmpty(result);
}
public void GivenInvalid4x4WordPuzzleWhenCallingSearchEachWordTwiceThenSecondSearchEachWordReturnsEmptyDictionary(WordSearchPuzzle puzzle)
{
puzzle.AddWord("UHURA");
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
sut.SearchEachWord();
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
Assert.IsEmpty(result);
}
public void Given4x4WordWithTwoDownRightWordsPuzzleWhenCallingSearchEachWordsThenSearchEachWordReturnsAStringVector2DictionaryWithEntryForKIRK(WordSearchPuzzle puzzle, Dictionary <String, List <Vector2> > expected)
{
puzzle.AddWord("HAN");
DirectionSearchFactory directionSearchFactory = new DirectionSearchFactory(puzzle);
sut = new WordSearchAlgorithm(directionSearchFactory, puzzle.WordsList);
Dictionary <String, List <Vector2> > result = sut.SearchEachWord();
List <Vector2> hanLocation = new List <Vector2>();
hanLocation.Add(new Vector2(0, 1));
hanLocation.Add(new Vector2(1, 2));
hanLocation.Add(new Vector2(2, 3));
expected.Add("HAN", hanLocation);
Assert.AreEqual(expected, result);
}
