def test_inverse_dic(self): to_test = (["A", "B"], ["C", "D"]) matrix = Matrix(to_test) self.assertEqual(matrix.coords("A"), (0, 0)) self.assertEqual(matrix.coords("B"), (0, 1)) self.assertEqual(matrix.coords("C"), (1, 0)) self.assertEqual(matrix.coords("D"), (1, 1)) self.assertEqual(matrix.letter((0, 0)), "A") self.assertEqual(matrix.letter((0, 1)), "B") self.assertEqual(matrix.letter((1, 0)), "C") self.assertEqual(matrix.letter((1, 1)), "D")
def setUp(self): self.matrix = Matrix([])
def __init__(self, letters, encoders, decoders): self.encoders = encoders self.decoders = decoders self.matrix = Matrix(letters)
def setUp(self): self.matrix = Matrix([ ["B", "S", "W"], ["A", "R", "P"], ["O", "G", "L"], ])
def setUp(self): self.matrix = Matrix([ ["B", "S"], ["A", "R"], ["K", "P"], ])
def setUp(self): self.matrix = Matrix([ ["B", "S", "V"], ["A", "R", "D"] ])