def test_move_pieces(self):
"""Tests that the move operation rekeys the object."""
cm = chessmaster.ChessMatch()
piece = cm.pieces['Ke1']
cm.move('Ke1', 'f2')
self.assertIs(cm.pieces['Kf2'], piece)
self.assertNotIn('Ke1', cm.pieces)
def test_move_log(self):
"""Tests that the move operation logs a move."""
cm = chessmaster.ChessMatch()
cm.move('Ke1', 'f2')
cm.move('Ke8', 'd7')
self.assertEqual(cm.log[0][:2], ('Ke1', 'Kf2'), 'Ke1 => f2')
self.assertEqual(cm.log[1][:2], ('Ke8', 'Kd7'), 'Ke8 => d7')
def test_reset(self):
"""Tests the operation of the reset function."""
cm = chessmaster.ChessMatch({'Kd3': chessmaster.King('d3')})
cm.log = [('a', 'b')]
cm.reset()
self.assertEqual(cm.log, [])
self.assertEqual(cm.pieces.keys(), self.starting_positions.keys())
def test_starting_log(self):
"""Tests the value of log at instantiation."""
cm = chessmaster.ChessMatch()
self.assertEqual(cm.log, [])
def test_constructor_pieces_param(self):
"""Tests the pieces parameter of the constructor."""
pieces = {'Kd3': chessmaster.King('d3')}
cm = chessmaster.ChessMatch(pieces)
self.assertEqual(cm.pieces, pieces)
def test_starting_positions(self):
"""Tests the starting positions of the pieces after initialization."""
cm = chessmaster.ChessMatch()
cm_positions = self.get_start_positions(cm.pieces)
st_positions = self.get_start_positions(self.starting_positions)
self.assertEqual(cm_positions, st_positions)