def pieces():
""" метод тестирования классов фигур """
# пешки
p = [
Pawn(colors[0], position='D2'),
Pawn(colors[1], position='D7'),
Pawn(colors[0], position='A2'),
Pawn(colors[1], position='A7')
]
print('Test pawns')
for item in p:
print('Pawn at ' + item.position + '. Moves: ' + str(item.moves) +
' Attacks: ' + str(item.attacks))
# ферзи
q = [Queen(colors[0], position='D1'), Queen(colors[1], position='D8')]
print('Test queens')
for item in q:
print('Queen at ' + item.position + '. Moves: ' + str(item.moves) +
'\nAttacks: ' + str(item.attacks))
# цель ферзя клетка D2
q[0].settarget('D2')
if q[0].move():
print('New position: ' + q[0].position)
else:
print("Position can't be changed")
# цель ферзя клетка C4
q[0].settarget('C4')
if q[0].move():
print('New position: ' + q[0].position)
else:
print("Position can't be changed")
def test_pawn_isvalid(self):
'''Pawn move validation'''
testdata = {Pawn('white'): [(0, 1), (0, 2), True],
Pawn('white'): [(0, 1), (1, 2), False],
}
for piece, (start, end, ans) in testdata.items():
result = piece.isvalid(start, end)
self.assertEqual(result, ans)
def test_pawn_capture(self):
'''Pawn captures diagonally'''
game = gameSetupWithKings()
game.add((0,3), Pawn('white'))
game.add((1,4), Pawn('black'))
game.turn, game.other_turn = 'white', 'black'
game.update((0, 3), (1, 4))
self.assertEqual(game.get_piece((1, 4)).colour, 'white')
def desk():
""" метод тестирования класса доски """
mydesk = Desk()
for i in 'ABCDEFGH':
mydesk.insert(Pawn(colors[0]), i + '2')
mydesk.insert(Pawn(colors[1]), i + '7')
mydesk.insert(Queen(colors[0]), 'D1')
mydesk.insert(Queen(colors[1]), 'D8')
print(mydesk)
mydesk.remove('A2')
mydesk.remove('A7')
print(mydesk)
def test_pawn_promotion(self):
'''Pawn on last row is promoted'''
for i in range(7):
game = gameSetupWithKings()
if i == 4:
continue
game.add((i, 6), Pawn('white'))
game.turn, game.other_turn = 'white', 'black'
game.update((i, 6), (i, 7))
self.assertEqual(game.get_piece((i, 7)).colour, 'white')
self.assertEqual(game.get_piece((i, 7)).name, 'queen')
game = gameSetupWithKings()
game.add((i, 1), Pawn('black'))
game.turn, game.other_turn = 'black', 'white'
game.update((i, 1), (i, 0))
self.assertEqual(game.get_piece((i, 0)).colour, 'black')
self.assertEqual(game.get_piece((i, 0)).name, 'queen')
def test_enpassant(self):
'''Pawn can capture en passant'''
game = gameSetupWithKings()
game.add((3, 4), Pawn('white'))
game.add((4, 6), Pawn('black'))
game.turn, game.other_turn = 'black', 'white'
game.update((4, 6), (4, 4))
game.update((3, 4), (4, 5))
self.assertEqual(game.get_piece((4, 5)).colour, 'white')
self.assertIsNone(game.get_piece((4, 4)))
game = gameSetupWithKings()
game.add((3, 1), Pawn('white'))
game.add((4, 3), Pawn('black'))
game.turn, game.other_turn = 'white', 'black'
game.update((3, 1), (3, 3))
game.update((4, 3), (3, 2))
self.assertEqual(game.get_piece((3, 2)).colour, 'black')
self.assertIsNone(game.get_piece((3, 3)))
def test_pawn_first_move(self):
'''Pawn can move two steps only on first move'''
for col in range(7):
game = gameSetupWithKings()
game.add((col, 1), Pawn('white'))
game.turn, game.other_turn = 'white', 'black'
self.assertTrue(game.valid_move((col, 1), (col, 3)))
game.update((col, 1), (col, 3))
self.assertEqual(game.get_piece((col, 3)).colour, 'white')
self.assertIsNone(game.get_piece((col, 1)))
self.assertFalse(game.valid_move((col, 3), (col, 5)))
game = gameSetupWithKings()
game.add((col, 6), Pawn('black'))
game.turn, game.other_turn = 'black', 'white'
self.assertTrue(game.valid_move((col, 6), (col, 4)))
game.update((col, 6), (col, 4))
self.assertEqual(game.get_piece((col, 4)).colour, 'black')
self.assertIsNone(game.get_piece((col, 6)))
self.assertFalse(game.valid_move((col, 4), (col, 2)))
def text_pawn():
p = Pawn((3, 3), "W")
ok(p.move_cells()) == [[0x34]]
ok(to_comparable_v(p.hit_cells())) == [0x24, 0x44]
p = Pawn((3, 4), "W")
ok(p.move_cells()) == [[0x35]]
ok(to_comparable_v(p.hit_cells())) == [0x25, 0x45]
p = Pawn((3, 4), "B")
ok(p.move_cells()) == [[0x33]]
ok(to_comparable_v(p.hit_cells())) == [0x23, 0x43]
p = Pawn((0, 4), "W")
ok(p.move_cells()) == [[0x05]]
ok(p.hit_cells()) == [[0x15]]
p = Pawn((1, 7), "W")
ok(p.move_cells()) == []
ok(p.hit_cells()) == []
p = Pawn((2, 1), "W")
ok(p.move_cells()) == [[0x22, 0x23]]
p = Pawn((2, 1), "B")
ok(p.move_cells()) == [[0x20]]
p = Pawn((2, 6), "B")
ok(p.move_cells()) == [[0x24, 0x25]]
def text_pawn():
p = Pawn((3, 3), "W")
ok(p.move_cells()) == [[0x34]]
ok(to_comparable_v(p.hit_cells())) == [0x24, 0x44]
p = Pawn((3, 4), "W")
ok(p.move_cells()) == [[0x35]]
ok(to_comparable_v(p.hit_cells())) == [0x25, 0x45]
p = Pawn((3, 4), "B")
ok(p.move_cells()) == [[0x33]]
ok(to_comparable_v(p.hit_cells())) == [0x23, 0x43]
p = Pawn((0, 4), "W")
ok(p.move_cells()) == [[0x05]]
ok(p.hit_cells()) == [[0x15]]
p = Pawn((1, 7), "W")
ok(p.move_cells()) == []
ok(p.hit_cells()) == []
p = Pawn((2, 1), "W")
ok(p.move_cells()) == [[0x22, 0x23]]
p = Pawn((2, 1), "B")
ok(p.move_cells()) == [[0x20]]
p = Pawn((2, 6), "B")
ok(p.move_cells()) == [[0x24, 0x25]]
