def test_move_past_ants_with_10_aphids(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
p1['position'] = 25
self.assertTrue(p1['position'] == 25)
p1['aphids'] = 10
self.assertTrue(p1['aphids'] == 10)
# pass ants 1 square at a time
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['aphids'] == 0)
self.assertTrue(p1['position'] == 26,
p1['position']) # must stop at ants for turn
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 27)
# pass ants multiple squares at a time, still must stop on ants
p1['position'] = 25
self.assertTrue(p1['position'] == 25)
p1['aphids'] = 10
self.assertTrue(p1['aphids'] == 10)
print(ladybug.move_player(game['board'], p1, 2))
self.assertTrue(p1['aphids'] == 0)
self.assertTrue(p1['position'] == 26,
p1['position']) # must stop at ants for turn
def test_move_player_lose_aphids(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
p1['position'] = 2
self.assertTrue(p1['position'] == 2)
self.assertTrue(p1['aphids'] == 0)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['aphids'] == 3)
def test_move_player_gain_aphids(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
p1['position'] = 16
self.assertTrue(p1['position'] == 16)
p1['aphids'] = 3
self.assertTrue(p1['aphids'] == 3)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['aphids'] == 1, p1['aphids'])
p1['position'] = 16
self.assertTrue(p1['position'] == 16)
self.assertTrue(p1['aphids'] == 1)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['aphids'] == 0, p1['aphids'])
def test_move_past_ants_without_10_aphids(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
# try to pass ants without enough aphids - land on ants
p1['position'] = 25
self.assertTrue(p1['position'] == 25)
p1['aphids'] = 9
self.assertTrue(p1['aphids'] == 9)
print(ladybug.move_player(game['board'], p1, 1))
self.assertTrue(p1['aphids'] == 9)
self.assertTrue(p1['position'] == 26,
p1['position']) # must stop at ants for turn
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 35, p1['position'])
# try to pass ants without enough aphids - land on ants
p1['position'] = 25
self.assertTrue(p1['position'] == 25)
p1['aphids'] = 0
self.assertTrue(p1['aphids'] == 0)
print(ladybug.move_player(game['board'], p1, 2))
self.assertTrue(p1['aphids'] == 0)
self.assertTrue(p1['position'] == 26,
p1['position']) # must stop at ants for turn
self.assertTrue(p1['aphids'] == 0)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 35)
def test_move_player_without_mantis_card(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
self.assertTrue(p1['position'] == 0)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 1)
ladybug.move_player(game['board'], p1, 2)
self.assertTrue(p1['position'] == 3)
ladybug.move_player(game['board'], p1, 7)
self.assertTrue(
p1['position'] == 0) # no mantis card, get sent back to start
def test_move_player_with_mantis_card(self):
game = ladybug.setup_game(2)
p1 = game['players'][0]
self.assertTrue(p1['position'] == 0)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 1)
ladybug.move_player(game['board'], p1, -1)
self.assertTrue(p1['position'] == 0)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 1)
ladybug.move_player(game['board'], p1, 3)
self.assertTrue(p1['position'] == 4) # get mantis card
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 5)
ladybug.move_player(game['board'], p1, 1)
self.assertTrue(p1['position'] == 13)
ladybug.move_player(game['board'], p1, -3)
self.assertTrue(p1['position'] == 10)
ladybug.move_player(game['board'], p1, -3)
self.assertTrue(p1['position'] == 7,
p1['position']) # passed the mantis going backwards
ladybug.move_player(game['board'], p1, -2)
self.assertTrue(p1['position'] == 5)
ladybug.move_player(game['board'], p1, 4)
self.assertTrue(p1['position'] == 9) ## mantis, no card