def test_no_move_without_start(self):
game.join(self.r, 'game', 'max')
game.join(self.r, 'game', 'jenny')
game.start(self.r, 'game', 'jenny')
self.assertFalse(game.move(self.r, 'game', 'jenny', 'han'))
info = game.info(self.r, 'game', 'jenny').next()
self.assertEquals('camp', info['you']['state'])
def test_all_must_approve_start(self):
game.join(self.r, 'game', 'alpha')
game.join(self.r, 'game', 'beta')
game.join(self.r, 'game', 'gaga')
game.start(self.r, 'game', 'alpha')
game.start(self.r, 'game', 'beta')
info = game.info(self.r, 'game').next()
self.assertNotIn('round', info['state'])
def test_move(self):
game.join(self.r, 'game', 'max')
game.join(self.r, 'game', 'jenny')
game.start(self.r, 'game', 'max')
game.start(self.r, 'game', 'jenny')
self.assertTrue(game.move(self.r, 'game', 'jenny', 'han'))
info = game.info(self.r, 'game', 'jenny').next()
self.assertEquals([{ 'name': 'jenny',
'state': 'moved'},
{ 'name': 'max',
'state': 'undecided'}], info['state']['players'])
self.assertEquals('han', info['you']['state'])
def test_start_game(self):
game.join(self.r, 'game', 'alpha')
game.join(self.r, 'game', 'beta')
game.start(self.r, 'game', 'alpha')
game.start(self.r, 'game', 'beta')
info = game.info(self.r, 'game').next()
self.assertEquals('1', info['state']['round'])
self.assertEquals([{ 'name': 'alpha',
'state': 'undecided'},
{ 'name': 'beta',
'state': 'undecided'}], info['state']['players'])
def test_start_statuses(self):
game.join(self.r, 'game', 'dave')
self.assertTrue(game.start(self.r, 'game', 'dave'))
info = game.info(self.r, 'game', 'dave').next()
self.assertDictContainsSubset({
'state': 'camp',
'name': 'dave' }, info['you'])
self.assertEquals([{'name': 'dave', 'state': 'camp' }],
info['state']['players'])
def run_player(r, k, name, wait_for_n_players, sleeper,
ai=random_ai, sleep_time=0):
"""
A self-contained player. Joins game, plays when it can.
"""
game.join(r, k, name)
for info in game.info(r, k, name):
sleeper.sleep(sleep_time)
player_state = info['you']['state']
if player_state == 'joined':
if len(info['state']['players']) == wait_for_n_players:
game.start(r, k, name)
else:
pass
elif player_state == 'undecided':
game.move(r, k, name, ai())
elif player_state in ['won', 'lost']: # done!
return True
sleeper.sleep(sleep_time)
def test_single_player_starting_gets_more_players_update(self):
game.join(self.r, 'game', 'hermit')
game.start(self.r, 'game', 'hermit')
info = game.info(self.r, 'game').next()
self.assertDictContainsSubset({'more_players': True}, info['updates'].pop(0))
def test_needs_multiple_players_to_start(self):
game.join(self.r, 'game', 'hermit')
game.start(self.r, 'game', 'hermit')
info = game.info(self.r, 'game').next()
self.assertNotIn('round', info['state'])