def roll_dice(request):
player = Player.objects.get(session_id=request.session.session_key)
# Lock the game - shouldn't be like that
game = player.game
game.in_progress = True
game.save()
# Roll two dice - will be random at some point
(dice1, dice2) = rules.roll_dice()
# Can't roll more than once (except when it's a double)
if player.rolled_this_turn:
return HttpResponse(FAILURE)
# If it's a double, the player can roll twice.
if dice1 != dice2:
player.rolled_this_turn = True
player.save()
# Handle player movement
rules.move_player(player, (dice1, dice2))
player.save()
return HttpResponse(
json.dumps({
'success': True,
'dice1': dice1,
'dice2': dice2,
'square': player.square.position
}))
def roll_dice(request):
player = Player.objects.get(session_id=request.session.session_key)
# Lock the game - shouldn't be like that
game = player.game
game.in_progress = True
game.save()
# Roll two dice - will be random at some point
(dice1, dice2) = rules.roll_dice();
# Can't roll more than once (except when it's a double)
if player.rolled_this_turn:
return HttpResponse(FAILURE)
# If it's a double, the player can roll twice.
if dice1 != dice2:
player.rolled_this_turn = True
player.save()
# Handle player movement
rules.move_player(player, (dice1, dice2))
player.save()
return HttpResponse(json.dumps(
{
'success': True,
'dice1': dice1,
'dice2': dice2,
'square': player.square.position
}))
def test_pay_rent_mortgaged_utility(self):
utility = Square.objects.get(game=self.game, position=5).utility
self.set_bought(self.john, utility)
self.set_mortgaged(utility)
money_before = self.mary.player().money
rules.move_player(self.mary.player(), (0, 5))
self.assertEquals(self.mary.player().money, money_before)
def test_pay_rent_mortgaged_property(self):
property = Square.objects.get(game=self.game, position=1).property
self.set_bought(self.john, property)
self.set_mortgaged(property)
money_before = self.mary.player().money
rules.move_player(self.mary.player(), (0, 1))
self.assertEquals(self.mary.player().money, money_before)
def test_pay_rent_your_property(self):
self.set_bought(
self.john,
Square.objects.get(game=self.game, position=1).property)
money_before = self.john.player().money
rules.move_player(self.john.player(), (0, 1))
self.assertEquals(self.john.player().money, money_before)
def setUp(self):
Client().get('/new_game/public', follow=True)
self.game = Game.objects.all()[0]
self.game.player_set.all().delete(
) # Delete dummy player that created the game
self.john = Client()
self.mary = Client()
self.john.get('/game/{0}/'.format(self.game.id), follow=True)
self.mary.get('/game/{0}/'.format(self.game.id), follow=True)
self.money_before = self.john.player().money
rules.move_player(self.john.player(),
(30, 0)) # Roll a 30 to land on "Go to jail"
def test_pay_rent_multiple_utilities(self):
self.set_bought(self.john,
Square.objects.get(game=self.game, position=5).utility)
self.set_bought(
self.john,
Square.objects.get(game=self.game, position=12).utility)
self.set_bought(
self.john,
Square.objects.get(game=self.game, position=15).utility)
money_before = self.mary.player().money
rules.move_player(self.mary.player(), (0, 5))
utility = Square.objects.get(game=self.game, position=5).utility
self.assertEquals(self.mary.player().money,
money_before - utility.tax_site * 3)
def test_jail_liberate_by_dice(self):
rules.move_player(self.john.player(), (1, 1))
self.assertFalse(self.john.player().is_in_jail())
self.assertEquals(self.john.player().money, self.money_before)
def test_jail_stay_for_three_turns(self):
for t in range(3):
self.assertTrue(self.john.player().is_in_jail())
rules.move_player(self.john.player(), (3, 5))
self.assertFalse(self.john.player().is_in_jail())
self.assertEquals(self.john.player().money, self.money_before - 50)