def test_order_special_cost_for_first_corpo_and_not_citizen(self):
"""
Share should cost more money when corporation is first
"""
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_COST * self.c2.assets)
def test_order_special_cost_for_first_corpo_and_not_citizen(self):
"""
Share should cost more money when corporation is first
"""
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(
self.reload(self.p).money,
init_money - BuyShareOrder.FIRST_COST * self.c2.assets)
def add_citizenship_at_start(sender, instance, **kwargs): """ Create citizenship model for new player """ print "citizenship" for player in instance.player_set.all(): if player.starting_citizenship: # Créer l'ordre d'achat de part non supprimable corporation = Corporation.objects.get(pk=player.starting_citizenship) order = BuyShareOrder( player=player, corporation=corporation ) order.cancellable = False order.save()
def test_order_special_cost_for_first_corpo_and_citizen(self):
"""
Order should cost FIRST_AND_CITIZEN_COST rate when corporation is first and we have the citizenship
"""
self.p.citizenship.corporation = self.c2
self.p.citizenship.save()
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(
self.reload(self.p).money,
init_money - BuyShareOrder.FIRST_AND_CITIZEN_COST * self.c2.assets)
def test_order_special_cost_for_first_corpo_and_citizen(self):
"""
Order should cost FIRST_AND_CITIZEN_COST rate when corporation is first and we have the citizenship
"""
citizenship = self.p.citizenship
citizenship.corporation = self.c2
citizenship.save()
self.g.resolve_current_turn()
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_AND_CITIZEN_COST * self.c2.assets)
def test_buy_task_applied(self): """ The player should get dividend for previous share, and this turn order should be resolved """ o = BuyShareOrder( player=self.p, corporation=self.last_corporation ) o.save() self.g.resolve_current_turn() s = Share.objects.all() self.assertEqual(len(s), 1) s = s[0] self.assertEqual(s.player, self.p) self.assertEqual(s.corporation, self.last_corporation) self.assertEqual(s.turn, self.g.current_turn - 1)
def test_buy_task_applied(self): """ The player should get dividend for previous share, and this turn order should be resolved """ o = BuyShareOrder( player=self.p, corporation=self.last_corporation ) o.save() self.g.resolve_current_turn() s = Share.objects.all() self.assertEqual(len(s), 1) s = s[0] self.assertEqual(s.player, self.p) self.assertEqual(s.corporation, self.last_corporation) self.assertEqual(s.turn, self.g.current_turn - 1)
class OrdersTest(EngineTestCase):
def setUp(self):
super(OrdersTest, self).setUp()
self.c3.delete()
self.c.assets = 7
self.c.save()
self.c2.assets = 8
self.c2.save()
self.o = BuyShareOrder(player=self.p, corporation=self.c)
self.o.save()
def test_order_cost_money(self):
"""
Order should cost money
"""
init_money = self.p.money
self.o.resolve()
self.assertEqual(
self.reload(self.p).money,
init_money - BuyShareOrder.BASE_COST * self.c.assets)
def test_order_add_share(self):
"""
A share should be created
"""
self.o.resolve()
s = Share.objects.get()
self.assertEqual(s.player, self.p)
self.assertEqual(s.corporation, self.o.corporation)
self.assertEqual(s.turn, self.p.game.current_turn)
def test_order_limited_by_influence(self):
"""
You can't buy more shares than your influence
"""
o2 = BuyShareOrder(player=self.p, corporation=self.c)
self.assertRaises(OrderNotAvailable, o2.clean)
self.p.influence.level = 2
self.p.influence.save()
# assertNoRaises
o2.clean()
def test_order_message(self):
"""
Note differ after first share
"""
self.o.resolve()
n = Note.objects.filter(category=Note.GLOBAL).last()
self.assertIn(u'première', n.content)
self.o.resolve()
n = Note.objects.filter(category=Note.GLOBAL).last()
self.assertIn(u'2<sup>ème</sup>', n.content)
def test_order_special_cost_for_first_corpo_and_not_citizen(self):
"""
Share should cost more money when corporation is first
"""
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(
self.reload(self.p).money,
init_money - BuyShareOrder.FIRST_COST * self.c2.assets)
def test_order_special_cost_for_first_corpo_and_citizen(self):
"""
Order should cost FIRST_AND_CITIZEN_COST rate when corporation is first and we have the citizenship
"""
self.p.citizenship.corporation = self.c2
self.p.citizenship.save()
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(
self.reload(self.p).money,
init_money - BuyShareOrder.FIRST_AND_CITIZEN_COST * self.c2.assets)
class OrdersTest(EngineTestCase):
def setUp(self):
super(OrdersTest, self).setUp()
self.c3.delete()
self.c.set_market_assets(7)
self.c2.set_market_assets(8)
self.o = BuyShareOrder(player=self.p, corporation=self.c)
self.o.save()
def test_order_cost_money(self):
"""
Order should cost money
"""
init_money = self.p.money
self.o.resolve()
self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.BASE_COST * self.c.assets)
def test_order_add_share(self):
"""
A share should be created
"""
self.o.resolve()
s = Share.objects.get()
self.assertEqual(s.player, self.p)
self.assertEqual(s.corporation, self.o.corporation)
self.assertEqual(s.turn, self.p.game.current_turn)
def test_order_limited_by_influence(self):
"""
You can't buy more shares than your influence
"""
o2 = BuyShareOrder(player=self.p, corporation=self.c)
self.assertRaises(OrderNotAvailable, o2.clean)
influence = self.p.influence
influence.level = 2
influence.save()
# assertNoRaises
o2.clean()
def test_order_special_cost_for_first_corpo_and_not_citizen(self):
"""
Share should cost more money when corporation is first
"""
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_COST * self.c2.assets)
def test_order_special_cost_for_first_corpo_and_citizen(self):
"""
Order should cost FIRST_AND_CITIZEN_COST rate when corporation is first and we have the citizenship
"""
citizenship = self.p.citizenship
citizenship.corporation = self.c2
citizenship.save()
self.g.resolve_current_turn()
init_money = self.p.money
o2 = BuyShareOrder(player=self.p, corporation=self.c2)
o2.save()
o2.resolve()
self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_AND_CITIZEN_COST * self.c2.assets)
class OrdersTest(EngineTestCase): def setUp(self): super(OrdersTest, self).setUp() self.c3.delete() self.c.assets = 7 self.c.save() self.c2.assets = 8 self.c2.save() self.o = BuyShareOrder( player=self.p, corporation=self.c ) self.o.save() def test_order_cost_money(self): """ Order should cost money """ init_money = self.p.money self.o.resolve() self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.BASE_COST * self.c.assets) def test_order_add_share(self): """ A share should be created """ self.o.resolve() s = Share.objects.get() self.assertEqual(s.player, self.p) self.assertEqual(s.corporation, self.o.corporation) self.assertEqual(s.turn, self.p.game.current_turn) def test_order_limited_by_influence(self): """ You can't buy more shares than your influence """ o2 = BuyShareOrder( player=self.p, corporation=self.c ) self.assertRaises(OrderNotAvailable, o2.clean) self.p.influence.level = 2 self.p.influence.save() # assertNoRaises o2.clean() def test_order_message(self): """ Note differ after first share """ self.o.resolve() n = Note.objects.filter(category=Note.GLOBAL).last() self.assertIn(u'première', n.content) self.o.resolve() n = Note.objects.filter(category=Note.GLOBAL).last() self.assertIn(u'2<sup>ème</sup>', n.content) def test_order_special_cost_for_first_corpo_and_not_citizen(self): """ Share should cost more money when corporation is first """ init_money = self.p.money o2 = BuyShareOrder( player=self.p, corporation=self.c2 ) o2.save() o2.resolve() self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_COST * self.c2.assets) def test_order_special_cost_for_first_corpo_and_citizen(self): """ Order should cost FIRST_AND_CITIZEN_COST rate when corporation is first and we have the citizenship """ self.p.citizenship.corporation = self.c2 self.p.citizenship.save() init_money = self.p.money o2 = BuyShareOrder( player=self.p, corporation=self.c2 ) o2.save() o2.resolve() self.assertEqual(self.reload(self.p).money, init_money - BuyShareOrder.FIRST_AND_CITIZEN_COST * self.c2.assets)