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test_game.py
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test_game.py
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#!/usr/bin/python
import unittest
import codecs
from keys import *
import dominioncards
import game
import parse_game
def get_test_game(game_id):
"""Return the parsed Game for the passed game id"""
return game.Game(parse_game.parse_game( \
codecs.open('testing/testdata/'+game_id, encoding='utf-8').read()))
class ScoreDeckTest(unittest.TestCase):
def test_gardens(self):
self.assertEquals(game.score_deck({dominioncards.Gardens: 1, dominioncards.Copper: 9}), 1)
self.assertEquals(game.score_deck({dominioncards.Gardens: 2, dominioncards.Copper: 8}), 2)
self.assertEquals(game.score_deck({dominioncards.Gardens: 2, dominioncards.Copper: 7}), 0)
def test_feodum(self):
self.assertEquals(game.score_deck({dominioncards.Feodum: 1, dominioncards.Silver: 9}), 3)
self.assertEquals(game.score_deck({dominioncards.Feodum: 2, dominioncards.Silver: 8}), 4)
self.assertEquals(game.score_deck({dominioncards.Feodum: 2, dominioncards.Silver: 2}), 0)
def test_fairgrounds(self):
self.assertEquals(game.score_deck({dominioncards.Fairgrounds: 1,
dominioncards.Copper: 1,
dominioncards.Silver: 1,
dominioncards.Gold: 1,
dominioncards.Bank: 1}), 2)
def test_duke(self):
self.assertEquals(game.score_deck({dominioncards.Duke: 2, dominioncards.Duchy: 2}), 10)
def test_simple(self):
self.assertEquals(game.score_deck({
dominioncards.Curse: 1, dominioncards.Estate: 1, dominioncards.Duchy: 1,
dominioncards.Province: 1, dominioncards.Colony: 1}), 19)
def test_vineyards(self):
self.assertEquals(game.score_deck({dominioncards.Vineyard: 2, dominioncards.Jester: 3,
dominioncards.FishingVillage: 3}), 4)
def make_deck(name, points, win_points, order):
return {NAME: name, POINTS: points, WIN_POINTS: win_points,
DECK: {}, ORDER: order, TURNS: [],}
class WinLossTieTest(unittest.TestCase):
def test_win_loss_tie_3p(self):
g = game.Game(
{DECKS: [make_deck('p1', 1, 1.5, 1),
make_deck('p2', 1, 1.5, 2),
make_deck('p3', 0, 0, 3),],
SUPPLY: [], '_id': ''})
self.assertEquals(game.TIE, g.win_loss_tie('p1', 'p2'))
self.assertEquals(game.TIE, g.win_loss_tie('p2', 'p1'))
self.assertEquals(game.WIN, g.win_loss_tie('p1', 'p3'))
self.assertEquals(game.LOSS, g.win_loss_tie('p3', 'p1'))
class GameStateTest(unittest.TestCase):
outpost_game = get_test_game('game-20101015-094051-95e0a59e.html')
def _get_turn_labels(self, game_state_it):
return [game_state_it.turn_label() for t in game_state_it]
def test_turn_labels(self):
# 'game-20101015-094051-95e0a59e.html' contains Outpost card
turn_labels = self._get_turn_labels(self.outpost_game.game_state_iterator())
for game_state in self.outpost_game.game_state_iterator():
pass
def test_score(self):
self.assertEquals(game.score_deck(self.outpost_game.get_player_deck('moop').deck),
42)
self.assertEquals(game.score_deck(self.outpost_game.get_player_deck('qzhdad').deck),
30)
class GokoGameTest(unittest.TestCase):
def test_masq_game(self):
g = get_test_game('log.50bbfdf8e4b07d338bca0e67.1364827084306.txt')
self.assertEquals(['Kerry Monroe', 'Warlord Bot', 'Conqueror Bot', 'Villager Bot'], g.all_player_names())
accum_results = g.cards_gained_per_player()
player_bought = accum_results[game.BOUGHT][u'Kerry Monroe']
self.assertEquals(player_bought[dominioncards.Library], 1)
self.assertEquals(player_bought[dominioncards.Gold], 8)
self.assertEquals(player_bought[dominioncards.Masquerade], 1)
self.assertEquals(player_bought[dominioncards.TradeRoute], 1)
self.assertEquals(player_bought[dominioncards.HuntingParty], 2)
self.assertEquals(player_bought[dominioncards.Province], 5)
self.assertEquals(player_bought[dominioncards.Duchy], 3)
self.assertEquals(player_bought[dominioncards.Estate], 1)
player_received = accum_results[game.GAINED][u'Kerry Monroe']
self.assertEquals(player_received[dominioncards.Copper], 10)
self.assertEquals(player_received[dominioncards.Fortress], 3)
self.assertEquals(player_received[dominioncards.Masquerade], 2)
self.assertEquals(player_received[dominioncards.Silver], 1)
last_state = None
game_state_iterator = g.game_state_iterator()
for game_state in game_state_iterator:
last_state = game_state
for player_deck in g.get_player_decks():
parsed_deck_comp = player_deck.Deck()
computed_deck_comp = last_state.get_deck_composition(
player_deck.name())
for card in set(parsed_deck_comp.keys() +
computed_deck_comp.keys()):
self.longMessage = True
self.assertEqual(parsed_deck_comp.get(card, 0), computed_deck_comp.get(card, 0), card)
def test_ruins_game(self):
g = get_test_game('log.50612a9b51c36e573294bfd0.1368579645597.txt')
last_state = None
game_state_iterator = g.game_state_iterator()
for game_state in game_state_iterator:
last_state = game_state
for player_deck in g.get_player_decks():
parsed_deck_comp = player_deck.Deck()
computed_deck_comp = last_state.get_deck_composition(
player_deck.name())
for card in set(parsed_deck_comp.keys() +
computed_deck_comp.keys()):
self.longMessage = True
self.assertEqual(parsed_deck_comp.get(card, 0), computed_deck_comp.get(card, 0), card)
def test_goko_unknown_error(self):
g = get_test_game('log.50bbfdf8e4b07d338bca0e67.1366508665569.txt')
last_state = None
game_state_iterator = g.game_state_iterator()
for game_state in game_state_iterator:
last_state = game_state
for player_deck in g.get_player_decks():
parsed_deck_comp = player_deck.Deck()
computed_deck_comp = last_state.get_deck_composition(
player_deck.name())
for card in set(parsed_deck_comp.keys() +
computed_deck_comp.keys()):
self.longMessage = True
self.assertEqual(parsed_deck_comp.get(card, 0), computed_deck_comp.get(card, 0), card)
class PlayerDeckTest(unittest.TestCase):
outpost_game = get_test_game('game-20101015-094051-95e0a59e.html')
deck_changes_game = get_test_game('game-20101015-024842-a866e78a.html')
accum_game = get_test_game('game-20130111-164348-84fd128e.html')
accum2_game = get_test_game('game-20121201-103128-e6e30146.html')
def test_deck_composition(self):
last_state = None
game_state_iterator = self.outpost_game.game_state_iterator()
for game_state in game_state_iterator:
last_state = game_state
for player_deck in self.outpost_game.get_player_decks():
parsed_deck_comp = player_deck.Deck()
computed_deck_comp = last_state.get_deck_composition(
player_deck.name())
for card in set(parsed_deck_comp.keys() +
computed_deck_comp.keys()):
self.longMessage = True
self.assertEqual(parsed_deck_comp.get(card, 0), computed_deck_comp.get(card, 0), card)
def test_deck_changes_per_player(self):
self.assertEquals(['Celicath', 'tafkal'], self.deck_changes_game.all_player_names())
pd = self.deck_changes_game.get_player_decks()[0]
self.assertEquals('Celicath', pd.name())
pd = self.deck_changes_game.get_player_decks()[1]
self.assertEquals('tafkal', pd.name())
for changes in self.deck_changes_game.deck_changes_per_player():
win_points = self.deck_changes_game.get_player_deck(changes.name).WinPoints()
def test_card_accum_by_self(self):
accum_results = self.accum_game.cards_gained_per_player()
player_bought = accum_results[game.BOUGHT][u'Wolphmaniac']
player_gained = accum_results[game.GAINED][u'Wolphmaniac']
self.assertEquals(player_bought[dominioncards.Spy], 10)
self.assertEquals(player_gained[dominioncards.Spy], 10)
self.assertEquals(player_bought[dominioncards.Curse], 10)
self.assertEquals(player_bought[dominioncards.Goons], 7)
self.assertEquals(player_bought[dominioncards.City], 7)
self.assertEquals(player_bought[dominioncards.Quarry], 3)
def test_card_accum_by_any(self):
"""Confirms the difference between buying and being given cards"""
accum_results = self.accum2_game.cards_gained_per_player()
player_bought = accum_results[game.BOUGHT][u'Varsinor']
player_gained = accum_results[game.GAINED][u'Varsinor']
self.assertEquals(player_bought[dominioncards.Curse], 0)
self.assertEquals(player_gained[dominioncards.Curse], 10)
class ParsedGameStructureTest(unittest.TestCase):
""" Test cases for game structures.
"""
def test_game_with_dots_in_player_name(self):
""" Test vetoes with names containing dots.
"""
test_game = get_test_game('game-20120415-072057-6d356cf1.html')
last_state = None
game_state_iterator = test_game.game_state_iterator()
for game_state in game_state_iterator:
last_state = game_state
self.assertEquals(test_game.vetoes[str(test_game.all_player_names().index(u'nrggirl'))],
int(dominioncards.PirateShip.index))
self.assertEquals(test_game.vetoes[str(test_game.all_player_names().index(u'Mr.Penskee'))],
int(dominioncards.Masquerade.index))
class GameStateTest(unittest.TestCase):
def test_encode_game_state(self):
game_val = get_test_game('game-20120415-072057-6d356cf1.html')
states = []
for idx, game_state in enumerate(game_val.game_state_iterator()):
encoded = game_state.encode_game_state()
states.append(encoded)
self.assertEquals(states[0]['money'], 4)
self.assertEquals(states[1]['money'], 4)
self.assertEquals(states[4]['money'], 4)
self.assertEquals(states[5]['money'], 5)
self.assertEquals(states[17]['money'], 3)
self.assertEquals(states[18]['money'], 7)
if __name__ == '__main__':
unittest.main()