def write_json(self, file):
"""
Write a replay in the complete json format. This format is compatible with the netplay format, and is
also designed to be more future proof. For more info, see the
`replay format <https://github.com/danielyule/hearthbreaker/blob/master/replay_format.md>`_
:param file: Either a string or an IO object. If a string, then it is assumed to be a filename describing
where a replay file should be written. If an IO object, then the IO object should be opened for
writing.
:type file: :class:`str` or :class:`io.TextIOBase`
"""
was_filename = False
if 'write' not in dir(file):
was_filename = True
writer = open(file, 'w')
else:
writer = file
header_cards = [{"cards": [card.name for card in self.__shorten_deck(deck.cards)],
"class": CHARACTER_CLASS.to_str(deck.character_class)} for deck in self.decks]
header = {
'decks': header_cards,
'keep': self.keeps,
'random': self.random,
}
json.dump({'header': header, 'moves': self._moves}, writer, default=lambda o: o.__to_json__(), indent=2,
sort_keys=True)
if was_filename:
writer.close()
def read_json(self, file):
"""
Read a replay in the complete json format. This format is compatible with the netplay format, and is
also designed to be more future proof. For more info, see the
`replay format <https://github.com/danielyule/hearthbreaker/blob/master/replay_format.md>`_
:param file: Either a string or an IO object. If a string, then it is assumed to be a filename describing
where a replay file is found. If an IO object, then the IO object should be opened for
reading.
:type file: :class:`str` or :class:`io.TextIOBase`
"""
was_filename = False
if 'read' not in dir(file):
was_filename = True
file = open(file, 'r')
jd = json.load(file)
self.decks = []
for deck in jd['header']['decks']:
deck_size = len(deck['cards'])
cards = [hearthbreaker.game_objects.card_lookup(deck['cards'][index % deck_size]) for index in range(0, 30)]
self.decks.append(
hearthbreaker.game_objects.Deck(cards, CHARACTER_CLASS.from_str(deck['class'])))
self.random = jd['header']['random']
self.keeps = jd['header']['keep']
if len(self.keeps) == 0:
self.keeps = [[0, 1, 2], [0, 1, 2, 3]]
self._moves = [Move.from_json(**js) for js in jd['moves']]
if was_filename:
file.close()
def read_json(self, file):
"""
Read a replay in the complete json format. This format is compatible with the netplay format, and is
also designed to be more future proof. For more info, see the
`replay format <https://github.com/danielyule/hearthbreaker/blob/master/replay_format.md>`_
:param file: Either a string or an IO object. If a string, then it is assumed to be a filename describing
where a replay file is found. If an IO object, then the IO object should be opened for
reading.
:type file: :class:`str` or :class:`io.TextIOBase`
"""
was_filename = False
if 'read' not in dir(file):
was_filename = True
file = open(file, 'r')
jd = json.load(file)
self.decks = []
for deck in jd['header']['decks']:
deck_size = len(deck['cards'])
cards = [hearthbreaker.game_objects.card_lookup(deck['cards'][index % deck_size]) for index in range(0, 30)]
self.decks.append(
hearthbreaker.game_objects.Deck(cards, CHARACTER_CLASS.from_str(deck['class'])))
self.random = jd['header']['random']
self.keeps = jd['header']['keep']
if len(self.keeps) == 0:
self.keeps = [[0, 1, 2], [0, 1, 2, 3]]
self._moves = [Move.from_json(**js) for js in jd['moves']]
if was_filename:
file.close()
def write_json(self, file):
"""
Write a replay in the complete json format. This format is compatible with the netplay format, and is
also designed to be more future proof. For more info, see the
`replay format <https://github.com/danielyule/hearthbreaker/blob/master/replay_format.md>`_
:param file: Either a string or an IO object. If a string, then it is assumed to be a filename describing
where a replay file should be written. If an IO object, then the IO object should be opened for
writing.
:type file: :class:`str` or :class:`io.TextIOBase`
"""
was_filename = False
if 'write' not in dir(file):
was_filename = True
writer = open(file, 'w')
else:
writer = file
header_cards = [{"cards": [card.name for card in self.__shorten_deck(deck.cards)],
"class": CHARACTER_CLASS.to_str(deck.character_class)} for deck in self.decks]
header = {
'decks': header_cards,
'keep': self.keeps,
'random': self.random,
}
json.dump({'header': header, 'moves': self._moves}, writer, default=lambda o: o.__to_json__(), indent=2,
sort_keys=True)
if was_filename:
writer.close()
def draw_hero(self, hero, window, x, y):
color = curses.color_pair(0)
if self.targets:
if hero is self.selected_target:
color = curses.color_pair(4)
elif hero in self.targets:
color = curses.color_pair(3)
if hero.weapon is not None:
weapon_power = "({0}) ({1})".format(hero.weapon.base_attack,
hero.weapon.durability)
window.addstr(y, x, "{0:^20}".format(hero.weapon.card))
window.addstr(y + 1, x, "{0:^20}".format(weapon_power))
hero_power = "({0}) ({1}+{4}) -- {2}/{3}".format(
hero.calculate_attack(), hero.health, hero.player.mana,
hero.player.max_mana, hero.armor)
window.addstr(
y, x + 20,
"{0:^20}".format(CHARACTER_CLASS.to_str(hero.character_class)),
color)
window.addstr(y + 1, x + 20, "{0:^20}".format(hero_power), color)
window.addstr(y, x + 40, "{0:^20}".format("Hero Power"))
if hero.power.can_use():
window.addstr(y + 1, x + 40, "{0:^20}".format("*"))
def test_all_cards(self):
fake_game = generate_game_for(StonetuskBoar, StonetuskBoar, DoNothingBot, DoNothingBot)
overload_re = re.compile("Overload: \((\\d)\)")
spell_damage_re = re.compile("Spell Damage \\+(\\d)")
battlecry_re = re.compile("Battlecry: .*")
deathrattle_re = re.compile("Deathrattle: .*")
split_re = re.compile("\\s*\\.\\s*")
file = open("cards.csv", "r")
reader = csv.DictReader(file)
for row in reader:
if row['Implemented?'] == "yes":
card = card_lookup(row["Name"])
self.assertEqual(int(row["Cost"]), card.mana, row["Name"])
self.assertEqual(CHARACTER_CLASS.from_str(row["Class"]), card.character_class, row["Name"])
self.assertEqual(CARD_RARITY.from_str(row["Rarity"]), card.rarity,
"Expected card '{0}' to have rarity {1}".format(row["Name"], row["Rarity"]))
if row["Type"] == "Minion":
minion = card.create_minion(fake_game.current_player)
minion.player = fake_game.current_player
minion.game = fake_game
for effect in split_re.split(row["Text"]):
if effect == "Taunt":
self.assertTrue(minion.taunt, "Expected {:s} to have taunt".format(row["Name"]))
elif effect == "Divine Shield":
self.assertTrue(minion.divine_shield,
"Expected {:s} to have divine shield".format(row["Name"]))
elif effect == "Stealth":
self.assertTrue(minion.stealth, "Expected {:s} to have stealth".format(row["Name"]))
elif effect == "Windfury":
self.assertTrue(minion.windfury, "Expected {:s} to have windfury".format(row["Name"]))
elif effect == "Charge":
self.assertTrue(minion.charge, "Expected {:s} to have charge".format(row["Name"]))
elif battlecry_re.match(effect):
self.assertTrue(minion.battlecry is not None, "Expected {:s} to have a battlecry".format
(row["Name"]))
elif deathrattle_re.match(effect):
self.assertTrue(minion.deathrattle is not None, "Expected {:s} to have a deathrattle".format
(row["Name"]))
elif overload_re.match(effect) is not None:
self.assertEqual(int(overload_re.match(effect).group(1)), card.overload,
("Expected {:s} to have overload of" +
" {:s}, but had {:d}").format(row["Name"],
overload_re.match(effect).group(1),
card.overload))
elif spell_damage_re.match(effect) is not None:
self.assertEqual(int(spell_damage_re.match(effect).group(1)), minion.spell_damage,
("Expected {:s} to have spell damage of" +
" {:s}, but had {:d}").format(row["Name"],
spell_damage_re.match(effect).group(1),
minion.spell_damage))
minion.silence()
self.assertEqual(int(row["Attack"]), minion.calculate_attack(), row["Name"])
self.assertEqual(int(row["Health"]), minion.health, row["Name"])
self.assertEqual(MINION_TYPE.from_str(row["Race"]), card.minion_type, row["Name"])
elif row["Type"] == "Weapon":
weapon = card.create_weapon(fake_game.current_player)
self.assertEqual(int(row["Attack"]), weapon.base_attack, row["Name"])
self.assertEqual(int(row["Health"]), weapon.durability, row["Name"])
file.close()
def __init_weapon__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(
card_def['character_class'])
if 'battlecry' in card_def:
init_dict['battlecry'] = Battlecry.from_json(
**card_def['battlecry'])
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
if 'buffs' in card_def:
init_dict['buffs'] = [
Buff.from_json(**buff) for buff in card_def['buffs']
]
if 'auras' in card_def:
init_dict['auras'] = [
Aura.from_json(**aura) for aura in card_def['auras']
]
if 'effects' in card_def:
init_dict['effects'] = [
Effect.from_json(**effect)
for effect in card_def['effects']
]
WeaponCard.__init__(self, **init_dict)
def __init__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(
card_def['character_class'])
if 'minion_type' in card_def:
init_dict['minion_type'] = MINION_TYPE.from_str(
card_def['minion_type'])
if 'battlecry' in card_def:
init_dict['battlecry'] = Battlecry.from_json(
**card_def['battlecry'])
if 'choices' in card_def:
init_dict['choices'] = [
Choice.from_json(**choice)
for choice in card_def['choices']
]
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
MinionCard.__init__(self, **init_dict)
def __init__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(card_def['character_class'])
if 'minion_type' in card_def:
init_dict['minion_type'] = MINION_TYPE.from_str(card_def['minion_type'])
if 'battlecry' in card_def:
init_dict['battlecry'] = Battlecry.from_json(**card_def['battlecry'])
if 'choices' in card_def:
init_dict['choices'] = [Choice.from_json(**choice) for choice in card_def['choices']]
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
MinionCard.__init__(self, **init_dict)
def __init_weapon__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(card_def['character_class'])
if 'battlecry' in card_def:
init_dict['battlecry'] = Battlecry.from_json(**card_def['battlecry'])
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
if 'buffs' in card_def:
init_dict['buffs'] = [Buff.from_json(**buff) for buff in card_def['buffs']]
if 'auras' in card_def:
init_dict['auras'] = [Aura.from_json(**aura) for aura in card_def['auras']]
if 'effects' in card_def:
init_dict['effects'] = [Effect.from_json(**effect) for effect in card_def['effects']]
WeaponCard.__init__(self, **init_dict)
def __init__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(card_def['character_class'])
if 'minion_type' in card_def:
init_dict['minion_type'] = MINION_TYPE.from_str(card_def['minion_type'])
if 'battlecry' in card_def:
init_dict['battlecry'] = tuple(Battlecry.from_json(**battlecry) for battlecry in card_def['battlecry'])
if 'choices' in card_def:
init_dict['choices'] = [Choice.from_json(**choice) for choice in card_def['choices']]
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
if 'buffs' in card_def:
init_dict['buffs'] = [Buff.from_json(**buff) for buff in card_def['buffs']]
if 'auras' in card_def:
init_dict['auras'] = [Aura.from_json(**aura) for aura in card_def['auras']]
if 'effects' in card_def:
init_dict['effects'] = [Effect.from_json(**effect) for effect in card_def['effects']]
MinionCard.__init__(self, **init_dict)
def __init__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(
card_def['character_class'])
if 'minion_type' in card_def:
init_dict['minion_type'] = MINION_TYPE.from_str(
card_def['minion_type'])
if 'battlecry' in card_def:
init_dict['battlecry'] = tuple(
Battlecry.from_json(**battlecry)
for battlecry in card_def['battlecry'])
if 'choices' in card_def:
init_dict['choices'] = [
Choice.from_json(**choice)
for choice in card_def['choices']
]
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
if 'buffs' in card_def:
init_dict['buffs'] = [
Buff.from_json(**buff) for buff in card_def['buffs']
]
if 'auras' in card_def:
init_dict['auras'] = [
Aura.from_json(**aura) for aura in card_def['auras']
]
if 'effects' in card_def:
init_dict['effects'] = [
Effect.from_json(**effect)
for effect in card_def['effects']
]
MinionCard.__init__(self, **init_dict)
def __init_weapon__(self):
init_dict = {
'name': card_def['name'],
'mana': card_def['mana'],
'rarity': CARD_RARITY.from_str(card_def['rarity'])
}
if 'character_class' in card_def:
init_dict['character_class'] = CHARACTER_CLASS.from_str(card_def['character_class'])
if 'battlecry' in card_def:
init_dict['battlecry'] = Battlecry.from_json(**card_def['battlecry'])
if 'combo' in card_def:
init_dict['combo'] = Battlecry.from_json(**card_def['combo'])
if 'overload' in card_def:
init_dict['overload'] = card_def['overload']
WeaponCard.__init__(self, **init_dict)
def draw_hero(self, player, window, x, y):
color = curses.color_pair(0)
if self.targets:
if player.hero is self.selected_target:
color = curses.color_pair(4)
elif player.hero in self.targets:
color = curses.color_pair(3)
if player.weapon is not None:
weapon_power = "({0}) ({1})".format(player.weapon.base_attack, player.weapon.durability)
window.addstr(y, x, "{0:^20}".format(player.weapon.card.name))
window.addstr(y + 1, x, "{0:^20}".format(weapon_power))
hero_power = "({0}) ({1}+{4}) -- {2}/{3}".format(player.hero.calculate_attack(), player.hero.health,
player.mana, player.max_mana, player.hero.armor)
window.addstr(y, x + 20, "{0:^20}".format(CHARACTER_CLASS.to_str(player.hero.character_class)), color)
window.addstr(y + 1, x + 20, "{0:^20}".format(hero_power), color)
window.addstr(y, x + 40, "{0:^20}".format("Hero Power"))
if player.hero.power.can_use():
window.addstr(y + 1, x + 40, "{0:^20}".format("*"))
def test_all_cards(self):
fake_game = generate_game_for(StonetuskBoar, StonetuskBoar, DoNothingAgent, DoNothingAgent)
overload_re = re.compile("Overload: \\((\\d)\\)")
spell_damage_re = re.compile("Spell Damage \\+(\\d)")
battlecry_re = re.compile("Battlecry: .*")
deathrattle_re = re.compile("Deathrattle: .*")
split_re = re.compile("\\s*\\.|\n\\s*")
bold_tag_re = re.compile("</?b>")
file = open("AllSets.enUS.json", "r", encoding="UTF-8")
card_dict = json.load(file)
not_implemented = []
total_cards = 0
for card_set in ['Classic', "Basic", "Curse of Naxxramas", "Goblins vs Gnomes", "Blackrock Mountain",
"The Grand Tournament", "Reward", "Promotion"]:
for card_info in card_dict[card_set]:
if card_info["type"] in ['Minion', 'Spell', 'Weapon', 'Secret']:
total_cards += 1
try:
card = card_lookup(id_mappings[card_info["id"]])
except KeyError:
if 'collectible' in card_info and card_info['collectible']:
not_implemented.append("{}: ({})".format(card_info["name"], card_info['id']))
continue
if "cost" in card_info:
self.assertEqual(int(card_info["cost"]), card.mana,
"Expected {} to have cost {}. Got {}".format(
card_info["name"], card_info["cost"], card.mana))
if "playerClass" in card_info:
self.assertEqual(CHARACTER_CLASS.from_str(card_info["playerClass"]), card.character_class,
"Expected {} to have class {}. Got {}".format(
card_info["name"], card_info["playerClass"],
CHARACTER_CLASS.to_str(card.character_class)))
else:
self.assertEqual(CHARACTER_CLASS.ALL, card.character_class,
"Expected {} to have no class. Got {}".format(
card_info["name"], CHARACTER_CLASS.to_str(card.character_class)))
if "rarity" in card_info:
self.assertEqual(CARD_RARITY.from_str(card_info["rarity"]), card.rarity,
"Expected card {} to have rarity {}. Got {}".format(
card_info["name"], card_info["rarity"], CARD_RARITY.to_str(card.rarity)))
if "collectible" in card_info:
if card_info['collectible']:
self.assertTrue(card.collectible, "Expected card {} to be collectible".format(
card_info['name']))
else:
self.assertFalse(card.collectible, "Expected card {} not to be collectible".format(
card_info['name']))
if card_info["type"] == "Minion":
minion = card.create_minion(fake_game.current_player)
minion.player = fake_game.current_player
minion.game = fake_game
minion.card = card
minion.add_to_board(0)
if "text" in card_info:
if card_info['name'] == "Argent Horserider":
print(split_re.split(re.sub(bold_tag_re, "", card_info["text"])))
for effect in split_re.split(re.sub(bold_tag_re, "", card_info["text"])):
if effect == "Taunt":
self.assertTrue(minion.taunt,
"Expected {:s} to have taunt".format(card_info["name"]))
elif effect == "Divine Shield":
self.assertTrue(minion.divine_shield,
"Expected {:s} to have divine shield".format(card_info["name"]))
elif effect == "Stealth":
self.assertTrue(minion.stealth,
"Expected {:s} to have stealth".format(card_info["name"]))
elif effect == "Windfury":
self.assertTrue(minion.windfury(),
"Expected {:s} to have windfury".format(card_info["name"]))
elif effect == "Charge":
self.assertTrue(minion.charge(),
"Expected {:s} to have charge".format(card_info["name"]))
elif battlecry_re.match(effect):
self.assertTrue(card.battlecry is not None,
"Expected {:s} to have a battlecry".format
(card_info["name"]))
elif deathrattle_re.match(effect):
self.assertTrue(minion.deathrattle is not None,
"Expected {:s} to have a deathrattle".format
(card_info["name"]))
elif overload_re.match(effect) is not None:
self.assertEqual(int(overload_re.match(effect).group(1)), card.overload,
("Expected {:s} to have overload of" +
" {:s}, but had {:d}").format(card_info["name"],
overload_re.match(effect).group(1),
card.overload))
elif spell_damage_re.match(effect) is not None:
self.assertEqual(int(spell_damage_re.match(effect).group(1)),
minion.player.spell_damage,
("Expected {:s} to have spell damage of" +
" {}, but had {}").format(card_info["name"],
spell_damage_re.match(effect).group(1),
minion.player.spell_damage))
minion.silence()
self.assertEqual(int(card_info["attack"]), minion.calculate_attack(),
"Expected {} to have attack of {}. Got {}".format(
card_info["name"], card_info["attack"], minion.calculate_attack()))
self.assertEqual(int(card_info["health"]), minion.health,
"Expected {} to have health of {}. Got {}".format(
card_info["name"], card_info["health"], minion.health))
if "race" in card_info:
self.assertEqual(MINION_TYPE.from_str(card_info["race"]), card.minion_type,
"Expected {} to have race {}. Got {}".format(
card_info["name"], card_info["race"],
MINION_TYPE.to_str(card.minion_type)))
else:
self.assertEqual(MINION_TYPE.NONE, card.minion_type,
"Expected {} to have no race. Got {}".format(
card_info["name"], MINION_TYPE.to_str(card.minion_type)))
elif card_info["type"] == "Weapon":
weapon = card.create_weapon(fake_game.current_player)
self.assertEqual(int(card_info["attack"]), weapon.base_attack,
"Expected {} to have attack of {}. Got {}".format(
card_info["name"], card_info["attack"], weapon.base_attack))
self.assertEqual(int(card_info["durability"]), weapon.durability,
"Expected {} to have durability of {}. Got {}".format(
card_info["name"], card_info["durability"], weapon.durability))
file.close()
if len(not_implemented) > 0:
print("{} of {} cards implemented".format(total_cards - len(not_implemented), total_cards))
print("Cards not implemented:")
for card in not_implemented:
print(" - {}".format(card))
def test_all_cards(self):
fake_game = generate_game_for(StonetuskBoar, StonetuskBoar,
DoNothingAgent, DoNothingAgent)
overload_re = re.compile("Overload: \\((\\d)\\)")
spell_damage_re = re.compile("Spell Damage \\+(\\d)")
battlecry_re = re.compile("Battlecry: .*")
deathrattle_re = re.compile("Deathrattle: .*")
split_re = re.compile("\\s*\\.\\s*")
bold_tag_re = re.compile("</?b>")
file = open("AllSets.enUS.json", "r", encoding="UTF-8")
card_dict = json.load(file)
not_implemented = []
total_cards = 0
for card_set in [
'Expert', "Basic", "Curse of Naxxramas", "Goblins vs Gnomes",
"Reward", "Promotion"
]:
for card_info in card_dict[card_set]:
if card_info["type"] in [
'Minion', 'Spell', 'Weapon', 'Secret'
]:
total_cards += 1
try:
card = card_lookup(id_mappings[card_info["id"]])
except KeyError:
not_implemented.append("{}: ({})".format(
card_info["name"], card_info['id']))
continue
if "cost" in card_info:
self.assertEqual(
int(card_info["cost"]), card.mana,
"Expected {} to have cost {}. Got {}".format(
card_info["name"], card_info["cost"],
card.mana))
if "playerClass" in card_info:
self.assertEqual(
CHARACTER_CLASS.from_str(card_info["playerClass"]),
card.character_class,
"Expected {} to have class {}. Got {}".format(
card_info["name"], card_info["playerClass"],
CHARACTER_CLASS.to_str(card.character_class)))
else:
self.assertEqual(
CHARACTER_CLASS.ALL, card.character_class,
"Expected {} to have no class. Got {}".format(
card_info["name"],
CHARACTER_CLASS.to_str(card.character_class)))
if "rarity" in card_info:
self.assertEqual(
CARD_RARITY.from_str(card_info["rarity"]),
card.rarity,
"Expected card {} to have rarity {}. Got {}".
format(card_info["name"], card_info["rarity"],
CARD_RARITY.to_str(card.rarity)))
if "collectible" in card_info:
if card_info['collectible']:
self.assertTrue(
card.collectible,
"Expected card {} to be collectible".format(
card_info['name']))
else:
self.assertFalse(
card.collectible,
"Expected card {} not to be collectible".
format(card_info['name']))
if card_info["type"] == "Minion":
minion = card.create_minion(fake_game.current_player)
minion.player = fake_game.current_player
minion.game = fake_game
minion.card = card
minion.add_to_board(0)
if "text" in card_info:
for effect in split_re.split(
re.sub(bold_tag_re, "",
card_info["text"])):
if effect == "Taunt":
self.assertTrue(
minion.taunt,
"Expected {:s} to have taunt".format(
card_info["name"]))
elif effect == "Divine Shield":
self.assertTrue(
minion.divine_shield,
"Expected {:s} to have divine shield".
format(card_info["name"]))
elif effect == "Stealth":
self.assertTrue(
minion.stealth,
"Expected {:s} to have stealth".format(
card_info["name"]))
elif effect == "Windfury":
self.assertTrue(
minion.windfury(),
"Expected {:s} to have windfury".
format(card_info["name"]))
elif effect == "Charge":
self.assertTrue(
minion.charge(),
"Expected {:s} to have charge".format(
card_info["name"]))
elif battlecry_re.match(effect):
self.assertTrue(
card.battlecry is not None,
"Expected {:s} to have a battlecry".
format(card_info["name"]))
elif deathrattle_re.match(effect):
self.assertTrue(
minion.deathrattle is not None,
"Expected {:s} to have a deathrattle".
format(card_info["name"]))
elif overload_re.match(effect) is not None:
self.assertEqual(
int(
overload_re.match(effect).group(
1)), card.overload,
("Expected {:s} to have overload of" +
" {:s}, but had {:d}").format(
card_info["name"],
overload_re.match(effect).group(
1), card.overload))
elif spell_damage_re.match(effect) is not None:
self.assertEqual(
int(
spell_damage_re.match(
effect).group(1)),
minion.player.spell_damage,
("Expected {:s} to have spell damage of"
+ " {}, but had {}").format(
card_info["name"],
spell_damage_re.match(
effect).group(1),
minion.player.spell_damage))
minion.silence()
self.assertEqual(
int(card_info["attack"]),
minion.calculate_attack(),
"Expected {} to have attack of {}. Got {}".format(
card_info["name"], card_info["attack"],
minion.calculate_attack()))
self.assertEqual(
int(card_info["health"]), minion.health,
"Expected {} to have health of {}. Got {}".format(
card_info["name"], card_info["health"],
minion.health))
if "race" in card_info:
self.assertEqual(
MINION_TYPE.from_str(card_info["race"]),
card.minion_type,
"Expected {} to have race {}. Got {}".format(
card_info["name"], card_info["race"],
MINION_TYPE.to_str(card.minion_type)))
else:
self.assertEqual(
MINION_TYPE.NONE, card.minion_type,
"Expected {} to have no race. Got {}".format(
card_info["name"],
MINION_TYPE.to_str(card.minion_type)))
elif card_info["type"] == "Weapon":
weapon = card.create_weapon(fake_game.current_player)
self.assertEqual(
int(card_info["attack"]), weapon.base_attack,
"Expected {} to have attack of {}. Got {}".format(
card_info["name"], card_info["attack"],
weapon.base_attack))
self.assertEqual(
int(card_info["durability"]), weapon.durability,
"Expected {} to have durability of {}. Got {}".
format(card_info["name"], card_info["durability"],
weapon.durability))
file.close()
if len(not_implemented) > 0:
print("{} of {} cards implemented".format(
total_cards - len(not_implemented), total_cards))
print("Cards not implemented:")
for card in not_implemented:
print(" - {}".format(card))
def test_all_cards(self):
fake_game = generate_game_for(StonetuskBoar, StonetuskBoar,
DoNothingBot, DoNothingBot)
overload_re = re.compile("Overload: \((\\d)\)")
spell_damage_re = re.compile("Spell Damage \\+(\\d)")
battlecry_re = re.compile("Battlecry: .*")
deathrattle_re = re.compile("Deathrattle: .*")
split_re = re.compile("\\s*\\.\\s*")
file = open("cards.csv", "r")
reader = csv.DictReader(file)
implemented_count = 0
total_count = 0
for row in reader:
total_count += 1
if row['Implemented?'] == "yes":
implemented_count += 1
card = card_lookup(row["Name"])
self.assertEqual(int(row["Cost"]), card.mana, row["Name"])
self.assertEqual(CHARACTER_CLASS.from_str(row["Class"]),
card.character_class, row["Name"])
self.assertEqual(
CARD_RARITY.from_str(row["Rarity"]), card.rarity,
"Expected card '{0}' to have rarity {1}".format(
row["Name"], row["Rarity"]))
if row["Type"] == "Minion":
minion = card.create_minion(fake_game.current_player)
minion.player = fake_game.current_player
for effect in split_re.split(row["Text"]):
if effect == "Taunt":
self.assertTrue(
minion.taunt,
"Expected {:s} to have taunt".format(
row["Name"]))
elif effect == "Divine Shield":
self.assertTrue(
minion.divine_shield,
"Expected {:s} to have divine shield".format(
row["Name"]))
elif effect == "Stealth":
self.assertTrue(
minion.stealth,
"Expected {:s} to have stealth".format(
row["Name"]))
elif effect == "Windfury":
self.assertTrue(
minion.windfury,
"Expected {:s} to have windfury".format(
row["Name"]))
elif effect == "Charge":
self.assertTrue(
minion.charge,
"Expected {:s} to have charge".format(
row["Name"]))
elif battlecry_re.match(effect):
self.assertTrue(
minion.battlecry is not None,
"Expected {:s} to have a battlecry".format(
row["Name"]))
elif deathrattle_re.match(effect):
self.assertTrue(
minion.deathrattle is not None,
"Expected {:s} to have a deathrattle".format(
row["Name"]))
elif overload_re.match(effect) is not None:
self.assertEqual(
int(overload_re.match(effect).group(1)),
card.overload,
("Expected {:s} to have overload of" +
" {:s}, but had {:d}").format(
row["Name"],
overload_re.match(effect).group(1),
card.overload))
elif spell_damage_re.match(effect) is not None:
self.assertEqual(
int(spell_damage_re.match(effect).group(1)),
minion.spell_damage,
("Expected {:s} to have spell damage of" +
" {:s}, but had {:d}").format(
row["Name"],
spell_damage_re.match(effect).group(1),
minion.spell_damage))
minion.silence()
self.assertEqual(int(row["Attack"]),
minion.calculate_attack(), row["Name"])
self.assertEqual(int(row["Health"]), minion.health,
row["Name"])
self.assertEqual(MINION_TYPE.from_str(row["Race"]),
card.minion_type, row["Name"])
elif row["Type"] == "Weapon":
weapon = card.create_weapon(fake_game.current_player)
self.assertEqual(int(row["Attack"]), weapon.base_attack,
row["Name"])
self.assertEqual(int(row["Health"]), weapon.durability,
row["Name"])
file.close()
print("Implemented {0} cards, with {1} cards left".format(
implemented_count, total_count - implemented_count))
