def __init__(self, name, cards):
deck_is_required = 'The deck name must be a string and is required.'
ne = NotEmpty(messages={'empty':deck_is_required, 'noneType':deck_is_required, 'badType':deck_is_required})
self.name = ne.to_python(name)
cards_are_required = 'The cards property must be a list and is required.'
ct = ConfirmType(type=(list, tuple), messages={'empty':cards_are_required, 'noneType':cards_are_required, 'inType':cards_are_required})
self.cards = ct.to_python(cards)
def __init__(self, name, deck):
player_is_required = 'The player name must be a string and is required.'
ne = NotEmpty(messages={'empty':player_is_required, 'noneType':player_is_required, 'badType':player_is_required})
ne.to_python(name)
deck_is_required = 'The deck must be a Deck and is required.'
ct = ConfirmType(type=Deck, messages={'empty':deck_is_required, 'noneType':deck_is_required, 'type':deck_is_required})
ct.to_python(deck)
self.name = name
self.deck = deck
self.position = None
self.game = None
def __init__(self, name, cost):
name_is_required = 'The card name must be a string and is required.'
ne = NotEmpty(messages={'empty':name_is_required, 'noneType':name_is_required, 'badType':name_is_required})
self.name = ne.to_python(name)
cost_is_required = "The card must have a cost of type Cost (even if it's zero mana)."
ne = NotEmpty(messages={'empty':cost_is_required, 'noneType':cost_is_required, 'badType':cost_is_required})
ct = ConfirmType(type=(Cost), messages={'empty':cost_is_required, 'noneType':cost_is_required, 'type':cost_is_required})
self.cost = ct.to_python(ne.to_python(cost))
self.is_tapped = False
self.game = None
self.position = None
self.abilities = []
def __init__(self, game_mode=None, phases=default_phases):
self.event_handler = GameEventHandler(self)
if not game_mode:
game_mode = FreeForAll()
self.start_date = None
self.end_date = None
self.players = []
game_mode_is_required = 'The game mode must be a GameMode subclass and is required.'
ct = ConfirmType(subclass=GameMode, messages={'empty':game_mode_is_required, 'noneType':game_mode_is_required, 'subclass':game_mode_is_required})
ct.to_python(game_mode)
self.game_mode = game_mode
self.turn = 0
self.phases = phases
self.bus = Bus()
self.current_phase = None
self.current_step = None
self.current_position = None
