def create_schema(sisdb, schema):
name = schema['name']
defn = schema['definition']
attrs = {'db': sisdb, 'defn': defn, 'descriptor': schema}
for k in defn.keys():
attrs[k] = field.create_field(defn[k], k, sisdb, name)
# add sis fields
for k, v in SIS_INTERNAL_FIELDS.iteritems():
attrs[k] = field.create_field(v, k, sisdb, name)
return type(str(name), (SisSchema, ), attrs)
def create_embedded_schema(sisdb, defn, name):
attrs = {'db': sisdb, 'defn': defn}
if type(defn) == dict:
for k in defn.keys():
attrs[k] = field.create_field(defn[k], k, sisdb, name)
return type(str(name), (EmbeddedSchema, ), attrs)
def create_schema(sisdb, schema):
name = schema['name']
defn = schema['definition']
attrs = {
'db' : sisdb,
'defn' : defn,
'descriptor' : schema
}
for k in defn.keys():
attrs[k] = field.create_field(defn[k], k, sisdb, name)
# add sis fields
for k,v in SIS_INTERNAL_FIELDS.iteritems():
attrs[k] = field.create_field(v, k, sisdb, name)
return type(str(name), (SisSchema,), attrs)
def create_embedded_schema(sisdb, defn, name):
attrs = {
'db' : sisdb,
'defn' : defn
}
if type(defn) == dict:
for k in defn.keys():
attrs[k] = field.create_field(defn[k], k, sisdb, name)
return type(str(name), (EmbeddedSchema,), attrs)
def _update_defn(cls, old_defn, new_defn):
old_keys = set(old_defn.keys())
new_keys = set(new_defn.keys())
removed_keys = old_keys - new_keys
same_keys = old_keys & new_keys
for k in removed_keys:
delattr(cls, k)
sisdb = cls.db
name = cls.descriptor['name']
added_keys = new_keys - old_keys
for k in added_keys:
setattr(cls, k, field.create_field(new_defn[k], k, sisdb, name))
for k in same_keys:
curr_field = old_defn[k]
new_field = new_defn[k]
if new_field != curr_field:
setattr(cls, k, field.create_field(new_defn[k], k, sisdb, name))
setattr(cls, 'defn', new_defn)
def _update_defn(cls, old_defn, new_defn):
old_keys = set(old_defn.keys())
new_keys = set(new_defn.keys())
removed_keys = old_keys - new_keys
same_keys = old_keys & new_keys
for k in removed_keys:
delattr(cls, k)
sisdb = cls.db
name = cls.descriptor['name']
added_keys = new_keys - old_keys
for k in added_keys:
setattr(cls, k, field.create_field(new_defn[k], k, sisdb, name))
for k in same_keys:
curr_field = old_defn[k]
new_field = new_defn[k]
if new_field != curr_field:
setattr(cls, k, field.create_field(new_defn[k], k, sisdb,
name))
setattr(cls, 'defn', new_defn)
def game():
game_field = field.create_field()
turn = 'm'
end_game = False
while not end_game:
if turn == 'm':
game_field = man_turn(game_field)
turn = 'c'
elif turn == 'c':
game_field = comp_turn(game_field)
turn = 'm'
if not field.check_winner(game_field):
end_game = True
elif 0 not in game_field:
print('Ничья.')
end_game = True
field.print_field(game_field)
def game():
game_field = field.create_field() #создание поля
field.print_field(game_field) #вывод поля на экран
print('my first move, cell number 5')
move_number: int = 1 #номер ходов
game_field[4] = 1 #ставлю крестик в середину, как наиболее понятный ход
field.print_field(game_field)
move_number += 1
player_move = field.check_human_next_move(game_field) #первый ход игрока
game_field[player_move - 1] = -1
move_number += 1
field.print_field(game_field)
if move_number == 3: #если ход второй, то нужно ставить в любой угол
corners_to_move = [0, 2, 6, 8]
while True:
pc_move = random.choice(corners_to_move)
if game_field[pc_move] == 0:
game_field[pc_move] = 1
field.print_field(game_field)
print(pc_move)
break
move_number += 1
player_move = field.check_human_next_move(game_field) #второй ход игрока
game_field[player_move - 1] = -1
field.print_field(game_field)
game_state = True
while game_state: #игровой цикл всех остальных ходов
move_number += 1
pc_move = field.check_next_pc_move(game_field, side='X')
game_field[pc_move] = 1
field.print_field(game_field)
game_state = field.check_winner(game_field)
if move_number < 9 and game_state:
move_number += 1
player_move = field.check_human_next_move(
game_field) #другой ход игрока
game_field[player_move - 1] = -1
field.print_field(game_field)
game_state = field.check_winner(game_field)
if move_number == 9:
print('draw')
break
