def test_simple_serialize(self):
tuple = create_table([1000, 1000, 1000, 1000, 1000, 1000, 1000, 1000,
1000, 1000], 0)
table = tuple[1]
state = TableState(table)
str = dumps(state)
new_state = loads(str)
self.assertEquals(state.name, new_state.name)
self.assertEquals(10, len(new_state.seats))
def prompt_player(self, table, username, actions):
""" Called by a table to prompt a player with a list of actions. """
log_msg = "Table %s: Prompting %s with actions:" % (table.id,
username)
serialized_actions = []
for action in actions:
log_msg += "\n %s" % action
serialized_actions.append(dumps(action))
logger.debug(log_msg)
self.users[username].prompt(table.id, serialized_actions)
def open_table(self, table_id, user):
"""
Subscribe a user to a table.
Returns a tuple of the user's newly created table view, and a
TableState snapshot the client can use to draw the current table
state.
"""
logger.debug("Opening table %s for user %s" % (table_id,
user.username))
# TODO: check if user should be allowed to observe this table.
table = self.table_views[table_id].table
table.add_observer(user.username)
state = TableState(table)
return (self.table_views[table_id], dumps(state))
def list_tables(self):
""" Returns a list of visible tables to the client. """
tables = []
for t in self.table_views.values():
tables.append(dumps(TableListing(t.table)))
return tables
def notify(self, table_id, username, event):
serialized_event = dumps(event)
self.users[username].notify(table_id, serialized_event)