def authenticate(self, username, password, create_user=False):
""" Send a SignIn request.
:param username: username
:param password: password
:param create_user: boolean indicating if you want to create a user or login to and existing user.
:return: a Channel object representing the authentication.
"""
request = requests.SignIn(username=username,
password=password,
create_user=create_user)
return (yield self.send(request))
def authenticate(self, username, password):
""" Send a :class:`.SignIn` request.
User will be created on the server automatically if it doesn't exist.
:param username: username
:param password: password
:return: a :class:`.Channel` object representing the authentication.
:type username: str
:type password: str
:rtype: diplomacy.client.channel.Channel
"""
request = requests.SignIn(username=username, password=password)
return (yield self.send(request))
def on_i_am_request(server, request, connection_handler, game):
""" Manage IAM request
:param server: server which receives the request
:param request: request to manage
:param connection_handler: connection handler from which the request was sent
:param game: the game
:return: the list of responses
"""
power_name, passcode = request.power_name, request.passcode
# find user
username = None
for user in server.users.values():
if not isinstance(user, DaideUser):
continue
is_passcode_valid = bool(user.passcode == passcode)
if is_passcode_valid and game.is_controlled_by(power_name,
user.username):
username = user.username
break
if username is None:
return [responses.REJ(bytes(request))]
try:
server.assert_token(connection_handler.token, connection_handler)
except exceptions.TokenException:
connection_handler.token = None
if not connection_handler.token:
sign_in_request = internal_requests.SignIn(username=username,
password='******',
create_user=False)
try:
token_response = yield internal_request_managers.handle_request(
server, sign_in_request, connection_handler)
connection_handler.token = token_response.data
except exceptions.UserException:
return [responses.REJ(bytes(request))]
join_game_request = internal_requests.JoinGame(
game_id=game.game_id,
power_name=power_name,
registration_password=None,
token=connection_handler.token)
yield internal_request_managers.handle_request(server, join_game_request,
connection_handler)
return [responses.YES(bytes(request))]
def on_name_request(server, request, connection_handler, game):
""" Manage NME request
:param server: server which receives the request
:param request: request to manage
:param connection_handler: connection handler from which the request was sent
:param game: the game
:return: the list of responses
"""
username = connection_handler.get_name_variant() + request.client_name
try:
server.assert_token(connection_handler.token, connection_handler)
except exceptions.TokenException:
connection_handler.token = None
if not connection_handler.token:
user_exists = server.users.has_username(username)
sign_in_request = internal_requests.SignIn(username=username,
password='******',
create_user=not user_exists)
try:
token_response = yield internal_request_managers.handle_request(
server, sign_in_request, connection_handler)
connection_handler.token = token_response.data
if not isinstance(server.users.get_user(username), DaideUser):
daide_user = DaideUser(
passcode=random.randint(1, 8191),
client_name=request.client_name,
client_version=request.client_version,
**server.users.get_user(username).to_dict())
server.users.replace_user(username, daide_user)
server.save_data()
except exceptions.UserException:
return [responses.REJ(bytes(request))]
# find next available power
power_name = [
power_name for power_name, power in game.powers.items()
if not power.is_controlled()
]
if not power_name:
return [responses.REJ(bytes(request))]
return [responses.YES(bytes(request)), responses.MAP(game.map.name)]