def _create_or_update(self, data, username, network=None):
if network:
network_data = network.to_dict()
network_data.update(data)
form = NetworkForm(formdata=MultiDict(network_data))
else:
form = NetworkForm(formdata=MultiDict(data))
form.validate()
if form.errors:
return web.Response(
body=json.dumps(form.errors).encode(),
status=400,
content_type='application/json')
cleaned_data = form.data
cleaned_data['user'] = username
if network:
network = yield from NetworkStore.update(
dict(
filter=('id', network.id),
update=cleaned_data
)
)
else:
network = yield from NetworkStore.create(**cleaned_data)
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def get(self):
username = yield from get_auth(self.request)
user = yield from UserStore.get(dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={'user_id': user.id})) or []
return web.Response(body=self.serialize(networks).encode(),
content_type='application/json')
def load_data(f):
with open(f, 'r') as f:
config = yaml.load(f)
if validate_yaml(config):
for user in config.keys():
user_data = config[user]
yield from UserStore.create(
dict(
username=user,
email=user_data['email'],
password=user_data['password']
)
)
networks = user_data['networks']
for net in networks.keys():
net_data = networks[net]
network = yield from NetworkStore.create(
dict(
user_username=user,
name=net,
nickname=net_data["nick"],
hostname=net_data["host"],
port=net_data["port"],
realname=net_data["realname"],
username=net_data["username"],
network_password=net_data["password"],
usermode=net_data["usermode"],
)
)
def ls(page=1):
networks = yield from NetworkStore.get({'query': {}})
headers = ['Id', 'User', 'Name', 'Nick', 'Server']
table = [[
network.id, network.user_id, network.name, network.nickname,
'{}/{}'.format(network.hostname, network.port)
] for network in networks]
print(tabulate(table, headers, tablefmt='grid'))
def get(self):
username = yield from get_auth(self.request)
user = yield from UserStore.get(
dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={'user_id': user.id})) or []
return web.Response(body=self.serialize(networks).encode(),
content_type='application/json')
def put(self):
network_id = self.request.match_info['id']
action = self.request.match_info['action']
if action not in ('connect', 'disconnect'):
raise web.HTTPNotFound()
username = yield from get_auth(self.request)
user = yield from UserStore.get(
dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={'user_id': user.id, 'id': network_id})
)
if not networks:
raise web.HTTPNotFound()
network = networks[0]
network = yield from NetworkStore.update(
dict(filter=('id', network.id),
update={'status': '0' if action == 'connect' else '2'})
)
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def put(self):
network_id = self.request.match_info['id']
action = self.request.match_info['action']
if action not in ('connect', 'disconnect'):
raise web.HTTPNotFound()
username = yield from get_auth(self.request)
user = yield from UserStore.get(dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={
'user_id': user.id,
'id': network_id
}))
if not networks:
raise web.HTTPNotFound()
network = networks[0]
network = yield from NetworkStore.update(
dict(filter=('id', network.id),
update={'status': '0' if action == 'connect' else '2'}))
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def get(self):
username = yield from get_auth(self.request)
user = yield from UserStore.get(
dict(query=('username', username)))
network_id = self.request.match_info['id']
networks = yield from NetworkStore.get(
dict(query={'user_id': user.id, 'id': int(network_id)}))
network = (networks and networks[0]) or None
if network is None:
raise web.HTTPNotFound()
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def _create_or_update(self, data, username, network=None):
if network:
network_data = network.to_dict()
network_data.update(data)
form = NetworkForm(formdata=MultiDict(network_data))
else:
form = NetworkForm(formdata=MultiDict(data))
form.validate()
if form.errors:
return web.Response(body=json.dumps(form.errors).encode(),
status=400,
content_type='application/json')
cleaned_data = form.data
cleaned_data['user'] = username
if network:
network = yield from NetworkStore.update(
dict(filter=('id', network.id), update=cleaned_data))
else:
network = yield from NetworkStore.create(**cleaned_data)
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def put(self):
network_id = self.request.match_info['id']
username = yield from get_auth(self.request)
data = yield from self.request.post()
user = yield from UserStore.get(
dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={'user_id': user.id, 'id': network_id})
)
if not networks:
raise web.HTTPNotFound()
resp = yield from self._create_or_update(data, username, networks[0])
return resp
def get(self):
username = yield from get_auth(self.request)
user = yield from UserStore.get(dict(query=('username', username)))
network_id = self.request.match_info['id']
networks = yield from NetworkStore.get(
dict(query={
'user_id': user.id,
'id': int(network_id)
}))
network = (networks and networks[0]) or None
if network is None:
raise web.HTTPNotFound()
return web.Response(body=self.serialize(network).encode(),
content_type='application/json')
def put(self):
network_id = self.request.match_info['id']
username = yield from get_auth(self.request)
data = yield from self.request.post()
user = yield from UserStore.get(dict(query=('username', username)))
networks = yield from NetworkStore.get(
dict(query={
'user_id': user.id,
'id': network_id
}))
if not networks:
raise web.HTTPNotFound()
resp = yield from self._create_or_update(data, username, networks[0])
return resp
def handle_received_data(self, data):
logger.debug('RECV: {}'.format(data))
lport, rport = [_.strip() for _ in data.split(',')]
networks = yield from NetworkStore.get({
'query': {'lport': lport, 'rport': rport}
})
network = networks[0]
user = yield from UserStore.get({
'query': network.user_id
})
rpl_msg = '{lport}, {rport} : USERID : UNIX : {username}'.format(
lport=lport, rport=rport, username=user.username)
logger.debug('RPL: {}'.format(rpl_msg))
self.send(rpl_mgs)
def handle_connection_lost(self):
logger.debug('Network disconnected: %s, %s, %s',
self.factory.config.userinfo,
self.factory.config.name, self.factory.config.nick)
yield from NetworkStore.update(
dict(
filter=('id', self.factory.config.id),
update={
'status': '3',
'lhost': None,
'lport': None,
'rhost': None,
'rport': None
}
)
)
def create(user, network_name, host, port, nick, realname, username, password,
usermode, ssl, ssl_verify):
"""Create a network for a user"""
network = yield from NetworkStore.create(
dict(user_username=user,
name=network_name,
nickname=nick,
hostname=host,
port=port,
realname=realname,
network_username=username,
password=password,
usermode=usermode,
ssl=ssl,
ssl_verify=ssl_verify))
print(network.access_token)
def get_bot_handle(self, network, client):
try:
key = network.id
bot = self.bots.get(key)
self.register_client(key, client)
connected_channels = yield from ChannelStore.get({
'filter': dict(
network_id=key,
status='1'
)
})
if bot is None:
yield from NetworkStore.update(
dict(
filter=('id', network.id),
update={
'status': '0'
})
)
return
logger.debug('Reusing existing bot: {}'.format(bot))
# Wait for bot.config.lock to be release when connection is
# made to remote IRC server
if bot.config.lock:
yield from bot.config.lock
bot.config.lock = None
joining_messages_list = [
':* 001 {nick} :You are now connected to {network}'.format(
nick=bot.nick, network=network.name),
':* 251 {nick} : '.format(nick=bot.nick)
]
for channel in connected_channels:
joining_messages_list.append(
':{nick}!* JOIN {channel}'.format(
nick=bot.nick,
channel=channel.name)
)
bot.raw('NAMES %s' % channel.name)
client.send(*['\r\n'.join(joining_messages_list)])
return bot
except Exception as e:
logger.error('get_bot_handle error: {}'.format(e),
exc_info=True)
def create(user, network_name, host, port, nick, realname, username, password, usermode, ssl, ssl_verify):
"""Create a network for a user"""
network = yield from NetworkStore.create(
dict(
user=user,
name=network_name,
nickname=nick,
hostname=host,
port=port,
realname=realname,
username=username,
password=password,
usermode=usermode,
ssl=ssl,
ssl_verify=ssl_verify,
)
)
print(network.access_token)
def handle_connection_made(self, transport):
logger.debug('Network connected: %s, %s, %s',
self.factory.config.user,
self.factory.config.name, self.factory.config.nick)
socket = transport.get_extra_info('socket')
lhost, lport = socket.getsockname()
rhost, rport = socket.getpeername()
yield from NetworkStore.update(
dict(
filter=('id', self.factory.config.id),
update={
'status': '1',
'lhost': lhost,
'lport': lport,
'rhost': rhost,
'rport': rport
}
)
)
def __init__(self, loop=None):
self.loop = loop or asyncio.get_event_loop()
self.bots = {}
self.clients = defaultdict(set)
NetworkStore.on('create', self.on_network_create)
NetworkStore.on('update', self.on_network_update)
def fetch(self):
results = yield from NetworkStore.get(
{'query': {
'user_id': self.user_id
}}, raw=True)
return results
def get_bot_handle(self, network, client):
try:
key = network.id
bot = self.bots.get(key)
self.register_client(key, client)
connected_channels = yield from ChannelStore.get(
{'query': dict(network_id=key, status='1')})
if bot is None:
user = yield from UserStore.get({'query': network.user_id})
logger.debug('Creating new bot: {}-{}'.format(
user.username, network.name))
yield from NetworkStore.update(
dict(filter=('id', network.id), update={'status': '0'}))
config = dict(
id=network.id,
name=network.name,
userinfo=network.username,
password=network.password,
nick=network.nickname,
realname=network.realname,
host=network.hostname,
port=network.port,
ssl=network.ssl,
ssl_verify=network.ssl_verify.code,
lock=asyncio.Lock(),
autojoins=[channel.name for channel in connected_channels])
# Acquire lock for connecting to IRC server, so that
# other clients connecting to the same bot can wait on this
# lock before trying to send messages to the bot
yield from config['lock'].acquire()
bot = IrcbBot(**config)
bot.run_in_loop()
self.register_bot(key, bot)
else:
logger.debug('Reusing existing bot: {}'.format(bot))
# Wait for bot.config.lock to be release when connection is
# made to remote IRC server
if bot.config.lock:
yield from bot.config.lock
bot.config.lock = None
joining_messages_list = [
':* 001 {nick} :You are now connected to {network}'.format(
nick=bot.nick, network=network.name),
':* 251 {nick} : '.format(nick=bot.nick)
]
for channel in connected_channels:
joining_messages_list.append(
':{nick}!* JOIN {channel}'.format(
nick=bot.nick, channel=channel.name))
bot.raw('NAMES %s' % channel.name)
client.send(*['\r\n'.join(joining_messages_list)])
def forward(line):
bot = self.bots.get(key)
if bot:
logger.debug('Forwarding {}\t {}'.format(bot, line))
bot.raw(line)
return forward
except Exception as e:
logger.error('get_bot_handle error: {}'.format(e), exc_info=True)
def get_network(self, access_token):
result = yield from NetworkStore.get(
{'query': ('access_token', access_token)})
return result
def get_bot_handle(self, network, client):
try:
key = network.id
bot = self.bots.get(key)
self.register_client(key, client)
connected_channels = yield from ChannelStore.get({
'query': dict(
network_id=key,
status='1'
)
})
if bot is None:
user = yield from UserStore.get({'query': network.user_id})
logger.debug(
'Creating new bot: {}-{}'.format(
user.username, network.name)
)
yield from NetworkStore.update(
dict(
filter=('id', network.id),
update={
'status': '0'
})
)
config = dict(
id=network.id,
name=network.name,
userinfo=network.username,
password=network.password,
nick=network.nickname,
realname=network.realname,
host=network.hostname,
port=network.port,
ssl=network.ssl,
ssl_verify=network.ssl_verify.code,
lock=asyncio.Lock(),
autojoins=[channel.name for channel in connected_channels]
)
# Acquire lock for connecting to IRC server, so that
# other clients connecting to the same bot can wait on this
# lock before trying to send messages to the bot
yield from config['lock'].acquire()
bot = IrcbBot(**config)
bot.run_in_loop()
self.register_bot(key, bot)
else:
logger.debug('Reusing existing bot: {}'.format(bot))
# Wait for bot.config.lock to be release when connection is
# made to remote IRC server
if bot.config.lock:
yield from bot.config.lock
bot.config.lock = None
joining_messages_list = [
':* 001 {nick} :You are now connected to {network}'.format(
nick=bot.nick, network=network.name),
':* 251 {nick} : '.format(nick=bot.nick)
]
for channel in connected_channels:
joining_messages_list.append(
':{nick}!* JOIN {channel}'.format(
nick=bot.nick,
channel=channel.name)
)
bot.raw('NAMES %s' % channel.name)
client.send(*['\r\n'.join(joining_messages_list)])
def forward(line):
bot = self.bots.get(key)
if bot:
logger.debug(
'Forwarding {}\t {}'.format(bot, line))
bot.raw(line)
return forward
except Exception as e:
logger.error('get_bot_handle error: {}'.format(e),
exc_info=True)
def get_network(self, access_token):
result = yield from NetworkStore.get(
{'query': ('access_token', access_token)})
return result
def disconnect(id):
network = yield from NetworkStore.update(
dict(filter=('id', id), update={'status': '2'}))
