def connect(self):
self.serverQueryService = ts3.TS3Server(self.host, self.port)
isLoginSuccessful = self.serverQueryService.login(
self.username, self.password)
if not isLoginSuccessful:
raise ()
print('Login not successful')
exit(1)
def initialize(self):
addr = self.classconfig['addr'].rsplit(':')
username = self.classconfig['username']
password = self.classconfig['password']
if not addr:
raise Exception('No address specified!')
try:
self._connection = ts3.TS3Server(addr[0], int(addr[1]))
self._connection.login(username, password)
self._connection.use(1)
except Exception as err:
raise Exception(str(err))
def ts3Status():
try:
conn = ts3.TS3Server(TS3_HOST, TS3_QUERY_PORT)
conn.login(TS3_ADMIN, TS3_PW)
except:
print 'Connection Error'
return False
else:
servers = conn.send_command("serverlist").data
try:
ids = []
for server in servers:
server['virtualserver_status'] == 'online'
except:
return False
else:
return True
def ts3Clients():
try:
conn = ts3.TS3Server(TS3_HOST, TS3_QUERY_PORT)
conn.login(TS3_ADMIN, TS3_PW)
except:
return False
else:
servers = conn.send_command('serverlist').data
ids = []
for server in servers:
sid = server['virtualserver_id']
ids.append(sid)
count = 0
for id in ids:
conn.use(id)
clients = conn.send_command('clientlist').data
count -= 1
for client in clients:
count += 1
return count
def main():
"""main() will connect to slack and ts3 and then initialize the main loop"""
# slack connection
slack = SlackClient(apiToken)
# ts3 connection
conn = ts3.TS3Server(ts_ip, query_port)
conn.login(ts_admin, ts_pw)
servers = conn.send_command('serverlist').data
# get bot user id
user_list = slack.api_call("users.list")
for user in user_list.get("members"):
if user.get("name") == "ts3bot":
slack_user_id = user.get("id")
break
if slack.rtm_connect():
print("Connected!")
while True:
for message in slack.rtm_read():
if "text" in message and message["text"].startswith(
"<@{}".format(slack_user_id)):
print("Message received: {}".format(
json.dumps(message, indent=2)))
message_text = message["text"]
# if message contains user(s) or client(s)
if re.match(
r".*(client)(s\b|\b).*|.*(user)(s\b|\b).*|.*(!clientlist).*",
message_text, re.IGNORECASE):
clientlist(conn, slack, message, servers)
# server uptime
if re.match(r".*(!uptime).*", message_text, re.IGNORECASE):
uptime(conn, slack, message)
time.sleep(1)
def query():
"""
Query the TeamSpeak3 server for status
"""
try:
svr = ts3.TS3Server(settings['TS3_IP'], settings['TS3_PORT'])
svr.use(1)
except ts3.ConnectionError:
return
response = svr.send_command('serverinfo')
if response.response['msg'] != 'ok':
return
svr_info = response.data[0]
response = svr.send_command('clientlist')
if response.response['msg'] != 'ok':
return
client_list = response.data
for client in client_list:
if client['client_type'] != "0":
client_list.remove(client)
avg_ping = svr_info['virtualserver_total_ping']
bandwidth_down = svr_info[
'connection_bandwidth_received_last_second_total']
bandwidth_up = svr_info['connection_bandwidth_sent_last_second_total']
all_data = {
'avg_ping': avg_ping,
'bandwidth_down': bandwidth_down,
'bandwidth_up': bandwidth_up,
'connected_users': str(len(client_list)),
'connected_users_list': client_list
}
return all_data
def getTSStatus():
import ts3
global childrenCount
svr = ts3.TS3Server("ts.ddnet.tw", 10011, 1)
response = svr.send_command('use port=9987')
response = svr.send_command('serverinfo')
if response.response['msg'] != 'ok':
exit
svr_info = response.data[0]
response = svr.send_command('channellist')
if response.response['msg'] != 'ok':
exit
channel_list = response.data
response = svr.send_command('clientlist')
if response.response['msg'] != 'ok':
exit
client_list = response.data
# Start building the channel / client tree.
# We save tree nodes in a dictionary, keyed by their id so we can find
# them later in order to support arbitrary channel hierarchies.
channels = {}
# Build the root, or channel 0
channels[0] = {
'title': svr_info['virtualserver_name'],
'isFolder': True,
'expand': True,
'children': []
}
# Add the channels to our tree
for channel in channel_list:
node = {
'title': channel['channel_name'],
'isFolder': True,
'expand': True,
'children': []
}
parent = channels[int(channel['pid'])]
parent['children'].append(node)
channels[int(channel['cid'])] = node
if node['title'] == 'DDraceNetwork':
ddnetChan = node
# Add the clients to the tree
for client in client_list:
if client['client_type'] == '0':
node = {'title': client['client_nickname'], 'isFolder': False}
channel = channels[int(client['cid'])]
channel['children'].append(node)
tree = [channels[0]]
childrenCount = 0
def renderChannel(chan, name):
global childrenCount, second
thisCount = 0
result = '<div class="block3">\n<h3>%s</h3>\n<table>\n' % name
childrenCount
for child in chan['children']:
if not child['isFolder']:
result += '<tr>\n <td>%s</td>\n</tr>\n' % child['title']
childrenCount += 1
thisCount += 1
result += '</table>\n</div>\n'
#if second:
# result += '<br/>'
if thisCount > 0:
second = not second
return result
else:
return ''
text = ''
text += renderChannel(ddnetChan, 'DDraceNetwork Main')
for chan in ddnetChan['children']:
if chan['isFolder']:
text += renderChannel(chan, 'DDraceNetwork %s' % chan['title'])
#if childrenCount == 0:
# result = '<div class="block empty" style="display:none">\n'
#else:
result = '<div class="block">\n'
result += '<h3 class="ip"><a href="ts3server://ts.ddnet.tw">ts.ddnet.tw</a></h3>'
mbS = ''
if childrenCount != 1:
mbS = 's'
result += '<h2>DDNet Teamspeak</h2>\n'
result += text
result += '<br/></div>'
return result
parser.add_argument('basic_url', action='store',
help='The public url to the webpath.', default=None)
results = parser.parse_args()
web_path = results.webpath
basic_url = results.basic_url
username = results.serveradmin
password = results.password
while True:
onlyfiles = [ f for f in listdir(web_path) if isfile(join(web_path,f)) ]
img = random.choice(onlyfiles)
# This is the what the description will be set too.
description = "[IMG]%s[/IMG]" % (basic_url+img)
# Server info change the port and address to what you need.
server = ts3.TS3Server('127.0.0.1', 10011)
server.login(username, password)
# Which virtualserver to use
server.use(1)
# Set cid to the channel you want to modify.
response = server.send_command('channeledit', keys={'cid': '4', 'channel_description': description})
#print(response)
# Time to sleep before changing the description again.
time.sleep(60*60*5)
def __init__(self):
self.server = ts3.TS3Server(HOST, PORT)
self.server.login(USER, PASS)
self.server.use(SERVER)