def __init__(self, host, port, server_id, login, password):
self.tsconnection = ServerQuery(host, port)
self.tsconnection.connect()
self.tsconnection.command('login', {
'client_login_name': login,
'client_login_password': password
})
self.tsconnection.command('use', {'sid': server_id})
def __init__(self, host, port, server_id, login, password):
self.tsconnection = ServerQuery(host, port)
self.tsconnection.connect()
self.tsconnection.command('login', {'client_login_name': login, 'client_login_password': password})
self.tsconnection.command('use', {'sid': server_id})
class Ts3Server(object):
"""Quick Ts3 client to control the Teamspeak server from out tests"""
def __init__(self, host, port, server_id, login, password):
self.tsconnection = ServerQuery(host, port)
self.tsconnection.connect()
self.tsconnection.command('login', {
'client_login_name': login,
'client_login_password': password
})
self.tsconnection.command('use', {'sid': server_id})
#self.tsconnection.telnet.set_debuglevel(99)
def disconnect(self):
self.tsconnection.disconnect()
del self.tsconnection
def get_serverinfo(self):
return self.tsconnection.command('serverinfo')
def get_channellist(self):
return self.tsconnection.command('channellist')
def get_channel_tree(self):
channels = self.get_channellist()
channels_index = {0: {'children': []}}
for c in channels:
channels_index[c['cid']] = {'data': c, 'children': []}
for i, channel in channels_index.iteritems():
if 'data' in channel:
parent = channels_index[channel['data']['pid']]
parent['children'].append(channel)
return channels_index[0]
@staticmethod
def walk_channel_tree(func, channel, level=0):
func(channel, level)
for child in sorted(channel['children'],
key=lambda x: x['data']['channel_order']):
Ts3Server.walk_channel_tree(func, child, level + 1)
def print_channel_tree(self):
def print_channel(channel, level=0):
if 'data' in channel:
print " " * level + "%s <%s>" % (
channel['data']['channel_name'], channel['data']['cid'])
Ts3Server.walk_channel_tree(print_channel, self.get_channel_tree())
def del_channel(self, cid):
try:
self.tsconnection.command('channeldelete', {
'cid': cid,
'force': 1
})
except TS3Error, err:
print err
class Ts3Server(object):
"""Quick Ts3 client to control the Teamspeak server from out tests"""
def __init__(self, host, port, server_id, login, password):
self.tsconnection = ServerQuery(host, port)
self.tsconnection.connect()
self.tsconnection.command('login', {'client_login_name': login, 'client_login_password': password})
self.tsconnection.command('use', {'sid': server_id})
#self.tsconnection.telnet.set_debuglevel(99)
def disconnect(self):
self.tsconnection.disconnect()
del self.tsconnection
def get_serverinfo(self):
return self.tsconnection.command('serverinfo')
def get_channellist(self):
return self.tsconnection.command('channellist')
def get_channel_tree(self):
channels = self.get_channellist()
channels_index = {0: {'children': []}}
for c in channels:
channels_index[c['cid']] = {'data':c, 'children': []}
for i, channel in channels_index.iteritems():
if 'data' in channel:
parent = channels_index[channel['data']['pid']]
parent['children'].append(channel)
return channels_index[0]
@staticmethod
def walk_channel_tree(func, channel, level=0):
func(channel, level)
for child in sorted(channel['children'], key=lambda x: x['data']['channel_order']):
Ts3Server.walk_channel_tree(func, child, level + 1)
def print_channel_tree(self):
def print_channel(channel, level=0):
if 'data' in channel:
print " "*level + "%s <%s>" % (channel['data']['channel_name'], channel['data']['cid'])
Ts3Server.walk_channel_tree(print_channel, self.get_channel_tree())
def del_channel(self, cid):
try:
self.tsconnection.command('channeldelete', {'cid': cid, 'force': 1})
except TS3Error, err:
print err
