import re
import configparser
from time import mktime
from datetime import datetime, timedelta
config = configparser.ConfigParser()
config.read('config.ini')
if 'General' not in config or not ('logfile' in config['General'] and 'outputfile' in config['General']):
print('Invalid configuration!')
import sys
sys.exit()
log_path = config['General']['logfile']
output_path = config['General']['outputfile']
generation_start = datetime.now()
clients = {} # clid: {'nick': ..., 'onlinetime': ..., 'kicks': ..., 'pkicks': ..., 'bans': ..., 'last_connect': ..., 'connected': ...}
cldata = re.compile(r"'(.*)'\(id:(\d*)\)")
cldata_ban = re.compile(r"by\ client\ '(.*)'\(id:(\d*)\)")
cldata_invoker = re.compile(r"invokerid=(\d*)\ invokername=(.*)\ invokeruid")
def add_connect(clid, nick, logdatetime):
check_client(clid, nick)
clients[clid]['last_connect'] = mktime(logdatetime.timetuple())
clients[clid]['connected'] = True
def add_disconnect(clid, nick, logdatetime):
check_client(clid, nick)
connect = datetime.fromtimestamp(clients[clid]['last_connect'])
delta = logdatetime - connect
minutes = delta.seconds // 60
increase_onlinetime(clid, minutes)
clients[clid]['connected'] = False
def add_ban(clid, nick):
check_client(clid, nick)
if 'bans' in clients[clid]:
clients[clid]['bans'] += 1
else:
clients[clid]['bans'] = 1
def add_kick(clid, nick):
check_client(clid, nick)
if 'kicks' in clients[clid]:
clients[clid]['kicks'] += 1
else:
clients[clid]['kicks'] = 1
def add_pkick(clid, nick):
check_client(clid, nick)
if 'pkicks' in clients[clid]:
clients[clid]['pkicks'] += 1
else:
clients[clid]['pkicks'] = 1
def increase_onlinetime(clid, onlinetime):
if 'onlinetime' in clients[clid]:
clients[clid]['onlinetime'] += onlinetime
else:
clients[clid]['onlinetime'] = onlinetime
def check_client(clid, nick):
if clid not in clients:
clients[clid] = {}
clients[clid]['nick'] = nick
with open(log_path, 'r') as f:
today = datetime.utcnow()
for line in f:
parts = line.split('|')
logdatetime = datetime.strptime(parts[0], '%Y-%m-%d %H:%M:%S.%f')
sid = int(parts[3].strip())
data = '|'.join(parts[4:]).strip()
if data.startswith('client'):
r = cldata.findall(data)[0]
nick = r[0]
id = r[1]
if data.startswith('client connected'):
add_connect(id, nick, logdatetime)
elif data.startswith('client disconnected'):
add_disconnect(id, nick, logdatetime)
if 'invokerid' in data:
add_pkick(id, nick)
r = cldata_invoker.findall(data)[0]
nick = r[1]
id = r[0]
add_kick(id, nick)
elif data.startswith('ban added') and 'cluid' in data:
r = cldata_ban.findall(data)[0]
nick = r[0]
id = r[1]
add_ban(id, nick)
for clid in clients:
if 'connected' not in clients[clid]:
clients[clid]['connected'] = False
if clients[clid]['connected']:
add_disconnect(clid, clients[clid]['nick'], today)
# helper functions
def desc(key):
r = []
values = {}
for clid in clients:
if key in clients[clid]:
values[clid] = clients[clid][key]
for clid in sorted(values, key=values.get, reverse=True):
value = values[clid]
r.append((clients[clid]['nick'], value))
return r
#################
# Generate HTML #
#################
output = []
# head
output.append('''
TeamspeakStats
Onlinezeit ')
output.append('')
colored_class = False
for nick, onlinetime in onlinetime_desc:
if onlinetime > 60:
onlinetime_str = str(onlinetime // 60) + 'h'
m = onlinetime % 60
if m > 0:
onlinetime_str += ' ' + str(m) + 'm'
else:
onlinetime_str = str(onlinetime) + 'm'
colored = ''
if colored_class:
colored = ' style="background-color: #eee"'
output.append('{} {} ')
kicks_desc = desc('kicks')
if len(kicks_desc) >= 1:
output.append('Kicks ')
output.append('')
for nick, kicks in kicks_desc:
output.append('{} {} ')
pkicks_desc = desc('pkicks')
if len(pkicks_desc) >= 1:
output.append('Gekickt worden ')
output.append('')
for nick, pkicks in pkicks_desc:
output.append('{} {} ')
bans_desc = desc('bans')
if len(bans_desc) >= 1:
output.append('Bans ')
output.append('')
for nick, bans in pkicks_desc:
output.append('{} {} ')
generation_end = datetime.now()
generation_delta = generation_end - generation_start
output.append('generiert in {}.{} Sekunden am {}
'.format(generation_delta.seconds, generation_delta.microseconds, generation_end.strftime('%d.%m.%Y um %H:%M')))
output.append('')
with open(output_path, 'w+') as f:
f.write('\n'.join(output))