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kernel.py
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#!/usr/bin/python
# -*- coding: utf-8 -*-
# --------------------------------------------------------------------------- #
# #
# iSida Jabber Bot #
# Copyright (C) diSabler <[email protected]> #
# #
# This program is free software: you can redistribute it and/or modify #
# it under the terms of the GNU General Public License as published by #
# the Free Software Foundation, either version 3 of the License, or #
# (at your option) any later version. #
# #
# This program is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty of #
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the #
# GNU General Public License for more details. #
# #
# You should have received a copy of the GNU General Public License #
# along with this program. If not, see <http://www.gnu.org/licenses/>. #
# #
# --------------------------------------------------------------------------- #
from __future__ import with_statement
import calendar
import crontab
import datetime
import gc
import json
import hashlib
import htmlentitydefs
import httplib
import logging
import operator
import os
import math
import random
import re
import socket
import string
import sys
import time
import urllib
import urllib2
import chardet
import xmpp
global execute, prefix, comms, hashlib, trace
def sqlite3_split_part(txt, spltr, cnt):
if txt: return (txt.split(spltr) + [''] * (cnt-1))[cnt-1]
else: return txt
sqlite3_row_number_last_x = 0
def sqlite3_row_number():
global sqlite3_row_number_last_x
sqlite3_row_number_last_x += 1
return sqlite3_row_number_last_x
def cur_execute_sqlite3(*params):
conn = sqlite3.connect(sqlite_base)
if 'split_part' in list(params)[0]: conn.create_function('split_part', 3, sqlite3_split_part)
if 'row_number' in list(params)[0]:
global sqlite3_row_number_last_x
sqlite3_row_number_last_x = 0
conn.create_function('row_number', 0, sqlite3_row_number)
cur = conn.cursor()
par = True
try:
params = list(params)
params[0] = params[0].replace('%s','?').replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ')
params = tuple(params)
cur.execute(*params)
prm = params[0].split()[0].lower()
if prm in ['update','insert','delete','create','drop','alter']: conn.commit()
except Exception, par:
par = None
conn.rollback()
if halt_on_exception: raise
conn.commit()
conn.close()
return par
def cur_execute_mysql(*params):
conn = mysqldb.connect(database=base_name, user=base_user, host=base_host, password=base_pass, port=base_port)
cur = conn.cursor()
par = True
try:
params = list(params)
params[0] = params[0].replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ').replace('split_part(','substring_index(')
params = tuple(params)
cur.execute(*params)
prm = params[0].split()[0].lower()
if prm in ['update','insert','delete','create','drop','alter']: conn.commit()
except Exception, par:
par = None
conn.rollback()
if halt_on_exception: raise
conn.commit()
conn.close()
return par
def cur_execute(*params):
if base_type == 'sqlite3': return cur_execute_sqlite3(*params)
elif base_type == 'mysql': return cur_execute_mysql(*params)
global conn
cur = conn.cursor()
if base_type == 'pgsql': psycopg2.extensions.register_type(psycopg2.extensions.UNICODE, cur)
par = True
try:
cur.execute(*params)
prm = params[0].split()[0].lower()
if prm in ['update','insert','delete','create','drop','alter']: conn.commit()
except Exception, par:
if database_debug:
try: par = str(par)
except: par = unicode(par)
pprint(par,'red')
else: par = None
conn.rollback()
if halt_on_exception: raise
cur.close()
return par
def cur_execute_fetchone_sqlite3(*params):
conn = sqlite3.connect(sqlite_base)
if 'split_part' in list(params)[0]: conn.create_function('split_part', 3, sqlite3_split_part)
if 'row_number' in list(params)[0]:
global sqlite3_row_number_last_x
sqlite3_row_number_last_x = 0
conn.create_function('row_number', 0, sqlite3_row_number)
try: cur = conn.cursor()
except: return None
par = None
try:
params = list(params)
params[0] = params[0].replace('%s','?').replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ')
params = tuple(params)
cur.execute(*params)
try: par = cur.fetchone()
except Exception, par:
par = None
if halt_on_exception: raise
except Exception, par:
par = None
conn.rollback()
conn.close()
return par
def cur_execute_fetchone_mysql(*params):
conn = mysqldb.connect(database=base_name, user=base_user, host=base_host, password=base_pass, port=base_port)
try: cur = conn.cursor()
except: return None
par = None
try:
params = list(params)
params[0] = params[0].replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ').replace('split_part(','substring_index(')
params = tuple(params)
cur.execute(*params)
try: par = cur.fetchone()
except Exception, par:
par = None
if halt_on_exception: raise
except Exception, par:
par = None
conn.rollback()
conn.close()
return par
def cur_execute_fetchone(*params):
if base_type == 'sqlite3': return cur_execute_fetchone_sqlite3(*params)
elif base_type == 'mysql': return cur_execute_fetchone_mysql(*params)
global conn
try: cur = conn.cursor()
except: return None
if base_type == 'pgsql': psycopg2.extensions.register_type(psycopg2.extensions.UNICODE, cur)
par = None
try:
cur.execute(*params)
try: par = cur.fetchone()
except Exception, par:
if database_debug:
try: par = str(par)
except: par = unicode(par)
else: par = None
if halt_on_exception: raise
except Exception, par:
if database_debug:
try: par = str(par)
except: par = unicode(par)
pprint(par,'red')
if halt_on_exception: raise
else: par = None
conn.rollback()
cur.close()
return par
def cur_execute_fetchall_sqlite3(*params):
conn = sqlite3.connect(sqlite_base)
if 'split_part' in list(params)[0]: conn.create_function('split_part', 3, sqlite3_split_part)
if 'row_number' in list(params)[0]:
global sqlite3_row_number_last_x
sqlite3_row_number_last_x = 0
conn.create_function('row_number', 0, sqlite3_row_number)
try: cur = conn.cursor()
except: return None
par = None
try:
params = list(params)
params[0] = params[0].replace('%s','?').replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ')
params = tuple(params)
cur.execute(*params)
try: par = cur.fetchall()
except Exception, par:
par = None
if halt_on_exception: raise
except Exception, par:
par = None
conn.rollback()
if halt_on_exception: raise
conn.close()
return par
def cur_execute_fetchall_mysql(*params):
conn = mysqldb.connect(database=base_name, user=base_user, host=base_host, password=base_pass, port=base_port)
try: cur = conn.cursor()
except: return None
par = None
try:
params = list(params)
params[0] = params[0].replace(' ilike ',' like ').replace(' update ',' `update` ').replace(' repeat ',' `repeat` ').replace(' option ',' `option` ').replace(' count ',' `count` ').replace(' match ',' `match` ').replace('split_part(','substring_index(')
params = tuple(params)
cur.execute(*params)
try: par = cur.fetchall()
except Exception, par:
par = None
if halt_on_exception: raise
except Exception, par:
par = None
conn.rollback()
if halt_on_exception: raise
conn.close()
return par
def cur_execute_fetchall(*params):
if base_type == 'sqlite3': return cur_execute_fetchall_sqlite3(*params)
elif base_type == 'mysql': return cur_execute_fetchall_mysql(*params)
global conn
try: cur = conn.cursor()
except: return None
if base_type == 'pgsql': psycopg2.extensions.register_type(psycopg2.extensions.UNICODE, cur)
par = None
try:
cur.execute(*params)
try: par = cur.fetchall()
except Exception, par:
if database_debug:
try: par = str(par)
except: par = unicode(par)
else: par = None
if halt_on_exception: raise
except Exception, par:
if database_debug:
try: par = str(par)
except: par = unicode(par)
pprint(par,'red')
else: par = None
conn.rollback()
if halt_on_exception: raise
cur.close()
return par
def get_color(c):
color = os.environ.has_key('TERM')
colors = {'clear':'[0m','blue':'[34m','red':'[31m','magenta':'[35m','green':'[32m','cyan':'[36m','brown':'[33m','light_gray':'[37m','black':'[30m','bright_blue':'[34;1m','bright_red':'[31;1m','purple':'[35;1m','bright_green':'[32;1m','bright_cyan':'[36;1m','yellow':'[33;1m','dark_gray':'[30;1m','white':'[37;1m'}
return ['','\x1b%s' % colors[c]][color]
def get_color_win32(c):
colors = {'clear':7,'blue':1,'red':4,'magenta':5,'green':2,'cyan':3,'brown':6,'light_gray':7,'black':0,'bright_blue':9,'bright_red':12,'purple':13,'bright_green':10,'bright_cyan':11,'yellow':14,'dark_gray':8,'white':15}
return colors[c]
def thr(func,param,name):
global th_cnt, thread_error_count, sema
th_cnt += 1
try:
if thread_type:
with sema:
tmp_th = KThread(group=None,target=log_execute,name='%s_%s' % (th_cnt,name),args=(func,param))
tmp_th.start()
else: thread.start_new_thread(log_execute,(func,param))
except SystemExit: pass
except Exception, SM:
try: SM = str(SM)
except: SM = unicode(SM)
if 'thread' in SM.lower(): thread_error_count += 1
else: logging.exception(' [%s] %s' % (timeadd(tuple(time.localtime())),unicode(func)))
if thread_type:
try: tmp_th.kill()
except: pass
if halt_on_exception: raise
def log_execute(proc, params):
try: proc(*params)
except SystemExit: pass
except: logging.exception(' [%s] %s' % (timeadd(tuple(time.localtime())),unicode(proc)))
def sender(item):
global message_out, presence_out, iq_out, unknown_out, last_stanza, messages_log
last_stanza = unicode(item)
if last_stanza[:2] == '<m':
message_out += 1
id = get_id()
item.setAttr('id',id)
messages_log[id] = item
elif last_stanza[:2] == '<p': presence_out += 1
elif last_stanza[:2] == '<i': iq_out += 1
else: unknown_out += 1
if time_nolimit: time.sleep(time_nolimit)
try: cl.send(item)
except Exception,SM:
pprint(last_stanza,'red')
pprint(SM,'red')
if halt_on_exception: raise
'''
def send_count(item):
global message_out, presence_out, iq_out, unknown_out, last_stanza
last_stanza = unicode(item)
if last_stanza[:2] == '<m': message_out += 1
elif last_stanza[:2] == '<p': presence_out += 1
elif last_stanza[:2] == '<i': iq_out += 1
else: unknown_out += 1
try: cl.send(item)
except Exception,SM:
pprint(item,'red')
pprint(SM,'red')
if halt_on_exception: raise
# Send item when stack is empty or append to stack
def sender(item):
global last_stream
if last_stream != []: last_stream.append(item)
else:
time.sleep(time_nolimit)
send_count(item)
def sender(item):
time.sleep(time_nolimit)
send_count(item)
def sender(item):
global last_sender_activity
while time.time() - last_sender_activity < time_nolimit: time.sleep(time_nolimit)
last_sender_activity = time.time()
send_count(item)
# Send messages from stack
def sender_stack():
global last_stream
last_item = {}
while not game_over:
if last_stream != []:
time_tmp = time.time()
tmp = last_stream[0]
u_tmp = unicode(tmp)
if u_tmp[:2] == '<m':
to_tmp = get_tag(u_tmp,'to')
type_tmp = get_tag(u_tmp,'type')
if type_tmp == 'groupchat':
time_diff = time_tmp - last_item[to_tmp]
last_item[to_tmp] == time_tmp
if time_diff < time_limit: time.sleep(time_limit - time_diff)
else: time.sleep(time_limit)
else: time.sleep(time_nolimit)
else: time.sleep(time_nolimit)
last_stream = last_stream[1:]
send_count(tmp)
else: time.sleep(1)
'''
def readfile(filename):
fp = file(filename)
data = fp.read()
fp.close()
return data
def writefile(filename, data):
fp = file(filename, 'w')
fp.write(data)
fp.close()
def getFile(filename,default):
if os.path.isfile(filename):
try: filebody = eval(readfile(filename))
except:
if os.path.isfile(back_file % filename.split('/')[-1]):
while True:
try:
filebody = eval(readfile(back_file % filename.split('/')[-1]))
break
except: pass
else:
filebody = default
writefile(filename,str(default))
else:
filebody = default
writefile(filename,str(default))
writefile(back_file % filename.split('/')[-1],str(filebody))
return filebody
def get_config(room,item):
setup = cur_execute_fetchone('select value from config_conf where room=%s and option = %s',(room,item))
try:
if setup[0] in ['True','true']: return True
elif setup[0] in ['False','false','None','none']: return False
else: return setup[0]
except:
try: return config_prefs[item][3]
except: return None
def get_config_int(room,item):
setup = cur_execute_fetchone('select value from config_conf where room=%s and option = %s',(room,item))
try: return int(setup[0])
except: return int(config_prefs[item][3])
def put_config(room,item,value):
if value in [True,False,None]: value = str(value)
setup = cur_execute_fetchone('select value from config_conf where room=%s and option = %s',(room,item))
if setup: cur_execute('update config_conf set value=%s where room=%s and option = %s', (value,room,item))
else: cur_execute('insert into config_conf values (%s,%s,%s)', (room,item,value))
def GT(item):
try:
gt_result = cur_execute_fetchone('select value from config_owner where option = %s;',(item,))[0]
if gt_result in ['true','false','none']: gt_result = gt_result.capitalize()
except:
try: gt_result = owner_prefs[item][2]
except: gt_result = None
try: return eval(gt_result)
except: return gt_result
def PT(item,value):
if value in [True,False,None] or isinstance(value,type([])): value = str(value)
setup = cur_execute_fetchone('select value from config_owner where option = %s;',(item,))
if setup: cur_execute('update config_owner set value=%s where option = %s', (value,item))
else: cur_execute('insert into config_owner values (%s,%s)', (item,value))
def get_subtag(body,tag):
T = re.findall('%s=\"(.*?)\"' % tag,body,re.S)
if T: return T[0]
else: return ''
def get_tag(body,tag):
T = re.findall('<%s.*?>(.*?)</%s>' % (tag,tag),body,re.S)
if T: return T[0]
else: return ''
def get_tag_full(body,tag):
T = re.findall('(<%s[^>]*?>|</%s>)' % (tag,tag),body,re.S)
if T and len(T)==1: return T[0]
elif len(T) >= 2 and T[0][1:len(tag)+1] == T[1][-len(tag)-1:-1]:
T1 = re.findall('(%s.*?%s)' % (re.escape(T[0]),re.escape(T[1])),body,re.S)
if T1: return T1[0]
else: return ''
elif len(T): return T[0]
else: return ''
def get_tag_item(body,tag,item):
body = get_tag_full(body,tag)
return get_subtag(body,item)
def parser(t):
try: return ''.join([['?',l][l<='~'] for l in unicode(t)])
except:
fp = file(slog_folder % 'critical_exception_%s.txt' % int(time.time()), 'wb')
fp.write(t)
fp.close()
def remove_sub_space(t): return ''.join([['?',l][l>=' ' or l in '\t\r\n'] for l in unicode(t)])
def smart_encode(text,enc):
tx,splitter = '','|'
while splitter in text: splitter += '|'
ttext = text.replace('</','<%s/' % splitter).split(splitter)
for tmp in ttext:
try: tx += unicode(tmp,enc)
except: pass
return tx
def timeadd(lt): return '%02d.%02d.%02d %02d:%02d:%02d' % (lt[2],lt[1],lt[0],lt[3],lt[4],lt[5])
def onlytimeadd(lt): return '%02d:%02d:%02d' % (lt[3],lt[4],lt[5])
def pprint(*text):
global last_logs_store
c,wc,win_color = '','',''
if len(text) > 1:
if is_win32: win_color = get_color_win32(text[1])
else: c,wc = get_color(text[1]),get_color('clear')
elif is_win32: win_color = get_color_win32('clear')
text = text[0]
lt = tuple(time.localtime())
zz = '%s[%s]%s %s%s' % (wc,onlytimeadd(lt),c,text,wc)
last_logs_store = ['[%s] %s' % (onlytimeadd(lt),text)] + last_logs_store[:last_logs_size]
if debug_console:
if is_win32 and win_color:
ctypes.windll.Kernel32.SetConsoleTextAttribute(win_console_color, get_color_win32('clear'))
print zz.split(' ',1)[0],
ctypes.windll.Kernel32.SetConsoleTextAttribute(win_console_color, win_color)
try: print zz.split(' ',1)[1]
except: print parser(zz.split(' ',1)[1])
ctypes.windll.Kernel32.SetConsoleTextAttribute(win_console_color, get_color_win32('clear'))
else:
try: print zz
except: print parser(zz)
if CommandsLog:
fname = slog_folder % '%02d%02d%02d.txt' % (lt[0],lt[1],lt[2])
fbody = '%s|%s\n' % (onlytimeadd(lt),text.replace('\n','\r'))
fl = open(fname, 'a')
fl.write(fbody.encode('utf-8'))
fl.close()
def send_presence_all(sm):
pr=xmpp.Presence(typ='unavailable')
pr.setStatus(sm)
sender(pr)
time.sleep(2)
def errorHandler(text):
draw_warning(text)
sys.exit('exit')
def get_joke(text):
def joke_blond(text):
def blond_text(text):
b = ''
cnt = random.randint(0,1)
for tmp in text:
if cnt: b += tmp.upper()
else: b += tmp.lower()
cnt = not cnt
return b
text = text.split(' ')
new_text = []
for t in text:
if t == '/me' or [True for s in ['http://','https://','ftp://','svn://','xmpp:','git://'] if t.startswith(s)]: new_text.append(t)
else: new_text.append(blond_text(t))
return ' '.join(new_text)
def joke_upyachka(text):
upch = [u'пыщь!!!111адын',u'ололололо!!11',u'ГОЛАКТЕКО ОПАСНОСТЕ!!11',u'ТЕЛОИД!!',u'ЖАЖА1!',u'ОНОТОЛЕЙ!!!!!',u'ПОТС ЗОХВАЧЕН11!!!',
u'ПыЩЩЩЩЩЩЩЩЩь!!!!!!!1111',u'ПыЩЩЩЩЩЩЩЩЩь11111адинадин1адин']
return '%s %s' % (text.strip(),random.choice(upch))
def no_joke(text): return text
jokes = [joke_blond,no_joke,joke_upyachka]
return random.choice(jokes)(text)
def msg_validator(t): return ''.join([[l,'?'][l<' ' and l not in '\n\t\r' or l>u'\uff00'] for l in unicode(t)])
def message_exclude_update():
global messages_excl
excl = GT('exclude_messages').replace('\r','').replace('\t','').split('\n')
messages_excl = []
for c in excl:
if '#' not in c and len(c): messages_excl.append(c)
def message_validate(item):
if messages_excl:
for c in messages_excl:
cn = re.findall(c,' %s ' % item,re.S|re.I|re.U)
for tmp in cn: item = item.replace(tmp,[GT('censor_text')*len(tmp),GT('censor_text')][len(GT('censor_text'))>1])
return item
def send_msg(mtype, mjid, mnick, mmessage):
global between_msg_last,time_limit
if mmessage:
mmessage = message_validate(mmessage)
mnick = message_validate(mnick)
'''
while True:
try: lm = between_msg_last[mjid]
except: between_msg_last[mjid],lm = 0,0
tt = time.time()
if lm and tt-lm < time_limit: time.sleep(tt-lm)
if between_msg_last[mjid]+time_limit <= time.time(): break
between_msg_last[mjid] = time.time()
'''
# 1st april joke :)
if time.localtime()[1:3] == (4,1) and GT('1st_april_joke'): mmessage = get_joke(mmessage)
no_send = True
if len(mmessage) > msg_limit:
cnt = 0
maxcnt = int(len(mmessage)/msg_limit) + 1
mmsg = mmessage
while len(mmsg) > msg_limit and not game_over:
tmsg = u'[%s/%s] %s[…]' % (cnt+1,maxcnt,mmsg[:msg_limit])
cnt += 1
sender(xmpp.Message('%s/%s' % (mjid,mnick), tmsg, 'chat'))
mmsg = mmsg[msg_limit:]
time.sleep(time_limit)
tmsg = '[%s/%s] %s' % (cnt+1,maxcnt,mmsg)
sender(xmpp.Message('%s/%s' % (mjid,mnick), tmsg, 'chat'))
if mtype == 'chat': no_send = None
else: mmessage = mmessage[:msg_limit] + u'[…]'
if no_send:
if mtype == 'groupchat' and mnick != '': mmessage = '%s: %s' % (mnick,mmessage)
else: mjid += '/' + mnick
while mmessage[-1:] in ['\n','\t','\r',' ']: mmessage = mmessage[:-1]
mmessage = msg_validator(mmessage)
if len(mmessage): sender(xmpp.Message(mjid, mmessage, mtype))
def os_version_disco():
iSys = sys.platform
iOs = os.name
isidaPyVer = sys.version.split()[0]
if iOs == 'posix':
osInfo = os.uname()
isidaOs = osInfo[0]
isidaOsVer = '%s-%s/PYv%s' % (osInfo[2].split('-',1)[0],osInfo[4],isidaPyVer)
elif iSys == 'win32':
def get_registry_value(key, subkey, value):
import _winreg
key = getattr(_winreg, key)
handle = _winreg.OpenKey(key, subkey)
(value, type) = _winreg.QueryValueEx(handle, value)
return value
def get(key): return get_registry_value("HKEY_LOCAL_MACHINE", "SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion",key)
osInfo = get("ProductName")
buildInfo = get("CurrentBuildNumber")
try:
spInfo = get("CSDVersion")
isidaOs = osInfo
isidaOsVer = 'SP:%s/BLD:%s/PYv%s' % (spInfo,buildInfo,isidaPyVer)
except:
isidaOs = 'Windows'
isidaOsVer = '%s/BLD:%s/PYv%s' % (osInfo.replace('Windows','').strip(),buildInfo,isidaPyVer)
else: isidaOs = isidaOsVer = 'unknown'
return isidaOs, isidaOsVer
def os_version():
iSys = sys.platform
iOs = os.name
isidaPyVer = '%s [%s]' % (sys.version.split(' (')[0],sys.version.split(')')[0].split(', ')[1])
if iOs == 'posix':
osInfo = os.uname()
isidaOs = '%s %s-%s / Python %s' % (osInfo[0],osInfo[2],osInfo[4],isidaPyVer)
elif iSys == 'win32':
def get_registry_value(key, subkey, value):
import _winreg
key = getattr(_winreg, key)
handle = _winreg.OpenKey(key, subkey)
(value, type) = _winreg.QueryValueEx(handle, value)
return value
def get(key): return get_registry_value("HKEY_LOCAL_MACHINE", "SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion",key)
osInfo = ' '.join(get("ProductName").split()[:3])
buildInfo = get("CurrentBuildNumber")
try:
spInfo = get("CSDVersion")
isidaOs = '%s %s [%s] / Python %s' % (osInfo,spInfo,buildInfo,isidaPyVer)
except: isidaOs = '%s [%s] / Python %s' % (osInfo,buildInfo,isidaPyVer)
else: isidaOs = 'unknown'
return isidaOs
def caps_and_send(tmp):
tmp.setTag('x', namespace=xmpp.NS_VCARD_UPDATE)
tmp.getTag('x', namespace=xmpp.NS_VCARD_UPDATE).setTagData('photo',photo_hash)
tmp.setTag('c', namespace=xmpp.NS_CAPS, attrs={'node':capsNode,'ver':capsHash,'hash':'md5'})
sender(tmp)
def join(conference,passwd):
global pres_answer,cycles_used,cycles_unused,current_join
id = get_id()
current_join[conference] = id
if Settings['status'] == 'online': j = xmpp.Node('presence', {'id': id, 'to': conference}, payload = [xmpp.Node('status', {},[Settings['message']]),\
xmpp.Node('priority', {},[Settings['priority']])])
else: j = xmpp.Node('presence', {'id': id, 'to': conference}, payload = [xmpp.Node('show', {},[Settings['status']]),\
xmpp.Node('status', {},[Settings['message']]),\
xmpp.Node('priority', {},[Settings['priority']])])
j.setTag('x', namespace=xmpp.NS_MUC).addChild('history', {'maxchars':'0', 'maxstanzas':'0'})
j.getTag('x').setTagData('password', passwd)
caps_and_send(j)
answered, Error, join_timeout = None, None, 3
if is_start: join_timeout_delay = 0.3
else: join_timeout_delay = 1
while not answered and join_timeout >= 0 and not game_over:
if is_start:
cyc = cl.Process(1)
if str(cyc) == 'None': cycles_unused += 1
elif int(str(cyc)): cycles_used += 1
else: cycles_unused += 1
else: time.sleep(join_timeout_delay)
join_timeout -= join_timeout_delay
for tmp in pres_answer:
if tmp[0]==id:
Error = tmp[1]
pres_answer.remove(tmp)
answered = True
break
if current_join.has_key(conference) and current_join[conference] != id: break
if current_join.has_key(conference):
if current_join[conference] != id: Error = {'CAPTCHA':current_join[conference],'ID':id}
current_join.pop(conference)
return Error
def leave(conference, sm):
j = xmpp.Presence(conference, 'unavailable', status=sm)
sender(j)
def muc_filter_action(act,jid,room,reason):
if act in ['visitor','kick']:
nick = get_nick_by_jid(room,getRoom(jid))
if nick and act=='visitor': sender(xmpp.Node('iq',{'id': get_id(), 'type': 'set', 'to':room},payload = [xmpp.Node('query', {'xmlns': xmpp.NS_MUC_ADMIN},[xmpp.Node('item',{'role':'visitor', 'nick':nick},[xmpp.Node('reason',{},reason)])])]))
elif nick and act=='kick': sender(xmpp.Node('iq',{'id': get_id(), 'type': 'set', 'to':room},payload = [xmpp.Node('query', {'xmlns': xmpp.NS_MUC_ADMIN},[xmpp.Node('item',{'role':'none', 'nick':nick},[xmpp.Node('reason',{},reason)])])]))
elif not nick and act=='visitor': sender(xmpp.Node('iq',{'id': get_id(), 'type': 'set', 'to':room},payload = [xmpp.Node('query', {'xmlns': xmpp.NS_MUC_ADMIN},[xmpp.Node('item',{'role':'visitor', 'jid':jid},[xmpp.Node('reason',{},reason)])])]))
elif not nick and act=='kick': sender(xmpp.Node('iq',{'id': get_id(), 'type': 'set', 'to':room},payload = [xmpp.Node('query', {'xmlns': xmpp.NS_MUC_ADMIN},[xmpp.Node('item',{'role':'none', 'jid':jid},[xmpp.Node('reason',{},reason)])])]))
elif act=='ban': sender(xmpp.Node('iq',{'id': get_id(), 'type': 'set', 'to':room},payload = [xmpp.Node('query', {'xmlns': xmpp.NS_MUC_ADMIN},[xmpp.Node('item',{'affiliation':'outcast', 'jid':jid},[xmpp.Node('reason',{},reason)])])]))
return None
def paste_text(text,room,jid):
nick = get_nick_by_jid_res(room,jid)
_html_paste = GT('html_paste_enable')
if _html_paste:
text = html_escape(text).replace(' ',' ')
nick = html_escape(nick)
paste_header = ['','<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"><html xmlns="http://www.w3.org/1999/xhtml" xml:lang="ru" lang="ru"><head><meta http-equiv="Content-Type" content="text/html; charset=utf-8" /><link href="%s" rel="stylesheet" type="text/css" /><title>\n' % paste_css_path][_html_paste]
url = '%s%s' % (str(hex(int(time.time()*100)))[2:-1],['.txt','.html'][_html_paste])
lt = tuple(time.localtime())
ott = onlytimeadd(tuple(time.localtime()))
paste_body = ['%s','<p><span class="paste">%s</span></p>\n'][_html_paste] % (text)
lht = '%s [%s] - %02d/%02d/%02d %02d:%02d:%02d' % (nick,room,lt[0],lt[1],lt[2],lt[3],lt[4],lt[5])
paste_he = ['%s\t\thttp://isida-bot.com\n\n' % lht,'%s%s</title></head><body><div class="main"><div class="top"><div class="heart"><a href="http://isida-bot.com">http://isida-bot.com</a></div><div class="conference">%s</div></div><div class="container">\n' % (paste_header,lht,lht)][_html_paste]
fl = open(pastepath+url, 'a')
fl.write(paste_he.encode('utf-8'))
fl.write(paste_body.encode('utf-8'))
paste_ender = ['','</div></div></body></html>'][_html_paste]
fl.write(paste_ender.encode('utf-8'))
fl.close()
return pasteurl+url
def disp_time(*t):
if len(t) == 2: rn = t[1]
else: rn = ''
t = t[0]
lt=tuple(time.localtime(t))
return '%02d:%02d:%02d, %02d.%s\'%s, %s' % (lt[3],lt[4],lt[5],lt[2],L(wmonth[lt[1]-1],rn).replace('_',''),lt[0],L(wday[lt[6]],rn))
def nice_time(*ttim):
if len(ttim) == 2: rn = ttim[1]
else: rn = ''
ttim = ttim[0]
gt=tuple(time.gmtime(ttim))
lt=tuple(time.localtime(ttim))
timeofset = (datetime.datetime(*lt[:6])-datetime.datetime(*gt[:6])).seconds / 3600.0
if timeofset < 0: t_gmt = 'GMT%s' % int(timeofset)
else: t_gmt = 'GMT+%s' % int(timeofset)
if timeofset%1: t_gmt += ':%02d' % int((timeofset%1*60/100) * 100)
t_utc='%s%02d%02dT%02d:%02d:%02d' % gt[:6]
t_display = '%02d:%02d:%02d, %02d.%s\'%s, %s, ' % (lt[3],lt[4],lt[5],lt[2],L(wmonth[lt[1]-1],rn).replace('_',''),lt[0],L(wday[lt[6]],rn))
#t_tz = time.tzname[time.localtime()[8]]
#enc = chardet.detect(t_tz)['encoding']
#if t_tz == None: body = ''
#if enc == None or enc == '' or enc.lower() == 'unicode': enc = 'utf-8'
#t_tz = unicode(t_tz,enc)
#t_display += '%s, %s' % (t_tz,t_gmt)
#return t_utc,t_tz,t_display
t_display += t_gmt
return t_utc,t_gmt,t_display
def get_eval_item(mess,string):
try:
result = eval('mess.%s' % string)
if result: return result.encode('utf-8')
except: pass
return ''
def match_for_raw(original,regexp,gr):
orig_drop = orig_reg = re.findall(regexp, original.replace('\n',' '), re.S|re.I|re.U)
while '' in orig_drop: orig_drop.remove('')
orig_join = ''.join(orig_reg)
if orig_join:
#orig_split = original.split()
#match_percent = 100.0 / len(original) * len(orig_join)
#match_percent = 100.0 / len(orig_drop) * len(orig_split)
match_percent = 100.0 / len(orig_drop) * sum([len(tmp) <= 2 for tmp in orig_drop])
raw_percent = get_config(gr,'muc_filter_raw_percent')
if raw_percent.isdigit(): raw_percent = int(raw_percent)
else: raw_percent = int(config_prefs['muc_filter_raw_percent'][3])
return ['',orig_join][match_percent >= raw_percent]
else: return ''
def caps_matcher(c_caps,c_list):
result = False
for t in c_list:
r = int(t[0] == '*')*2+int(t[-1] == '*')
if r == 3 and t[1:-1].lower() in c_caps.lower(): return True
elif r == 2 and c_caps.endswith(t[1:]): return True
elif r == 1 and c_caps.startswith(t[:-1]): return True
elif c_caps == t: return True
return result
def iqCB(sess,iq):
global timeofset, iq_in, iq_request, last_msg_base, last_msg_time_base, ddos_ignore, ddos_iq, user_hash, server_hash, server_hash_list
global disco_excl, message_excl, users_locale
iq_in += 1
id = iq.getID()
if id == None: return None
room = unicode(iq.getFrom())
if cur_execute_fetchone('select * from bot_owner where jid=%s',(getRoom(room),)): towh = selfjid
else: towh = '%s/%s' % (getRoom(room),get_nick_by_jid_res(getRoom(room), selfjid))
query = iq.getTag('query')
was_request = id in iq_request
al,tjid = get_level(getRoom(room),getResourse(room))
acclvl = al >= 7 and GT('iq_disco_enable')
nnj,tjid = False,getRoom(tjid)
if room == selfjid: nnj = True
else:
for tmp in megabase:
if '%s/%s' % tuple(tmp[0:2]) == room:
nnj = True
break
c_lang = iq.getAttr('xml:lang')
if c_lang: users_locale[room] = c_lang[:2].replace('uk','ua')
if getServer(Settings['jid']) == room: nnj = True
if iq.getType()=='error' and was_request:
er_name = get_tag(unicode(iq),'error').replace('<','').split()[0]
iq_async(id,time.time(),er_name,'error')
elif iq.getType()=='result' and was_request:
try: nspace = query.getNamespace()
except: nspace = 'None'
if nspace == xmpp.NS_MUC_ADMIN: iq_async(id,nspace,time.time(),iq)
elif nspace == xmpp.NS_MUC_OWNER: iq_async(id,nspace,time.time(),iq)
elif nspace == xmpp.NS_VERSION:
ver_client = unicode(query.getTagData(tag='name'))
ver_version = unicode(query.getTagData(tag='version'))
ver_os = unicode(query.getTagData(tag='os'))
t = cur_execute_fetchone('select jid from versions where room=%s and jid=%s and client=%s and version=%s and os=%s',(getRoom(room),tjid,ver_client,ver_version,ver_os))
if not t: cur_execute('insert into versions values (%s,%s,%s,%s,%s,%s)',(getRoom(room),tjid,ver_client,ver_version,ver_os,int(time.time())))
iq_async(id,nspace,time.time(),'%s %s // %s' % (ver_client,ver_version,ver_os))
elif nspace == xmpp.NS_TIME: iq_async(id,nspace,time.time(),query.getTagData(tag='display'),query.getTagData(tag='utc'),query.getTagData(tag='tz'))
elif iq.getTag('time',namespace=xmpp.NS_URN_TIME): iq_async(id,xmpp.NS_URN_TIME,time.time(),iq.getTag('time').getTagData(tag='utc'),iq.getTag('time').getTagData(tag='tzo'))
elif iq.getTag('vCard',namespace=xmpp.NS_VCARD): iq_async(id,xmpp.NS_VCARD,time.time(),unicode(iq),iq)
else: iq_async(id,nspace,time.time(),unicode(iq),iq)
elif iq.getType()=='get' and nnj and not ddos_ignore.has_key(tjid):
iq_ddos_requests,iq_ddos_limit = GT('ddos_iq_requests'),GT('ddos_iq_limit')
nick = getResourse(room)
qry = unicode(iq.getTag(name='query'))
if ddos_iq.has_key(tjid): time_tuple = [time.time()] + ddos_iq[tjid][:iq_ddos_requests-1]
else: time_tuple = [time.time()]
ddos_iq[tjid] = time_tuple
if len(time_tuple) == iq_ddos_requests and (time_tuple[0]-time_tuple[-1]) < iq_ddos_limit:
ddos_ignore[tjid] = [getRoom(room),nick,time.time()+GT('ddos_limit')[al]]
pprint('!!! IQ-DDOS Detect: %s %s [%s] %s' % (al, room, tjid, qry),'bright_red')
return
for t in [tmp[2] for tmp in giq_hook if tmp[1] == 'get']:
to_send = t(iq,id,room,acclvl,query,towh,al)
if to_send:
if to_send != True: sender(to_send)
raise xmpp.NodeProcessed
elif iq.getType()=='set':
for t in [tmp[2] for tmp in giq_hook if tmp[1] == 'set']:
to_send = t(iq,id,room,acclvl,query,towh,al)
if to_send:
if to_send != True: sender(to_send)
raise xmpp.NodeProcessed
def iq_async_clean():
global iq_reques
while not game_over:
to = GT('timeout')
while to > 0 and not game_over:
to -= 1
time.sleep(1)
if len(iq_request):
for tmp in iq_request.keys():
if iq_request[tmp][0] + GT('timeout') < time.time(): iq_request.pop(tmp)
break
def presence_async_clean():
global pres_answer
while not game_over:
to = GT('timeout')
while to > 0 and not game_over:
to -= 1
time.sleep(1)
if len(pres_answer):
tm = []
for tmp in pres_answer:
if tmp[2] + GT('timeout') > time.time(): tm.append(tmp)
pres_answer = tm
def iq_async(*answ):
global iq_request
req = iq_request.pop(answ[0])
try: er_code = answ[3]
except: er_code = None
if er_code == 'error': is_answ = (answ[1]-req[0],(answ[2],'error'))
elif req[3] == xmpp.NS_URN_PING or req[3] == answ[1]: is_answ = (answ[2]-req[0],answ[3:])
elif req[3] == xmpp.NS_VCARD and answ[1] == 'None':
answ[4].setTag('vCard',namespace=xmpp.NS_VCARD)
is_answ = (answ[2]-req[0],answ[3:])
else:
pprint('!!! Got a fake iq answer. Request: %s. Answer: %s. Raw: %s' % (req[3],answ[1],answ[3]),'red')
is_answ = (answ[2]-req[0],('%s %s' % (L('Error!'),L('Got a fake iq answer!')),))
req[2].append(is_answ)
thr(req[1],(tuple(req[2])),'iq_async_%s' % answ[0])
def remove_ignore():
global ddos_ignore
while not game_over:
if len(ddos_ignore):
tt = time.time()
for tmp in ddos_ignore.keys():
if tt > ddos_ignore[tmp][2]:
try:
ddos_ignore.pop(tmp)
pprint('!!! DDOS: Jid %s is removed from ignore!' % tmp,'red')
except: pprint('!!! DDOS: Unable find jid %s in ignore list. Perhaps it\'s removed by bot\'s owner!' % tmp,'red')
time.sleep(10)
def com_parser(access_mode, nowname, type, room, nick, text, jid):
global last_command, ddos_ignore
jjid = getRoom(jid)
if ddos_ignore.has_key(jjid): return
if last_command[1:7] == [nowname, type, room, nick, text, jid] and time.time() < last_command[7]+GT('ddos_diff')[access_mode]:
ddos_ignore[jjid] = [room,nick,time.time()+GT('ddos_limit')[access_mode]]
pprint('!!! DDOS Detect: %s %s/%s %s %s' % (access_mode, room, nick, jid, text),'bright_red')
send_msg(type, room, nick, L('Warning! Exceeded the limit of sending the same commands. You to ignore for %s.','%s/%s'%(room,nick)) % un_unix(GT('ddos_limit')[access_mode],'%s/%s'%(room,nick)))
return None
no_comm = True
cof = cur_execute_fetchall('select * from commonoff;')#!!!
for parse in comms:
if access_mode >= parse[0] and nick != nowname:
not_offed = True
if access_mode != 9 or ignore_owner:
for co in cof:
if co[0]==room and co[1]==text.lower()[:len(co[1])]:
not_offed = None
break
p1l = parse[1].lower()
if not_offed and (text.lower() == p1l or text[:len(parse[1])+1].lower() in ['%s '%p1l,'%s\n'%p1l]):
pprint('%s %s/%s [%s] %s' % (jid,room,nick,access_mode,text),'bright_cyan')
no_comm = None
if not parse[3]: thr(parse[2],(type, room, nick, parse[4:]),parse[1])
elif parse[3] == 1: thr(parse[2],(type, room, nick),parse[1])
elif parse[3] == 2: thr(parse[2],(type, room, nick, text[len(parse[1])+1:]),parse[1])
last_command = [access_mode, nowname, type, room, nick, text, jid, time.time()]
break
return no_comm
def messageCB(sess,mess):
global lfrom, lto, lastserver, lastnick, comms, message_in, no_comm, last_hash, current_join
message_in += 1
type=unicode(mess.getType())
room=unicode(mess.getFrom().getStripped())
text=unicode(mess.getBody())
id = mess.getID()
try: was_send = messages_log.pop(id)
except: was_send = None
if was_send and type == 'error' and mess.getTag('error',attrs={'code':'500','type':'wait'}):
time.sleep(time_limit)
sender(was_send)
return
if current_join and room in [getRoom(t) for t in current_join.keys()]:
try:
tt = {}
for t in mess.getTag('captcha',attrs={'xmlns':'urn:xmpp:captcha'}).getTag('x',attrs={'xmlns':'jabber:x:data'}).getTags('field'):
tt[t.getAttrs()['var']] = t.getTagData('value')
if current_join[tt['from']] == tt['sid']:
pprint('*** Captcha: %s' % text)
current_join[tt['from']] = text
else: current_join.pop(tt['from'])
except:
for t in current_join.keys():
if room == getRoom(t):
current_join.pop(t)
break
try:
code = mess.getTag('x',namespace=xmpp.NS_MUC_USER).getTagAttr('status','code')
if code in msg_status_codes:
append_message_to_log(room,'','',type,msg_status_codes[code])
return
except: pass
if (text == 'None' or text == '') and not mess.getSubject(): return
if mess.getTimestamp() != None: return
nick=mess.getFrom().getResource()
if nick != None: nick = unicode(nick)