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#!/usr/bin/python
# -*- coding: utf-8 -*-
# --------------------------------------------------------------------------- #
# #
# Plugin for iSida Jabber Bot #
# Copyright (C) diSabler <dsy@dsy.name> #
# Copyright (C) Vit@liy <vitaliy@root.ua> #
# #
# 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/>. #
# #
# --------------------------------------------------------------------------- #
ANSW_PREV = {}
FLOOD_STATS = {}
LAST_PHRASE = {}
autophrases_time = {}
list_of_answers, list_of_empty, list_of_phrases_with_highlight, list_of_phrases_no_highlight, dict_of_mind = {}, {}, {}, {}, {}
llist = ['en'] + [tmp[:-4] for tmp in os.listdir(loc_folder[:-6]) if tmp[-4:]=='.txt']
for t in llist:
if os.path.isfile(loc_folder % t): cur_lang = t
else: cur_lang = 'en'
chat_folder = data_folder % 'chat/%s/' % cur_lang
MIND_FILE = chat_folder + 'mind.txt'
EMPTY_FILE = chat_folder + 'empty.txt'
ANSWER_FILE = chat_folder + 'answer.txt'
PHRASES_FILE = chat_folder + 'phrases.txt'
list_of_answers[cur_lang] = readfile(ANSWER_FILE).decode('utf-8').split('\n')
list_of_empty[cur_lang] = readfile(EMPTY_FILE).decode('utf-8').split('\n')
list_of_phrases_with_highlight[cur_lang] = []
list_of_phrases_no_highlight[cur_lang] = []
for phrase in readfile(PHRASES_FILE).split('\n'):
if 'NICK' in phrase: list_of_phrases_with_highlight[cur_lang].append(phrase.decode('utf-8'))
else: list_of_phrases_no_highlight[cur_lang].append(phrase.decode('utf-8'))
dict_of_mind[cur_lang] = {}
for p in readfile(MIND_FILE).decode('utf-8').split('\n'):
if '||' in p:
tmp1, tmp2 = p.strip().split('||')
dict_of_mind[cur_lang][tmp1] = tmp2.split('|')
def flood_actions(type, room, nick, answ, msg):
text = ''
jid = getRoom(get_level(room,nick)[1])
nowname = getResourse(cur_execute_fetchone('select room from conference where room ilike %s',('%s/%%'%room,))[0])
access_mode = get_level(room,nick)[0]
if cur_execute_fetchone('select * from commonoff where room=%s and cmd=%s',(room,answ[1:])): return
if answ == '@ping':
nicks = [d[1] for d in megabase if d[0]==room]
tmp = [n for n in nicks if n.upper() in msg]
if not tmp: text = 'ping'
elif len(tmp) == 1: text = 'ping %s' % tmp[0]
else: send_msg(type, room, nick, L('What?'))
elif answ == '@oboobs': text = 'oboobs'
elif answ == '@obutts': text = 'obutts'
elif answ == '@anek': text = 'anek'
elif answ == '@calend':
if u'ЗАВТРА' in msg: text = time.strftime('calend %d.%m', time.localtime(time.time()+86400))
else: text = 'calend'
if text: com_parser(access_mode, nowname, type, room, nick, text, jid)
def addAnswerToBase(tx):
if not len(tx) or tx.count(' ') == len(tx): return
lent = len(cur_execute_fetchall('select ind from answer'))+1
cur_execute('insert into answer values (%s,%s)', (lent,tx))
if base_type not in ['sqlite3','mysql']:
conn.commit()
def getRandomAnswer(tx,room):
if not tx.strip(): return None
lent = len(cur_execute_fetchall('select ind from answer'))
mrand = random.randint(1,lent)
answ = to_censore(cur_execute_fetchone('select body from answer where ind=%s', (mrand,))[0],room)
return answ
def getSmartAnswer(type, room, nick, text):
loc = get_L_('%s/%s' % (room,nick))
if '?' in text: answ = random.choice(list_of_answers[loc]).strip()
else: answ = random.choice(list_of_empty[loc]).strip()
score,sc, var = 1.0,0,[answ]
text = ' %s ' % text.upper()
for answer in dict_of_mind[loc]:
sc = rating(answer, text, room)
if sc > score: score,var = sc,dict_of_mind[loc][answer]
elif sc == score: var += dict_of_mind[loc][answer]
answ = random.choice(var)
if answ[0] != '@': return answ
else:
flood_actions(type, room, nick, answ, text)
return ''
def rating(s, text, room):
r,s = 0.0,s.split('|')
for k in s:
if k in text: r += 1
if k in ANSW_PREV.get(room, ''): r += 0.5
return r
def getAnswer(type, room, nick, text):
text = text.strip()
if get_config(getRoom(room),'flood') in ['random',True]: answ = getRandomAnswer(text,room)
else:
answ = getSmartAnswer(type, room, nick, text)
ANSW_PREV[room] = text.upper()
if type == 'groupchat' and text == to_censore(text,room): addAnswerToBase(text)
return answ
def flood_action(room,jid,nick,type,text):
if get_config(room,'autoflood'):
jjid = getRoom(jid)
tm = time.time()
prefix = get_local_prefix(room)
first_word = text.split(' ', 1)[0]
cur_alias = cur_execute_fetchall('select match from alias where room=%s',(room,))
if cur_alias: cur_alias = [t[0] for t in cur_alias]
else: cur_alias = []
if nick in [get_xnick(room), ''] or cur_execute_fetchone('select pattern from bot_ignore where %s ilike pattern',(jjid,)) or ddos_ignore.has_key(jjid): return
if first_word in [prefix + i[1] for i in comms] + cur_alias or first_word[:-1] in [d[1] for d in megabase if d[0]==room]:
if FLOOD_STATS.has_key(room) and FLOOD_STATS[room][0] != jjid: FLOOD_STATS[room] = ['', 0, 0]
return
if not FLOOD_STATS.has_key(room) or FLOOD_STATS[room][0] != jjid: FLOOD_STATS[room] = [jjid, tm, 1]
else: FLOOD_STATS[room][2] += 1
if FLOOD_STATS.has_key(room) and FLOOD_STATS[room][2] >= get_config_int(room,'floodcount') and tm - FLOOD_STATS[room][1] > get_config_int(room,'floodtime'):
pprint('Send msg human: %s/%s [%s] <<< %s' % (room,nick,type,text),'dark_gray')
try:
msg = getAnswer(type, room, nick, text)
if text: send_msg_human(type, room, nick, msg, 'msg_human_auto')
else: return False
except: return False
return True
if get_config(room,'floodrepeat') != 'off' and get_level(room,nick)[0] > 0:
text = text.strip()
if LAST_PHRASE.has_key(room) and LAST_PHRASE[room][0] != jid and LAST_PHRASE[room][2] == text:
if LAST_PHRASE[room][1] >= get_config_int(room,'floodrepeat') - 1:
try: LAST_PHRASE.pop(room)
except: pass
pprint('Send msg human repeat: %s/%s [%s] <<< %s' % (room,nick,type,text),'dark_gray')
try: send_msg_human(type, room, '', text, 'msg_human_repeat')
except: return False
return True
else: LAST_PHRASE[room] = [jid,LAST_PHRASE[room][1] + 1,text]
else: LAST_PHRASE[room] = [jid,1,text]
return False
def phrases_timer():
for room in list(set([i[0] for i in megabase])):
if get_config(room,'autophrases') != 'off':
a_time = int(get_config(room,'autophrasestime'))
if not room in autophrases_time:
autophrases_time[room] = time.time() + random.normalvariate(a_time, a_time/12.0)/2
if time.time() > autophrases_time[room]:
autophrases_time[room] = time.time() + random.normalvariate(a_time, a_time/12.0)
if get_config(room,'autophrases') == 'all':
rand_nicks = [d[1] for d in megabase if d[0]==room if not cur_execute_fetchone('select pattern from bot_ignore where %s ilike pattern',(getRoom(d[4]),)) and d[1] not in [get_xnick(room), '']]
if rand_nicks:
nick = random.choice(rand_nicks)
loc = get_L_('%s/%s' % (room,nick))
msg = random.choice(list_of_phrases_with_highlight[loc] + list_of_phrases_no_highlight[loc])
msg = msg.replace('NICK', nick)
if get_config(room,'autophrases') == 'without highlight' or not rand_nicks: msg = random.choice(list_of_phrases_no_highlight[CURRENT_LOCALE])
pprint('Send autophrase: %s >>> %s' % (room, msg), 'dark_gray')
send_msg('groupchat', room, '', msg)
global execute, message_act_control, timer
message_act_control = [flood_action]
timer = [phrases_timer]
execute = []
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