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main.py
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main.py
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from random import choice
import traceback as tb
import traceback
import socket
import pytz
# import socks
import sys
import time
import requests
import settings
import translate_krzb
import whois
import json
from urllib.parse import unquote
from urllib.parse import quote as urlencode
from settings import settings as option
from threading import Thread
import traceback
import datetime
LOG_TRACE = True
ENABLE_EXMO = False
def settings_by_key(key):
return config[key]
def getconfig():
return config
def get_create_ctx_from_mask2ctx(mask2ctx, mask):
if mask in mask2ctx:
ctx = mask2ctx[mask]
else:
ctx = {}
mask2ctx[mask] = ctx
return ctx
def replace_nick_mask2ctx(mask2ctx, prev_mask, new_mask):
print(__name__, "replace_nick_mask2ctx(, prev_mask='"+str(prev_mask)+"', new_mask="+str(new_mask)+")", flush=True)
if prev_mask in mask2ctx:
ctx = mask2ctx[prev_mask]
del mask2ctx[prev_mask]
else:
ctx = {}
mask2ctx[new_mask]=ctx
def set_prev_msg(mask2ctx, mask, message):
print(__name__, f"set_prev_msg enter, args: (, mask='{mask}', message='{message}')", flush=True)
if mask is None or message is None:
print(__name__, "set_prev_msg point 1, leaving", flush=True)
return
#print(__name__, "set_prev_msg point 2", flush=True)
ctx = get_create_ctx_from_mask2ctx(mask2ctx, mask)
#print(__name__, "set_prev_msg point 3", flush=True)
ctx["prev_msg"]=message
print(__name__, "set_prev_msg point 4, leaving", flush=True)
def get_prev_msg(mask2ctx, mask):
ctx = get_create_ctx_from_mask2ctx(mask2ctx, mask)
return ctx["prev_msg"] if "prev_msg" in ctx else None
def fmt2(your_numeric_value):
return "{:0,.2f}".format(float(your_numeric_value))
from pytrends.request import TrendReq
while True:
try:
pytrends = TrendReq(hl='ru-RU', tz=360)
break
except KeyboardInterrupt as e:
raise e
except:
traceback.print_exc()
TIME_TO_SLEEP_SECONDS = 1
print ( "sleeping %s seconds" % str(TIME_TO_SLEEP_SECONDS) )
time.sleep(TIME_TO_SLEEP_SECONDS)
continue
def get_interest_by_country(country):
return pytrends.interest_by_region(resolution='COUNTRY', inc_low_vol=True, inc_geo_code=False)
def get_trending_searches(country_str, kwlist=None):
return pytrends.trending_searches(pn=country_str).to_numpy()
def convert_hex_to_ip(hex_value):
a=int(hex_value[0:2], 16)
b=int(hex_value[2:4], 16)
c=int(hex_value[4:6], 16)
d=int(hex_value[6:8], 16)
return "%s.%s.%s.%s" % (str(a), str(b), str(c), str(d))
# Function of parcing of get TITLE from link.
def link_title(n):
if 'http://' in n or 'https://' in n:
try:
link_r = n.split('//',1)[1].split(' ',1)[0].rstrip()
except:
print('Link wrong!')
elif 'www.' in n:
try:
link_r = n.split('www.',1)[1].split(' ',1)[0].rstrip()
except:
print('Link wrong!')
link = 'http://'+link_r
max_t_link = 30
t_link = time.time()
for i in requests.get(link, stream=True, verify=False):
t2_link = time.time()
if t2_link > t_link + max_t_link:
requests.get(link, stream=True).close()
print('Title - Ошибка! Превышено время ожидания!')
link_stat = False
break
else:
link_stat = True
if link_stat == True:
unquoted_link = unquote(link)
get_title = requests.get(link, timeout = 10)
txt_title = get_title.text
if '</TITLE>' in txt_title or '</title>' in txt_title\
or '</Title>' in txt_title:
if '</TITLE>' in txt_title:
title = '\x02Title\x02 of '+n+': '+\
txt_title.split('</TITLE>',1)[0].split('>')[-1]
elif '</title>' in txt_title:
title = '\x02Title\x02 of '+n+': '+\
txt_title.split('</title>',1)[0].split('>')[-1]
elif '</Title>' in txt_title:
title = '\x02Title\x02 of '+n+': '+\
txt_title.split('</Title>',1)[0].split('>')[-1]
return title.replace('\r','').replace('\n','').replace\
('www.','').replace('http://','').replace\
('https://','').strip()
else:
return 'Title not found'
def ru_latest_news_newsapi_org():
apikey=option("newsapi_apikey")
url="http://newsapi.org/v2/top-headlines?country=ru&apiKey=%s" % apikey
resp = requests.get(url=url)
if resp.status_code != 200: return []
#print (__file__, resp.text)
rjson = resp.json()
print(__file__, "ns_resp",json.dumps(rjson, sort_keys=True, indent=4))
if "articles" in rjson:
arts = rjson["articles"]
if arts is None: return []
return arts
return []
def ua_latest_news_newsapi_org():
apikey=option("newsapi_apikey")
url="http://newsapi.org/v2/top-headlines?country=ua&apiKey=%s" % apikey
resp = requests.get(url=url)
if resp.status_code != 200: return []
#print (__file__, resp.text)
rjson = resp.json()
print(__file__, "ns_resp",json.dumps(rjson, sort_keys=True, indent=4))
if "articles" in rjson:
arts = rjson["articles"]
if arts is None: return []
return arts
return []
def latest_news_google_news_ru():
apikey=option("newsapi_apikey")
url="http://newsapi.org/v2/top-headlines?sources=google-news-ru&apiKey=%s" % apikey
resp = requests.get(url=url)
if resp.status_code != 200: return []
# print (__file__, resp.text)
rjson = resp.json()
print(__file__, "ns_resp",json.dumps(rjson, sort_keys=True, indent=4))
if "articles" in rjson:
arts = rjson["articles"]
if arts is None: return []
return arts
return []
def format_currency(value):
return "{:0,.2f}".format(float(value))
def format_total_cap(total_market_cap_usd):
total_market_cap_usd_t = float(total_market_cap_usd) / 1.0e12
b = "{:0,.2f}".format(total_market_cap_usd_t)+"T USD"
p = "{:0,.2f}".format(total_market_cap_usd_t/60.0*100.0)+'% of entire world cap e.g. 60T USD'
return b+" ("+p+')'
def fetch_last_hour_new_news(old_news_cache=None, kwlist=None):
array = get_trending_searches(country_str="russia", kwlist=kwlist)
newer = []
for lines in array:
line = lines[0]
if line is None: continue
if line in old_news_cache: continue
newer.append(line)
return newer
def is_runews_command(bot_nick, str_line):
#:[email protected] PRIVMSG BichBot :Чтобы получить войс, ответьте на вопрос: Как называется blah blah?
dataTokensDelimitedByWhitespace = str_line.split(" ")
#dataTokensDelimitedByWhitespace[0] :[email protected]
#dataTokensDelimitedByWhitespace[1] PRIVMSG
#dataTokensDelimitedByWhitespace[2] #ru
# OR
#dataTokensDelimitedByWhitespace[2] BichBot
#dataTokensDelimitedByWhitespace[3] :!курс
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
where_mes_exc = communicationsLineName
if len(dataTokensDelimitedByWhitespace) > 3:
line = " ".join(dataTokensDelimitedByWhitespace[3:])
is_in_private_query = where_mes_exc == bot_nick
bot_mentioned = bot_nick in line
commWithBot = is_in_private_query or bot_mentioned
return commWithBot and ("runews" in line or "руновости" in line) or ("!runews" in line or "!руновости" in line)
else:
return False
def is_uanews_command(bot_nick, str_line):
#:[email protected] PRIVMSG BichBot :Чтобы получить войс, ответьте на вопрос: Как называется blah blah?
dataTokensDelimitedByWhitespace = str_line.split(" ")
#dataTokensDelimitedByWhitespace[0] :[email protected]
#dataTokensDelimitedByWhitespace[1] PRIVMSG
#dataTokensDelimitedByWhitespace[2] #ru
# OR
#dataTokensDelimitedByWhitespace[2] BichBot
#dataTokensDelimitedByWhitespace[3] :!курс
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
where_mes_exc = communicationsLineName
if len(dataTokensDelimitedByWhitespace) > 3:
line = " ".join(dataTokensDelimitedByWhitespace[3:])
is_in_private_query = where_mes_exc == bot_nick
bot_mentioned = bot_nick in line
commWithBot = is_in_private_query or bot_mentioned
return commWithBot and ("uanews" in line or "укрновости" in line) or ("!uanews" in line or "!укрновости" in line)
else:
return False
def is_search_command(bot_nick, str_line):
#:[email protected] PRIVMSG BichBot :Чтобы получить войс, ответьте на вопрос: Как называется blah blah?
dataTokensDelimitedByWhitespace = str_line.split(" ")
#dataTokensDelimitedByWhitespace[0] :[email protected]
#dataTokensDelimitedByWhitespace[1] PRIVMSG
#dataTokensDelimitedByWhitespace[2] #ru
# OR
#dataTokensDelimitedByWhitespace[2] BichBot
#dataTokensDelimitedByWhitespace[3] :!курс
#:server.org 332 GreenBich #ru :поисковик: search.org
if len(dataTokensDelimitedByWhitespace) < 4: return False
if dataTokensDelimitedByWhitespace[1] != "PRIVMSG": return False
communicationsLineName = dataTokensDelimitedByWhitespace[2]
where_mes_exc = communicationsLineName
line = " ".join(dataTokensDelimitedByWhitespace[3:])
is_in_private_query = where_mes_exc == bot_nick
bot_mentioned = bot_nick in line
commWithBot = is_in_private_query or bot_mentioned
return commWithBot and ("search" in line or "поиск" in line) or ("!search" in line or "!поиск" in line)
def is_search_command2(bot_nick, str_line):
#:[email protected] PRIVMSG BichBot :Чтобы получить войс, ответьте на вопрос: Как называется blah blah?
dataTokensDelimitedByWhitespace = data.split(" ")
#dataTokensDelimitedByWhitespace[0] :[email protected]
#dataTokensDelimitedByWhitespace[1] PRIVMSG
#dataTokensDelimitedByWhitespace[2] #ru
# OR
#dataTokensDelimitedByWhitespace[2] BichBot
#dataTokensDelimitedByWhitespace[3] :!курс
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
where_mes_exc = communicationsLineName
if len(dataTokensDelimitedByWhitespace) > 3:
line = " ".join(dataTokensDelimitedByWhitespace[3:])
is_in_private_query = where_mes_exc == bot_nick
bot_mentioned = bot_nick in line
commWithBot = is_in_private_query or bot_mentioned
return commWithBot and ("search2" in line or "поиск2" in line) or ("!search2" in line or "!поиск2" in line)
else:
return False
class MyPingsToServerThread(Thread):
def __init__(self, myBot):
Thread.__init__(self)
self.myBot = myBot
def run(self):
self.myBot.pinger_of_server()
def print_wheel(wheel):
s = "{[\r\n"
for dt in wheel['datetimes']:
s+=" "+str(dt)+"\r\n"
s+="]}"
return s
WHEEL_SIZE = 5
WHEEL_TIME_SECONDS = 60
class MyBot:
wheelGrants = {}
def grantCommand(self, sentBy, commLine):
sentBy = 'anyone' # nicks don't matter as ddoser might use multiple random nicks
if not sentBy in self.wheelGrants:
wheel = {}
self.wheelGrants[sentBy] = wheel
wheel['datetimes'] = [datetime.datetime.now(pytz.utc)]
print(__name__, f"command_granted clause 1, wheel: {print_wheel(wheel)}")
return True
else:
wheel = self.wheelGrants[sentBy]
datetimes = wheel['datetimes']
while len(datetimes) > WHEEL_SIZE:
datetimes = datetimes[1:]
wheel['datetimes'] = datetimes
if len(datetimes) < WHEEL_SIZE:
print(__name__, f"command_granted clause 3, wheel: {print_wheel(wheel)}")
datetimes.append(datetime.datetime.now(pytz.utc))
wheel['datetimes'] = datetimes
return True
granted = datetimes[0] < datetime.datetime.now(pytz.utc) - datetime.timedelta(seconds=WHEEL_TIME_SECONDS)
if not granted:
print(__name__, f"command not granted, wheel: {print_wheel(wheel)}")
if "floodDetectedSentTime" in wheel:
floodDetectedSentTime = wheel["floodDetectedSentTime"]
else:
floodDetectedSentTime = datetime.datetime.now(pytz.utc) - datetime.timedelta(days=1)
if floodDetectedSentTime < datetime.datetime.now(pytz.utc) - datetime.timedelta(seconds=WHEEL_TIME_SECONDS):
wheel["floodDetectedSentTime"] = datetime.datetime.now(pytz.utc)
self.send(f'PRIVMSG {commLine} :Flood detected, ignoring.\r\n')
else:
print(__name__, f"command_granted clause 2, wheel: {print_wheel(wheel)}")
datetimes.append(datetime.datetime.now(pytz.utc))
datetimes = datetimes[1:]
wheel['datetimes'] = datetimes
return granted
def connection_settings(self, key2):
return self.connection_settings_dict()[key2]
def connection_option(self, key2):
return self.connection_settings(key2)
def connection_setting_or_None(self, key2):
dic = self.connection_settings_dict()
return dic[key2] if key2 in dic else None
def connection_settings_dict(self):
return self.connection_props
def __init__(self, settings_key, connection_props):
self.settings_key = settings_key
self.connection_props = connection_props
self.irc_server_hostname = self.connection_settings('irc_server_hostname')
self.port = int(self.connection_settings('port'))
self.channelsProps = self.connection_settings('channelsProps')
self.channelsList = list(self.channelsProps.keys())
self.BOT_NAME_PREFIX = self.connection_settings('InitialBotNick')
self.botName = self.BOT_NAME_PREFIX
self.botNickSalt = 0
self.nickserv_password = self.connection_setting_or_None('nickserv_password')
self.coinmarketcap_apikey = settings.settings('coinmarketcap_apikey')
self.rapidapi_appkey = settings.settings('rapidapi_appkey')
self.titleEnabled = bool(self.connection_settings('titleEnabled'))
self.onlycmc = bool(self.connection_settings('onlycmc'))
self.enableother1 = not self.onlycmc
self.gnome1rur = float(settings.settings('gnome1_rur_float'))
self.gnomeBtcTransaction1 = float(settings.settings('gnome_btc_transaction1_BTC_float')) #BTC
self.gnome_btc_amount2_BTC_float = float(settings.settings('gnome_btc_amount2_BTC_float')) #BTC
self.master_secret = settings.settings('master_secret')
self.gnome1rur = self.gnome1rur + ((self.gnome_btc_amount2_BTC_float - self.gnomeBtcTransaction1) * 9500.0 * 65.0)
self.measurementRur1 = self.gnome1rur
self.measurementRur2 = self.gnome1rur
old_news_cache={}
old_news_cache_index={}
def web_search(self, query_str, number_of_results):
pageNumber=1
url="https://contextualwebsearch-websearch-v1.p.rapidapi.com/api/Search/WebSearchAPI?q=%s&pageNumber=%s&pageSize=%s&autocorrect=true&safeSearch=true" % \
(urlencode(query_str),str(pageNumber),str(number_of_results))
headers = {'User-agent': 'bichbot/0.0.1',"X-RapidAPI-Host":"contextualwebsearch-websearch-v1.p.rapidapi.com","X-RapidAPI-Key":self.rapidapi_appkey}
resp = requests.get(url=url, headers=headers)
rjson = resp.json()
print("ws_resp",json.dumps(rjson, sort_keys=True, indent=4))
for v in rjson["value"]: return v["url"]
return None
def web_search2(self, query_str, number_of_results):
search2RestClient=Search2RestClient(option("dataforseo_api_login"), option("dataforseo_api_password"))
resp_json = search2RestClient.get(path)
pageNumber=1
url="https://contextualwebsearch-websearch-v1.p.rapidapi.com/api/Search/WebSearchAPI?q=%s&pageNumber=%s&pageSize=%s&autocorrect=true&safeSearch=true" % \
(urlencode(query_str),str(pageNumber),str(number_of_results))
headers = {'User-agent': 'bichbot/0.0.1',"X-RapidAPI-Host":"contextualwebsearch-websearch-v1.p.rapidapi.com","X-RapidAPI-Key":self.rapidapi_appkey}
resp = requests.get(url=url, headers=headers)
rjson = resp.json()
print("ws_resp",json.dumps(rjson, sort_keys=True, indent=4))
for v in rjson["value"]: return v["url"]
return None
def news_search_ctxwebsrch(self, query_str, number_of_results):
pageNumber=1
url="https://contextualwebsearch-websearch-v1.p.rapidapi.com/api/Search/NewsSearchAPI?q=%s&pageNumber=%s&pageSize=%s&autocorrect=true&safeSearch=true" % \
(urlencode(query_str),str(pageNumber),str(number_of_results))
headers = {'User-agent': 'bichbot/0.0.1',"X-RapidAPI-Host":"contextualwebsearch-websearch-v1.p.rapidapi.com","X-RapidAPI-Key":self.rapidapi_appkey}
resp = requests.get(url=url, headers=headers)
rjson = resp.json()
print("ns_resp",json.dumps(rjson, sort_keys=True, indent=4))
for v in rjson["value"]: return v["url"]
return None
def sendmsg(self, to_addr,msg):
self.send('PRIVMSG %s :%s\r\n'%(to_addr,msg))
def print_new_news_googletrends(self, to_addr, kwlist=None):
old_news_cache = self.old_news_cache
if to_addr in old_news_cache:
cache = old_news_cache[to_addr]
else:
cache={}
old_news_cache[to_addr]=cache
array_of_strings = fetch_last_hour_new_news(cache,kwlist=kwlist)
cnt = get_news_count_for_channel(to_addr)
sent = 0
index = 0
for line in array_of_strings:
if line is None: continue
resultUrl = news_search(line,1)
self.sendmsg(to_addr, "%s: %s %s" % (str((index+1)),line,resultUrl if resultUrl else ""))
cache[line] = {"recently_sent":True}
sent=sent+1
index=index+1
if sent >= cnt: break
if sent == 0: self.sendmsg(to_addr, "Нет новостей у меня")
def print_new_runews_newsapi_org(self, to_addr):
old_news_cache = self.old_news_cache
old_news_cache_index = self.old_news_cache_index
if to_addr in old_news_cache:
cache = old_news_cache[to_addr]
else:
cache={}
old_news_cache[to_addr]=cache
if to_addr in old_news_cache_index:
cache_index = old_news_cache_index[to_addr]
else:
cache_index=[]
old_news_cache_index[to_addr]=cache_index
arts = ru_latest_news_newsapi_org() + latest_news_google_news_ru()
cnt = self.get_news_count_for_channel(to_addr)
sent = 0
index = 0
for a in arts:
if a is None: continue
url = a["url"]
if url in cache: continue
self.sendmsg(to_addr, "%s %s" % ( str(url), str(a["title"]) ))
cache[url] = True
cache_index.append(url)
while len(cache_index)>100:
first_url = cache_index.pop(0)
del cache[first_url]
sent=sent+1
index=index+1
if sent >= cnt: break
if sent == 0: self.sendmsg(to_addr, "Нет новостей у меня")
def print_new_uanews_newsapi_org(self, to_addr):
old_news_cache = self.old_news_cache
old_news_cache_index = self.old_news_cache_index
if to_addr in old_news_cache:
cache = old_news_cache[to_addr]
else:
cache={}
old_news_cache[to_addr]=cache
if to_addr in old_news_cache_index:
cache_index = old_news_cache_index[to_addr]
else:
cache_index=[]
old_news_cache_index[to_addr]=cache_index
arts = ua_latest_news_newsapi_org()
cnt = self.get_news_count_for_channel(to_addr)
sent = 0
index = 0
for a in arts:
if a is None: continue
url = a["url"]
if url in cache: continue
self.sendmsg(to_addr, "%s %s" % ( str(url), str(a["title"]) ))
cache[url] = True
cache_index.append(url)
while len(cache_index)>100:
first_url = cache_index.pop(0)
del cache[first_url]
sent=sent+1
index=index+1
if sent >= cnt: break
if sent == 0: self.sendmsg(to_addr, "Нет новостей у меня")
def maybe_print_news(self, bot_nick, str_incoming_line):
dataTokensDelimitedByWhitespace = str_incoming_line.split(" ")
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
if is_runews_command(bot_nick, str_incoming_line):
if self.grantCommand(sentBy, communicationsLineName):
kwlist = []
where_mes_exc = communicationsLineName
line = " ".join(dataTokensDelimitedByWhitespace[3:]) if len(dataTokensDelimitedByWhitespace)>=4 else ""
if line.startswith(":"):line=line[1:]
print("'%s'"%line)
p = line.find("news")
if p == -1:
p = line.find("новости")
if p == -1:
pass
else:
p=p+len("новости")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
else:
p = p+len("news")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
if len(kwlist)==0:
self.print_new_runews_newsapi_org(where_mes_exc)
else:
resultUrl = self.news_search_ctxwebsrch(kwlist[0],1)
self.sendmsg(where_mes_exc, "%s" % (resultUrl if resultUrl else "Новостей не найдено"))
if is_uanews_command(bot_nick, str_incoming_line):
if self.grantCommand(sentBy, communicationsLineName):
kwlist = []
where_mes_exc = communicationsLineName
line = " ".join(dataTokensDelimitedByWhitespace[3:]) if len(dataTokensDelimitedByWhitespace)>=4 else ""
if line.startswith(":"):line=line[1:]
print("'%s'"%line)
p = line.find("news")
if p == -1:
p = line.find("новости")
if p == -1:
pass
else:
p=p+len("новости")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
else:
p = p+len("news")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
if len(kwlist)==0:
self.print_new_uanews_newsapi_org(where_mes_exc)
else:
resultUrl = self.news_search_ctxwebsrch(kwlist[0],1)
self.sendmsg(where_mes_exc, "%s" % (resultUrl if resultUrl else "Новостей не найдено"))
def write_quotes(self):
print(__name__, "writing quotes.json")
with open('quotes.json', 'w') as myfile:
myfile.write(json.dumps(self.quotes_array))
def read_quotes(self):
# read file
#try:
print(__name__, "reading quotes.json")
with open('quotes.json', 'r') as myfile:
quotes_array=myfile.read()
self.quotes_array = json.loads(quotes_array)
#except:
# traceback.print_exc()
# print(__name__, "warning: setting empty quotes_array")
# quotes_array = []
#tok1[0] :[email protected]
#tok1[1] PRIVMSG
#tok1[2] #ru
# OR
#tok1[2] BichBot
#tok1[3] :!!aq/!!q
#tok1[4:] tokens
def print_quote(self, tok1):
at = tok1[2]
query = " ".join(tok1[4:])
try:
num = int(query)
except ValueError:
self.sendmsg(at, f"Need a positive int.")
return
if num > 0:
num = num - 1
self.read_quotes()
if num >= len(self.quotes_array):
self.sendmsg(at, f"Max quote number: {len(self.quotes_array)}.")
else:
q = self.quotes_array[num]
poster = q['posted-by'].split("!")[0]
self.sendmsg(at, f"[{num+1}] {q['text']} ({poster} at {q['date-posted']})")
else:
self.sendmsg(at, f"Need a positive int.")
def add_quote(self, tok1):
self.read_quotes()
length = len(self.quotes_array)
quote = " ".join(tok1[4:])
self.quotes_array.append({
"posted-by": tok1[0][1:],
"text": quote,
"date-posted": str(datetime.datetime.now(pytz.utc))
})
at = tok1[2]
self.write_quotes()
self.sendmsg(at, f"Quote added: [{length+1}] {quote}")
pass
def maybe_quotes(self, str_incoming_line, sentBy, commLineName):
tok1 = str_incoming_line.split(" ")
if len(tok1)<3: return False
if tok1[1] != "PRIVMSG": return False
cmdtok = tok1[3].split(":")
if len(cmdtok)<2: return False
cmd = cmdtok[1]
if not cmd.startswith("!!"): return False
if cmd == "!!q":
if self.grantCommand(sentBy, commLineName):
self.print_quote(tok1)
return True
if cmd == "!!aq":
if self.grantCommand(sentBy, commLineName):
self.add_quote(tok1)
return True
return False
def help_make_choice(self, message):
if ' или ' in message:
s = message.split(' или ')
if len(s) > 1:
return choice(s).strip('?')
if message.endswith('?'):
return choice(['да', 'нет'])
return None
def maybe_choice(self, bot_nick, str_incoming_line):
tok1 = str_incoming_line.split(" ")
if len(tok1)<3: return False
if tok1[1] != "PRIVMSG": return False
message = " ".join(tok1[3:])[1:]
if not bot_nick in message: return False
reply = self.help_make_choice(message)
if not reply: return False
at = tok1[2]
self.sendmsg(at, reply)
return True
def maybe_print_search(self, bot_nick, str_incoming_line, sentBy):
dataTokensDelimitedByWhitespace = str_incoming_line.split(" ")
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
if is_search_command(bot_nick, str_incoming_line):
if self.grantCommand(sentBy, communicationsLineName):
kwlist = []
where_mes_exc = communicationsLineName
line = " ".join(dataTokensDelimitedByWhitespace[3:]) if len(dataTokensDelimitedByWhitespace)>=4 else ""
if line.startswith(":"):line=line[1:]
print("'%s'"%line)
p = line.find("search")
if p == -1:
p = line.find("поиск")
if p == -1:
pass
else:
p=p+len("поиск")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
else:
p = p+len("search")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
if len(kwlist)==0:
self.sendmsg(where_mes_exc, "Чего синьорам найти?")
else:
resultUrl = self.web_search(kwlist[0],1)
self.sendmsg(where_mes_exc, "%s" % (resultUrl if resultUrl else "Результатов не найдено"))
def maybe_print_search2(self, bot_nick, str_incoming_line, sentBy, communicationsLineName):
if is_search_command2(bot_nick, str_incoming_line):
if self.grantCommand(sentBy, communicationsLineName):
kwlist = []
dataTokensDelimitedByWhitespace = str_incoming_line.split(" ")
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
where_mes_exc = communicationsLineName
line = " ".join(dataTokensDelimitedByWhitespace[3:]) if len(dataTokensDelimitedByWhitespace)>=4 else ""
if line.startswith(":"):line=line[1:]
print("'%s'"%line)
p = line.find("search2")
if p == -1:
p = line.find("поиск2")
if p == -1:
pass
else:
p=p+len("поиск2")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
else:
p = p+len("search2")
line = line[p:].strip()
print("'%s'"%line)
if line != '': kwlist.append(line)
if len(kwlist)==0:
self.sendmsg(where_mes_exc, "Чего синьорам найти?")
else:
resultUrl = web_search2(kwlist[0],1)
self.sendmsg(where_mes_exc, "%s" % (resultUrl if resultUrl else "Результатов не найдено"))
databuf = b''
socket_closed = False
def init_socket(self, client_socket):
self.databuf = b''
self.socket_closed = False
def extract_line(self):
# socket must be closed for this call.
if not self.socket_closed: raise Exception
a = self.databuf.find(b'\r')
b = self.databuf.find(b'\n')
if a != -1 and b != -1: a = min(a, b)
if b != -1 and a == -1: a = b
if a != -1:
line = self.databuf[0:a]
if self.databuf[a]==0xD:
a=a+1
if a<len(self.databuf) and self.databuf[a]==0xA:
a=a+1
else:
if self.databuf[a]==0xA:
a=a+1
self.databuf = self.databuf[a:] if a < len(self.databuf) else b''
return line
return self.databuf
def extract_line_1(self):
#if LOG_TRACE: print("extract_line_1() #0: databuf", databuf, "socket_closed", socket_closed)
a = self.databuf.find(b'\r')
b = self.databuf.find(b'\n')
if a != -1 and b != -1: a = min(a, b)
if b != -1 and a == -1: a = b
if a != -1:
if LOG_TRACE: print("#1: a:", a, "len(databuf):", len(self.databuf), "databuf[a]==b'SLASHr':", self.databuf[a]==0xD, "databuf[a]:", self.databuf[a], "a < len(databuf)-1:", a < len(self.databuf)-1)
if (self.databuf[a]==0xD and a < len(self.databuf)-1) or self.databuf[a]==0xA:
if LOG_TRACE: print("#2")
line = self.databuf[0:a]
if self.databuf[a]==0xD:
if LOG_TRACE: print("#3")
a=a+1
if self.databuf[a]==0xA:
if LOG_TRACE: print("#4")
a=a+1
else:
if LOG_TRACE: print("#5")
if self.databuf[a]==0xA:
if LOG_TRACE: print("#6")
a=a+1
if LOG_TRACE: print("#7, a:", a)
self.databuf = self.databuf[a:]
if LOG_TRACE: print("returning line:", line)
return line
#else read more
#else read more
if LOG_TRACE: print("returning None")
return None
def get_line(self, client_socket):
if self.socket_closed:
return self.extract_line()
line = self.extract_line_1()
if line is not None: return line
while True:
r = client_socket.recv(81920)
if len(r) == 0:
if LOG_TRACE: print("EOF")
self.socket_closed = True
return self.extract_line()
if LOG_TRACE: print("RX:", r)
self.databuf += r
line = self.extract_line_1()
if line is not None: return line
# Function shortening of ic.self.send.
def send(self, msg):
print(f"TX: {msg}")
retval = self.irc_socket.send(bytes(msg,'utf-8'))
return retval
# Install min & max timer vote.
min_timer = 30
max_timer = 300
def get_news_count_for_channel(self, commLineName):
props = self.channelsProps[commLineName] if commLineName in self.channelsProps else None
if props is None: return 10
return props['news_count'] if 'news_count' in props else 3
def pinger_of_server(self):
print ("spawned pinger_of_server, key: '%s'" % self.settings_key)
while True:
print("---new ping to server---")
self.pong_received=False
self.send('PING :'+str(time.time())+'\r\n')
time.sleep(180)
if self.pong_received:
continue
else:
print ("ping to server timeout, closing socket, key: '%s'" % self.settings_key)
self.irc_socket.close()
print ("exiting pinger of server, key: '%s'" % self.settings_key)
return
def login_and_loop(self):
while True:
print("---new iter---", flush=True)
try:
mask2ctx = {}
from time import sleep as sleep_seconds
print("sleeping 50ms...")
sleep_seconds(0.05)
if self.connection_setting_or_None('socks5_host'):
host = self.connection_option('socks5_host')
print (f"new socks.socksocket({host})")
self.irc_socket = socks.socksocket()
self.irc_socket.set_proxy(socks.SOCKS5, host, \
self.connection_option('socks5_port'), True, self.connection_option('socks5_username'), \
self.connection_option('socks5_password'))
else:
print ("new socket(AF_INET,SOCK_STREAM)")
self.irc_socket = socket.socket (socket.AF_INET, socket.SOCK_STREAM)
print("connecting... irc_server_hostname='"+self.irc_server_hostname+"' port='"+str(self.port)+"'…")
self.irc_socket.connect ((self.irc_server_hostname, self.port))
self.init_socket(self.irc_socket)
print("connected, self.sending login handshake, self.botName=["+self.botName+"]…")
#print (self.irc_socket.recv(2048).decode("UTF-8"))
self.send('NICK '+self.botName+'\r\n')
self.send('USER '+self.botName+' '+self.botName+' '+self.botName+' :irc bot\r\n')
#self.send('NickServ IDENTIFY '+settings.settings('password')+'\r\n')
#self.send('MODE '+self.botName+' +x')
name = ''
message = ''
message_voting = ''
voting_results = ''
count_voting = 0
count_vote_plus = 0
count_vote_minus = 0
count_vote_all = 0
while_count = 0
btc_usd = 0
eth_usd = 0
usd_rub = 0
eur_rub = 0
btc_rub = 0
btc_usd_old = 0
eth_usd_old = 0
usd_rub_old = 0
eur_rub_old = 0
btc_rub_old = 0
btc_usd_su = ''
eth_usd_su = ''
usd_rub_su = ''
eur_rub_su = ''
time_vote = 0
whois_ip = ''
whois_ip_get_text = ''
timer_exc = 0
time_exc = 0
where_mes_exc = ''
t2 = 0
dict_users = {}
dict_count = {}
dict_voted = {}
list_vote_ip = []
# List who free from anti-flood function.
list_floodfree = settings.settings('list_floodfree')
list_bot_not_work = settings.settings('list_bot_not_work')
keepingConnection=True
while keepingConnection:
try:
data = self.get_line(self.irc_socket).decode("UTF-8")
print("got line:["+data+"]", flush=True)
if data=="":
print("data=='', self.irc_socket.close(), keepingConnection=False, iterating...");
self.irc_socket.close()
keepingConnection=False
continue
except UnicodeDecodeError as decodeException:
print(f"UnicodeDecodeError {decodeException}, iterating...")
continue
tokens1 = data.split(" ");
sender_mask = None
dataTokensDelimitedByWhitespace = tokens1
#dataTokensDelimitedByWhitespace[0] :[email protected]
#dataTokensDelimitedByWhitespace[1] PRIVMSG
#dataTokensDelimitedByWhitespace[2] #ru
# OR
#dataTokensDelimitedByWhitespace[2] BichBot
#dataTokensDelimitedByWhitespace[3] :!курс
communicationsLineName = dataTokensDelimitedByWhitespace[2] if len(dataTokensDelimitedByWhitespace) > 2 else None
lineJoined = " ".join(dataTokensDelimitedByWhitespace[3:]) if len(dataTokensDelimitedByWhitespace) >= 4 else ""
sender = communicationsLineName
sentBy = dataTokensDelimitedByWhitespace[0][1:]
if len(tokens1)>1 and tokens1[1]=="433": #"Nickname is already in use" in data
self.botNickSalt=self.botNickSalt+1
self.botName = self.BOT_NAME_PREFIX+str(self.botNickSalt)
self.send('NICK '+self.botName+'\r\n')
continue
if len(tokens1)>=4 and tokens1[1]=="MODE" and "+x" in tokens1[3]: #:GreenBich MODE GreenBich :+x
self.send('JOIN '+(",".join(self.channelsList))+' \r\n')
continue
#
if self.nickserv_password is not None and len(tokens1)>1 and tokens1[1]=="001": #001 nick :Welcome to the Internet Relay Network
self.send('NICKSERV IDENTIFY '+self.nickserv_password+'\r\n')
if data.find('PING') != -1:
try:
print("ping_received")
self.send('PONG '+data.split(" ")[1]+'\r\n')
print("pong sent with data_str")
except:
traceback.print_exc()
self.send('PONG')
print("pong sent without data_str")
continue
if data.find('PONG') != -1:
print("server pong_received")
self.pong_received=True
continue
#001 welcome
spws = tokens1
if len(spws) > 1 and spws[1]=="001":
MyPingsToServerThread(self).start()
self.send('MODE '+self.botName+' +xB\r\n')
continue
ws_tokens = tokens1
try:
message = None
#got line:[:test2!~username@ipaddr PRIVMSG #channel :msg]
if len(ws_tokens)>=4:
src = ws_tokens[0]
cmd = ws_tokens[1]
chan = ws_tokens[2]
msg = " ".join(ws_tokens[3:])
if cmd == "PRIVMSG":
name = src.split('!')[0][1:]
sender_mask = src[1:]
message = msg[1:]
print(__name__, f"message: '{message}'",flush=True)
try:
ip_user=None#"data.split('@',1)[1].split(' ',1)[0]
except:
print(__name__, 'error getting ip_user')
except:
import traceback as tb