#!/usr/bin/env python
# -*- coding: utf-8 -*-
from modules import logger
log = logger.logger_class()
FOOTER_MSG = ""
class message_viewer():
def HEAD_MESSAGE(self, ID, SITES_IN_DB, SITES_LEFT):
message = "🔰<b> SYSTEM INFO:</b>\n" \
"\n" \
"▪️ <b>USER_ID:</b> <code>" + str(ID) + "</code> | ⚛ <b>SITES:</b> " \
"<code>" + str(SITES_IN_DB) + "</code> <b>/</b> ⭐ <b>LEFT:</b> <code>" + str(SITES_LEFT) + "</code>" \
"\n" \
return message
def BODY_MESSAGE(self):
message = "▫\n" \
"▫️<b> ⚔ Welcome to Arachni Scanner System 0.8</b> \n" \
"▫\n" \
"▫️ Katusha🕵️♀️ is hight Perfomance SQL vulnerability️ scanner,\n" \
"▫️ it is based on Arachni Scanner and can help you to find \n" \
"▫️ SQL injection on your target list! It is very \n" \
"▫️ FAST and include ERROR-BASED, TIME BASED & \n" \
"▫ BLIND BASED sql injection tests. \n"
from threading import Thread
from time import sleep, process_time
import datetime, psutil, os, json, webbrowser, asyncio, logging
import discord
from fuzzywuzzy import fuzz
trys = 0
token = ""
reset_time = 2 #hours
process_list = {}
ptime = 0
was_online = False
id = None
logger = logger_class("logs/bot.log",
level=log_level,
log_to_console=True,
use_caller_name=True,
use_file_names=True)
dc_time = None
bar_size = 18
connections = []
channels = ["commands"]
is_running = True
errors = {}
threads = {}
admins = []
loop: asyncio.AbstractEventLoop = None
_watchdog: watchdog = None
_server = None
admin_key = None
from modules.logger import logger_class, LEVEL
interpreter = 'python' if system() == 'Windows' else 'python3'
dnull = "NUL" if system() == 'Windows' else "/dev/null"
restart_counter = 0
def is_debugger():
return gettrace() is not None
logger = logger_class("logs/bot_runner.log",
level=LEVEL.DEBUG if is_debugger() else LEVEL.INFO,
log_to_console=True,
use_caller_name=True,
use_file_names=True)
def install_dependencies():
pre = "sudo " if system() == 'Linux' else ""
post = " --user" if system() == 'Windows' else ""
resp = run(f"{pre}{interpreter} -m pip install{post} -r dependencies.txt")
return resp
def main():
"""
Main loop that handdles starting the server, and deciding what to do after an update.
"""
"channel", [], "called")
self.assertEqual("000000000000000000", msg.get_contained_user_id())
def test_3_message_has_attachment(self):
msg = smdb_api.Message("sender", "the message content", "channel", [],
"called")
self.assertFalse(msg.has_attachments())
msg = smdb_api.Message("sender", "the message content", "channel",
[smdb_api.Attachment("name", "url", 12)],
"called")
self.assertTrue(msg.has_attachments())
if __name__ == "__main__":
print("Creating dummy server...")
services.logger = logger_class("test", storage_life_extender_mode=True)
server = services.server(linking_editor, get_status, send_message,
get_user, is_admin)
server._start_for_test()
th = threading.Thread(target=server.loop)
th.name = "Dummy server"
th.start()
print("Dummy server started")
print("Setting up unit test data")
name = "Test"
key = server.get_api_key_for("Test")
api = smdb_api.API(name,
key,
update_function=lambda: print("Update called"))
print("Unit test started")
unittest.main(exit=False)
