def search(data_cb,
close_cb,
term,
roots=('HKU', 'HKLM', 'HKCC'),
key=True,
name=True,
value=True,
regex=False,
ignorecase=False,
first=False,
equals=False):
data_cb = nowait(data_cb)
close_cb = nowait(close_cb)
completed = threading.Event()
worker = threading.Thread(name='Reg:Search',
target=_search,
args=(completed, data_cb, close_cb, term, roots,
key, name, value, regex, ignorecase, first,
equals))
worker.start()
def interrupt():
completed.set()
worker.join()
return interrupt
def run(on_data, on_close, iface=None, bpf=None, timeout=None, count=0):
sniffer = SniffSession(nowait(on_data), nowait(on_close), iface, bpf,
timeout, count)
sniffer.start()
return sniffer.nice_name, sniffer.stop
def flush_loop(queue, encoding):
try:
stdout_write = sys.stdout.write
stdout_flush = sys.stdout.flush
if type(sys.stdout) is not file:
stdout_write = nowait(sys.stdout.write)
stdout_flush = nowait(sys.stdout.flush)
while True:
buf = b""
while True:
try:
buf += queue.get_nowait()
except Empty:
break
if buf:
if encoding:
try:
buf = buf.decode(encoding)
except Exception:
pass
stdout_write(buf)
stdout_flush()
time.sleep(0.05)
except:
print(traceback.format_exc())
raise
def execute(self, close_cb, read_cb=None):
if read_cb:
read_cb = nowait(read_cb)
if close_cb:
close_cb = nowait(close_cb)
t = threading.Thread(target=self._execute, args=(read_cb, close_cb))
t.daemon = True
t.start()
def attach(self, read_cb, close_cb):
if self.active:
self.read_cb = nowait(read_cb)
self.close_cb = nowait(close_cb)
if self._buffer:
for item in self._buffer:
self.read_cb(item)
else:
close_cb()
def get_shell(self, on_read, on_exit):
if self.no_stdin:
raise ValueError('You need to specify no_stdin=False to use shell')
if self.no_stdor:
raise ValueError('You need to specify no_stdor=False to use shell')
reader = threading.Thread(
target=self.stdor_loop, args=(
nowait(on_read), nowait(on_exit)))
reader.daemon = True
reader.start()
return self.stdin
def execute(self, on_exit, on_read):
if self.run():
on_exit = nowait(on_exit)
on_read = nowait(on_read)
self.on_exit = on_exit
loop = threading.Thread(
target=self.stdor_loop,
args=(on_exit, on_read))
loop.daemon = True
loop.start()
return True
else:
return False
def execute(self, complete_cb, write_cb=True):
''' Execute process '''
if complete_cb:
self.complete_cb = nowait(complete_cb)
if write_cb and write_cb is not True:
self.write_cb = nowait(write_cb)
self.terminate = True
try:
hProcess, pStdin, pStdout = mexec(self.cmdline, self.raw_pe,
write_cb is not None,
self.hidden, self.dupHandle)
except Exception, e:
self.write_cb('[!] memexec failed: {}\n'.format(e))
return False
def search(host,
port,
user,
domain,
password,
ntlm,
data_cb,
close_cb,
term,
roots=('HKU', 'HKLM', 'HKCC'),
key=True,
name=True,
value=True,
regex=False,
ignorecase=False,
first=False,
equals=False,
timeout=30):
conninfo = ConnectionInfo(host,
port,
user,
domain,
password,
ntlm,
timeout=timeout)
data_cb = nowait(data_cb)
close_cb = nowait(close_cb)
completed = threading.Event()
worker = threading.Thread(name='Reg:Search',
target=_search,
args=(conninfo, completed, data_cb, close_cb,
term, roots, key, name, value, regex,
ignorecase, first, equals))
worker.start()
def interrupt():
completed.set()
worker.join()
return interrupt
def run_cb(self, on_data, on_completed, on_error=None):
if not self.terminate:
self.terminate = threading.Event()
on_completed = nowait(on_completed)
search = threading.Thread(target=self._run_thread,
args=(on_data, on_completed, on_error))
search.daemon = False
search.start()
def ssh_interactive(term, w, h, wp, hp, host, port, user, passwords,
private_keys, program, data_cb, close_cb, timeout):
private_keys = obtain(private_keys)
passwords = obtain(passwords)
data_cb = nowait(data_cb)
close_cb = nowait(close_cb)
ssh_passwords, key_passwords = passwords
try:
ssh = SSH(host,
port,
user,
ssh_passwords,
key_passwords,
private_keys,
interactive=True,
timeout=timeout)
if not ssh.connected:
raise ValueError(
'No valid credentials found to connect to {}:{} user={}'.
format(ssh.host, ssh.port, ssh.user or 'any'))
except gaierror as e:
raise ValueError('Unable to connect to {}:{} - {}'.format(
host, port, e.strerror))
except NoValidConnectionsError:
raise ValueError('Unable to connect to {}:{}'.format(host, port))
attach, writer, resizer, closer = ssh.shell(term, w, h, wp, hp, program,
data_cb, close_cb)
def ssh_close():
closer()
ssh.close()
return attach, writer, resizer, ssh_close
def ssh_keyscan(hosts, port, key_type, data_cb, close_cb, timeout):
data_cb = nowait(data_cb)
default_port = '22'
if port:
default_port += ',' + str(port)
def _on_open_port(args):
host, port, socket = args
try:
ssh_conn = Transport(socket)
if key_type is not None:
new_preferred_keys = [key_type]
new_preferred_keys.extend(ssh_conn._preferred_keys)
ssh_conn._preferred_keys = tuple(new_preferred_keys)
try:
ssh_conn.start_client()
key = ssh_conn.get_remote_server_key()
key_md5 = md5(str(key)).hexdigest()
fingerprint = ':'.join(
a + b for a, b in zip(key_md5[::2], key_md5[1::2]))
data_cb(host, port, True,
(key.get_name(), fingerprint, b64encode(str(key))))
finally:
ssh_conn.close()
except (socket_error, NoValidConnectionsError):
data_cb(host, port, None, None)
except Exception as e:
data_cb(host, port, False,
'Exception: {}: {}'.format(type(e), str(e)))
finally:
socket.close()
closer = scanthread_parse(hosts,
default_port,
close_cb,
on_open_port=_on_open_port,
pass_socket=True)
return closer.set
def __init__(self, ref):
self.create_connection = nowait(ref['create_connection'])
self.connect = nowait(ref['connect'])
self.on_connected = nowait(ref['on_connected'])
self.on_data = nowait(ref['on_data'])
self.on_disconnect = nowait(ref['on_disconnect'])
def _ssh_cmd(ssh_cmd, thread_name, arg, hosts, port, user, passwords,
private_keys, data_cb, close_cb, timeout):
hosts = obtain(hosts)
private_keys = obtain(private_keys)
default_passwords = obtain(passwords)
default_user = user
default_port = port
data_cb = nowait(data_cb)
close_cb = nowait(close_cb)
current_connection = [None]
closed = Event()
def ssh_exec_thread():
for host, port, user, passwords, key_passwords in iter_hosts(
hosts, default_passwords, default_port, default_user):
if closed.is_set():
break
ssh = None
try:
ssh = SSH(host,
port,
user,
passwords,
key_passwords,
private_keys,
timeout=timeout)
if not ssh.connected:
data_cb((0, True, ssh.host, ssh.port, ssh.user))
continue
current_connection[0] = ssh
except (socket_error, NoValidConnectionsError):
if ssh:
data_cb((0, False, ssh.host, ssh.port, ssh.user))
else:
data_cb((0, False, host, port, user))
continue
except Exception as e:
data_cb(
(3, 'Exception: {}: {}\n{}'.format(type(e), str(e),
format_exc(limit=20))))
continue
conninfo = [4]
conninfo.extend(ssh.success_args)
data_cb(tuple(conninfo))
def remote_data(data):
data_cb((1, data))
if closed.is_set():
break
try:
if ssh_cmd == SSH.check_output:
def remote_exit(status):
data_cb((2, status))
ssh_cmd(ssh,
arg,
on_stdout=remote_data,
on_stderr=remote_data,
on_exit=remote_exit)
else:
if ssh_cmd == SSH.upload_file:
def remote_exit(status, stdout, stderr):
if stdout:
data_cb((1, stdout))
if stderr:
data_cb((3, stderr))
data_cb((2, status))
src, dst, touch, perm, chown, run, delete = arg
ssh_cmd(ssh, *arg, completed_cb=remote_exit)
elif ssh_cmd in (SSH.download_file, SSH.download_tar):
def remote_exit(status, stderr):
if stderr:
data_cb((3, stderr))
data_cb((2, status))
ssh_cmd(ssh,
arg,
remote_data,
completed_cb=remote_exit)
finally:
ssh.close()
def ssh_exec_thread_wrap():
try:
ssh_exec_thread()
finally:
try:
closed.set()
except:
pass
try:
close_cb()
except:
pass
thread = Thread(name=thread_name, target=ssh_exec_thread_wrap)
thread.daemon = True
thread.start()
return closed.set
def size(self, filepath, callback, nonblock=False):
filepath = decodepath(filepath)
if nonblock:
callback = nowait(callback)
self._submit_command(self._size, self._expand(filepath), callback)
def transfer(self, filepath, callback, nonblock=False):
filepath = decodepath(filepath)
if nonblock:
callback = nowait(callback)
self._submit_command(self._pack_any, self._expand(filepath), callback)
def create_video_streamer(callback, quality):
streamer = VideoStreamer(nowait(callback), quality)
streamer.start()
return streamer