def test_forward_tunnel(self):
port_out = self.osinteraction.get_open_port()
out_session = Session()
out_session.local_port = port_out
out_session.server_session_token = None
out_app, in_app = None, None
try:
out_app = start_openport_session(self, out_session)
remote_host, remote_port, link = out_session.server, out_session.server_port, out_session.open_port_for_ip_link
click_open_for_ip_link(link)
check_tcp_port_forward(self, remote_host=remote_host, local_port=port_out, remote_port=remote_port)
port_in = self.osinteraction.get_open_port()
logger.info('port_in: %s' % port_in)
in_session = Session()
in_session.forward_tunnel = True
in_session.server_port = out_session.server_port
in_session.local_port = port_in
in_app = start_openport_session(self, in_session)
sleep(10)
check_tcp_port_forward(self, remote_host='127.0.0.1', local_port=port_out, remote_port=port_in)
port_bad_in = self.osinteraction.get_open_port()
bad_session = Session()
bad_session.forward_tunnel = True
bad_session.server_port = out_session.server_port
bad_session.local_port = port_bad_in
keys = create_new_key_pair()
private_key_file = 'testfiles/tmp/tmp_key'
with open(private_key_file, 'w') as f:
f.write(keys[0])
public_key_file = 'testfiles/tmp/tmp_key.pub'
with open(public_key_file, 'w') as f:
f.write(keys[1])
bad_session.public_key_file = public_key_file
bad_session.private_key_file = private_key_file
fail = False
try:
in_app = start_openport_session(self, bad_session)
fail = True
except AssertionError:
pass
self.assertFalse(fail)
self.assertFalse(check_tcp_port_forward(self, remote_host='127.0.0.1', local_port=port_out, remote_port=port_bad_in, fail_on_error=False))
finally:
if out_app:
out_app.stop()
if in_app:
in_app.stop()
def test_http_forward__same_address(self):
response = 'cha cha cha'
port = self.osinteraction.get_open_port()
s = self.start_http_server(port, response)
session = Session()
session.local_port = port
session.server_session_token = None
session.http_forward = True
self.app = start_openport_session(self, session)
remote_host = session.http_forward_address
print('remote host:' + remote_host)
self.assertTrue('.u.' in remote_host,
'expect .u. in remote_host: %s' % remote_host)
c = SimpleHTTPClient()
actual_response = c.get('http://localhost:%s' % port)
self.assertEqual(actual_response, response.strip())
actual_response = c.get('http://%s' % remote_host)
self.assertEqual(actual_response, response.strip())
session2 = Session()
session2.local_port = port
session2.server_session_token = None
session2.http_forward = True
session2.server_port = session.server_port
session2.server_session_token = session.server_session_token
self.app = start_openport_session(self, session2)
# self.assertEqual(session.server_port, session2.server_port)
self.assertEqual(session.http_forward_address,
session2.http_forward_address)
def test_brute_force_blocked(self):
port = self.osinteraction.get_open_port()
expected_response = 'cha cha cha'
server1 = self.start_http_server(port, expected_response)
session = Session()
session.local_port = port
session.server_session_token = None
#session.http_forward = True
self.app = start_openport_session(self, session)
click_open_for_ip_link(session.open_port_for_ip_link)
link = session.get_link()
print('link: %s' % link)
self.assertTrue(session.server_port > 1000)
c = SimpleHTTPClient()
actual_response = c.get('http://localhost:%s' % port)
self.assertEqual(actual_response, expected_response.strip())
i = -1
try:
for i in range(20):
print("connection %s" % i)
actual_response = c.get('http://%s' % link)
self.assertEqual(actual_response, expected_response.strip())
except (urllib2.HTTPError, urllib2.URLError) as e:
print(e)
self.assertTrue(5 < i < 20, 'i should be around 10 but was %s' % i)
# check download on different port is still ok
port2 = self.osinteraction.get_open_port()
session2 = Session()
session2.local_port = port2
session2.server_session_token = None
server2 = self.start_http_server(port2, expected_response)
openport2 = start_openport_session(self, session2)
sleep(3)
print('http://%s' % session2.get_link())
click_open_for_ip_link(session2.open_port_for_ip_link)
actual_response = c.get('http://%s' % session2.get_link())
self.assertEqual(actual_response, expected_response.strip())
server1.stop()
server2.stop()
openport2.stop_port_forward()
def test_request_restart_while_still_running(self):
port_out = self.osinteraction.get_open_port()
session = Session()
session.local_port = port_out
session.server_session_token = None
openport = start_openport_session(self, session)
print('session started')
sleep(3)
session2 = Session()
session2.local_port = port_out
session2.server_session_token = session.server_session_token
openport2 = start_openport_session(self, session)
def convert_session_from_db(self, openport_session):
if openport_session is None:
return None
logger.debug('convert_session_from_db')
share = Session()
share.id = openport_session.id
share.server = openport_session.server
share.server_port = openport_session.remote_port
share.server_session_token = openport_session.session_token
share.local_port = openport_session.local_port
share.pid = openport_session.pid
share.active = openport_session.active
share.account_id = openport_session.account_id
share.key_id = openport_session.key_id
share.http_forward = openport_session.http_forward
share.http_forward_address = openport_session.http_forward_address
share.app_management_port = openport_session.app_management_port
share.open_port_for_ip_link = openport_session.open_port_for_ip_link
share.restart_command = openport_session.restart_command
try:
share.restart_command = pickle.loads(
share.restart_command.encode('ascii', 'ignore'))
pass
except Exception as e:
pass
return share
def test_brute_force_blocked__not_for_http_forward(self):
port = self.osinteraction.get_open_port()
response = 'cha cha cha'
s = self.start_http_server(port, response)
session = Session()
session.local_port = port
session.server_port = 80
session.server_session_token = None
session.http_forward = True
self.app = start_openport_session(self, session)
click_open_for_ip_link(session.open_port_for_ip_link)
link = session.http_forward_address
print('link: %s' % link)
c = SimpleHTTPClient()
actual_response = c.get('http://localhost:%s' % port)
self.assertEqual(actual_response, response.strip())
i = -1
try:
for i in range(20):
print("connection %s" % i)
actual_response = c.get('http://%s' % link)
self.assertEqual(actual_response, response.strip())
except (urllib2.HTTPError, urllib2.URLError) as e:
self.fail('url error on connection nr %s' % i)
def test_http_forward(self):
response = 'cha cha cha'
port = self.osinteraction.get_open_port()
s = self.start_http_server(port, response)
session = Session()
session.local_port = port
session.server_port = 80
session.server_session_token = None
session.http_forward = True
self.app = start_openport_session(self, session)
i = 0
while i < 20 and not session.http_forward_address:
i += 1
sleep(1)
# remote_port = session.server_port
# self.assertEqual(80, remote_port)
remote_host = session.http_forward_address
print('remote host:' + remote_host)
self.assertTrue('.u.' in remote_host,
'expect .u. in remote_host: %s' % remote_host)
c = SimpleHTTPClient()
actual_response = c.get('http://localhost:%s' % port)
self.assertEqual(actual_response, response.strip())
actual_response = c.get('http://%s' % remote_host)
self.assertEqual(actual_response, response.strip())
def test_long_key(self):
private_key_file = os.path.join(os.path.dirname(__file__), 'testfiles',
'tmp', 'id_rsa_tmp')
public_key_file = os.path.join(os.path.dirname(__file__), 'testfiles',
'tmp', 'id_rsa_tmp.pub')
logger.debug('getting key pair')
private_key, public_key = create_new_key_pair(4096)
with open(private_key_file, 'w') as f:
f.write(private_key)
with open(public_key_file, 'w') as f:
f.write(public_key)
port_out = self.osinteraction.get_open_port()
out_session = Session()
out_session.local_port = port_out
out_session.server_session_token = None
out_session.public_key_file = public_key_file
out_session.private_key_file = private_key_file
out_app = None
try:
out_app = start_openport_session(self, out_session)
remote_host, remote_port, link = out_session.server, out_session.server_port, out_session.open_port_for_ip_link
click_open_for_ip_link(link)
print(remote_port)
sleep(10)
#sleep(1000)
check_tcp_port_forward(self,
remote_host=remote_host,
local_port=port_out,
remote_port=remote_port)
finally:
if out_app:
out_app.stop()
def test_as_dict(self):
share = Session()
share.account_id = 6
share.key_id = 14
share.local_port = 2022
share.id = -1
share.server_session_token = 'abcd'
share.server = 'a.openport.io'
share.server_port = 1234
share.pid = 234
share.active = True
share.restart_command = ['restart', 'command']
share.http_forward = True
share.http_forward_address = 'http://jan.u.openport.io'
share.open_port_for_ip_link = 'http//openport.io/l/1234/zerazer'
share.keep_alive_interval_seconds = 123
share2 = Session().from_dict(share.as_dict())
self.assertEquals(share.id, share2.id)
self.assertEquals(share.server, share2.server)
self.assertEquals(share.server_port, share2.server_port)
self.assertEquals(share.pid, share2.pid)
self.assertEquals(share.active, share2.active)
self.assertEquals(share.account_id, share2.account_id)
self.assertEquals(share.key_id, share2.key_id)
self.assertEquals(share.local_port, share2.local_port)
self.assertEquals(share.server_session_token,
share2.server_session_token)
self.assertEquals(share.restart_command, share2.restart_command)
self.assertEquals(share.http_forward, share2.http_forward)
self.assertEquals(share.http_forward_address,
share2.http_forward_address)
self.assertEquals(share.open_port_for_ip_link,
share2.open_port_for_ip_link)
self.assertEquals(share.keep_alive_interval_seconds,
share2.keep_alive_interval_seconds)
def test_start_session(self):
port_out = self.osinteraction.get_open_port()
out_session = Session()
out_session.local_port = port_out
out_session.server_session_token = None
out_app = None
try:
out_app = start_openport_session(self, out_session)
remote_host, remote_port, link = out_session.server, out_session.server_port, out_session.open_port_for_ip_link
click_open_for_ip_link(link)
print(remote_port)
sleep(10)
#sleep(1000)
check_tcp_port_forward(self, remote_host=remote_host, local_port=port_out, remote_port=remote_port)
finally:
if out_app:
out_app.stop()
def start_openport_process(self, port):
session = Session()
session.local_port = port
self.start_openport_process_from_session(session)
def start(self):
# print('sys.argv: %s' % sys.argv)
self.init_app(self.args)
if self.args.daemonize:
args = self.os_interaction.get_openport_exec()
args.extend(sys.argv[1:])
args = self.os_interaction.unset_variable(args, '--daemonize')
args = self.os_interaction.unset_variable(args, '-d')
self.os_interaction.spawn_daemon(args)
logger.info('App started in background.')
logger.debug(args)
sys.exit(0)
key_registration_service.register_key(self.args, self.args.server)
self.db_handler = dbhandler.DBHandler(self.args.database)
self.server.db_handler = self.db_handler
self.config.manager_port = self.args.listener_port
self.config.openport_address = self.args.server
if self.args.config_file:
self.config.config = self.args.config_file
logger.debug('db location: ' + self.db_handler.db_location)
if self.args.list:
self.print_shares()
sys.exit()
if self.args.kill:
self.kill(self.args.kill)
sys.exit()
if self.args.kill_all:
self.kill_all()
sys.exit()
if self.args.restart_shares:
self.restart_sharing()
logger.debug('exiting')
sys.exit()
if self.args.create_migrations:
from openport.services import migration_service
migration_service.create_migrations(self.db_handler.db_location)
sys.exit()
session = Session()
session.local_port = int(self.args.local_port)
session.server_port = self.args.request_port
session.server_session_token = self.args.request_token
session.forward_tunnel = self.args.forward_tunnel
session.active = False # Will be set active in start_callback.
if session.forward_tunnel:
session.server_port = self.args.remote_port
if self.args.local_port < 0:
session.local_port = self.os_interaction.get_open_port()
else:
db_share = self.db_handler.get_share_by_local_port(
session.local_port, filter_active=False)
if db_share:
logger.debug('previous share found in database')
if is_running(db_share):
logger.info('Port forward already running for port %s' %
self.args.local_port)
sys.exit(6)
if db_share.restart_command and not self.args.restart_on_reboot:
logger.warn(
'Port forward for port %s that would be restarted on reboot will not be restarted anymore.'
% self.args.local_port)
if not session.server_session_token:
logger.debug("retrieved db share session token: %s" %
db_share.server_session_token)
session.server_session_token = db_share.server_session_token
session.server_port = db_share.server_port
else:
logger.debug('No db share session could be found.')
session.http_forward = self.args.http_forward
if self.args.restart_on_reboot:
session.restart_command = self.app_service.get_restart_command(
session,
database=self.args.database,
verbose=self.args.verbose,
server=self.args.server,
)
self.app_service.check_username_in_config_file()
session.ip_link_protection = self.args.ip_link_protection
session.stop_observers.append(self.stop_callback)
session.start_observers.append(self.save_share)
session.error_observers.append(self.error_callback)
session.success_observers.append(self.success_callback)
session.app_management_port = self.server.get_port()
session.start_observers.append(self.server.inform_start)
session.success_observers.append(self.server.inform_success)
session.error_observers.append(self.server.inform_failure)
session.stop_observers.append(self.server.inform_stop)
ensure_keys_exist(*get_default_key_locations())
self.session = session
self.server.run_threaded()
session.active = True
self.save_share(session)
self.openport.start_port_forward(session, server=self.args.server)
def foo():
session = Session()
session.local_port = dialog.port_input.GetValue()
session.http_forward = dialog.http_forward_checkbox.GetValue()
p = self.app_service.start_openport_process_from_session(
session)