def verify_port_status(step, port, closed, serv_as):
server = getattr(world, serv_as)
if port.isdigit():
port = int(port)
else:
port = SERVICES_PORTS_MAP[port]
if isinstance(port, collections.Iterable):
port = port[0]
closed = True if closed else False
LOG.info('Verify port %s is %s on server %s' %
(port, 'closed' if closed else 'open', server.id))
node = world.cloud.get_node(server)
if not CONF.feature.dist.is_windows:
world.set_iptables_rule(server, port)
if CONF.feature.driver.cloud_family == Platform.CLOUDSTACK and world.cloud._driver.use_port_forwarding(
):
port = world.cloud.open_port(node, port, ip=server.public_ip)
results = []
for attempt in range(3):
results.append(world.check_open_port(server, port))
time.sleep(5)
if closed and results[-1]:
raise AssertionError('Port %s is open on server %s (attempts: %s)' %
(port, server.id, results))
elif not closed and not results[-1]:
raise AssertionError('Port %s is closed on server %s (attempts: %s)' %
(port, server.id, results))
def _verify_open_port(server, port):
for i in range(5):
opened = world.check_open_port(server, port)
if opened:
return True
time.sleep(15)
return False
def listen_only(step, port, serv_as):
world.farm.servers.reload()
servers = [s for s in world.farm.servers if s.status == 'Running']
server = getattr(world, serv_as)
port = port.strip()
wait_until(world.check_open_port, args=(server, port.strip()), timeout=600, error_text="Port %s is not open" %
port)
for serv in servers:
if serv.id == server.id:
continue
time.sleep(60)
res = world.check_open_port(serv, port.strip())
world.assert_exist(res, 'Port %s is open, but must be closed in server %s' % (port, serv.id))
def assert_port(step, port, state, serv_as):
if serv_as == 'all':
world.farm.servers.reload()
servers = [s for s in world.farm.servers if s.status == 'Running']
else:
servers = [getattr(world, serv_as), ]
state = state.strip()
state = False if state == 'not' else True
for serv in servers:
time.sleep(60)
if state:
res = wait_until(world.check_open_port, args=(serv, port.strip()), timeout=600,
error_text="Port %s is not open" % port)
else:
res = world.check_open_port(serv, port.strip())
world.assert_not_equal(state, res, 'Port %s is %s, but must %s in server %s' % (port, res, state, serv.id))
def listen_only(step, port, serv_as):
world.farm.servers.reload()
servers = [s for s in world.farm.servers if s.status == 'Running']
server = getattr(world, serv_as)
port = port.strip()
wait_until(world.check_open_port,
args=(server, port.strip()),
timeout=600,
error_text="Port %s is not open" % port)
for serv in servers:
if serv.id == server.id:
continue
time.sleep(60)
res = world.check_open_port(serv, port.strip())
world.assert_exist(
res, 'Port %s is open, but must be closed in server %s' %
(port, serv.id))
def assert_port(step, port, state, serv_as):
if serv_as == 'all':
world.farm.servers.reload()
servers = [s for s in world.farm.servers if s.status == 'Running']
else:
servers = [
getattr(world, serv_as),
]
state = state.strip()
state = False if state == 'not' else True
for serv in servers:
time.sleep(60)
if state:
res = wait_until(world.check_open_port,
args=(serv, port.strip()),
timeout=600,
error_text="Port %s is not open" % port)
else:
res = world.check_open_port(serv, port.strip())
world.assert_not_equal(
state, res, 'Port %s is %s, but must %s in server %s' %
(port, res, state, serv.id))
