def _check_neutron_api():
neutron = utils.Neutron()
neutron.add_argument('-w', dest='warning', type=int, default=5,
help='Warning timeout for neutron APIs calls')
neutron.add_argument('-c', dest='critical', type=int, default=10,
help='Critical timeout for neutron APIs calls')
options, args, client = neutron.setup()
def network_list():
try:
return client.list_networks()
except Exception as ex:
utils.critical(str(ex))
elapsed, networks = utils.timeit(network_list)
if not networks or len(networks.get('networks', [])) <= 0:
utils.critical("Unable to contact neutron API.")
if elapsed > options.critical:
utils.critical("Get networks took more than %d seconds, "
"it's too long.|response_time=%d" %
(options.critical, elapsed))
elif elapsed > options.warning:
utils.warning("Get networks took more than %d seconds, "
"it's too long.|response_time=%d" %
(options.warning, elapsed))
else:
utils.ok("Get networks, neutron API is working: "
"list %d networks in %d seconds.|response_time=%d" %
(len(networks['networks']), elapsed, elapsed))
def _check_neutron_api():
neutron = utils.Neutron()
neutron.add_argument('-w',
dest='warning',
type=int,
default=5,
help='Warning timeout for neutron APIs calls')
neutron.add_argument('-c',
dest='critical',
type=int,
default=10,
help='Critical timeout for neutron APIs calls')
options, args, client = neutron.setup()
elapsed, networks = utils.timeit(client.list_networks)
if not networks or len(networks.get('networks', [])) <= 0:
utils.critical("Unable to contact neutron API.")
if elapsed > options.critical:
utils.critical("Get networks took more than %d seconds, "
"it's too long.|response_time=%d" %
(options.critical, elapsed))
elif elapsed > options.warning:
utils.warning("Get networks took more than %d seconds, "
"it's too long.|response_time=%d" %
(options.warning, elapsed))
else:
utils.ok("Get networks, neutron API is working: "
"list %d networks in %d seconds.|response_time=%d" %
(len(networks['networks']), elapsed, elapsed))
def _check_neutron_floating_ip():
neutron = utils.Neutron()
neutron.add_argument('--endpoint_url', metavar='endpoint_url', type=str,
help='Override the catalog endpoint.')
neutron.add_argument('--force_delete', action='store_true',
help=('If matching floating ip are found, delete '
'them and add a notification in the message '
'instead of getting out in critical state.'))
neutron.add_argument('--floating_ip', metavar='floating_ip', type=fip_type,
default=None,
help=('Regex of IP(s) to check for existance. '
'This value can be "all" for conveniance '
'(match all ip). This permit to avoid certain '
'floating ip to be kept. Its default value '
'prevents the removal of any existing '
'floating ip'))
neutron.add_argument('--ext_network_name', metavar='ext_network_name',
type=str, default='public',
help=('Name of the "public" external network '
'(public by default)'))
options, args, client = neutron.setup()
project = (options.os_project_id if options.os_project_id else
options.os_project_name)
tenant = (options.os_tenant_id if options.os_tenant_id else
options.os_tenant_name)
util = NeutronUtils(client, tenant or project)
# Initiate the first connection and catch error.
util.check_connection()
if options.endpoint_url:
util.mangle_url(options.endpoint_url)
# after mangling the url, the endpoint has changed. Check that
# it's valid.
util.check_connection(force=True)
if options.floating_ip:
util.check_existing_floatingip(options.floating_ip,
options.force_delete)
util.get_network_id(options.ext_network_name)
util.create_floating_ip()
util.delete_floating_ip()
if util.msgs:
utils.critical(", ".join(util.msgs))
duration = util.get_duration()
notification = ""
if util.notifications:
notification = "(" + ", ".join(util.notifications) + ")"
utils.ok("Floating ip created and deleted %s| time=%d"
% (notification, duration))