def validate_snippet_present(service, context):
"""
Checks all xpaths in the service to validate if they are already present in panorama
Status codes documented here:
https://www.paloaltonetworks.com/documentation/71/pan-os/xml-api/pan-os-xml-api-error-codes
:param service: dict of service params generared by snippet_utils.load_snippet_with_name()
:param context: dict containing all jinja variables as key / value pairs
:return: boolean True if found, false if any xpath is not found
"""
xapi = panorama_login()
if xapi is None:
print('Could not login to Panorama')
return False
try:
for snippet in service['snippets']:
xpath = snippet['xpath']
xpath_template = Environment(
loader=BaseLoader()).from_string(xpath)
xpath_string = xpath_template.render(context)
xapi.get(xpath=xpath_string)
if xapi.status_code == '19' or xapi.status_code == '20':
print('xpath is already present')
elif xapi.status_code == '7':
print('xpath was NOT found')
return False
# all xpaths were found
return True
except pan.xapi.PanXapiError as pxe:
print('Could not validate snippet was present!')
print(pxe)
return False
def get_device_groups_from_panorama():
xapi = panorama_login()
device_group_xpath = "/config/devices/entry[@name='localhost.localdomain']/device-group"
services = list()
if xapi is None:
print('Could not login to Panorama')
return services
try:
xapi.get(device_group_xpath)
xml = xapi.xml_result()
except pan.xapi.PanXapiError as pxe:
print('Could not get device groups from Panorama')
print(pxe)
return services
if xml is None:
print('No services currently defined in panorama')
return services
doc = et.fromstring(xml)
for dg in doc:
if 'name' in dg.attrib:
service = dict()
for tag in dg.findall('./tag/entry'):
if 'name' in tag.attrib and ':' in tag.attrib['name']:
k, v = tag.attrib['name'].split(':')
service[k] = v
service['name'] = dg.attrib['name']
services.append(service)
return services
def get_device_groups_from_panorama() -> list:
"""
Return a list of device groups from panorama instance
:return: List of dicts containing device group entries
"""
xapi = panos_login()
device_group_xpath = "/config/devices/entry[@name='localhost.localdomain']/device-group"
services = list()
try:
xapi.get(device_group_xpath)
xml = xapi.xml_result()
except pan.xapi.PanXapiError as pxe:
print('Could not get device groups from Panorama')
print(pxe)
return services
doc = elementTree.fromstring(xml)
for dg in doc:
if 'name' in dg.attrib:
service = dict()
for tag in dg.findall('./tag/entry'):
if 'name' in tag.attrib and ':' in tag.attrib['name']:
k, v = tag.attrib['name'].split(':')
service[k] = v
service['name'] = dg.attrib['name']
services.append(service)
return services
def set_dns_server(xapi, new_dns_server, primary=True):
if primary:
tag = "primary"
else:
tag = "secondary"
xpath = _XPATH_DNS_SERVERS + "/" + tag
# check the current element value
xapi.get(xpath)
val = xapi.element_root.find(".//" + tag)
if val is not None:
# element exists
val = val.text
if val == new_dns_server:
return False
element = "<%(tag)s>%(value)s</%(tag)s>" %\
dict(tag=tag, value=new_dns_server)
xapi.edit(xpath, element)
return True
def set_dns_server(xapi, new_dns_server, primary=True):
if primary:
tag = "primary"
else:
tag = "secondary"
xpath = _XPATH_DNS_SERVERS + "/" + tag
# check the current element value
xapi.get(xpath)
val = xapi.element_root.find(".//" + tag)
if val is not None:
# element exists
val = val.text
if val == new_dns_server:
return False
element = "<%(tag)s>%(value)s</%(tag)s>" %\
dict(tag=tag, value=new_dns_server)
xapi.edit(xpath, element)
return True
def addressgroup_exists(xapi, group_name):
xapi.get(_ADDRGROUP_XPATH % group_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def vulnerability_profile_exists(xapi, vulnprofile_name):
xapi.get(_SERVICE_XPATH % vulnprofile_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def address_exists(xapi, address_name):
xapi.get(_ADDRESS_XPATH % address_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def mgtprf_exists(xapi, mgtprf_name):
xpath = _MGT_PRF_XPATH % mgtprf_name
xapi.get(xpath=xpath)
router = xapi.element_root.find('.//entry')
return (router is not None)
def get_publickey(xapi, user):
xapi.get(xpath=_PKEY_XPATH % user)
pkey = xapi.element_root.find('.//public-key')
if pkey is None:
return None
return base64.b64decode(pkey.text)
def main():
set_encoding()
options = parse_opts()
try:
xapi = pan.xapi.PanXapi(debug=options['debug'],
timeout=options['timeout'],
tag=options['tag'],
use_http=options['use_http'],
use_get=options['use_get'],
api_username=options['api_username'],
api_password=options['api_password'],
api_key=options['api_key'],
hostname=options['hostname'],
port=options['port'],
serial=options['serial'],
cafile=options['cafile'],
capath=options['capath'])
except pan.xapi.PanXapiError as msg:
print('pan.xapi.PanXapi:', msg, file=sys.stderr)
sys.exit(1)
if options['debug'] > 2:
print('xapi.__str__()===>\n', xapi, '\n<===',
sep='', file=sys.stderr)
try:
if options['ad_hoc'] is not None:
action = 'ad_hoc'
xapi.ad_hoc(qs=options['ad_hoc'],
xpath=options['xpath'],
modify_qs=options['modify'])
print_status(xapi, action)
print_response(xapi, options)
if options['keygen']:
action = 'keygen'
xapi.keygen()
print_status(xapi, action)
print_response(xapi, options)
print('API key: "%s"' % xapi.api_key)
if options['show']:
action = 'show'
xapi.show(xpath=options['xpath'])
print_status(xapi, action)
print_response(xapi, options)
if options['get']:
action = 'get'
xapi.get(xpath=options['xpath'])
print_status(xapi, action)
print_response(xapi, options)
if options['delete']:
action = 'delete'
xapi.delete(xpath=options['xpath'])
print_status(xapi, action)
print_response(xapi, options)
if options['edit']:
action = 'edit'
xapi.edit(xpath=options['xpath'],
element=options['element'])
print_status(xapi, action)
print_response(xapi, options)
if options['set']:
action = 'set'
xapi.set(xpath=options['xpath'],
element=options['element'])
print_status(xapi, action)
print_response(xapi, options)
if options['dynamic-update']:
action = 'dynamic-update'
kwargs = {
'cmd': options['cmd'],
}
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.user_id(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if options['move'] is not None:
action = 'move'
xapi.move(xpath=options['xpath'],
where=options['move'],
dst=options['dst'])
print_status(xapi, action)
print_response(xapi, options)
if options['rename']:
action = 'rename'
xapi.rename(xpath=options['xpath'],
newname=options['dst'])
print_status(xapi, action)
print_response(xapi, options)
if options['clone']:
action = 'clone'
xapi.clone(xpath=options['xpath'],
xpath_from=options['src'],
newname=options['dst'])
print_status(xapi, action)
print_response(xapi, options)
if options['override']:
action = 'override'
xapi.override(xpath=options['xpath'],
element=options['element'])
print_status(xapi, action)
print_response(xapi, options)
if options['export'] is not None:
action = 'export'
xapi.export(category=options['export'],
from_name=options['src'])
print_status(xapi, action)
print_response(xapi, options)
if options['pcap_listing']:
pcap_listing(xapi, options)
save_pcap(xapi, options)
if options['log'] is not None:
action = 'log'
xapi.log(log_type=options['log'],
nlogs=options['nlogs'],
skip=options['skip'],
filter=options['filter'],
interval=options['interval'],
timeout=options['job_timeout'])
print_status(xapi, action)
print_response(xapi, options)
if options['op'] is not None:
action = 'op'
kwargs = {
'cmd': options['op'],
'cmd_xml': options['cmd_xml'],
}
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.op(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if (options['commit'] or options['commit_all']):
if options['cmd']:
cmd = options['cmd']
if options['cmd_xml']:
cmd = xapi.cmd_xml(cmd)
else:
c = pan.commit.PanCommit(debug=options['debug'],
validate=options['validate'],
force=options['force'],
commit_all=options['commit_all'],
merge_with_candidate=
options['merge'])
for part in options['partial']:
if part == 'device-and-network-excluded':
c.device_and_network_excluded()
elif part == 'policy-and-objects-excluded':
c.policy_and_objects_excluded()
elif part == 'shared-object-excluded':
c.shared_object_excluded()
elif part == 'no-vsys':
c.no_vsys()
elif part == 'vsys':
c.vsys(options['vsys'])
if options['serial'] is not None:
c.device(options['serial'])
if options['group'] is not None:
c.device_group(options['group'])
if options['commit_all'] and options['vsys']:
c.vsys(options['vsys'][0])
cmd = c.cmd()
kwargs = {
'cmd': cmd,
'sync': options['sync'],
'interval': options['interval'],
'timeout': options['job_timeout'],
}
if options['commit_all']:
kwargs['action'] = 'all'
action = 'commit'
xapi.commit(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
except pan.xapi.PanXapiError as msg:
print_status(xapi, action, msg)
print_response(xapi, options)
sys.exit(1)
sys.exit(0)
def admin_exists(xapi, admin_username):
xapi.get(_ADMIN_XPATH % admin_username)
e = xapi.element_root.find('.//entry')
return e
def security_rule_exists(xapi, rule_name):
xapi.get(_SRULE_XPATH % rule_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def vulnerability_profile_exists(xapi, vulnprofile_name):
xapi.get(_SERVICE_XPATH % vulnprofile_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def if_exists(xapi, tunnel_unit):
xpath = _TIF_XPATH % tunnel_unit
xapi.get(xpath=xpath)
network = xapi.element_root.find('.//entry')
return (network is not None)
def addressgroup_exists(xapi, group_name):
xapi.get(_ADDRGROUP_XPATH % group_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def if_exists(xapi, if_name):
xpath = _IF_XPATH % if_name
xapi.get(xpath=xpath)
network = xapi.element_root.find('.//layer3')
return (network is not None)
def if_exists(xapi, tunnel_unit):
xpath = _TIF_XPATH % tunnel_unit
xapi.get(xpath=xpath)
network = xapi.element_root.find('.//entry')
return (network is not None)
def custom_app_exists(xapi, app_name):
xapi.get(_CUSTOM_APP_XPATH % app_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def pg_exists(xapi, pg_name):
xapi.get(_PG_XPATH % pg_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def service_exists(xapi, service_name):
xapi.get(_SERVICE_XPATH % service_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def admin_exists(xapi, admin_username):
xapi.get(_ADMIN_XPATH % admin_username)
e = xapi.element_root.find('.//entry')
return e
def vr_exists(xapi, vr_name):
xpath = _VR_XPATH % vr_name
xapi.get(xpath=xpath)
router = xapi.element_root.find('.//entry')
return (router is not None)
def pg_exists(xapi, pg_name):
xapi.get(_PG_XPATH % pg_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def main():
try:
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
except AttributeError:
# Windows
pass
set_encoding()
options = parse_opts()
if options['debug']:
logger = logging.getLogger()
if options['debug'] == 3:
logger.setLevel(pan.xapi.DEBUG3)
elif options['debug'] == 2:
logger.setLevel(pan.xapi.DEBUG2)
elif options['debug'] == 1:
logger.setLevel(pan.xapi.DEBUG1)
# log_format = '%(levelname)s %(name)s %(message)s'
log_format = '%(message)s'
handler = logging.StreamHandler()
formatter = logging.Formatter(log_format)
handler.setFormatter(formatter)
logger.addHandler(handler)
if options['cafile'] or options['capath']:
ssl_context = create_ssl_context(options['cafile'],
options['capath'])
else:
ssl_context = None
try:
xapi = pan.xapi.PanXapi(timeout=options['timeout'],
tag=options['tag'],
use_http=options['use_http'],
use_get=options['use_get'],
api_username=options['api_username'],
api_password=options['api_password'],
api_key=options['api_key'],
hostname=options['hostname'],
port=options['port'],
serial=options['serial'],
ssl_context=ssl_context)
except pan.xapi.PanXapiError as msg:
print('pan.xapi.PanXapi:', msg, file=sys.stderr)
sys.exit(1)
if options['debug'] > 2:
print('xapi.__str__()===>\n', xapi, '\n<===',
sep='', file=sys.stderr)
extra_qs_used = False
try:
if options['keygen']:
action = 'keygen'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.keygen(extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
print('API key: "%s"' % xapi.api_key)
if options['show']:
action = 'show'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.show(xpath=options['xpath'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['get']:
action = 'get'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.get(xpath=options['xpath'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['delete']:
action = 'delete'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.delete(xpath=options['xpath'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['edit']:
action = 'edit'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.edit(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['set']:
action = 'set'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.set(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['dynamic-update']:
action = 'dynamic-update'
kwargs = {
'cmd': options['cmd'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.user_id(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if options['move'] is not None:
action = 'move'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.move(xpath=options['xpath'],
where=options['move'],
dst=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['rename']:
action = 'rename'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.rename(xpath=options['xpath'],
newname=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['clone']:
action = 'clone'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.clone(xpath=options['xpath'],
xpath_from=options['src'],
newname=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['override']:
action = 'override'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.override(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['export'] is not None:
action = 'export'
if options['ad_hoc'] is not None:
extra_qs_used = True
if options['pcapid'] is not None:
xapi.export(category=options['export'],
pcapid=options['pcapid'],
search_time=options['stime'],
serialno=options['serial'],
extra_qs=options['ad_hoc'])
else:
xapi.export(category=options['export'],
from_name=options['src'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['pcap_listing']:
pcap_listing(xapi, options['export'])
save_attachment(xapi, options)
if options['log'] is not None:
action = 'log'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.log(log_type=options['log'],
nlogs=options['nlogs'],
skip=options['skip'],
filter=options['filter'],
interval=options['interval'],
timeout=options['job_timeout'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['op'] is not None:
action = 'op'
kwargs = {
'cmd': options['op'],
'cmd_xml': options['cmd_xml'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.op(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if (options['commit'] or options['commit_all']):
if options['cmd']:
cmd = options['cmd']
if options['cmd_xml']:
cmd = xapi.cmd_xml(cmd)
else:
c = pan.commit.PanCommit(validate=options['validate'],
force=options['force'],
commit_all=options['commit_all'],
merge_with_candidate=
options['merge'])
for part in options['partial']:
if part == 'device-and-network-excluded':
c.device_and_network_excluded()
elif part == 'policy-and-objects-excluded':
c.policy_and_objects_excluded()
elif part == 'shared-object-excluded':
c.shared_object_excluded()
elif part == 'no-vsys':
c.no_vsys()
elif part == 'vsys':
c.vsys(options['vsys'])
if options['serial'] is not None:
c.device(options['serial'])
if options['group'] is not None:
c.device_group(options['group'])
if options['commit_all'] and options['vsys']:
c.vsys(options['vsys'][0])
cmd = c.cmd()
kwargs = {
'cmd': cmd,
'sync': options['sync'],
'interval': options['interval'],
'timeout': options['job_timeout'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if options['commit_all']:
kwargs['action'] = 'all'
action = 'commit'
xapi.commit(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if not extra_qs_used and options['ad_hoc'] is not None:
action = 'ad_hoc'
xapi.ad_hoc(qs=options['ad_hoc'],
xpath=options['xpath'],
modify_qs=options['modify'])
print_status(xapi, action)
print_response(xapi, options)
except pan.xapi.PanXapiError as msg:
print_status(xapi, action, msg)
print_response(xapi, options)
sys.exit(1)
sys.exit(0)
def vmmonitor_exists(xapi, monitor_name):
xapi.get(_VMMONITOR_XPATH % monitor_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def main():
try:
signal.signal(signal.SIGPIPE, signal.SIG_DFL)
except AttributeError:
# Windows
pass
set_encoding()
options = parse_opts()
if options['debug']:
logger = logging.getLogger()
if options['debug'] == 3:
logger.setLevel(pan.xapi.DEBUG3)
elif options['debug'] == 2:
logger.setLevel(pan.xapi.DEBUG2)
elif options['debug'] == 1:
logger.setLevel(pan.xapi.DEBUG1)
# log_format = '%(levelname)s %(name)s %(message)s'
log_format = '%(message)s'
handler = logging.StreamHandler()
formatter = logging.Formatter(log_format)
handler.setFormatter(formatter)
logger.addHandler(handler)
if options['cafile'] or options['capath']:
ssl_context = create_ssl_context(options['cafile'], options['capath'])
else:
ssl_context = None
try:
xapi = pan.xapi.PanXapi(timeout=options['timeout'],
tag=options['tag'],
use_http=options['use_http'],
use_get=options['use_get'],
api_username=options['api_username'],
api_password=options['api_password'],
api_key=options['api_key'],
hostname=options['hostname'],
port=options['port'],
serial=options['serial'],
ssl_context=ssl_context)
except pan.xapi.PanXapiError as msg:
print('pan.xapi.PanXapi:', msg, file=sys.stderr)
sys.exit(1)
if options['debug'] > 2:
print('xapi.__str__()===>\n', xapi, '\n<===', sep='', file=sys.stderr)
extra_qs_used = False
try:
if options['keygen']:
action = 'keygen'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.keygen(extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if (options['api_username'] and options['api_password']
and options['hostname'] and options['tag']):
# .panrc
d = datetime.now()
print('# %s generated: %s' % (os.path.basename(
sys.argv[0]), d.strftime('%Y/%m/%d %H:%M:%S')))
print('hostname%%%s=%s' %
(options['tag'], options['hostname']))
print('api_key%%%s=%s' % (options['tag'], xapi.api_key))
else:
print('API key: "%s"' % xapi.api_key)
if options['show']:
action = 'show'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.show(xpath=options['xpath'], extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['get']:
action = 'get'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.get(xpath=options['xpath'], extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['delete']:
action = 'delete'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.delete(xpath=options['xpath'], extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['edit']:
action = 'edit'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.edit(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['set']:
action = 'set'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.set(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['dynamic-update']:
action = 'dynamic-update'
kwargs = {
'cmd': options['cmd'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.user_id(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if options['move'] is not None:
action = 'move'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.move(xpath=options['xpath'],
where=options['move'],
dst=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['rename']:
action = 'rename'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.rename(xpath=options['xpath'],
newname=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['clone']:
action = 'clone'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.clone(xpath=options['xpath'],
xpath_from=options['src'],
newname=options['dst'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['override']:
action = 'override'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.override(xpath=options['xpath'],
element=options['element'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['export'] is not None:
action = 'export'
if options['ad_hoc'] is not None:
extra_qs_used = True
if options['pcapid'] is not None:
xapi.export(category=options['export'],
pcapid=options['pcapid'],
search_time=options['stime'],
serialno=options['serial'],
extra_qs=options['ad_hoc'])
else:
xapi.export(category=options['export'],
from_name=options['src'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['pcap_listing']:
pcap_listing(xapi, options['export'])
save_attachment(xapi, options)
if options['log'] is not None:
action = 'log'
if options['ad_hoc'] is not None:
extra_qs_used = True
xapi.log(log_type=options['log'],
nlogs=options['nlogs'],
skip=options['skip'],
filter=options['filter'],
interval=options['interval'],
timeout=options['job_timeout'],
extra_qs=options['ad_hoc'])
print_status(xapi, action)
print_response(xapi, options)
if options['op'] is not None:
action = 'op'
kwargs = {
'cmd': options['op'],
'cmd_xml': options['cmd_xml'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if len(options['vsys']):
kwargs['vsys'] = options['vsys'][0]
xapi.op(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if (options['commit'] or options['commit_all']):
if options['cmd']:
cmd = options['cmd']
if options['cmd_xml']:
cmd = xapi.cmd_xml(cmd)
else:
c = pan.commit.PanCommit(validate=options['validate'],
force=options['force'],
commit_all=options['commit_all'],
merge_with_candidate=options['merge'])
for part in options['partial']:
if part == 'device-and-network-excluded':
c.device_and_network_excluded()
elif part == 'policy-and-objects-excluded':
c.policy_and_objects_excluded()
elif part == 'shared-object-excluded':
c.shared_object_excluded()
elif part == 'no-vsys':
c.no_vsys()
elif part == 'vsys':
c.vsys(options['vsys'])
if options['serial'] is not None:
c.device(options['serial'])
if options['group'] is not None:
c.device_group(options['group'])
if options['commit_all'] and options['vsys']:
c.vsys(options['vsys'][0])
cmd = c.cmd()
kwargs = {
'cmd': cmd,
'sync': options['sync'],
'interval': options['interval'],
'timeout': options['job_timeout'],
}
if options['ad_hoc'] is not None:
extra_qs_used = True
kwargs['extra_qs'] = options['ad_hoc']
if options['commit_all']:
kwargs['action'] = 'all'
action = 'commit'
xapi.commit(**kwargs)
print_status(xapi, action)
print_response(xapi, options)
if not extra_qs_used and options['ad_hoc'] is not None:
action = 'ad_hoc'
xapi.ad_hoc(qs=options['ad_hoc'],
xpath=options['xpath'],
modify_qs=options['modify'])
print_status(xapi, action)
print_response(xapi, options)
except pan.xapi.PanXapiError as msg:
print_status(xapi, action, str(msg))
print_response(xapi, options)
sys.exit(1)
sys.exit(0)
def if_exists(xapi, if_name):
xpath = _IF_XPATH % if_name
xapi.get(xpath=xpath)
network = xapi.element_root.find('.//layer3')
return (network is not None)
def get_publickey(xapi, user):
xapi.get(xpath=_PKEY_XPATH % user)
pkey = xapi.element_root.find('.//public-key')
if pkey is None:
return None
return base64.b64decode(pkey.text)
def get_gpp_gateway(xapi, module, portal_name, config_name,
type_, gateway_address):
xapi.get(_GW_PATH % (portal_name, config_name, type_, gateway_address))
e = xapi.element_root.find('.//entry')
return e
def nat_rule_exists(xapi, rule_name):
xapi.get(_NAT_XPATH % rule_name)
e = xapi.element_root.find('.//entry')
if e is None:
return False
return True
def get_gpp_gateway(xapi, module, portal_name, config_name,
type_, gateway_address):
xapi.get(_GW_PATH % (portal_name, config_name, type_, gateway_address))
e = xapi.element_root.find('.//entry')
return e