def get_address_data(configuration_id, ip6_address):
"""
Get the BAM data for a given ip6_address in the given configuration.
:param configuration_id: The ID of the configuration in which the ip6_address resides.
:param ip6_address: The IP address in string form.
:return: The IP address data in JSON, using result template format.
"""
# Regular expression to match IPv6 format
result = get_result_template()
if not is_valid_ipv6_address(ip6_address):
result['message'] = 'IP address is invalid.'
result['status'] = FAIL
return result
# Retrieve the configuration object
configuration = g.user.get_api().get_entity_by_id(configuration_id)
# Check if IP address exists within a network. Fail if not.
try:
configuration.get_ip_ranged_by_ip(Entity.IP6Network, ip6_address)
result['message'] = 'IPv6 Address is available'
result['status'] = SUCCESS
result['data'] = {'state': None, 'mac_address': None, 'name': None}
return result
except PortalException:
result[
'message'] = 'IP address is not in a network or network does not exist'
result['status'] = FAIL
return result
def release_ip(view):
"""release ip in list input"""
try:
args = request.args
message_check = validate_require_param(args, {'iplist': False})
if len(message_check) > 0:
err_message = convert_message_to_string(message_check)
return Response(err_message, status=400)
ip_list = args['iplist']
config = g.user.get_api()._api_client.service.getEntityByName(
0, view, Entity.Configuration)
if config['type'] is None:
raise Exception('View \'{0}\' does not exist'.format(view))
config_id = config['id']
ip_list = ip_list.split(',')
for ip in ip_list:
ip = ip.strip()
if util.is_valid_ipv4_address(ip):
ip_address = g.user.get_api(
)._api_client.service.getIP4Address(config_id, ip)
elif util.is_valid_ipv6_address(ip):
ip_address = g.user.get_api(
)._api_client.service.getIP6Address(config_id, ip)
else:
raise Exception('Ip address \'{0}\' is invalid'.format(ip))
id = ip_address['id']
if id is not 0:
g.user.get_api()._api_client.service.delete(id)
return Response(status=200)
except Exception as ex:
return Response(ex.__str__(), status=400)
def validate_ip(pool_cidr):
message = ''
ip = pool_cidr.split('/')[0]
if util.is_valid_ipv4_address(ip):
pass
elif util.is_valid_ipv6_address(ip):
pass
else:
message = 'Pool \'{0}\' is invalid'.format(pool_cidr)
return message
def assign_gateway(parent_id, gateway_ip):
"""assign gateway for entity"""
options_message = []
try:
ip = gateway_ip.split('/')[0]
if util.is_valid_ipv4_address(ip):
entity = g.user.get_api()._api_client.service.getEntityById(
parent_id)
properties = properties_to_map(entity['properties'])
properties['gateway'] = gateway_ip
entity['properties'] = map_to_properties(properties)
g.user.get_api()._api_client.service.update(entity)
elif util.is_valid_ipv6_address(ip):
addip6_gateway(parent_id, gateway_ip)
else:
options_message.append(
'Gateway Ip \'{0}\' is invalid'.format(gateway_ip))
return options_message
except Exception as ex:
options_message.append(
'Assign gateway \'{0}\' is failed, exception: {1}'.format(
gateway_ip, ex.message))
return options_message
def create_pool():
"""
Payload request = {
"view":"DNACenter",
"poolName":"DNACPool",
"poolCidr":"10.0.0.0/8",
"DHCPServerip":[],
"DNSServerip":[],
"ClientOptions":[{"key":"option43", "keyValue":"172.0.0.1"}]
}
:return: None
"""
args = request.get_json()
new_entity_id = None
# create pool
try:
message_check = validate_require_param(args, {
'view': False,
'poolName': False,
'poolCidr': True
})
if len(message_check) > 0:
err_message = convert_message_to_string(message_check)
return Response(err_message, status=400)
# get parameters
pool_name = args['poolName']
pool_cidr = args['poolCidr']
config_name = args['view']
config_id = create_configuration(config_name)
subpool = get_child_ip(config_id, pool_cidr)
if subpool is not None:
if subpool == pool_cidr:
raise IpPoolAlreadyExistsException(
'A pool \'{0}\' already exists'.format(pool_cidr))
else:
raise IpPoolInUseException(
'A parent pool \'{0}\' has child pool \'{1}\''.format(
pool_cidr, subpool))
ip = pool_cidr.split('/')[0]
if util.is_valid_ipv4_address(ip):
new_entity_id = create_ipv4_block(config_id, pool_cidr, pool_name)
if util.is_valid_ipv6_address(ip):
new_entity_id = create_ipv6_block(config_id, pool_cidr, pool_name)
except IpPoolInUseException as inus_err:
return Response(inus_err.description, status=405)
except IpPoolAlreadyExistsException as exist_err:
return Response(exist_err.description, status=405)
except Exception as ex:
return Response(ex.__str__(), status=400)
keys = args.keys()
options_message = []
if new_entity_id is not None and 'DHCPServerip' in keys:
dhcp_server = args['DHCPServerip']
interfaces = get_server_interface_id(config_id)
options_message += add_dhcp_servers(config_name, new_entity_id,
dhcp_server, interfaces)
if new_entity_id is not None and 'DNSServerip' in keys:
dns_servers = args['DNSServerip']
dns_view_name = config_name + '_view'
interfaces = get_server_interface_id(config_id)
options_message += add_dns_servers(config_id, config_name,
new_entity_id, dns_servers,
interfaces, dns_view_name)
if new_entity_id is not None and 'ClientOptions' in keys:
client_options = args['ClientOptions']
is_ipv4 = True
ip = pool_cidr.split('/')[0]
if util.is_valid_ipv6_address(ip):
is_ipv4 = False
options_message += add_client_options(client_options, new_entity_id,
is_ipv4)
if len(options_message) > 0:
return Response(convert_message_to_string(options_message), status=200)
return Response(status=200)
def create_subpool():
"""
Payload request = {
"view":"DNACenter",
"subpoolName":"SanJosePool",
"poolCidr":"10.0.0.0/16",
"gatewayip":"10.0.0.1",
"DHCPServerip":[],
"DNSServerip":[],
"ClientOptions":[{"key":"option43", "keyValue":"172.0.0.1"}]
}
:return: None
"""
args = request.get_json()
g.user.logger.debug(args)
new_entity_id = None
# create pool
try:
# get parameters
message_check = validate_require_param(args, {
'view': False,
'subpoolName': False,
'poolCidr': True
})
if len(message_check) > 0:
err_message = convert_message_to_string(message_check)
return Response(err_message, status=400)
pool_cidr = args['poolCidr']
subpool_name = args['subpoolName']
config_name = args['view']
config_id = create_configuration(config_name)
subpool = get_child_ip(config_id, pool_cidr)
if subpool is not None:
if subpool == pool_cidr:
raise IpSubpoolAlreadyExistsException(
'A pool \'{0}\' already exists'.format(pool_cidr))
else:
raise IpSubpoolNotEmptyException(
'A parent pool \'{0}\' has child pool \'{1}\''.format(
pool_cidr, subpool))
ip = pool_cidr.split('/')[0]
if util.is_valid_ipv4_address(ip):
if 'gatewayip' in args.keys():
new_entity_id = create_ipv4_network(config_id, pool_cidr,
subpool_name,
args['gatewayip'])
else:
new_entity_id = create_ipv4_network(config_id, pool_cidr,
subpool_name)
gateway_id = get_gateway_under_network(new_entity_id)
if gateway_id is not None:
g.user.get_api()._api_client.service.delete(gateway_id)
elif util.is_valid_ipv6_address(ip):
new_entity_id = create_ipv6_network(config_id, pool_cidr,
subpool_name)
if 'gatewayip' in args.keys():
addip6_gateway(new_entity_id, args['gatewayip'])
except IpSubpoolNotEmptyException as not_empty_err:
return Response(not_empty_err.description, status=405)
except IpSubpoolAlreadyExistsException as exist_err:
return Response(exist_err.description, status=405)
except Exception as ex:
return Response(ex.__str__(), status=400)
keys = args.keys()
options_message = []
if new_entity_id is not None and 'DHCPServerip' in keys:
dhcp_server = args['DHCPServerip']
interfaces = get_server_interface_id(config_id)
options_message += add_dhcp_servers(config_name, new_entity_id,
dhcp_server, interfaces)
if new_entity_id is not None and 'DNSServerip' in keys:
dns_servers = args['DNSServerip']
dns_view_name = config_name + '_view'
interfaces = get_server_interface_id(config_id)
options_message += add_dns_servers(config_id, config_name,
new_entity_id, dns_servers,
interfaces, dns_view_name)
if new_entity_id is not None and 'ClientOptions' in keys:
client_options = args['ClientOptions']
is_ipv4 = True
ip = pool_cidr.split('/')[0]
if util.is_valid_ipv6_address(ip):
is_ipv4 = False
options_message += add_client_options(client_options, new_entity_id,
is_ipv4)
if len(options_message) > 0:
return Response(convert_message_to_string(options_message), status=200)
return Response(status=200)