def add_subnet(ipam=None, sect_id=None, loc_id=None, **kwargs):
""" use API to add a subnet """
subnets_api = phpipamsdk.SubnetsApi(phpipam=ipam)
addresult = subnets_api.add_subnet(subnet=kwargs['subnet'],
mask=kwargs['mask'],
description=kwargs['description'],
section_id=sect_id,
permissions=kwargs['permissions'],
location_id=loc_id)
if 'id' in addresult:
return addresult['id']
else:
raise ValueError('Add Subnet Failed')
def add_first_free_subnet(ipam=None,
subnet_id=None,
mask=None,
description=None,
loc_id=None):
""" use API to add first available subnet to a parent subnet """
subnets_api = phpipamsdk.SubnetsApi(phpipam=ipam)
addresult = subnets_api.add_subnet_first_free(subnet_id=subnet_id,
description=description,
location_id=loc_id,
mask=mask)
if 'id' in addresult:
return addresult['id']
else:
raise ValueError('Add Address Failed')
def create_a_subnet(ipam_conn=None, py_section=None, location=None, **kwargs):
#We can allow optional parameters to be passed into this function (eg. we might not care about passing the description into a subnet on PHPIPAM)
#SubnetsApi will be used, to call the methods such as 'add_subnet'
#add_subnet method simply sends a payload to 'subnets/' (eg. https://ipaddress/subnets/
apiSubnets = phpipamsdk.SubnetsApi(phpipam=ipam_conn)
check = apiSubnets.add_subnet(subnet=kwargs['subnet'],
mask=kwargs['mask'],
description=kwargs['description'],
section_id=get_section_id(ipam=ipam_conn,
name=py_section),
permissions=kwargs['permissions'],
location_id=location)
if 'id' in check:
return check[
'id'] #Return the ID of the subnet... If we store this into a variable when we call the function, we don't need to later look for the local ID of the subnet...
else:
print("Something went wrong...")
def __init__(self):
super().__init__()
self.section_api = phpipamsdk.SectionsApi(phpipam=self.ipam)
self.subnets_api = phpipamsdk.SubnetsApi(phpipam=self.ipam)
self.address_api = phpipamsdk.AddressesApi(phpipam=self.ipam)
# print(len(res1['data']))
# for section_item in res1['data']:
# print(section_item)
# print('='*100)
# res1_1 = [i for i in res1['data'] if i['masterSubnetId'] == '0']
# print(len(res1_1))
# print(res1_1)
# print('='*100)
# res1_1 = [i for i in res1['data'] if i['description'] == 'Connect_IPPool_NETWORK']
# if len(res1_1) == 1:
# print(res1_1[0])
# else:
# print('there are more than one ippool named Connect_IPPool_NETWORK!')
subnets_api = phpipamsdk.SubnetsApi(phpipam=IPAM)
# res1 = subnets_api.get_subnets_index()
# print(res1)
# if res1['code'] == 200 and res1['success'] is True:
# print(len(res1['data']))
# for i in res1['data']:
# print('{0}'.format(i))
# res1 = subnets_api.get_subnet(subnet_id='10')
# print(res1)
# if res1['code'] == 200 and res1['success'] is True:
# print(len(res1['data']))
# for k,v in res1['data'].items():
# print('{0}:{1}'.format(k,v))
# res2 = subnets_api.get_subnet(subnet_id='77')
res2 = subnets_api.get_subnet_usage(subnet_id='506')