def main():
module_args = dict(acl_name=dict(type='str', required=True),
acl_type=dict(type='str',
required=True,
choices=['ipv4', 'ipv6', 'mac']),
acl_vlan_list=dict(type='list', required=True),
acl_direction=dict(type='str',
default='in',
choices=['in', 'out']),
state=dict(type='str',
default='create',
choices=['create', 'delete']))
# Version management
try:
from ansible_collections.arubanetworks.aoscx.plugins.module_utils.aoscx_pyaoscx import Session
from pyaoscx.session import Session as Pyaoscx_Session
from pyaoscx.pyaoscx_factory import PyaoscxFactory
USE_PYAOSCX_SDK = True
except ImportError:
USE_PYAOSCX_SDK = False
# Use PYAOSCX SDK
if USE_PYAOSCX_SDK:
from ansible.module_utils.basic import AnsibleModule
# ArubaModule
ansible_module = AnsibleModule(argument_spec=module_args,
supports_check_mode=True)
# Session
session = Session(ansible_module)
# Set Variables
acl_name = ansible_module.params['acl_name']
acl_vlan_list = ansible_module.params['acl_vlan_list'] # NOQA
acl_type = ansible_module.params['acl_type']
acl_direction = ansible_module.params['acl_direction']
state = ansible_module.params['state']
result = dict(changed=False)
if ansible_module.check_mode:
ansible_module.exit_json(**result)
# Get session serialized information
session_info = session.get_session()
# Create pyaoscx.session object
s = Pyaoscx_Session.from_session(session_info['s'],
session_info['url'])
# Create a Pyaoscx Factory Object
pyaoscx_factory = PyaoscxFactory(s)
for vlan_name in acl_vlan_list:
if state == 'delete':
# Create VLAN Object
vlan = pyaoscx_factory.vlan(vlan_name)
# Delete acl
if acl_direction == 'in':
vlan.detach_acl_in(acl_name, acl_type)
if acl_direction == 'out':
vlan.detach_acl_out(acl_name, acl_type)
# Changed
result['changed'] = True
if state == 'create' or state == 'update':
# Create VLAN Object
vlan = pyaoscx_factory.vlan(vlan_name)
# Verify if interface was create
if vlan.was_modified():
# Changed
result['changed'] = True
# Set variables
modified_op1 = False
modified_op2 = False
# Update ACL inside VLAN
if acl_direction == 'in':
modified_op1 = vlan.attach_acl_in(acl_name, acl_type)
if acl_direction == 'out':
modified_op2 = vlan.attach_acl_out(acl_name, acl_type)
if modified_op1 or modified_op2:
# Changed
result['changed'] = True
# Exit
ansible_module.exit_json(**result)
# Use Older version
else:
aruba_ansible_module = ArubaAnsibleModule(module_args)
acl_name = aruba_ansible_module.module.params['acl_name']
acl_vlan_list = aruba_ansible_module.module.params['acl_vlan_list']
acl_type = aruba_ansible_module.module.params['acl_type']
acl_direction = aruba_ansible_module.module.params['acl_direction']
state = aruba_ansible_module.module.params['state']
acl_type_prefix = ""
if acl_type == "ipv4":
acl_type_prefix = "aclv4"
elif acl_type == "ipv6":
acl_type_prefix = "aclv6"
elif acl_type == "mac":
acl_type_prefix = "aclmac"
vlan = VLAN()
for vlan_id in acl_vlan_list:
field1 = '{type}_{dir}_cfg'.format(type=acl_type_prefix,
dir=acl_direction)
value1 = '{name}/{type}'.format(name=acl_name, type=acl_type)
field2 = '{type}_{dir}_cfg_version'.format(type=acl_type_prefix,
dir=acl_direction)
value2 = randint(-900719925474099, 900719925474099)
vlan_fields = {field1: value1, field2: value2}
if (state == 'create') or (state == 'update'):
existing_values = vlan.get_vlan_fields_values(
aruba_ansible_module, vlan_id, [field1])
if field1 in existing_values.keys():
if existing_values[field1] != vlan_fields[field1]:
aruba_ansible_module = vlan.update_vlan_fields(
aruba_ansible_module,
vlan_id,
vlan_fields,
update_type='insert') # NOQA
else:
aruba_ansible_module = vlan.update_vlan_fields(
aruba_ansible_module,
vlan_id,
vlan_fields,
update_type='insert') # NOQA
if state == 'create':
aruba_ansible_module.module.log(
msg=" Inserted ACL {name} of "
"type {type} to VLAN {id}"
"".format(name=acl_name, type=acl_type,
id=vlan_id)) # NOQA
if state == 'update':
aruba_ansible_module.module.log(
msg=" Updated ACL {name} of "
"type {type} to VLAN {id}"
"".format(name=acl_name, type=acl_type,
id=vlan_id)) # NOQA
elif state == 'delete':
aruba_ansible_module = vlan.update_vlan_fields(
aruba_ansible_module,
vlan_id,
vlan_fields,
update_type='delete') # NOQA
aruba_ansible_module.module.log(
msg="Deleted ACL {name} of type "
"{type} from VLAN {id}"
"".format(name=acl_name, type=acl_type,
id=vlan_id)) # NOQA
aruba_ansible_module.update_switch_config()
def main():
module_args = dict(vlan_id=dict(type='int', required=True),
name=dict(type='str', default=None),
description=dict(type='str', default=None),
admin_state=dict(type='str',
default=None,
choices=['up', 'down']),
state=dict(type='str',
default='create',
choices=['create', 'delete', 'update']))
# Version management
try:
from ansible_collections.arubanetworks.aoscx.plugins.module_utils.aoscx_pyaoscx import Session
from pyaoscx.session import Session as Pyaoscx_Session
from pyaoscx.pyaoscx_factory import PyaoscxFactory
USE_PYAOSCX_SDK = True
except ImportError:
USE_PYAOSCX_SDK = False
# Use PYAOSCX SDK
if USE_PYAOSCX_SDK:
from ansible.module_utils.basic import AnsibleModule
# ArubaModule
ansible_module = AnsibleModule(argument_spec=module_args,
supports_check_mode=True)
# Session
session = Session(ansible_module)
# Set Variables
vlan_id = ansible_module.params['vlan_id']
vlan_name = ansible_module.params['name']
if vlan_name is None:
vlan_name = "VLAN{vlan_id}".format(vlan_id=vlan_id)
description = ansible_module.params['description']
if description is None:
vlan_name = "vlan{vlan_id}".format(vlan_id=vlan_id)
admin_state = ansible_module.params['admin_state']
state = ansible_module.params['state']
result = dict(changed=False)
if ansible_module.check_mode:
ansible_module.exit_json(**result)
# Get session serialized information
session_info = session.get_session()
# Create pyaoscx.session object
s = Pyaoscx_Session.from_session(session_info['s'],
session_info['url'])
# Create a Pyaoscx Factory Object
pyaoscx_factory = PyaoscxFactory(s)
if state == 'delete':
# Create Vlan Object
vlan = pyaoscx_factory.vlan(vlan_id)
# Delete it
vlan.delete()
# Changed
result['changed'] = True
elif state == 'update' or state == 'create':
# Create Vlan with incoming attributes, in case VLAN does not exist
# inside device
vlan = pyaoscx_factory.vlan(vlan_id, vlan_name, description,
"static", admin_state)
if vlan.was_modified():
# Changed
result['changed'] = True
# Exit
ansible_module.exit_json(**result)
# Use Older version
else:
aruba_ansible_module = ArubaAnsibleModule(module_args=module_args)
vlan_id = aruba_ansible_module.module.params['vlan_id']
vlan_name = aruba_ansible_module.module.params['name']
description = aruba_ansible_module.module.params['description']
admin_state = aruba_ansible_module.module.params['admin_state']
state = aruba_ansible_module.module.params['state']
vlan = VLAN()
if state == 'delete':
aruba_ansible_module = vlan.delete_vlan(aruba_ansible_module,
vlan_id)
if state == 'create':
aruba_ansible_module = vlan.create_vlan(aruba_ansible_module,
vlan_id)
if vlan_name is not None:
name = vlan_name
else:
name = "VLAN " + str(vlan_id)
if admin_state is None:
admin_state = 'up'
vlan_fields = {
"name": name,
"admin": admin_state,
"type": "static"
}
if description is not None:
vlan_fields["description"] = description
aruba_ansible_module = vlan.update_vlan_fields(
aruba_ansible_module,
vlan_id,
vlan_fields,
update_type='insert')
if state == 'update':
vlan_fields = {}
if admin_state is not None:
vlan_fields['admin'] = admin_state
if description is not None:
vlan_fields['description'] = description
if state is not None:
vlan_fields['state'] = state
aruba_ansible_module = vlan.update_vlan_fields(
aruba_ansible_module,
vlan_id,
vlan_fields,
update_type='update')
aruba_ansible_module.update_switch_config()
# Now vlan100 contains the description attribute
print("VLAN 100 description {}".format(vlan100.description))
# ===========================================================
# ===========================================================
# ===========================================================
# APPROACH 2: IMPERATIVE FACTORY APPROACH
# VLAN
# Create Factory object, passing the Session Object
factory = PyaoscxFactory(s)
# Create Vlan object
# If vlan is non-existent, Factory instantly creates it
# inside the switch device
vlan200 = factory.vlan(200, "NAME200")
# Now the granulated approach could still be used.
# Or an imperative method too
# ===========================================================
# ===========================================================
# ===========================================================
# More complex example using the OPEN GRANULATED APPROACH
# Create an Interface object
lag = Interface(s, 'lag1')
lag.apply()
# Create a Vlan object