def _add_nat_rule(client_session, **kwargs):
# PEZ Changes
needed_params = [
'esg_name', 'nat_type', 'nat_vnic', 'original_ip', 'translated_ip',
'original_port', 'translated_port', 'protocol', 'description'
]
if not check_for_parameters(needed_params, kwargs):
return None
# PEZ Changes
result = add_nat_rule(client_session, kwargs['esg_name'],
kwargs['nat_type'], kwargs['nat_vnic'],
kwargs['original_ip'], kwargs['translated_ip'],
kwargs['original_port'], kwargs['translated_port'],
kwargs['protocol'], kwargs['description'])
if result and kwargs['verbose']:
print result
elif result:
print '{} Rule created on edge {} for {} -> {}'.format(
kwargs['nat_type'].upper(), kwargs['esg_name'],
kwargs['original_ip'], kwargs['translated_ip'])
else:
print '{} Rule creation failed on edge {} for {} -> {}'.format(
kwargs['nat_type'].upper(), kwargs['esg_name'],
kwargs['original_ip'], kwargs['translated_ip'])
def _add_dhcp_pool(client_session, **kwargs):
needed_params = ['esg_name', 'ip_range']
if not check_for_parameters(needed_params, kwargs):
return None
if kwargs['auto_dns'] != 'true':
auto_dns = 'false'
else:
auto_dns = 'true'
result = add_dhcp_pool(client_session,
kwargs['esg_name'],
kwargs['ip_range'],
default_gateway=kwargs['default_gateway'],
subnet_mask=kwargs['subnet_mask'],
domain_name=kwargs['domain_name'],
dns_server_1=kwargs['dns_server_1'],
dns_server_2=kwargs['dns_server_2'],
lease_time=kwargs['lease_time'],
auto_dns=auto_dns)
if result and kwargs['verbose']:
print result
elif result:
print 'IP Pool configuration on esg {} succeeded, the DHCP Pool Id is {}'.format(
kwargs['esg_name'], result)
else:
print 'IP Pool configuration on esg {} failed'.format(
kwargs['esg_name'])
def _add_vm_binding(client_session, vccontent, **kwargs):
needed_params = ['esg_name', 'vm_name', 'vnic_id', 'hostname', 'ip']
if not check_for_parameters(needed_params, kwargs):
return None
if kwargs['auto_dns'] != 'true':
auto_dns = 'false'
else:
auto_dns = 'true'
vm_id = get_vm_by_name(vccontent, kwargs['vm_name'])
if not vm_id:
print 'Static binding configuration on esg {} failed, VM {} not found'.format(kwargs['esg_name'],
kwargs['vm_name'])
return None
result = add_vm_binding(client_session, kwargs['esg_name'], vm_id, kwargs['vnic_id'],
kwargs['hostname'], kwargs['ip'], default_gateway=kwargs['default_gateway'],
subnet_mask=kwargs['subnet_mask'], domain_name=kwargs['domain_name'],
dns_server_1=kwargs['dns_server_1'], dns_server_2=kwargs['dns_server_2'],
lease_time=kwargs['lease_time'], auto_dns=auto_dns)
if result and kwargs['verbose']:
print result
elif result:
print 'Static binding configuration on esg {} succeeded, the Binding Id is {}'.format(kwargs['esg_name'],
result)
else:
print 'Static binding configuration on esg {} failed'.format(kwargs['esg_name'])
def _esg_read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_id, esg_params = esg_read(client_session, kwargs['esg_name'])
if esg_params and kwargs['verbose']:
print json.dumps(esg_params)
elif esg_id:
print 'Edge Services Gateway {} has the ID {}'.format(kwargs['esg_name'], esg_id)
else:
print 'Edge Services Gateway {} not found'.format(kwargs['esg_name'])
def _esg_dgw_clear(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_dgw_clear(client_session, kwargs['esg_name'])
if result:
print 'Edge Services Router {} default gateway cleared'.format(kwargs['esg_name'])
else:
print 'Edge Services Router {} clearing the default gateway config failed'.format(kwargs['esg_name'])
def _esg_dgw_clear(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_dgw_clear(client_session, kwargs['esg_name'])
if result:
print 'Edge Services Router {} default gateway cleared'.format(kwargs['esg_name'])
else:
print 'Edge Services Router {} clearing the default gateway config failed'.format(kwargs['esg_name'])
def _disable_server(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = dhcp_server(client_session, kwargs['esg_name'], enabled=False)
if not result:
print 'Disabling DHCP on Edge Services Gateway {} failed'.format(kwargs['esg_name'])
else:
print 'Disabling DHCP on Edge Services Gateway {} succeeded'.format(kwargs['esg_name'])
def _delete_dhcp_binding(client_session, **kwargs):
needed_params = ['esg_name', 'binding_id']
if not check_for_parameters(needed_params, kwargs):
return None
result = delete_dhcp_binding(client_session, kwargs['esg_name'], kwargs['binding_id'])
if result:
print 'Deleting DHCP binding {} on esg {} succeeded'.format(kwargs['binding_id'], kwargs['esg_name'])
else:
print 'Deleting DHCP binding {} on esg {} failed'.format(kwargs['binding_id'], kwargs['esg_name'])
def _esg_dgw_set(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_dgw_set(client_session, kwargs['esg_name'], kwargs['next_hop'], kwargs['vnic_index'])
if result:
print 'Edge Services Router {} default gateway config succeeded'.format(kwargs['esg_name'])
else:
print 'Edge Services Router {} default gateway config failed'.format(kwargs['esg_name'])
def _esg_dgw_set(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_dgw_set(client_session, kwargs['esg_name'], kwargs['next_hop'], kwargs['vnic_index'])
if result:
print 'Edge Services Router {} default gateway config succeeded'.format(kwargs['esg_name'])
else:
print 'Edge Services Router {} default gateway config failed'.format(kwargs['esg_name'])
def _esg_read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_id, esg_params = esg_read(client_session, kwargs['esg_name'])
if esg_params and kwargs['verbose']:
print json.dumps(esg_params)
elif esg_id:
print 'Edge Services Gateway {} has the ID {}'.format(kwargs['esg_name'], esg_id)
else:
print 'Edge Services Gateway {} not found'.format(kwargs['esg_name'])
def _esg_delete(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_name = kwargs['esg_name']
result, dlr_id = esg_delete(client_session, esg_name)
if result and kwargs['verbose']:
return json.dumps(dlr_id)
elif result:
print 'Edge Services Router {} with the ID {} has been deleted'.format(esg_name, dlr_id)
else:
print 'Edge Services Router deletion failed'
def _esg_fw_default_set(client_session, **kwargs):
needed_params = ['esg_name', 'fw_default']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_fw_default_set(client_session, kwargs['esg_name'], kwargs['fw_default'])
if result:
print 'Default firewall policy on Edge Services Router {} set to {}'.format(kwargs['esg_name'],
kwargs['fw_default'])
else:
print 'Setting default firewall policy on Edge Services Router {} failed'.format(kwargs['esg_name'])
def _enable_server(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = dhcp_server(client_session, kwargs['esg_name'], enabled=True, syslog_enabled=kwargs['logging'],
syslog_level=kwargs['log_level'])
if not result:
print 'Enabling DHCP on Edge Services Gateway {} failed'.format(kwargs['esg_name'])
else:
print 'Enabling DHCP on Edge Services Gateway {} succeeded'.format(kwargs['esg_name'])
def _list_dhcp_pools(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
ip_pool_list, ip_pool_verbose = list_dhcp_pools(client_session, kwargs['esg_name'])
if kwargs['verbose']:
print json.dumps(ip_pool_verbose)
else:
print tabulate(ip_pool_list, headers=["Pool ID", "IP Range", "Gateway", "Subnet Mask", "Domain Name",
"DNS 1", "DNS 2", "Lease Time", "Auto Config DNS"], tablefmt="psql")
def _esg_delete(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_name = kwargs['esg_name']
result, dlr_id = esg_delete(client_session, esg_name)
if result and kwargs['verbose']:
return json.dumps(dlr_id)
elif result:
print 'Edge Services Router {} with the ID {} has been deleted'.format(esg_name, dlr_id)
else:
print 'Edge Services Router deletion failed'
def _esg_fw_default_set(client_session, **kwargs):
needed_params = ['esg_name', 'fw_default']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_fw_default_set(client_session, kwargs['esg_name'], kwargs['fw_default'], logging_enabled='true')
if result:
print 'Default firewall policy on Edge Services Router {} set to {}'.format(kwargs['esg_name'],
kwargs['fw_default'])
else:
print 'Setting default firewall policy on Edge Services Router {} failed'.format(kwargs['esg_name'])
def _esg_route_del(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop', 'route_net']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_route_del(client_session, kwargs['esg_name'], kwargs['route_net'], kwargs['next_hop'])
if result:
print 'Deletion of route {} on Edge Services Router {} succeeded'.format(kwargs['route_net'],
kwargs['esg_name'])
else:
print 'Deletion of route {} on Edge Services Router {} failed'.format(kwargs['route_net'], kwargs['esg_name'])
def _esg_clear_interface(client_session, **kwargs):
needed_params = ['vnic_index', 'esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_clear_interface(client_session, kwargs['esg_name'], kwargs['vnic_index'])
if result:
print 'Edge Services Router {} vnic{} configuration has been cleared'.format(kwargs['esg_name'],
kwargs['vnic_index'])
else:
print 'Edge Services Router {} vnic{} configuration failed'.format(kwargs['esg_name'], kwargs['vnic_index'])
def _esg_route_add(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop', 'route_net']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_route_add(client_session, kwargs['esg_name'], kwargs['route_net'], kwargs['next_hop'],
vnic=kwargs['vnic_index'])
if result:
print 'Added route {} to Edge Services Router {}'.format(kwargs['route_net'], kwargs['esg_name'])
else:
print 'Addition of route {} to Edge Services Router {} failed'.format(kwargs['route_net'], kwargs['esg_name'])
def _esg_clear_interface(client_session, **kwargs):
needed_params = ['vnic_index', 'esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_clear_interface(client_session, kwargs['esg_name'], kwargs['vnic_index'])
if result:
print 'Edge Services Router {} vnic{} configuration has been cleared'.format(kwargs['esg_name'],
kwargs['vnic_index'])
else:
print 'Edge Services Router {} vnic{} configuration failed'.format(kwargs['esg_name'], kwargs['vnic_index'])
def _esg_route_del(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop', 'route_net']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_route_del(client_session, kwargs['esg_name'], kwargs['route_net'], kwargs['next_hop'])
if result:
print 'Deletion of route {} on Edge Services Router {} succeeded'.format(kwargs['route_net'],
kwargs['esg_name'])
else:
print 'Deletion of route {} on Edge Services Router {} failed'.format(kwargs['route_net'], kwargs['esg_name'])
def _esg_route_add(client_session, **kwargs):
needed_params = ['esg_name', 'next_hop', 'route_net']
if not check_for_parameters(needed_params, kwargs):
return None
result = esg_route_add(client_session, kwargs['esg_name'], kwargs['route_net'], kwargs['next_hop'],
kwargs['vnic_index'])
if result:
print 'Added route {} to Edge Services Router {}'.format(kwargs['route_net'], kwargs['esg_name'])
else:
print 'Addition of route {} to Edge Services Router {} failed'.format(kwargs['route_net'], kwargs['esg_name'])
def _esg_route_list(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
routes, rtg_cfg = esg_route_list(client_session, kwargs['esg_name'])
if rtg_cfg and kwargs['verbose']:
print json.dumps(rtg_cfg)
elif routes:
print tabulate(routes, headers=["network", "next-hop", "vnic", "admin distance", "mtu"], tablefmt="psql")
else:
print 'Failed to get static roues of Edge {}'.format(kwargs['esg_name'])
def _esg_dgw_read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
dgw_cfg_tpl, rtg_cfg = esg_dgw_read(client_session, kwargs['esg_name'])
if rtg_cfg and kwargs['verbose']:
print json.dumps(rtg_cfg)
elif dgw_cfg_tpl:
print tabulate(dgw_cfg_tpl, headers=["vNic", "Gateway IP", "Admin Distance", "MTU"], tablefmt="psql")
else:
print 'Failed to get default gateway info of Edge {}'.format(kwargs['esg_name'])
def _create_self_signed_cert(client_session, **kwargs):
needed_params = ['scope_id', 'cert', 'private_key']
if not check_for_parameters(needed_params, kwargs):
return None
result = create_self_signed_cert(client_session, kwargs['scope_id'], kwargs['cert'], kwargs['private_key'])
if result and kwargs['verbose']:
print result
elif result:
print 'Certifcate {} created in scope {}'.format(result, kwargs['scope_id'])
else:
print 'Certifcate creation failed in scope {}'.format(kwargs['scope_id'])
def _list_dhcp_bindings(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
bindings, bindings_verbose = list_dhcp_bindings(client_session, kwargs['esg_name'])
if kwargs['verbose']:
print json.dumps(bindings_verbose)
else:
print tabulate(bindings, headers=["Binding ID", "MAC", "VM Id", "vnic Index", "Hostname", "IP", "Default Gw",
"Subnet Mask", "Domain Name", "DNS 1", "DNS 2", "Lease Time",
"Auto Config DNS"], tablefmt="psql")
def _esg_list_interfaces(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_int_list, esg_int_list_verbose = esg_list_interfaces(client_session, kwargs['esg_name'])
if esg_int_list_verbose and kwargs['verbose']:
print json.dumps(esg_int_list_verbose)
elif esg_int_list:
print tabulate(esg_int_list, headers=["Vnic name", "Vnic ID", "Vnic IP", "Vnic subnet", "Connected To",
"Secondary IPs"], tablefmt="psql")
else:
print 'Failed to get interface list of Edge {}'.format(kwargs['esg_name'])
def _disable_server(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = dhcp_server(client_session, kwargs['esg_name'], enabled=False)
if not result:
print 'Disabling DHCP on Edge Services Gateway {} failed'.format(
kwargs['esg_name'])
else:
print 'Disabling DHCP on Edge Services Gateway {} succeeded'.format(
kwargs['esg_name'])
def _esg_dgw_read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
dgw_cfg_tpl, rtg_cfg = esg_dgw_read(client_session, kwargs['esg_name'])
if rtg_cfg and kwargs['verbose']:
print json.dumps(rtg_cfg)
elif dgw_cfg_tpl:
print tabulate(dgw_cfg_tpl, headers=["vNic", "Gateway IP", "Admin Distance", "MTU"], tablefmt="psql")
else:
print 'Failed to get default gateway info of Edge {}'.format(kwargs['esg_name'])
def _esg_list_interfaces(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
esg_int_list, esg_int_list_verbose = esg_list_interfaces(client_session, kwargs['esg_name'])
if esg_int_list_verbose and kwargs['verbose']:
print json.dumps(esg_int_list_verbose)
elif esg_int_list:
print tabulate(esg_int_list, headers=["Vnic name", "Vnic ID", "Vnic IP", "Vnic subnet", "Connected To",
"Secondary IPs"], tablefmt="psql")
else:
print 'Failed to get interface list of Edge {}'.format(kwargs['esg_name'])
def _create_fw_rule(client_session, vccontent, **kwargs):
needed_params = ['rule_src', 'rule_dst', 'rule_app', 'rule_action', 'rule_description' ]
if not check_for_parameters(needed_params, kwargs):
return None
result, rule_id = create_fw_rule(client_session, vccontent, kwargs['esg_name'], kwargs['rule_src'], kwargs['rule_dst'], kwargs['rule_app'], kwargs['rule_action'],kwargs['rule_description'])
if kwargs['verbose'] and result and esg_id:
edge_id, esg_details = esg_read(client_session, esg_id)
print json.dumps(esg_details)
elif result and rule_id:
print 'Rule {} created on Edge Service Gateway'.format(rule_id)
else:
print 'Rule creation failed on Edge Service Gateway'
def _esg_route_list(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
routes, rtg_cfg = esg_route_list(client_session, kwargs['esg_name'])
if rtg_cfg and kwargs['verbose']:
print json.dumps(rtg_cfg)
elif routes:
print tabulate(routes, headers=["network", "next-hop", "vnic", "admin distance", "mtu"], tablefmt="psql")
else:
print 'Failed to get static roues of Edge {}'.format(kwargs['esg_name'])
def _create_ipset(client_session, vccontent, **kwargs):
needed_params = ['esg_name', 'ipset_name', 'ipset_value']
if not check_for_parameters(needed_params, kwargs):
return None
result, esg_id = create_ipset(client_session, kwargs['esg_name'], kwargs['ipset_name'], kwargs['ipset_value'])
if kwargs['verbose'] and result and esg_id:
edge_id, esg_details = esg_read(client_session, esg_id)
print json.dumps(esg_details)
elif result and esg_id:
print '{} created on Edge Service Gateway'.format(kwargs['ipset_name'])
else:
print '{} creation failed on Edge Service Gateway'.format(kwargs['ipset_name'])
def _delete_nat_rule(client_session, **kwargs):
needed_params = ['esg_name', 'rule_id']
if not check_for_parameters(needed_params, kwargs):
return None
result = delete_nat_rule(client_session, kwargs['esg_name'], kwargs['rule_id'])
if result and kwargs['verbose']:
print result
elif result:
print 'NAT rule {} on edge {} deleted'.format(kwargs['rule_id'], kwargs['esg_name'])
else:
print 'Failed to delete NAT rule {} on {}'.format(kwargs['rule_id'], kwargs['esg_name'])
def _delete_dhcp_binding(client_session, **kwargs):
needed_params = ['esg_name', 'binding_id']
if not check_for_parameters(needed_params, kwargs):
return None
result = delete_dhcp_binding(client_session, kwargs['esg_name'],
kwargs['binding_id'])
if result:
print 'Deleting DHCP binding {} on esg {} succeeded'.format(
kwargs['binding_id'], kwargs['esg_name'])
else:
print 'Deleting DHCP binding {} on esg {} failed'.format(
kwargs['binding_id'], kwargs['esg_name'])
def _routing_ospf(client_session, vccontent, **kwargs):
needed_params = ['esg_name', 'vnic_ip', 'area_id', 'auth_type', 'auth_value']
if not check_for_parameters(needed_params, kwargs):
return None
result, esg_id = routing_ospf(client_session, kwargs['esg_name'], kwargs['vnic_ip'], kwargs['area_id'], kwargs['auth_type'],
kwargs['auth_value'])
if kwargs['verbose'] and result and esg_id:
edge_id, esg_details = esg_read(client_session, esg_id)
print json.dumps(esg_details)
elif result and esg_id:
print 'Edge Service Gateway {} configured for OSPF'.format(kwargs['esg_name'], esg_id)
else:
print 'Edge Service Gateway {} configuration of OSPF failed'.format(kwargs['esg_name'])
def _get_nat_rules_with_ip(client_session, **kwargs):
needed_params = ['esg_name', 'original_ip','translated_ip']
if not check_for_parameters(needed_params, kwargs):
return None
result = get_nat_rules_with_ip(client_session, kwargs['esg_name'], kwargs['original_ip'], kwargs['translated_ip'])
if result and kwargs['verbose']:
print result
elif result:
for i in result:
print i
else:
print 'Failed to get NAT rules for {} on {}'.format(kwargs['translated_ip'], kwargs['esg_name'])
def _create_ip_block(client, **kwargs):
needed_params = ['name', 'cidr']
if not check_for_parameters(needed_params, kwargs):
return None
result = create_ip_block(client, kwargs['name'], kwargs['cidr'],
kwargs['tag'])
if result and kwargs['verbose']:
print result
elif result:
print 'IP Block {} created with CIDR {}'.format(
kwargs['name'], kwargs['cidr'])
else:
print 'Creation of IP Block {} failed for CIDR {}'.format(
kwargs['name'], kwargs['cidr'])
def _create_router(client, **kwargs):
needed_params = ['router_type', 'name']
if not check_for_parameters(needed_params, kwargs):
return None
result = create_router(client, kwargs['name'], kwargs['router_type'],
kwargs['edge_cluster'], kwargs['t0'], kwargs['tag'])
if result and kwargs['verbose']:
print result
elif result:
print '{} router {} created'.format(kwargs['router_type'],
kwargs['name'])
else:
print 'Creation of {} router {} failed'.format(kwargs['router_type'],
kwargs['name'])
def _create_switch(client, **kwargs):
needed_params = ['transport_zone', 'name']
if not check_for_parameters(needed_params, kwargs):
return None
result = create_switch(client, kwargs['name'], kwargs['transport_zone'],
kwargs['vlan'])
if result and kwargs['verbose']:
print result
elif result:
print 'Switch {} created in Transport Zone {}'.format(
kwargs['name'], kwargs['transport_zone'])
else:
print 'Creation of switch {} failed in Transport Zone {}'.format(
kwargs['name'], kwargs['transport_zone'])
def _create_static_route(client, **kwargs):
needed_params = ['logical_router', 'network', 'next_hop']
if not check_for_parameters(needed_params, kwargs):
return None
result = create_static_route(client, kwargs['logical_router'],
kwargs['network'], kwargs['next_hop'])
if result and kwargs['verbose']:
print result
elif result:
print 'Static route created on {} from {} to {}'.format(
kwargs['logical_router'], kwargs['network'], kwargs['next_hop'])
else:
print 'Creation of static route on {} from {} to {} failed'.format(
kwargs['logical_router'], kwargs['network'], kwargs['next_hop'])
def _read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = read(client_session, kwargs['esg_name'])
if result and kwargs['verbose']:
print json.dumps(result)
elif result:
print tabulate([(result['dhcp']['enabled'],
result['dhcp']['logging']['enable'],
result['dhcp']['logging']['logLevel'])],
headers=["DHCP Enabled", "Logging Enabled", "Log Level"],
tablefmt="psql")
else:
print 'Failed to get DHCP status from Edge Services Gateway {}'.format(kwargs['esg_name'])
def _enable_server(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = dhcp_server(client_session,
kwargs['esg_name'],
enabled=True,
syslog_enabled=kwargs['logging'],
syslog_level=kwargs['log_level'])
if not result:
print 'Enabling DHCP on Edge Services Gateway {} failed'.format(
kwargs['esg_name'])
else:
print 'Enabling DHCP on Edge Services Gateway {} succeeded'.format(
kwargs['esg_name'])
def _esg_cfg_interface(client_session, vccontent, **kwargs):
needed_params = ['vnic_index', 'esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
if kwargs['logical_switch'] and kwargs['portgroup']:
print 'Both a logical switch and a portgroup were specified, please only specify one of these values'
return None
if kwargs['logical_switch']:
lsid, lsparams = get_logical_switch(client_session, kwargs['logical_switch'])
portgroup = lsid
elif kwargs['portgroup']:
pgid = get_vdsportgroupid(vccontent, kwargs['portgroup'])
portgroup = pgid
else:
portgroup = None
if kwargs['vnic_ip']:
if not kwargs['vnic_mask']:
print 'You need to specify a netmask when configuring an IP Address on the Interface'
return None
try:
pflen_int = int(kwargs['vnic_mask'])
prefixlen = pflen_int
netmask = None
except ValueError:
netmask = kwargs['vnic_mask']
prefixlen = None
else:
netmask = None
prefixlen = None
secondary_ips = None
if kwargs['vnic_secondary_ips']:
secondary_ips = kwargs['vnic_secondary_ips'].split(',')
result = esg_cfg_interface(client_session, kwargs['esg_name'], kwargs['vnic_index'], name=kwargs['vnic_name'],
vnic_type=kwargs['vnic_type'], portgroup_id=portgroup, is_connected=kwargs['vnic_state'],
ipaddr=kwargs['vnic_ip'], netmask=netmask,
prefixlen=prefixlen, secondary_ips=secondary_ips)
if result:
print 'Edge Services Router {} vnic{} has been configured'.format(kwargs['esg_name'], kwargs['vnic_index'])
else:
print 'Edge Services Router {} vnic{} configuration failed'.format(kwargs['esg_name'], kwargs['vnic_index'])
def _esg_cfg_interface(client_session, vccontent, **kwargs):
needed_params = ['vnic_index', 'esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
if kwargs['logical_switch'] and kwargs['portgroup']:
print 'Both a logical switch and a portgroup were specified, please only specify one of these values'
return None
if kwargs['logical_switch']:
lsid, lsparams = get_logical_switch(client_session, kwargs['logical_switch'])
portgroup = lsid
elif kwargs['portgroup']:
pgid = get_vdsportgroupid(vccontent, kwargs['portgroup'])
portgroup = pgid
else:
portgroup = None
if kwargs['vnic_ip']:
if not kwargs['vnic_mask']:
print 'You need to specify a netmask when configuring an IP Address on the Interface'
return None
try:
pflen_int = int(kwargs['vnic_mask'])
prefixlen = pflen_int
netmask = None
except ValueError:
netmask = kwargs['vnic_mask']
prefixlen = None
else:
netmask = None
prefixlen = None
secondary_ips = None
if kwargs['vnic_secondary_ips']:
secondary_ips = kwargs['vnic_secondary_ips'].split(',')
result = esg_cfg_interface(client_session, kwargs['esg_name'], kwargs['vnic_index'], name=kwargs['vnic_name'],
vnic_type=kwargs['vnic_type'], portgroup_id=portgroup, is_connected=kwargs['vnic_state'],
ipaddr=kwargs['vnic_ip'], netmask=netmask,
prefixlen=prefixlen, secondary_ips=secondary_ips, enable_send_redirects='false')
if result:
print 'Edge Services Router {} vnic{} has been configured'.format(kwargs['esg_name'], kwargs['vnic_index'])
else:
print 'Edge Services Router {} vnic{} configuration failed'.format(kwargs['esg_name'], kwargs['vnic_index'])
def _list_dhcp_pools(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
ip_pool_list, ip_pool_verbose = list_dhcp_pools(client_session,
kwargs['esg_name'])
if kwargs['verbose']:
print json.dumps(ip_pool_verbose)
else:
print tabulate(ip_pool_list,
headers=[
"Pool ID", "IP Range", "Gateway", "Subnet Mask",
"Domain Name", "DNS 1", "DNS 2", "Lease Time",
"Auto Config DNS"
],
tablefmt="psql")
def _read(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
result = read(client_session, kwargs['esg_name'])
if result and kwargs['verbose']:
print json.dumps(result)
elif result:
print tabulate(
[(result['dhcp']['enabled'], result['dhcp']['logging']['enable'],
result['dhcp']['logging']['logLevel'])],
headers=["DHCP Enabled", "Logging Enabled", "Log Level"],
tablefmt="psql")
else:
print 'Failed to get DHCP status from Edge Services Gateway {}'.format(
kwargs['esg_name'])
def _list_dhcp_bindings(client_session, **kwargs):
needed_params = ['esg_name']
if not check_for_parameters(needed_params, kwargs):
return None
bindings, bindings_verbose = list_dhcp_bindings(client_session,
kwargs['esg_name'])
if kwargs['verbose']:
print json.dumps(bindings_verbose)
else:
print tabulate(bindings,
headers=[
"Binding ID", "MAC", "VM Id", "vnic Index",
"Hostname", "IP", "Default Gw", "Subnet Mask",
"Domain Name", "DNS 1", "DNS 2", "Lease Time",
"Auto Config DNS"
],
tablefmt="psql")
def _esg_create(client_session, vccontent, **kwargs):
needed_params = ['esg_name', 'esg_size', 'esg_pwd', 'datacenter_name', 'edge_datastore', 'edge_cluster',
'portgroup']
if not check_for_parameters(needed_params, kwargs):
return None
datacentermoid = get_datacentermoid(vccontent, kwargs['datacenter_name'])
datastoremoid = get_datastoremoid(vccontent, kwargs['edge_datastore'])
resourcepoolid = get_edgeresourcepoolmoid(vccontent, kwargs['edge_cluster'])
portgroupmoid = get_vdsportgroupid(vccontent, kwargs['portgroup'])
esg_id, esg_params = esg_create(client_session, kwargs['esg_name'], kwargs['esg_pwd'], kwargs['esg_size'],
datacentermoid, datastoremoid, resourcepoolid, portgroupmoid,
esg_remote_access=kwargs['esg_remote_access'])
if kwargs['verbose'] and esg_id:
edge_id, esg_details = esg_read(client_session, esg_id)
print json.dumps(esg_details)
elif esg_id:
print 'Edge Service Gateway {} created with the ID {}'.format(kwargs['esg_name'], esg_id)
else:
print 'Edge Service Gateway {} creation failed'.format(kwargs['esg_name'])
def _add_dhcp_pool(client_session, **kwargs):
needed_params = ['esg_name', 'ip_range']
if not check_for_parameters(needed_params, kwargs):
return None
if kwargs['auto_dns'] != 'true':
auto_dns = 'false'
else:
auto_dns = 'true'
result = add_dhcp_pool(client_session, kwargs['esg_name'], kwargs['ip_range'],
default_gateway=kwargs['default_gateway'], subnet_mask=kwargs['subnet_mask'],
domain_name=kwargs['domain_name'], dns_server_1=kwargs['dns_server_1'],
dns_server_2=kwargs['dns_server_2'], lease_time=kwargs['lease_time'], auto_dns=auto_dns)
if result and kwargs['verbose']:
print result
elif result:
print 'IP Pool configuration on esg {} succeeded, the DHCP Pool Id is {}'.format(kwargs['esg_name'], result)
else:
print 'IP Pool configuration on esg {} failed'.format(kwargs['esg_name'])