def destroy_myself(mgr_or_client, **kwargs):
skip_fip = kwargs.pop('skip_fip',
kwargs.pop('skip_floatingip', False))
force_rm_fip = kwargs.pop('force_rm_fip', False)
if force_rm_fip:
skip_fip = False
spattern = mdata.get_name_search_pattern(**kwargs)
net_client = Q._g_neutron_client(mgr_or_client)
tenant_id = kwargs.pop('tenant_id', net_client.tenant_id)
# rm floatingips: be aware that VMs' might have FIP attached
# if fail, caller of d_myself should sleep then retry again
if not skip_fip:
# TODO(akang): no name attributes in floatingip
# for now, delete fip if it is not ACTIVE status
for fip in Q.floatingip_list(mgr_or_client, tenant_id=tenant_id):
if force_rm_fip or fip['status'] != 'ACTIVE':
Q.floatingip_delete(mgr_or_client, fip['id'])
# rm routers
routers = Q.router_list(mgr_or_client, tenant_id=tenant_id)
for router in routers:
if mdata.is_in_spattern(router['name'], spattern):
delete_this_router(mgr_or_client, router)
# rm networks/subnets
for network in Q.network_list(mgr_or_client, tenant_id=tenant_id):
if mdata.is_in_spattern(network['name'], spattern):
# TODO(akang): if ports assoc to net, delete them first
# look for network's subnet which is in port
Q.network_delete(mgr_or_client, network['id'])
for sg in Q.security_group_list(mgr_or_client, tenant_id=tenant_id):
if (mdata.is_in_spattern(sg['name'], spattern) and
sg['name'] not in ['default']):
Q.security_group_delete(mgr_or_client, sg['id'])
def show_or_create_router(mgr_or_client, name, **kwargs):
sc_list = Q.router_list(mgr_or_client, name=name)
if len(sc_list) > 0:
return Q.router_show(mgr_or_client, sc_list[0]['id'])
return Q.router_create(mgr_or_client, name, **kwargs)
def delete_router(mgr_or_client, router_id, **kwargs):
routers = Q.router_list(mgr_or_client, id=router_id)
if len(routers) != 1:
return None
return delete_this_router(mgr_or_client, routers[0])