def main():
tempest_tenant_names = ["Tempest", "Tempest2"]
print "[INIT]"
print "Initializing openstack clients...",
mgr = OSClientManager.create_from_env_vars()
print "DONE"
print "Fetching Tenants...",
tenants = mgr.identity_client.tenants.list()
tenant_ids = [tenant.id for tenant in tenants]
temptest_tenant_ids = [tenant.id for tenant in tenants
if tenant.name in tempest_tenant_names]
print "DONE"
print "Fetching Users...",
users = mgr.identity_client.users.list()
print "DONE"
print "[CLEANING UP INSTANCES]"
print "Fetching instances...",
instances = mgr.compute_client.servers.list(True, {"all_tenants": "1"})
print "DONE"
operation_list = OperationList()
for instance in instances:
tenant_id = instance.tenant_id
if (tenant_id not in tenant_ids) or (tenant_id in temptest_tenant_ids):
tenant = _find_by_id(tenants, instance.tenant_id)
user = _find_by_id(users, instance.user_id)
tenant_name = "N/A" if tenant == None else tenant.name
user_name = "N/A" if user == None else user.name
operation_list.add_operation(
"Delete %s (Tenant:%s, User: %s)" % (instance.name,
tenant_name,
user_name), instance
.delete)
operation_list.confirm_and_execute()
print "[CLEANING UP VOLUMES]"
print "Fetching volumes...",
volumes = mgr.volume_client.volumes.findall()
print "DONE"
print "Cleaning up Tempest volumes"
operation_list = OperationList()
for volume in volumes:
tenant_id = getattr(volume, 'os-vol-tenant-attr:tenant_id')
#user_id =
if (tenant_id not in tenant_ids) or (tenant_id in temptest_tenant_ids):
tenant = _find_by_id(tenants, tenant_id)
tenant_name = "N/A" if tenant == None else tenant.name
operation_list.add_operation("Delete %s (tenant:%s)" % (
volume.display_name, tenant_name),
volume.delete)
operation_list.confirm_and_execute()
import os
from common.shared import delete_resource
from common.os_client_manager import OSClientManager
from neutronclient.v2_0.client import Client
#TODO: delete a list of resources
if __name__ == "__main__":
mgr = OSClientManager.create_from_env_vars()
neutron_client = mgr.network_client
print "DETERMINING WHAT SHOULD BE KEPT...",
all_networks = neutron_client.list_networks()
skip_network_names = ["public", "private"]
skip_network_ids = [network["id"] for network in all_networks["networks"] if
network["name"] in skip_network_names]
all_subnets = neutron_client.list_subnets()
skip_subnet_ids = [subnet["id"] for subnet in all_subnets["subnets"] if
subnet["network_id"] in skip_network_ids]
print "DONE"
print "CLEANING UP FWAAS"
firewalls = neutron_client.list_firewalls()
def main():
dns_processes = map_dnsprocess_to_networks()
mgr = OSClientManager.create_from_env_vars()
network_client = mgr.network_client
neutron_routers = network_client.list_routers()
neutron_routers = {router['id']: router for router in
neutron_routers['routers']}
neutron_networks = network_client.list_networks()
neutron_networks = {network['id']: network for network in
neutron_networks['networks']}
# TODO change this so that we start from neutron networks and then try
# to map to namespaces (instead of namespaces to networks).
# list over all namespaces and match corresponding openstack resources
routers = []
networks = []
for ns in NamespaceDriver.list_namespaces():
if ns.startswith("qdhcp-"):
network_id = ns.replace("qdhcp-", "")
neutron_network = neutron_networks[network_id]
network = Network(network_id, ns, neutron_network,
dns_processes.get(network_id))
networks.append(network)
elif ns.startswith("qrouter-"):
router_id = ns.replace("qrouter-", "")
neutron_router = neutron_routers[router_id]
routers.append(Router(router_id, ns, neutron_router))
# Print out results
print "Networks"
for network in networks:
print "\t network:%s \t namespace:%s" % (
network.neutron_network['name'], network.namespace)
for link in network.links:
print "\t \t LINK: %s (TYPE: %s, MAC:%s)" % (
link.name, link.type, link.mac)
print "Routers"
for router in routers:
print "\t router:%s \t namespace:%s" % (
router.neutron_router['name'], router.namespace)
for link in router.links:
print "\t \t LINK: %s (TYPE: %s, MAC:%s)" % (
link.name, link.type, link.mac)
# Output HTML File
template_dir = "os_ns_visualizer/templates"
output_dir = os.path.expanduser("~")
output_file = os.path.join(output_dir, "result.html")
css_file = os.path.join(template_dir, "styles.css")
print "Creating HTML file (%s)..." % output_file,
env = Environment(loader=FileSystemLoader(template_dir))
template = env.get_template('template.html')
output = template.render(networks=networks, routers=routers)
f = open(output_file, "w")
f.write(output)
f.close()
shutil.copy(css_file, output_dir)
print DONE
