def update_vm_process(self, libvirt_id, vm_config):
if self.vm_procs.get(libvirt_id) != vm_config.oid:
vm_process = VmProcess(node=self,
libvirt_id=libvirt_id,
vm_config=vm_config)
Cluster.instance().store(vm_process)
self.vm_procs[libvirt_id] = vm_process.oid
def update_host_nic(self, name, **kw):
nic = self.get_host_nic(name)
if nic:
nic.set(**kw)
else:
nic = HostNic(host=self, name=name, **kw)
self.host_nics[name] = nic.oid
Cluster.instance().store(nic)
def setUp(self):
AsyncTestCase.setUp(self)
for key in options.keys():
del options[key]
define_common_options()
define_node_options()
parse_config_file(os.path.join(DIR, 'config_data.py'))
self.init_storages()
self.node_oid = str(uuid.uuid1())
Cluster.instance().init()
def storage(self):
cluster = Cluster.instance()
storage = cluster.get(self.storage_oid)
if storage is None:
raise RuntimeError(
"Storage %s for mountpoint %s not exists" % (
self.storage_oid, self))
return storage
def get_host_nic(self, nic_name):
cluster = Cluster.instance()
try:
nic_oid = self.host_nics[nic_name]
nic = cluster.get(nic_oid)
if nic is None:
raise KeyError(nic_name)
return nic
except KeyError:
return None
def on_ifconfig(report):
cluster = Cluster.instance()
node = cluster.get(report.node_oid)
if not node:
# Node is not ready
return
for name, info in report.parsed_data.items():
mac = info.get('mac')
if not mac:
continue # lo
node.update_host_nic(name, **info)
def on_mngr_msg(client, body, routing_key):
default_mngr_callback(client, body, routing_key)
event = Entity.from_json(body)
if isinstance(event, NodeOnlineReport):
node = Cluster.instance().get(self.node_oid)
self.assertEqual(len(node.storages), 2)
for mount_point in node.storages:
if mount_point.storage_oid == self.storage1_oid:
self.assertEqual(mount_point.path,
self.storage1_path)
self.stop()
def test_vmxml_report_updates_cluster(self):
on_report(NodeOnlineReport.create(self.node_oid, hostname='testhost'))
report = VmXMLReport.create(self.node_oid, raw_data = LIBVIRT_XML)
on_report(report)
cluster = Cluster.instance()
vms = cluster.entities_by_class('VmProcess')
self.assertEqual(len(vms), 1)
node = cluster.get(self.node_oid)
self.assertEqual(len(node.get_vm_procs()), 1)
vm_proc = vms[0]
self.assertEqual(vm_proc.vm_config.nics[0].target, 'vnet0')
def test_crud(self):
cluster = Cluster.instance()
node = Node(hostname='testhost')
cluster.store(node)
on_report(IFConfigReport.create(node.oid, raw_data=IFCONFIG_DATA))
network = Network(title='TestNetwork')
virbr2 = node.get_host_nic('virbr2')
network.add_host_nic(virbr2)
self.assertTrue(virbr2.oid in network.host_nics)
eth2 = node.get_host_nic('eth2')
self.assertEqual(len(network.host_nics), 1)
self.assertFalse(eth2.oid in network.host_nics) # only bridge should be added
def test_update(self):
cluster = Cluster.instance()
node = Node(oid=self.node_oid,
hostname='hostname')
cluster.store(node)
node.vm_procs = dict(a='dummy')
self.assertEqual(cluster.get(self.node_oid).vm_procs['a'],
'dummy')
cluster.store(Node(oid=self.node_oid,
hostname='hostname'))
self.assertEqual(cluster.get(self.node_oid).vm_procs['a'],
'dummy')
def get(self, path):
"""Return view for entity
"""
entity = Cluster.instance().get(path)
if not entity:
raise HTTPError(404)
self.render('entity.html',
class_name = entity.__class__.__name__,
oid = entity.oid,
cmd = entity.oid,
table = get_entity_view(entity).get_html())
def on_mngr_msg(client, body, routing_key):
report = Entity.from_json(body)
on_report(report)
self.assertEqual(report.reporter_oid, self.node_oid)
if report.__class__.__name__ == 'NodeOnlineReport':
on_report(IFConfigReport.create(self.node_oid,
raw_data=IFCONFIG_DATA))
client.send_task(VMInventoryTask(node_oid=self.node_oid))
if report.__class__.__name__ == 'VmXMLReport':
cluster = Cluster.instance()
vm_config = cluster.entities_by_class('VmConfig')[0]
self.assertEqual(vm_config.oid, 'c2127a40-eb4c-4e3c-af5b-ab455fd8bb40')
self.stop()
def test_update_cluster(self):
import uuid
storage_oid = str(uuid.uuid4())
on_report(NodeOnlineReport.create(self.node_oid,
hostname='testhost',
storages=[dict(
node_oid=self.node_oid,
storage_oid=storage_oid,
path='/home/storage1')]))
on_report(DFReport.create(self.node_oid, raw_data=DF_RAW))
cluster = Cluster.instance()
storage = cluster.get(storage_oid)
self.assertTrue(storage)
self.assertEqual(storage.avail, '702G')
def post(self):
import IPython; IPython.embed()
cmd = self.get_argument('cmd', '')
cluster = Cluster.instance()
view = None
if cmd == 'vms':
view = vm_list_view(
cluster.entities_by_class('VmProcess'))
entity = cluster.search(cmd)
if entity:
self.redirect('/%s' % entity.oid)
self.render('page.html',
cmd=cmd,
view=view)
def test_report_arrived(self):
node_oid = str(uuid.uuid1())
on_report(NodeOnlineReport.create(node_oid, hostname='testhost'))
on_report(IFConfigReport.create(node_oid, raw_data=IFCONFIG_DATA))
on_report(BrctlShowReport.create(node_oid, raw_data=BRCTL_SHOW_DATA))
cluster = Cluster.instance()
node = cluster.get(node_oid)
self.assertTrue(node)
eth2 = node.get_host_nic('eth2')
self.assertTrue(eth2)
self.assertEqual(eth2.in_bridge, 'virbr2')
virbr2 = node.get_host_nic('virbr2')
self.assertEqual(virbr2.bridge_for,
['eth2', 'vnet0', 'vnet1'])
def test_entites_storing(self):
cluster = Cluster.instance()
item1 = Item('foo')
item2 = Item('bar')
item3 = Baz('baz')
cluster.store(item1)
cluster.store(item2)
cluster.store(item3)
self.assertEqual(cluster.get(item1.oid), item1)
self.assertEqual(len(cluster.entities_by_class('Item')), 2)
self.assertEqual(len(cluster.entities_by_class(Baz)), 1)
self.assertEqual(cluster.entities_by_class(Baz)[0],
item3)
cluster.delete(item1)
self.assertEqual(len(cluster.oids_by_class(Item)), 1)
def on_brctl_show(report):
cluster = Cluster.instance()
node = cluster.get(report.node_oid)
if not node:
return
for bridge_name, nic_names in report.parsed_data.items():
for nic_name in nic_names:
nic = node.get_host_nic(nic_name)
if nic:
# if not - didn't get ifconfig report yet, nothing we can do
nic.in_bridge = bridge_name
cluster.store(nic)
bridge = node.get_host_nic(bridge_name)
if bridge:
bridge.bridge_for = nic_names
cluster.store(bridge)
def on_mngr_msg(client, body, routing_key):
inst = self.entity_from_json(body)
default_callback(client, body, routing_key)
if isinstance(inst, NodeOnlineReport):
self.node.publish_report(
IFConfigReport.create(self.node_oid, raw_data=RAW_DATA))
if isinstance(inst, IFConfigReport):
self.assertEqual(inst.raw_data, RAW_DATA)
cluster = Cluster.instance()
node = cluster.get(self.node_oid)
self.assertTrue(node)
self.assertEqual(node.get_host_nic('eth1').inet_addr,
'10.0.1.1')
self.assertEqual(node.get_host_nic('vnet0').rx_bytes,
11546476)
self.stop()
def test_node_online_update_cluster(self):
def on_mngr_msg(client, body, routing_key):
default_mngr_callback(client, body, routing_key)
event = Entity.from_json(body)
if isinstance(event, NodeOnlineReport):
node = Cluster.instance().get(self.node_oid)
self.assertEqual(len(node.storages), 2)
for mount_point in node.storages:
if mount_point.storage_oid == self.storage1_oid:
self.assertEqual(mount_point.path,
self.storage1_path)
self.stop()
self.set_manager(on_mngr_msg)
self.set_node()
self.wait()
cluster = Cluster.instance()
node = cluster.get(self.node_oid)
self.assertTrue(isinstance(node, Node))
def on_node_online(report):
from swarm.stuff import Storage
from swarm.tasks import VMInventoryTask
cluster = Cluster.instance()
if not cluster.is_stored(report.node_oid):
node = Node(oid=report.node_oid,
hostname=report.hostname,
state='online')
cluster.store(node)
if CLIENT:
task = VMInventoryTask(node_oid=node.oid)
cluster.store(task)
CLIENT.send_task(task)
else:
log.warn("No client available in on_node_online")
else:
node = cluster.get(report.node_oid)
node.state = 'online'
Storage.update_points(node, report.storages)
def on_vmxml(report):
"Procedures on libvirt xml report"
cluster = Cluster.instance()
node = cluster.get(report.node_oid)
if node is None:
return on_report_from_offline_node(report)
data = report.parsed_data
nics = []
for nic in data['nics']:
nics.append(VmNic(**nic))
vm_config = VmConfig(oid=data['uuid'],
vcpu=data['vcpu'],
memory=data['memory'],
name=data['name'],
features=data['features'],
libvirt_xml=report.raw_data,
nics=nics)
cluster.store(vm_config)
if data.get('libvirt_id'):
node.update_vm_process(data['libvirt_id'], vm_config)
def on_dfreport(report):
def choose_mount_point(report, storage_point):
report_pathes = [(len(x), x) for x in report.parsed_data.keys()]
report_pathes.sort(key=lambda x:x[0], reverse=True)
report_pathes = [x[1] for x in report_pathes]
for mount_point in report_pathes:
if storage_point.path.startswith(mount_point):
return mount_point
raise RuntimeError("No mount point for given storage points")
cluster = Cluster.instance()
if not cluster.is_stored(report.node_oid):
return
for storage_point in report.node.storages:
mount_point = choose_mount_point(report, storage_point)
storage = cluster.get(storage_point.storage_oid) or Storage(
storage_point.storage_oid)
storage.avail = report.parsed_data[mount_point]['avail']
cluster.store(storage)
def update_points(cls, node, points):
cluster = Cluster.instance()
def is_exists(info):
for spoint in cluster.entities_by_class(StoragePoint):
if spoint.node_oid == node.oid and \
spoint.path == info['path'] and \
spoint.storage_oid == info['storage_oid']:
return True
return False
for point in points:
storage_oid = point['storage_oid']
if not cluster.is_stored(storage_oid):
cluster.store(Storage(oid=storage_oid))
if not is_exists(point):
cluster.store(StoragePoint(node_oid=node.oid,
storage_oid=point['storage_oid'],
path=point['path']))
def get(self):
cluster = Cluster.instance()
import IPython; IPython.embed()
self.redirect('/')
def host(self):
cluster = Cluster.instance()
for proc in cluster.entities_by_class("VmProcess"):
if proc.vm_config.oid == self.oid:
return proc.node
return None
def storages(self):
return [x for x in Cluster.instance().entities_by_class(
StoragePoint) if x.node_oid == self.oid]
def get_vm_procs(self):
cluster = Cluster.instance()
return [cluster.get(x) for x in self.vm_procs.values()]
def from_store(self, value):
from swarm.cluster import Cluster
return Cluster.instance().get(value)
def node(self):
from swarm.cluster import Cluster
return Cluster.instance().get_or_error(self.node_oid)
def test_instance(self):
self.assertEqual(
Cluster.instance(), Cluster.instance())
