def testListByCaps(self, caps):
devices = hostdev.list_by_caps(caps)
for cap in caps:
self.assertTrue(
set(hostdevlib.DEVICES_BY_CAPS[cap].keys()).issubset(
devices.keys()))
def testListByCaps(self, caps):
devices = hostdev.list_by_caps(caps)
for cap in caps:
self.assertTrue(set(DEVICES_BY_CAPS[cap].keys()).
issubset(devices.keys()))
def test_3k_storage_devices(self):
devices = hostdev.list_by_caps()
self.assertEqual(len(devices),
len(libvirtconnection.get().listAllDevices2()))
def _get_sriov_devices():
devices = hostdev.list_by_caps()
return [
device_name for device_name, device_info in six.viewitems(devices)
if 'totalvfs' in device_info['params']
]
def test_3k_storage_devices(self):
devices = hostdev.list_by_caps()
self.assertEqual(len(devices),
len(libvirtconnection.get().listAllDevices2()))
def _get_sriov_devices():
devices = hostdev.list_by_caps()
return [device_name for device_name, device_info
in devices.iteritems()
if 'totalvfs' in device_info['params']]
def test_3k_storage_devices(self):
with Connection.use_hostdev_tree():
self.assertEqual(len(hostdev.list_by_caps()),
len(libvirtconnection.get().listAllDevices()))
def test_device_name_from_address(self, addr_type, addr, name):
# we need to make sure we scan all the devices (hence caps=None)
hostdev.list_by_caps()
self.assertEqual(hostdev.device_name_from_address(addr_type, addr),
name)
