def get_properties(self, req_props):
properties = {}
selector = dmutils.Selector(req_props)
if req_props is not None and len(req_props) > 0:
selected = selector.list_selector
else:
selected = selector.all_selector
if selected(consts.NODE_NAME):
properties[consts.NODE_NAME] = (
self._assignment.get_node().get_name()
)
if selected(consts.RES_NAME):
properties[consts.RES_NAME] = (
self._assignment.get_resource().get_name()
)
if selected(consts.SNAPS_NAME):
properties[consts.SNAPS_NAME] = self._snapshot.get_name()
# target state flags
if selected(consts.TSTATE_PREFIX + consts.FLAG_DEPLOY):
properties[consts.TSTATE_PREFIX + consts.FLAG_DEPLOY] = (
dmutils.bool_to_string(
dmutils.is_set(self._tstate, self.FLAG_DEPLOY)
)
)
# current state flags
if selected(consts.CSTATE_PREFIX + consts.FLAG_DEPLOY):
properties[consts.CSTATE_PREFIX + consts.FLAG_DEPLOY] = (
dmutils.bool_to_string(
dmutils.is_set(self._cstate, self.FLAG_DEPLOY)
)
)
# Add PropsContainer properties
for (key, val) in self.get_props().iteritems():
if selected(key):
if val is not None:
properties[key] = str(val)
return properties
def get_properties(self, req_props):
properties = {}
selector = dmutils.Selector(req_props)
if req_props is not None and len(req_props) > 0:
selected = selector.list_selector
else:
selected = selector.all_selector
if selected(consts.VOL_ID):
properties[consts.VOL_ID] = str(self._vol_id)
if selected(consts.VOL_BDEV):
properties[consts.VOL_BDEV] = (
"" if self._bd_path is None else str(self._bd_path)
)
# target state flags
if selected(consts.TSTATE_PREFIX + consts.FLAG_DEPLOY):
properties[consts.TSTATE_PREFIX + consts.FLAG_DEPLOY] = (
dmutils.bool_to_string(
dmutils.is_set(self._tstate, self.FLAG_DEPLOY)
)
)
# current state flags
if selected(consts.CSTATE_PREFIX + consts.FLAG_DEPLOY):
properties[consts.CSTATE_PREFIX + consts.FLAG_DEPLOY] = (
dmutils.bool_to_string(
dmutils.is_set(self._cstate, self.FLAG_DEPLOY)
)
)
# Add PropsContainer properties
for (key, val) in self.get_props().iteritems():
if selected(key):
if val is not None:
properties[key] = str(val)
return properties
def _get_assignments(self, res, vol_spec):
diskful = []
for a in res.iterate_assignments():
tstate = a.get_tstate()
if dm_utils.is_set(tstate, a.FLAG_DISKLESS):
continue
for vol_state in a.iterate_volume_states():
vid = vol_state.get_id()
# Only "interesting" volumes
if isinstance(vol_spec, long):
if vid != vol_spec:
continue
while (len(diskful) <= vid):
diskful.append([])
diskful[vid].append(
dm_utils.is_set(vol_state.get_cstate(),
vol_state.FLAG_DEPLOY)
and dm_utils.is_set(vol_state.get_tstate(),
vol_state.FLAG_DEPLOY))
# look for the most scarce volume, and return its statistics
min_depl = 1000
ret = []
for v, deployed_l in enumerate(diskful):
deployed = sum(deployed_l)
assert (deployed >= 0 and deployed <= 63)
if deployed < min_depl:
ret = deployed_l
min_depl = deployed
return ret
def requires_undeploy(self):
return (dmutils.is_unset(self._tstate, self.FLAG_DEPLOY) and
dmutils.is_set(self._cstate, self.FLAG_DEPLOY))
def is_deployed(self):
return dmutils.is_set(self._cstate, self.FLAG_DEPLOY)
def requires_undeploy(self):
"""
Returns True if the assignment needs to be undeployed, False otherwise
"""
return (dmutils.is_unset(self._tstate, self.FLAG_DEPLOY) and
dmutils.is_set(self._cstate, self.FLAG_DEPLOY))