def delete_snapshot_schedule(self,
container,
lun=None,
lungroup=None,
schedule_name=None,
delete_snapshots=None):
"""
Delete a snapshot schedule.
Arguments:
container -- string
lun -- string (optional)
lungroup -- string (optional)
schedule_name -- string (optional)
delete_snapshots -- bool (optional)
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
if lun is not None:
nodes.append(XGNode('lun', 'string', lun))
if lungroup is not None:
nodes.append(XGNode('lungroup', 'string', lungroup))
if schedule_name is not None:
nodes.append(XGNode('schedule_name', 'string', schedule_name))
if delete_snapshots is not None:
nodes.append(XGNode('delete_snapshots', 'bool', delete_snapshots))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/schedule/snapshot/delete', nodes)
def _igroup_create(self, igroup, delete):
"""
Internal work function for:
create_igroup
delete_igroup
"""
nodes = []
nodes.append(XGNode('igroup', 'string', igroup))
nodes.append(XGNode('delete', 'bool', delete))
return self._basic.perform_action('/vshare/actions' + '/igroup/create',
nodes)
def _iscsi_target_create(self, target, create):
"""
Internal work function for:
create_iscsi_target
delete_iscsi_target
"""
nodes = []
nodes.append(XGNode('target', 'string', target))
nodes.append(XGNode('create', 'bool', create))
return self._basic.perform_action(
'/vshare/actions' + '/iscsi/target/create', nodes)
def _iscsi_target_bind(self, target, ip, add):
"""
Internal work function for:
bind_ip_to_target
unbind_ip_from_target
"""
nodes = []
nodes.append(XGNode('target', 'string', target))
nodes.extend(XGNode.as_node_list('ip/{0}', 'string', ip))
nodes.append(XGNode('add', 'bool', add))
return self._basic.perform_action(
'/vshare/actions' + '/iscsi/target/bind', nodes)
def _igroup_modify(self, igroup, initiators, delete):
"""
Internal work function for:
add_initiators
delete_initiators
"""
nodes = []
nodes.append(XGNode('igroup', 'string', igroup))
nodes.extend(
XGNode.as_node_list('initiators/{0}', 'string', initiators))
nodes.append(XGNode('delete', 'bool', delete))
return self._basic.perform_action('/vshare/actions' + '/igroup/modify',
nodes)
def format_array(self, percentage, volumeid=None):
"""
Format the array.
Arguments:
percentage -- uint8
volumeid -- uint32
"""
nodes = []
nodes.append(XGNode('percentage', 'uint8', percentage))
if volumeid:
nodes.append(XGNode('volumeid', 'uint32', volumeid))
return self._basic.perform_action('/array/actions' + '/format', nodes)
def _get_nodes(self,
node_names,
nostate=False,
noconfig=False,
flat=False,
values_only=False,
strip=None):
query_flags = []
if nostate:
query_flags.append("no-state")
if noconfig:
query_flags.append("no-config")
# Convert basestring to list, so we can accept either now
if isinstance(node_names, basestring):
node_names = [node_names]
nodes = []
for n in node_names:
nodes.append(XGNode(n, flags=query_flags))
req = XGQuery(nodes, flat, values_only)
resp = self.send_request(req, strip)
# TODO(gfreeman): If we have send_request return empty nodes
# dict rather than None for error we can eliminate this
# conditional.
return resp.nodes
def _lungroup_export(self, container, name, initiators,
ports, unexport):
"""
Internal work function for:
export_lun_group
unexport_lun_group
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('name', 'string', name))
nodes.extend(XGNode.as_node_list('initiators/{0}', 'string',
initiators))
nodes.extend(XGNode.as_node_list('ports/{0}', 'string', ports))
nodes.append(XGNode('unexport', 'bool', unexport))
return self._basic.perform_action('/vshare/actions/vdm' +
'/lungroup/export', nodes)
def rename_igroup(self, old_igroup, new_igroup):
"""
Renames an igroup.
Arguments:
old_igroup -- string
new_igroup -- string
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('old_igroup', 'string', old_igroup))
nodes.append(XGNode('new_igroup', 'string', new_igroup))
return self._basic.perform_action('/vshare/actions' + '/igroup/rename',
nodes)
def set_lun_snapshot(self,
container,
lun,
name,
new_name=None,
description=None,
readwrite=None,
snap_protect=None,
port_A=None,
port_B=None):
"""
Update a LUN snapshot.
Arguments:
container -- string
lun -- string
name -- string
new_name -- string (optional)
description -- string (optional)
readwrite -- bool (optional)
snap_protect -- bool (optional)
port_A -- bool (optional)
port_B -- bool (optional)
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lun', 'string', lun))
nodes.append(XGNode('name', 'string', name))
if new_name is not None:
nodes.append(XGNode('new_name', 'string', new_name))
if description is not None:
nodes.append(XGNode('description', 'string', description))
if readwrite is not None:
nodes.append(XGNode('readwrite', 'bool', readwrite))
if snap_protect is not None:
nodes.append(XGNode('snap_protect', 'bool', snap_protect))
if port_A is not None:
nodes.append(XGNode('port_A', 'bool', port_A))
if port_B is not None:
nodes.append(XGNode('port_B', 'bool', port_B))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/snapshot/set', nodes)
def rollback_lun_group(self, container, lungroup, name):
"""
Rollback a LUN group to the specified snapshot.
Arguments:
container -- string
lungroup -- string
name -- string
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lungroup', 'string', lungroup))
nodes.append(XGNode('name', 'string', name))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/snapgroup/rollback', nodes)
def _iscsi_global(self, enable):
"""
Internal work function for:
enable_iscsi_globally
disable_iscsi_globally
"""
nodes = []
nodes.append(XGNode('enable', 'bool', enable))
return self._basic.perform_action(
'/vshare/actions' + '/iscsi/enable_global', nodes)
def _snapshot_export(self, container, lun, names, initiators,
ports, lun_id, unexport, force):
"""Internal work function for:
export_lun_snapshot
unexport_lun_snapshot
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lun', 'string', lun))
nodes.extend(XGNode.as_node_list('names/{0}', 'string', names))
nodes.extend(XGNode.as_node_list('initiators/{0}', 'string',
initiators))
nodes.extend(XGNode.as_node_list('ports/{0}', 'string', ports))
nodes.append(XGNode('lun_id', 'string', lun_id))
nodes.append(XGNode('unexport', 'bool', unexport))
if force is not None:
nodes.append(XGNode('force', 'bool', force))
return self._basic.perform_action('/vshare/actions/vdm' +
'/snapshot/export', nodes)
def _lun_export(self, container, names, ports,
initiators, lun_id, unexport):
"""
Internal work function for:
export_lun
unexport_lun
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.extend(XGNode.as_node_list('names/{0}', 'string', names))
nodes.extend(XGNode.as_node_list('initiators/{0}', 'string',
initiators))
nodes.extend(XGNode.as_node_list('ports/{0}', 'string', ports))
if lun_id == 'auto':
nodes.append(XGNode('lun_id', 'int16', -1))
else:
nodes.append(XGNode('lun_id', 'int16', lun_id))
nodes.append(XGNode('unexport', 'bool', unexport))
return self._basic.perform_action('/vshare/actions' +
'/lun/export', nodes)
def _iscsi_target_bind(self, target, ip, add):
"""Internal work function for:
bind_ip_to_target
unbind_ip_from_target
"""
nodes = []
nodes.append(XGNode('target', 'string', target))
nodes.extend(XGNode.as_node_list('ip/{0}', 'string', ip))
nodes.append(XGNode('add', 'bool', add))
return self._basic.perform_action('/vshare/actions' +
'/iscsi/target/bind', nodes)
def _igroup_modify(self, igroup, initiators, delete):
"""
Internal work function for:
add_initiators
delete_initiators
"""
nodes = []
nodes.append(XGNode("igroup", "string", igroup))
nodes.extend(XGNode.as_node_list("initiators/{0}", "string", initiators))
nodes.append(XGNode("delete", "bool", delete))
return self._basic.perform_action("/vshare/actions" + "/igroup/modify", nodes)
def _igroup_modify(self, igroup, initiators, delete):
"""Internal work function for:
add_initiators
delete_initiators
"""
nodes = []
nodes.append(XGNode('igroup', 'string', igroup))
nodes.extend(XGNode.as_node_list('initiators/{0}', 'string',
initiators))
nodes.append(XGNode('delete', 'bool', delete))
return self._basic.perform_action('/vshare/actions' +
'/igroup/modify', nodes)
def bulk_delete_luns(self, container, luns):
"""
Delete one or more LUNs.
Arguments:
container -- string
luns -- string (string or list)
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.extend(XGNode.as_node_list('lun/{0}', 'string', luns))
return self._basic.perform_action('/vshare/actions' +
'/lun/bulk_delete', nodes)
def _lungroup_create(self, container, name,
lun_names, action, description):
"""
Internal work function for:
create_lun_group
delete_lun_group
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('name', 'string', name))
nodes.extend(XGNode.as_node_list('lun_names/{0}', 'string', lun_names))
nodes.append(XGNode('action', 'string', action))
if description is not None:
nodes.append(XGNode('description', 'string', description))
return self._basic.perform_action('/vshare/actions/vdm' +
'/lungroup/create', nodes)
def _snapshot_export(self, container, lun, names, initiators, ports,
lun_id, unexport, force):
"""
Internal work function for:
export_lun_snapshot
unexport_lun_snapshot
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lun', 'string', lun))
nodes.extend(XGNode.as_node_list('names/{0}', 'string', names))
nodes.extend(
XGNode.as_node_list('initiators/{0}', 'string', initiators))
nodes.extend(XGNode.as_node_list('ports/{0}', 'string', ports))
nodes.append(XGNode('lun_id', 'string', lun_id))
nodes.append(XGNode('unexport', 'bool', unexport))
if force is not None:
nodes.append(XGNode('force', 'bool', force))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/snapshot/export', nodes)
def _lungroup_update(self, container, name, new_name,
lun_names, remove, description):
"""
Internal work function for:
add_to_lun_group
remove_from_lun_group
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('name', 'string', name))
if new_name is not None:
nodes.append(XGNode('new_name', 'string', new_name))
nodes.extend(XGNode.as_node_list('lun_names/{0}', 'string', lun_names))
if remove is not None:
nodes.append(XGNode('remove', 'bool', remove))
if description is not None:
nodes.append(XGNode('description', 'string', description))
return self._basic.perform_action('/vshare/actions/vdm' +
'/lungroup/update', nodes)
def _snapshot_create(self, container, lun, name, action, description,
readwrite, snap_protect):
"""
Internal work function for:
create_lun_snapshot
delete_lun_snapshot
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lun', 'string', lun))
nodes.append(XGNode('name', 'string', name))
nodes.append(XGNode('action', 'string', action))
if description is not None:
nodes.append(XGNode('description', 'string', description))
if readwrite is not None:
nodes.append(XGNode('readwrite', 'bool', readwrite))
if snap_protect is not None:
nodes.append(XGNode('snap_protect', 'bool', snap_protect))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/snapshot/create', nodes)
def _snapgroup_export(self, container, lungroup, name, initiators, ports,
unexport):
"""
Internal work function for:
export_lun_group_snapshot
unexport_lun_group_snapshot
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('lungroup', 'string', lungroup))
nodes.append(XGNode('name', 'string', name))
nodes.extend(
XGNode.as_node_list('initiators/{0}', 'string', initiators))
nodes.extend(XGNode.as_node_list('ports/{0}', 'string', ports))
nodes.append(XGNode('unexport', 'bool', unexport))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/snapgroup/export', nodes)
def fromstring(cls, request, xml_str, strip=None):
"""
Parse XML text contained in string and return as an XGResponse
object for the given request type.
Arguments:
request - XGRequest object
xml_str - string containing XML response to parse
Returns:
XGResponse object
"""
root_el = ET.fromstring(xml_str)
if root_el.tag != "xg-response":
raise ParseError("Not xg-response")
else:
xg_resp_el = root_el.getchildren()[0]
if xg_resp_el.tag == "xg-status":
# parse xg-status
for child in xg_resp_el.getchildren():
if child.tag == "status-msg":
r_msg = child.text
elif child.tag == "status-code":
r_code = child.text
else:
raise ParseError("Unknown status field.")
# Handle authentication via Exception
if r_msg == "Not authenticated":
raise AuthenticationError(r_msg)
return XGResponse("status", int(r_code), r_msg)
elif xg_resp_el.tag != "%s-response" % (request.type):
raise ParseError("Response type mismatch.")
# Parse response
# TODO(gfreeman): Refactor to not use find() ... loop through once
ret_status_el = xg_resp_el.find("return-status")
if ret_status_el is None:
raise ParseError("Missing return-status field.")
try:
r_code = ret_status_el.find("return-code").text
except AttributeError:
raise ParseError("Missing return-code field.")
try:
r_msg = ret_status_el.find("return-msg").text
except AttributeError:
r_msg = ""
try:
db_rev = xg_resp_el.find("db-revision-id").text
if not db_rev.isdigit():
raise ParseError("Non-numeric db-revision-id")
except AttributeError:
db_rev = "0"
try:
nodes_el = xg_resp_el.find("nodes")
except AttributeError:
raise ParseError("Missing nodes element.")
#
# Parse the return nodes per parameters in XGRequest
#
# If request.flat is True, we return a dict of nodes
# keyed to node_name. If a returned node had no name
# it will not be included.
#
# If request.flat is False, we return a LIST of nodes
# that can contain subnodes.
#
# If values_only is True, we return node values rather
# than XGNode objects.
#
nodes_d = {}
nodes_l = []
if nodes_el is not None:
for node in nodes_el.getchildren():
# parse node
if node.tag != "node":
raise ParseError("Unexpected subelement '%s'" %
(node.tag, ))
if request.flat:
nodes_d.update(
XGNode.parse_el(node, request.flat, strip=strip))
else:
nodes_l.append(
XGNode.parse_el(node, request.flat, strip=strip))
if request.flat:
nodes = XGNodeDict(nodes_d, request.values_only)
else:
nodes = nodes_l
return XGResponse(request.type, int(r_code), r_msg, db_rev, nodes)
def modify_snapshot_schedule(self,
container,
schedule_name,
type,
is_lungroup_schedule,
lun_or_group_name,
new_schedule_name=None,
description=None,
date=None,
time=None,
start_date=None,
start_time=None,
end_date=None,
end_time=None,
periodicity=None,
days_of_week=None,
monthly_interval=None,
day_of_month=None,
readwrite=None,
protect=None,
max_keep=None,
enable=None):
"""
Modify a snapshot schedule.
Arguments:
container -- string
schedule_name -- string
type -- string
is_lungroup_schedule -- bool
lun_or_group_name -- string
new_schedule_name -- string (optional)
description -- string (optional)
date -- date (string or datetime; optional)
time -- time_sec (string or datetime; optional)
start_date -- date (string or datetime; optional)
start_time -- time_sec (string or datetime; optional)
end_date -- date (string or datetime; optional)
end_time -- time_sec (string or datetime; optional)
periodicity -- duration_sec (string; optional)
days_of_week -- string (optional)
monthly_interval -- uint32 (optional)
day_of_month -- int32 (optional)
readwrite -- bool (optional)
protect -- bool (optional)
max_keep -- int32 (optional)
enable -- bool (optional)
Returns:
Action result as a dict.
"""
nodes = []
nodes.append(XGNode('container', 'string', container))
nodes.append(XGNode('schedule_name', 'string', schedule_name))
nodes.append(XGNode('type', 'string', type))
nodes.append(
XGNode('is_lungroup_schedule', 'bool', is_lungroup_schedule))
nodes.append(XGNode('lun_or_group_name', 'string', lun_or_group_name))
if new_schedule_name is not None:
nodes.append(
XGNode('new_schedule_name', 'string', new_schedule_name))
if description is not None:
nodes.append(XGNode('description', 'string', description))
if date is not None:
nodes.append(XGNode('date', 'date', date))
if time is not None:
nodes.append(XGNode('time', 'time_sec', time))
if start_date is not None:
nodes.append(XGNode('start_date', 'date', start_date))
if start_time is not None:
nodes.append(XGNode('start_time', 'time_sec', start_time))
if end_date is not None:
nodes.append(XGNode('end_date', 'date', end_date))
if end_time is not None:
nodes.append(XGNode('end_time', 'time_sec', end_time))
if periodicity is not None:
nodes.append(XGNode('periodicity', 'duration_sec', periodicity))
if days_of_week is not None:
nodes.append(XGNode('days_of_week', 'string', days_of_week))
if monthly_interval is not None:
nodes.append(XGNode('monthly_interval', 'uint32',
monthly_interval))
if day_of_month is not None:
nodes.append(XGNode('day_of_month', 'int32', day_of_month))
if readwrite is not None:
nodes.append(XGNode('readwrite', 'bool', readwrite))
if protect is not None:
nodes.append(XGNode('protect', 'bool', protect))
if max_keep is not None:
nodes.append(XGNode('max_keep', 'int32', max_keep))
if enable is not None:
nodes.append(XGNode('enable', 'bool', enable))
return self._basic.perform_action(
'/vshare/actions/vdm' + '/schedule/snapshot/modify', nodes)
def fromstring(cls, request, xml_str, strip=None):
"""Parse XML text contained in string and return as an XGResponse
object for the given request type.
Arguments:
request - XGRequest object
xml_str - string containing XML response to parse
Returns:
XGResponse object
"""
root_el = ET.fromstring(xml_str)
if root_el.tag != "xg-response":
raise ParseError("Not xg-response")
else:
xg_resp_el = root_el.getchildren()[0]
if xg_resp_el.tag == "xg-status":
# parse xg-status
for child in xg_resp_el.getchildren():
if child.tag == "status-msg":
r_msg = child.text
elif child.tag == "status-code":
r_code = child.text
else:
raise ParseError("Unknown status field.")
# Handle authentication via Exception
if r_msg == "Not authenticated":
raise AuthenticationError(r_msg)
return XGResponse("status", int(r_code), r_msg)
elif xg_resp_el.tag != "%s-response" % (request.type):
raise ParseError("Response type mismatch.")
# Parse response
# TODO(gfreeman): Refactor to not use find() ... loop through once
ret_status_el = xg_resp_el.find("return-status")
if ret_status_el is None:
raise ParseError("Missing return-status field.")
try:
r_code = ret_status_el.find("return-code").text
except AttributeError:
raise ParseError("Missing return-code field.")
try:
r_msg = ret_status_el.find("return-msg").text
except AttributeError:
r_msg = ""
try:
db_rev = xg_resp_el.find("db-revision-id").text
if not db_rev.isdigit():
raise ParseError("Non-numeric db-revision-id")
except AttributeError:
db_rev = "0"
try:
nodes_el = xg_resp_el.find("nodes")
except AttributeError:
raise ParseError("Missing nodes element.")
#
# Parse the return nodes per parameters in XGRequest
#
# If request.flat is True, we return a dict of nodes
# keyed to node_name. If a returned node had no name
# it will not be included.
#
# If request.flat is False, we return a LIST of nodes
# that can contain subnodes.
#
# If values_only is True, we return node values rather
# than XGNode objects.
#
nodes_d = {}
nodes_l = []
if nodes_el is not None:
for node in nodes_el.getchildren():
# parse node
if node.tag != "node":
raise ParseError("Unexpected subelement '%s'"
% (node.tag,))
if request.flat:
nodes_d.update(XGNode.parse_el(node, request.flat,
strip=strip))
else:
nodes_l.append(XGNode.parse_el(node, request.flat,
strip=strip))
if request.flat:
nodes = XGNodeDict(nodes_d, request.values_only)
else:
nodes = nodes_l
return XGResponse(request.type, int(r_code), r_msg, db_rev, nodes)