def main(conninfo, credentials, args):
user_id = users.get_id(conninfo, credentials, args.id)
if args.password is not None:
password = args.password
else:
password = \
qumulo.lib.opts.read_password("New password for %s: " % args.id)
users.set_user_password(conninfo, credentials, user_id.data,
password)
print "Changed password for %s" % args.id
def main(conninfo, credentials, args):
# Get existing share
share_info = {}
share_info, share_info['if_match'] = \
shares.nfs_list_share(conninfo, credentials, args.id)
# Modify share
share_info['id_'] = share_info['id']
share_info['allow_fs_path_create'] = args.create_fs_path
del share_info['id']
if args.export_path is not None:
share_info['export_path'] = args.export_path
if args.fs_path is not None:
share_info['fs_path'] = args.fs_path
if args.description is not None:
share_info['description'] = args.description
if args.read_only is not None:
share_info['read_only'] = \
qumulo.lib.util.bool_from_string(args.read_only)
if args.host_restrictions is not None:
share_info['host_restrictions'] = args.host_restrictions.split(',')
if args.user_mapping is not None:
share_info['user_mapping'] = \
convert_nfs_user_mapping(args.user_mapping)
if args.map_to_user_id is not None:
# Allow either auth_id or user name
user_id = users.get_id(conninfo, credentials, args.map_to_user_id)
share_info['map_to_user_id'] = str(user_id.data)
# Ensure mapping arguments are a valid combination
if share_info['user_mapping'] == 'NFS_MAP_NONE':
# Mapping = None: ensure ID arg wasn't specified.
if args.map_to_user_id is not None:
raise ValueError(
'--map-to-user-id is only valid when mapping user')
# If unspecified, clear it automatically.
share_info['map_to_user_id'] = '0'
else:
# Mapping > None: ensure ID arg isn't 0.
if share_info['map_to_user_id'] == '0':
raise ValueError('--user-mapping requires --map-to-user-id')
print shares.nfs_modify_share(conninfo, credentials, **share_info)
def main(conninfo, credentials, args):
# Get the user object
user_id = users.get_id(conninfo, credentials, args.id)
user_info, etag = users.list_user(conninfo, credentials,
user_id.data)
# Modify the user object according to specified arguments
name = user_info['name']
if args.name is not None:
name = args.name
primary_group = user_info['primary_group']
if args.primary_group is not None:
primary_group = str(groups.get_id(
conninfo, credentials, args.primary_group).data)
uid = user_info['uid']
if args.uid is not None:
uid = args.uid.strip()
if uid.lower() == 'none':
uid = ''
# Set the user object, ignore output
users.modify_user(conninfo, credentials, user_id.data, name,
primary_group, uid, etag)
# Add specified groups, ignore output
if args.add_group:
group_id = groups.get_id(conninfo, credentials,
args.add_group)
groups.group_add_member(conninfo, credentials,
group_id.data, user_id.data)
# Remove specified groups, ignore output
if args.remove_group:
group_id = groups.get_id(conninfo, credentials,
args.remove_group)
groups.group_remove_member(conninfo, credentials,
group_id.data, user_id.data)
# Print out the new user object
list_user(conninfo, credentials, user_id.data)
def main(conninfo, credentials, args):
user_mapping = convert_nfs_user_mapping(args.user_mapping)
if user_mapping is not 'NFS_MAP_NONE' and not args.map_to_user_id:
raise ValueError('--user-mapping requires --map-to-user-id')
if user_mapping is 'NFS_MAP_NONE' and args.map_to_user_id:
raise ValueError(
'--map-to-user-id is only valid when mapping user')
host_restrictions = [] if args.host_restrictions is None else \
args.host_restrictions.split(',')
# Allow either auth_id or user name
user_id = users.get_id(conninfo, credentials, args.map_to_user_id)
print shares.nfs_add_share(conninfo, credentials, args.export_path,
args.fs_path, args.description,
args.read_only, host_restrictions,
user_mapping, user_id.data,
args.create_fs_path)
def main(conninfo, credentials, args):
user_id = users.get_id(conninfo, credentials, args.id)
users.delete_user(conninfo, credentials, user_id.data)
print "User was deleted."
def main(conninfo, credentials, args):
user_id = users.get_id(conninfo, credentials, args.id)
list_user(conninfo, credentials, user_id.data)