def mount_target(uuid, pacemaker_ha_operation):
# This is called by the Target RA from corosync
info = _get_target_config(uuid)
import_retries = 60
succeeded = False
for i in xrange(import_retries):
# This loop is needed due pools not being immediately importable during
# STONITH operations. Track: https://github.com/zfsonlinux/zfs/issues/6727
result = import_target(info['device_type'], info['bdev'],
pacemaker_ha_operation)
succeeded = agent_result_is_ok(result)
if succeeded:
break
elif (not pacemaker_ha_operation) or (info['device_type'] != 'zfs'):
exit(-1)
time.sleep(1)
if succeeded is False:
exit(-1)
filesystem = FileSystem(info['backfstype'], info['bdev'])
filesystem.mount(info['mntpt'])
def mount_target(uuid, pacemaker_ha_operation):
# This is called by the Target RA from corosync
info = _get_target_config(uuid)
import_retries = 60
succeeded = False
while import_retries > 0:
# This loop is needed due pools not being immediately importable during
# STONITH operations. Track: https://github.com/zfsonlinux/zfs/issues/6727
result = import_target(info['device_type'], info['bdev'],
pacemaker_ha_operation)
succeeded = agent_result_is_ok(result)
if succeeded:
break
elif (not pacemaker_ha_operation) or (info['device_type'] != 'zfs'):
exit(-1)
time.sleep(1)
import_retries -= 1
if succeeded is False:
exit(-1)
filesystem = FileSystem(info['backfstype'], info['bdev'])
try:
filesystem.mount(info['mntpt'])
except RuntimeError, err:
# Make sure we export any pools when a mount fails
export_target(info['device_type'], info['bdev'])
raise err
def register_target(device_path, mount_point, backfstype):
filesystem = FileSystem(backfstype, device_path)
_mkdir_p_concurrent(mount_point)
filesystem.mount(mount_point)
filesystem.umount()
return {'label': filesystem.label}
def mount_target(uuid, pacemaker_ha_operation):
# This is called by the Target RA from corosync
info = _get_target_config(uuid)
if agent_result_is_error(
import_target(info['device_type'], info['bdev'],
pacemaker_ha_operation)):
exit(-1)
filesystem = FileSystem(info['backfstype'], info['bdev'])
filesystem.mount(info['mntpt'])
def register_target(device_path, mount_point, backfstype):
"""
Mount/unmount target so it registers with MGS
"""
filesystem = FileSystem(backfstype, device_path)
_mkdir_p_concurrent(mount_point)
filesystem.mount(mount_point)
filesystem.umount()
return {"label": filesystem.label}