def __init__(self, target, **kwargs):
FSAction.__init__(self, target, **kwargs)
# e2fsck send its progression on stderr
self.stderr = True
# As stderr msgtree is disabled, we have to track output ourselves.
self._output = []
# Logging
self.logger = logging.getLogger(__name__)
# To track message rate
self._last_progress = 0
def __init__(self, target, **kwargs):
FSAction.__init__(self, target, **kwargs)
# e2fsck send its progression on stderr
self.stderr = True
# As stderr msgtree is disabled, we have to track output ourselves.
self._output = []
# Logging
self.logger = logging.getLogger(__name__)
# To track message rate
self._last_progress = 0
def ev_error(self, worker):
FSAction.ev_error(self, worker)
try:
line = worker.current_errmsg
passid, current, total, dummy = line.split(' ', 3)
result = FsckProgress(passid, current, total)
# Limit message rate to one message per second max.
if result.progress == 100 or self._last_progress + 1 < time.time():
self._last_progress = time.time()
self.comp.action_event(self, 'progress', result=result)
except ValueError:
# Other error messages could be important
self._output.append(worker.current_errmsg)
def ev_error(self, worker):
FSAction.ev_error(self, worker)
try:
line = worker.current_errmsg
passid, current, total, dummy = line.split(' ', 3)
result = FsckProgress(passid, current, total)
# Limit message rate to one message per second max.
if result.progress == 100 or self._last_progress + 1 < time.time():
self._last_progress = time.time()
self.comp.action_event(self, 'progress', result=result)
except ValueError:
# Other error messages could be important
self._output.append(worker.current_errmsg)
def ev_close(self, worker):
"""
Check process termination status and generate appropriate events.
Note that if fsck has correctly fixed some errors, actions will be
considered as successful.
"""
if worker.did_timeout():
return FSAction.ev_close(self, worker)
# We want to skip FSAction.ev_close(), just call the upper layer.
Action.ev_close(self, worker)
self.comp.lustre_check()
# fsck returns 0=NOERROR, 1=OK_BUT_CORRECTION, 2=OK_BUT_REBOOT.
# see man fsck.
if worker.retcode() in (0, 1, 2, 4):
# action succeeded
result = Result(duration=self.duration, retcode=worker.retcode())
if worker.retcode() in (1, 2):
result.message = "Errors corrected"
if worker.retcode() == 4: # -n
result.message = "Errors found but NOT corrected"
self.comp.action_event(self, 'done', result)
self.set_status(ACT_OK)
else:
# action failed
msg = "\n".join(self._output)
result = ErrorResult(msg, self.duration, worker.retcode())
self.comp.action_event(self, 'failed', result)
self.set_status(ACT_ERROR)
def ev_close(self, worker):
"""
Check process termination status and generate appropriate events.
Note that if fsck has correctly fixed some errors, actions will be
considered as successful.
"""
if worker.did_timeout():
return FSAction.ev_close(self, worker)
# We want to skip FSAction.ev_close(), just call the upper layer.
Action.ev_close(self, worker)
self.comp.lustre_check()
# fsck returns 0=NOERROR, 1=OK_BUT_CORRECTION, 2=OK_BUT_REBOOT.
# see man fsck.
if worker.retcode() in (0, 1, 2, 4):
# action succeeded
result = Result(duration=self.duration, retcode=worker.retcode())
if worker.retcode() in (1, 2):
result.message = "Errors corrected"
if worker.retcode() == 4: # -n
result.message = "Errors found but NOT corrected"
self.comp.action_event(self, 'done', result)
self.set_status(ACT_OK)
else:
# action failed
msg = "\n".join(self._output)
result = ErrorResult(msg, self.duration, worker.retcode())
self.comp.action_event(self, 'failed', result)
self.set_status(ACT_ERROR)
def __init__(self, target, **kwargs):
FSAction.__init__(self, target, **kwargs)
# Hack to work aroung cross-dependency with Target
self.comp_is_mgs = (self.comp.TYPE == Shine.Lustre.Target.MGT.TYPE)
self.comp_is_mdt = (self.comp.TYPE == Shine.Lustre.Target.MDT.TYPE)
self.comp_is_ost = (self.comp.TYPE == Shine.Lustre.Target.OST.TYPE)
self.stripecount = kwargs.get('stripecount')
self.stripesize = kwargs.get('stripesize')
self.format_params = kwargs.get('format_params')
# Quota
if kwargs.get('quota', False):
self.quota_type = kwargs['quota_type']
else:
self.quota_type = None
def _vars_substitute(self, txt, suppl_vars=None):
"""
Replace symbolic variable from the provided text.
This function extends FSAction._var_substitute. It adds:
$index
$dev: Replaced by the basename of the device.
$jdev: Same as 'dev' for the journal device.
"""
var_map = {
'index' : str(self.comp.index),
'dev' : os.path.basename(self.comp.dev),
}
if self.comp.journal:
var_map['jdev'] = os.path.basename(self.comp.journal.dev)
if suppl_vars:
var_map.update(suppl_vars)
return FSAction._vars_substitute(self, txt, var_map)
def __init__(self, target, **kwargs):
FSAction.__init__(self, target, **kwargs)
self.mount_options = kwargs.get('mount_options')
self.mount_paths = kwargs.get('mount_paths')
def _shell(self):
"""Call superclass _shell() method and add logging."""
FSAction._shell(self)
self.logger.info("%-16s %s" % (self.comp.label, "Starting fsck"))
def _shell(self):
"""Call superclass _shell() method and add logging."""
FSAction._shell(self)
self.logger.info("%-16s %s" % (self.comp.label, "Starting fsck"))
def __init__(self, target, **kwargs):
FSAction.__init__(self, target, **kwargs)
self.mount_options = kwargs.get('mount_options')
self.mount_paths = kwargs.get('mount_paths')
