def _on_cloud_journal_event(self, ev):
#logging.debug('before journal event %s' % ev)
with self.lock:
tag = self.inmem_items.get(ev.tag_name)
if not tag:
logging.warning('no object in inmem_items for cloud tag %s' % ev.tag_name)
return
if not tag.IsCloud(): # it's like assert
logging.error('tag %s is not cloud tag in inmem_items but receives event from cloud' % ev.tag_name)
return
if tag.version >= ev.version:
# TODO warn even on equal versions, but not for initial _subscribe_all
if tag.version > ev.version:
logging.warning('local version (%d) > journal version (%d) for tag %s' \
% (tag.version, ev.version, ev.tag_name))
return
def add_event(event, version, msg=None):
self._repr_modifier.add((tag, event, msg, version))
# FIXME here with warning, on state sync without it
if ev.version > ev.last_reset_version and tag.version < ev.last_reset_version:
logging.debug('overtaking reset %s.%d.%d for %d' % (ev.tag_name, ev.version, ev.last_reset_version, tag.version))
add_event(ETagEvent.Reset, ev.last_reset_version, ev.last_reset_comment) # TODO last_reset_comment is wrong
add_event(ev.event, ev.version, ev.last_reset_comment if ev.event == ETagEvent.Reset else None)
logging.debug('after journal event for %s' % ev.tag_name)
def _RawTag(self, tagname, dont_create=False):
if not tagname:
raise ValueError("Empty tag name")
tag = self.inmem_items.get(tagname, None)
if tag:
return tag
if not self.db_file_opened:
self.DBConnect()
tagDescr = self.infile_items.get(tagname, None)
if tagDescr:
tag = cPickle.loads(tagDescr)
if tag.IsCloud():
if not self._has_cloud_setup():
logging.error("Tag %s is cloud on disk storage, but no setup for" \
" cloud in config. Restart server with proper setup!" % tagname)
elif not tag.IsRemote(): # Hack for disable_remote_tags
if self._is_cloud_tag_name(tag.GetFullname()):
logging.error("Tag %s is not cloud on disk storage, but must be." \
" Convert tags in disk storage!" % tagname)
self._set_modify_func(tag)
elif dont_create:
return None
else:
tag = self._create_tag(tagname)
return tag
def cleanup_directory(directory, to_keep, max_removed_items_to_output=100):
removed = []
files = os.listdir(directory)
for basename in files:
if basename in to_keep:
continue
filename = directory + '/' + basename
remove = shutil.rmtree \
if os.path.isdir(filename) and not os.path.islink(filename) \
else os.unlink
try:
remove(filename)
except Exception as e:
logging.error("Can't remove %s: %s" % (filename, e))
else:
removed.append(basename)
if removed:
logging.info('%d files removed from %s: %s' \
% (len(removed), directory, ', '.join(removed[:max_removed_items_to_output])))
def RegisterTagEventForClient(self, clientname, tagname, event, message=None):
logging.debug("%s remote tag %s on host %s", TagEventName[event], tagname, clientname)
client = self.topologyInfo.GetClient(clientname, checkname=False)
if client is None:
logging.error("unknown client %s appeared", clientname)
return False
client.RegisterTagEvent("%s:%s" % (self.network_name, tagname), event, message)
def __reset_requests(self):
rest, self._incoming.queue = self._incoming.queue, deque()
for sock, _ in rest:
try:
_socket_send_reset(sock)
except Exception as e:
logging.error("Failed to send RST to RPC client: %s" % e)
def __put_request(self):
try:
request = self.get_request()
except socket.error:
logging.error("XMLRPCServer: socket error")
return
self._incoming.put(request)
def handle_request(self, timings):
try:
request = self.get_request()
except socket.error:
logging.error("XMLRPCServer: socket error")
return
timings.append(time.time())
self._timings[id(request[0])] = timings
self.requests.put(request)
def func(*args, **kwargs):
penalty = 0.01
_tries = tries
while _tries:
try:
return f(*args, **kwargs)
break
except tuple(exception_list), e:
time.sleep(penalty)
penalty = min(penalty * penalty_factor, 5)
_tries -= 1
logging.error('Exception in %s, exception message: %s, attempts left: %s', f.func_name, e.message, _tries)
def _Communicate(self, f):
self.Connect()
try:
f()
self.errorsCnt = 0
logging.debug("SendData to %s: ok", self.name)
except (IOError, socket.timeout) as e:
logging.warning("SendData to %s: failed: %s", self.name, e)
self.lastError = e
self.errorsCnt += 1
except Exception as e:
logging.error("SendData to %s: failed: %s", self.name, e)
def mark_as_too_old(self):
with self.lock:
if self.state not in ImplState.LimitedLifetimeSuspendedStates:
raise NonTooOldMarkableStateError("mark_as_too_old called for %s" % self)
if self.is_too_old:
logging.error("mark_as_too_old called for already old %s" % self)
return
self._send_becomes_too_old_notification() # before _update_state
self.is_too_old = True
self.do_not_run = False # FIXME Clear or not? (change _check_add_files otherwise)
self._update_state()
def _masks_reload_loop(self):
while True:
if self._masks_should_stop.wait(self._cloud_tags_masks_reload_interval):
return
try:
match = self._load_masks()
except Exception as e:
logging.error("Failed to reload tags' masks from: %s" % e)
continue
if self._match_cloud_tag.count and not match.count:
logging.warning("New cloud tags masks discarded: old count %d, new count %d" % (
self._match_cloud_tag.count, match.count))
continue
logging.debug("Cloud tag's masks reloaded. Regexp count: %d" % match.count)
self._match_cloud_tag = match
def _fetch_resource_list(self, pck):
try:
ans = pck._sandbox.list_task_resources(pck._sandbox_task_id)
except:
logging.exception('Failed to fetch task resources for %s' % pck)
with pck._lock:
if pck._target_stop_mode != StopMode.CANCEL:
self._schedule(pck, self._start_fetch_resource_list, self._SANDBOX_TASK_CREATION_RETRY_INTERVAL)
return
# TODO We don't have to _fetch_resource_list() in any TERMINATED task
# state (e.g. ERROR, EXCEPTION)
#import json
#logging.debug('task #%s resources list answer: %s' % (pck._sandbox_task_id, json.dumps(ans, indent=3)))
res_by_type = {
resource['type']: resource
for resource in ans['items']
}
#logging.debug('task #%s res_by_type: %s' % (pck._sandbox_task_id, json.dumps(res_by_type, indent=3)))
with pck._lock:
resource = res_by_type.get('REM_JOBPACKET_EXECUTION_SNAPSHOT')
if not resource:
logging.error("No REM_JOBPACKET_EXECUTION_SNAPSHOT resource in %s" % pck)
err = "No REM_JOBPACKET_EXECUTION_SNAPSHOT resource"
pck.set_error(err, False)
self._mark_as_finished(pck, err)
return
pck._result_snapshot_resource_id = resource['id']
if pck._final_state is None:
pck._final_update_url = res_by_type['REM_JOBPACKET_GRAPH_UPDATE']['http']['proxy']
pck._set_state(RemotePacketState.FETCHING_FINAL_UPDATE)
else:
self._mark_as_finished(pck, '_fetch_resource_list')
return
self._fetch_final_update(pck) # not under lock
def _is_cloud_tag_name(self, name):
if self.IsRemoteTagName(name):
return False
try:
if self._tags_random_cloudiness:
return hash(name) % 3 == 0
if self._all_tags_in_cloud:
return True
return self._match_cloud_tag(name)
except Exception as e:
now = time.time()
if now - self._last_tag_mask_error_report_time > 5:
logging.error("Failed to match tag masks: %s" % e)
self._last_tag_mask_error_report_time = now
return False
def _write(self, data):
timeout = 1.0
max_timeout = 15.0
while True:
with self._db_lock:
try:
if not self._db:
self._reopen()
self._db.write(data)
self._db.sync()
except Exception as err:
self._db = None
logging.error("Can't write to journal (%d items left): %s" \
% (len(self._queue), err))
else:
break
timeout = min(max_timeout, timeout * 2)
time.sleep(timeout)
def convert_in_memory_tags_to_cloud_if_need(self):
if not self._has_cloud_setup():
return False
updates = []
for tag_name, tag in self.inmem_items.iteritems():
must_be_cloud = self._is_cloud_tag_name(tag_name) \
and not tag.IsRemote() # Hack for disable_remote_tags
if must_be_cloud == tag.IsCloud():
continue
elif must_be_cloud:
if tag.IsLocallySet():
updates.append((tag_name, ETagEvent.Set))
self._make_tag_cloud(tag)
else:
logging.error("Tag %s is cloud, but must not be" % tag_name)
if not updates:
return False
logging.info("before conversion %d tags to CloudTag's" % len(updates))
cloud = self._create_cloud_client(lambda ev: None)
try:
for bucket in split_in_groups(updates, 100000): # TODO Fix cloud_client.update
cloud.update(bucket).get()
finally:
try:
cloud.stop()
except:
logging.exception("Failed to stop temporary cloud client")
logging.info("after conversion %d tags to CloudTag's" % len(updates))
return True
def convert_to_v2(self):
for job in self.jobs.values():
d = job.__dict__
d.pop('packetRef', None)
d.pop('callbacks', None)
d.pop('nonpersistent_callbacks', None)
job.max_try_count = d.pop('maxTryCount')
job.pck_id = self.id
pckd = self.__dict__
state = pckd.pop('state')
if state == ReprState.NONINITIALIZED:
#self._recover_noninitialized(ctx)
logging.error("Packet %s in NONINITIALIZED state" % self)
self.do_not_run = bool(self.flags & self.PacketFlag.USER_SUSPEND)
self.is_broken = bool(self.flags & self.PacketFlag.RCVR_ERROR)
pckd.pop('flags')
if state == ReprState.SUCCESSFULL and self.do_not_run:
#logging.warning("SUCCESSFULL and USER_SUSPEND in %s" % self.id)
self.do_not_run = False
pckd.pop('streams') # FIXME Overhead: will re-concat multi-deps
pckd.pop('_active_jobs', None)
pckd.pop('edges') # constant graph
succeed_jobs = pckd.pop('done')
jobs_to_run = pckd.pop('leafs')
#active_jobs_cache = set()
pckd.pop('as_in_queue_working')
child_to_parents = pckd.pop('waitJobs')
def pop_failed_job():
if not jobs_to_run:
raise ValueError("jobs_to_run is empty to pop")
for job_id in jobs_to_run:
result = self.jobs[job_id].last_result()
if not result:
continue
if not result.IsSuccessfull():
jobs_to_run.remove(job_id)
return job_id
jobs_to_retry = {}
if state == ReprState.WAITING:
if jobs_to_run:
if self.waitingDeadline:
job_id = pop_failed_job() or jobs_to_run.pop()
jobs_to_retry[1] = (job_id, None, self.waitingDeadline)
else:
logging.error("No waitingDeadline: %s" % self)
else:
logging.error("WAITING && !jobs_to_run: %s" % self)
pckd.pop('waitingDeadline', None)
failed_jobs = set()
if state == ReprState.ERROR:
job_id = pop_failed_job() if jobs_to_run else None
if job_id:
failed_jobs.add(job_id)
elif not self.is_broken:
logging.error("ERROR && !broken && !failed_jobs: %s" % self)
working_jobs = {jid for jid, deps in child_to_parents.items() if not deps} \
- (succeed_jobs | jobs_to_run \
| set(descr[0] for descr in jobs_to_retry.values()) \
| failed_jobs)
jobs_to_run |= working_jobs
if working_jobs:
logging.debug('working_jobs for %s in %s: %s' % (self.id, state, working_jobs))
self.done_tag = pckd.pop('done_indicator')
self.job_done_tag = pckd.pop('job_done_indicator')
self.all_dep_tags = pckd.pop('allTags')
self.bin_links = pckd.pop('binLinks')
self.is_resetable = pckd.pop('isResetable')
self.wait_dep_tags = pckd.pop('waitTags')
# if we are in SUSPENDED (RCVR_ERROR or not) and len(self.wait_dep_tags)
# -- we will wait tags (in previous packet.py impl)
self.tags_awaited = not self.wait_dep_tags or state in _TAGS_AWAITED_STATES
clean_state = pckd.pop('_clean_state') # TODO apply to _graph_executor
queues = self._get_listeners_by_type((LocalQueue, LegacyQueue)) # FIXME Select one type
queue = queues[0] if queues else None
self.queue = queue
if queue:
self.DropCallbackListener(queue)
self.__class__ = LocalPacket
self.files_modified = False
self.resources_modified = False
self.files_sharing = None
self.shared_files_resource_id = None
self.resolved_releases = {}
self.unresolved_release_count = 0
self.destroying = state == ReprState.HISTORIED
self.sbx_files = {}
self._repr_state = None
self.state = None
self.finish_status = True if state == ReprState.SUCCESSFULL else \
(False if state == ReprState.ERROR and not self.is_broken else None)
self._saved_jobs_status = None
self.last_sandbox_task_id = None
self._graph_executor = DUMMY_GRAPH_EXECUTOR
self._repr_state = state # to avoid duplicates in pck.history
self.req_sandbox_host = None
if state == ReprState.SUCCESSFULL:
#pass
g = self._create_job_graph_executor()
self._saved_jobs_status = g.produce_detailed_status()
#self._saved_jobs_status = self._produce_compressed_job_status(g)
del g
elif state == ReprState.HISTORIED:
pass
elif self.queue and (failed_jobs or succeed_jobs or jobs_to_retry):
g = self._graph_executor = self._create_job_graph_executor()
g.failed_jobs = failed_jobs
g.succeed_jobs = succeed_jobs
g.jobs_to_run = jobs_to_run
g.jobs_to_retry = jobs_to_retry
g.child_to_parents = child_to_parents
g._clean_state = clean_state
g.state = g._calc_state()
# FIXME bug? waitJobs may not contain all jobs-with-parents
_complete_waitJobs(self.id, g)
try:
_check_graph_consistence(g)
except Exception as e:
raise AssertionError("Inconsistent job graph in %s: %s" % (self.id, e))
self.state = self._calc_state()
self._update_repr_state()
if self.queue:
if self.has_pending_jobs():
self.queue.packets_with_pending_jobs.add(self)
self.queue.relocate_packet(self)
if self._repr_state != state and not(state == ReprState.WORKABLE and self._repr_state == ReprState.PENDING):
logging.warning("ReprState mismatch for %s: %s -> %s" % (self, state, self._repr_state))
def log_fail(error):
logging.error('Failed to fetch %s for %s: %s' % (pck._final_update_url, pck, error))
def _status(self):
history = self.History()
total_time = history[-1][1] - history[0][1]
wait_time = 0
for ((state, start_time), (_, end_time)) in zip(history, history[1:] + [("", time.time())]):
if state in (ReprState.SUSPENDED, ReprState.WAITING):
wait_time += end_time - start_time
result_tag = self.done_tag.name if self.done_tag else None
waiting_time = None
if self.state == ImplState.TIME_WAIT:
deadline = self._graph_executor.get_nearest_retry_deadline()
if deadline:
waiting_time = max(int(deadline - time.time()), 0)
else:
logging.error("Packet %s in WAITING but has no get_nearest_retry_deadline" % self.id)
all_tags = list(self.all_dep_tags)
status = dict(name=self.name,
is_sandbox=isinstance(self, SandboxPacket),
last_sandbox_task_id=self.last_sandbox_task_id, # TODO History of tasks
last_global_error=self._graph_executor.get_global_error(),
resolved_releases=self.resolved_releases,
state=self._repr_state,
extended_state=self._get_extended_state(),
wait=list(self.wait_dep_tags),
all_tags=all_tags,
result_tag=result_tag,
priority=self.priority,
notify_emails=self.notify_emails,
history=history,
total_time=total_time,
wait_time=wait_time,
last_modified=history[-1][1],
waiting_time=waiting_time,
queue=self.queue.name if self.queue else None,
labels=self.user_labels,
oauth_login=self.oauth_login,
)
extra_flags = set()
if self.is_broken:
extra_flags.add("can't-be-recovered")
if self.do_not_run:
extra_flags.add("manually-suspended")
if self.is_too_old:
extra_flags.add("too-old")
if extra_flags:
status["extra_flags"] = ";".join(extra_flags)
if not self._is_dummy_graph_executor():
jobs = self._graph_executor.produce_detailed_status() \
or self._produce_clean_jobs_status()
elif self._saved_jobs_status:
jobs = self._saved_jobs_status
else:
jobs = self._produce_clean_jobs_status()
for job in jobs:
tag = self.job_done_tag.get(int(job['id'])) # id is str already
if tag:
job['result_tag'] = tag.name
status["jobs"] = jobs
return status