def post(self):
JobsLoader.Instance().get_jobs()
json_req = request.get_json()
new_job = JobConfig.object_decoder(json_req)
if 'test_path' in json_req:
json_req['directory'] = os.path.join(
ConfigManager.Instance().get_data_path(),
json_req['repoObject']['label'])
return json_req
elif 'compute_sizes' in json_req:
dl_rate = 2 * 1024 * 1024
up_rate = 0.1 * 1024 * 1024
# COMPUTE REMOTE SIZE
from pydio.sdk.remote import PydioSdk
trust_ssl = False
if 'trust_ssl' in json_req:
trust_ssl = json_req['trust_ssl']
sdk = PydioSdk(
json_req['server'],
json_req['workspace'],
json_req['remote_folder'],
'',
auth=(json_req['user'], json_req['password']),
device_id=ConfigManager.Instance().get_device_id(),
skip_ssl_verify=trust_ssl,
proxies=ConfigManager.Instance().get_defined_proxies())
up = [0.0]
def callback(location, change, info):
if change and "bytesize" in change and change[
"md5"] != "directory":
up[0] += float(change["bytesize"])
sdk.changes_stream(0, callback)
# COMPUTE LOCAL SIZE
down = 0.0
if os.path.exists(json_req['directory']):
for dirpath, dirnames, filenames in os.walk(
json_req['directory']):
for f in filenames:
fp = os.path.join(dirpath, f)
try:
down += os.path.getsize(fp)
except OSError:
pass
json_req['byte_size'] = up[0] + down
json_req['eta'] = up[0] * 8 / dl_rate + down * 8 / up_rate
return json_req
JobsLoader.Instance().update_job(new_job)
scheduler = PydioScheduler.Instance()
scheduler.reload_configs()
scheduler.disable_job(new_job.id)
if not 'toggle_status' in json_req:
JobsLoader.Instance().clear_job_data(new_job.id)
scheduler.enable_job(new_job.id)
return JobConfig.encoder(new_job)
def post(self):
JobsLoader.Instance().get_jobs()
json_req = request.get_json()
new_job = JobConfig.object_decoder(json_req)
if 'test_path' in json_req:
json_req['directory'] = os.path.join(ConfigManager.Instance().get_data_path(), json_req['repoObject']['label'])
return json_req
elif 'compute_sizes' in json_req:
dl_rate = 2 * 1024 * 1024
up_rate = 0.1 * 1024 * 1024
# COMPUTE REMOTE SIZE
from pydio.sdk.remote import PydioSdk
trust_ssl = False
if 'trust_ssl' in json_req:
trust_ssl = json_req['trust_ssl']
try:
_timeout = int(json_req["timeout"])
except ValueError:
_timeout = 20 # default to 20
sdk = PydioSdk(json_req['server'], json_req['workspace'], json_req['remote_folder'], '',
auth=(json_req['user'], json_req['password']),
device_id=ConfigManager.Instance().get_device_id(),
skip_ssl_verify=trust_ssl,
proxies=ConfigManager.Instance().get_defined_proxies(),
timeout=_timeout)
up = [0.0]
def callback(location, change, info):
if change and "bytesize" in change and change["md5"] != "directory":
up[0] += float(change["bytesize"])
sdk.changes_stream(0, callback)
# COMPUTE LOCAL SIZE
down = 0.0
if os.path.exists(json_req['directory']):
for dirpath, dirnames, filenames in os.walk(json_req['directory']):
for f in filenames:
fp = os.path.join(dirpath, f)
try:
down += os.path.getsize(fp)
except OSError:
pass
json_req['byte_size'] = up[0] + down
json_req['eta'] = up[0] * 8 / dl_rate + down * 8 / up_rate
return json_req
JobsLoader.Instance().update_job(new_job)
scheduler = PydioScheduler.Instance()
scheduler.reload_configs()
scheduler.disable_job(new_job.id)
if not 'toggle_status' in json_req:
JobsLoader.Instance().clear_job_data(new_job.id)
scheduler.enable_job(new_job.id)
return JobConfig.encoder(new_job)
class ContinuousDiffMerger(threading.Thread):
"""Main Thread grabbing changes from both sides, computing the necessary changes to apply, and applying them"""
def __init__(self, job_config, job_data_path):
"""
Initialize thread internals
:param job_config: JobConfig instance
:param job_data_path: Filesystem path where the job data are stored
:return:
"""
threading.Thread.__init__(self)
self.last_run = 0
self.configs_path = job_data_path
self.job_config = job_config
self.init_global_progress()
self.basepath = job_config.directory
self.ws_id = job_config.workspace
self.sdk = PydioSdk(
job_config.server,
ws_id=self.ws_id,
remote_folder=job_config.remote_folder,
user_id=job_config.user_id,
device_id=ConfigManager.Instance().get_device_id(),
skip_ssl_verify=job_config.trust_ssl,
proxies=ConfigManager.Instance().get_defined_proxies())
self.system = SystemSdk(job_config.directory)
self.remote_seq = 0
self.local_seq = 0
self.local_target_seq = 0
self.remote_target_seq = 0
self.local_seqs = []
self.remote_seqs = []
self.db_handler = LocalDbHandler(self.configs_path,
job_config.directory)
self.interrupt = False
self.event_timer = 2
self.online_timer = 10
self.offline_timer = 60
self.online_status = True
self.job_status_running = True
self.direction = job_config.direction
self.event_logger = EventLogger(self.configs_path)
self.processing_signals = {}
self.current_tasks = []
self.event_handler = None
self.watcher = None
self.watcher_first_run = True
# TODO: TO BE LOADED FROM CONFIG
self.storage_watcher = job_config.label.startswith('LSYNC')
self.marked_for_snapshot_pathes = []
dispatcher.send(signal=PUBLISH_SIGNAL,
sender=self,
channel='status',
message='START')
if job_config.direction != 'down':
self.event_handler = SqlEventHandler(
includes=job_config.filters['includes'],
excludes=job_config.filters['excludes'],
basepath=job_config.directory,
job_data_path=self.configs_path)
self.watcher = LocalWatcher(job_config.directory,
self.configs_path,
event_handler=self.event_handler)
self.db_handler.check_lock_on_event_handler(self.event_handler)
if os.path.exists(self.configs_path + "/sequences"):
try:
sequences = pickle.load(
open(self.configs_path + "/sequences", "rb"))
self.remote_seq = sequences['remote']
self.local_seq = sequences['local']
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
except Exception:
# Wrong content, remove sequences file.
os.unlink(self.configs_path + "/sequences")
dispatcher.connect(self.handle_transfer_rate_event,
signal=TRANSFER_RATE_SIGNAL,
sender=self.sdk)
dispatcher.connect(self.handle_transfer_callback_event,
signal=TRANSFER_CALLBACK_SIGNAL,
sender=self.sdk)
if self.job_config.frequency == 'manual':
self.job_status_running = False
def handle_transfer_callback_event(self, sender, change):
self.processing_signals[change['target']] = change
self.global_progress["queue_bytesize"] -= change['bytes_sent']
self.global_progress["queue_done"] += float(
change['bytes_sent']) / float(change["total_size"])
def handle_transfer_rate_event(self, sender, transfer_rate):
"""
Handler for TRANSFER_SIGNAL to update the transfer rate internally. It's averaged with previous value.
:param sender:Any
:param transfer_rate:float
:return:
"""
if self.global_progress['last_transfer_rate'] > 0:
self.global_progress['last_transfer_rate'] = (
float(transfer_rate) +
self.global_progress['last_transfer_rate']) / 2.0
else:
self.global_progress['last_transfer_rate'] = float(transfer_rate)
def is_running(self):
"""
Whether the job is in Running state or not.
:return:bool
"""
return self.job_status_running
def init_global_progress(self):
"""
Initialize the internal progress data
:return:None
"""
self.global_progress = {
'status_indexing': 0,
'queue_length': 0,
'queue_done': 0.0,
'queue_bytesize': 0,
'last_transfer_rate': -1,
'queue_start_time': time.clock(),
'total_time': 0
}
def update_global_progress(self, compute_queue_size=True):
"""
Compute a dict representation with many indications about the current state of the queue
:return: dict
"""
self.global_progress['total_time'] = time.clock(
) - self.global_progress['queue_start_time']
if compute_queue_size:
self.global_progress[
"queue_bytesize"] = self.compute_queue_bytesize()
# compute an eta
eta = -1
if self.global_progress[
'last_transfer_rate'] > -1 and self.global_progress[
'queue_bytesize'] > 0:
eta = self.global_progress[
'queue_bytesize'] / self.global_progress['last_transfer_rate']
elif self.global_progress['queue_done']:
remaining_operations = self.global_progress[
'queue_length'] - self.global_progress['queue_done']
eta = remaining_operations * self.global_progress[
'total_time'] / self.global_progress['queue_done']
self.global_progress['eta'] = eta
#logging.info(self.global_progress)
return self.global_progress
def get_global_progress(self):
self.update_global_progress(compute_queue_size=False)
return self.global_progress
def update_current_tasks(self, cursor=0, limit=5):
"""
Get a list of the current tasks
:return: list()
"""
if not hasattr(self, 'current_store'):
return []
self.current_tasks = self.current_store.list_changes(cursor, limit)
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
def get_current_tasks(self):
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
return {
'total': self.global_progress['queue_length'],
'current': self.current_tasks
}
def compute_queue_bytesize(self):
"""
Sum all the bytesize of the nodes that are planned to be uploaded/downloaded in the queue.
:return:float
"""
if not hasattr(self, 'current_store'):
return 0
total = 0
exclude_pathes = []
for task in self.processing_signals:
if 'remaining_bytes' in task:
total += float(task['remaining_bytes'])
exclude_pathes.append('"' + task['target'] + '"')
where = ''
if len(exclude_pathes):
where = "target IN (" + ','.join(exclude_pathes) + ")"
return self.current_store.sum_sizes(where)
else:
return self.current_store.sum_sizes()
def start_now(self):
"""
Resume task (set it in running mode) and make sure the cycle starts now
:return:
"""
self.last_run = 0
self.sdk.remove_interrupt()
self.resume()
def pause(self):
"""
Set the task in pause. The thread is still running, but the cycle does nothing.
:return:None
"""
self.job_status_running = False
self.sdk.set_interrupt()
self.info(_('Job Paused'), toUser='******', channel='status')
def resume(self):
"""
Set the task out of pause mode.
:return:
"""
self.job_status_running = True
self.sdk.remove_interrupt()
self.info(_('Job Started'), toUser='******', channel='status')
def stop(self):
"""
Set the thread in "interrupt" mode : will try to stop cleanly, and then the thread will stop.
:return:
"""
if self.watcher:
logging.debug("Stopping watcher: %s" % self.watcher)
self.watcher.stop()
self.info(_('Job stopping'), toUser='******', channel='status')
self.sdk.set_interrupt()
self.interrupt = True
def sleep_offline(self):
"""
Sleep the thread for a "long" time (offline time)
:return:
"""
self.online_status = False
self.last_run = time.time()
time.sleep(self.event_timer)
def sleep_online(self):
"""
Sleep the thread for a "short" time (online time)
:return:
"""
self.online_status = True
self.last_run = time.time()
time.sleep(self.event_timer)
def exit_loop_clean(self, logger):
self.marked_for_snapshot_pathes = []
self.current_store.close()
self.init_global_progress()
logger.log_state(_('Synchronized'), 'success')
if self.job_config.frequency == 'manual':
self.job_status_running = False
self.sleep_offline()
else:
self.sleep_online()
def run(self):
"""
Start the thread
"""
logger = EventLogger(self.configs_path)
very_first = False
if self.watcher:
if self.watcher_first_run:
def status_callback(status):
logger.log_state(status, 'sync')
self.init_global_progress()
try:
self.global_progress['status_indexing'] = 1
logger.log_state(
_('Checking changes since last launch...'), "sync")
very_first = True
self.watcher.check_from_snapshot(
state_callback=status_callback)
except DBCorruptedException as e:
self.stop()
JobsLoader.Instance().clear_job_data(self.job_config.id)
logging.error(e)
return
except Exception as e:
self.interrupt = True
logger.log_state(
_('Oops, error while indexing the local folder. Pausing the task.'
), 'error')
logging.error(e)
self.watcher_first_run = False
self.watcher.start()
while not self.interrupt:
try:
# logging.info('Starting cycle with cycles local %i and remote %is' % (self.local_seq, self.remote_seq))
self.processing_signals = {}
self.init_global_progress()
if very_first:
self.global_progress['status_indexing'] = 1
interval = int(time.time() - self.last_run)
if (self.online_status and interval < self.online_timer) or (
not self.online_status
and interval < self.offline_timer):
time.sleep(self.event_timer)
continue
if not self.job_status_running:
logging.debug("self.online_timer: %s" % self.online_timer)
logger.log_state(_('Status: Paused'), "sync")
self.sleep_offline()
continue
if self.job_config.frequency == 'time':
start_time = datetime.time(
int(self.job_config.start_time['h']),
int(self.job_config.start_time['m']))
end_time = datetime.time(
int(self.job_config.start_time['h']),
int(self.job_config.start_time['m']), 59)
now = datetime.datetime.now().time()
if not start_time < now < end_time:
logger.log_state(
_('Status: scheduled for %s') % str(start_time),
"sync")
self.sleep_offline()
continue
else:
logging.info(
"Now triggering synchro as expected at time " +
str(start_time))
if not self.system.check_basepath():
log = _(
'Cannot find local folder! Did you disconnect a volume? Waiting %s seconds before retry'
) % self.offline_timer
logging.error(log)
logger.log_state(
_('Cannot find local folder, did you disconnect a volume?'
), "error")
self.sleep_offline()
continue
if self.watcher:
for snap_path in self.marked_for_snapshot_pathes:
logging.info(
'LOCAL SNAPSHOT : loading snapshot for directory %s'
% snap_path)
if self.interrupt or not self.job_status_running:
raise InterruptException()
self.watcher.check_from_snapshot(snap_path)
# Load local and/or remote changes, depending on the direction
from pydio.job.change_stores import SqliteChangeStore
self.current_store = SqliteChangeStore(
self.configs_path + '/changes.sqlite',
self.job_config.filters['includes'],
self.job_config.filters['excludes'])
self.current_store.open()
try:
if self.job_config.direction != 'up':
logging.info(
'Loading remote changes with sequence %s' %
str(self.remote_seq))
if self.remote_seq == 0:
logger.log_state(
_('Gathering data from remote workspace, this can take a while...'
), 'sync')
very_first = True
self.remote_target_seq = self.load_remote_changes_in_store(
self.remote_seq, self.current_store)
self.current_store.sync()
else:
self.remote_target_seq = 1
self.ping_remote()
except RequestException as ce:
if not connection_helper.is_connected_to_internet():
error = _(
'No Internet connection detected! Waiting for %s seconds to retry'
) % self.offline_timer
else:
error = _(
'Connection to server failed, server is probably down. Waiting %s seconds to retry'
) % self.offline_timer
self.marked_for_snapshot_pathes = []
logging.error(error)
logger.log_state(error, "wait")
self.sleep_offline()
continue
except Exception as e:
error = 'Error while connecting to remote server (%s), waiting for %i seconds before retempting ' % (
e.message, self.offline_timer)
logging.error(error)
logger.log_state(
_('Error while connecting to remote server (%s)') %
e.message, "error")
self.marked_for_snapshot_pathes = []
self.sleep_offline()
continue
self.online_status = True
if not self.job_config.server_configs:
self.job_config.server_configs = self.sdk.load_server_configs(
)
self.sdk.set_server_configs(self.job_config.server_configs)
if self.job_config.direction != 'down':
logging.info('Loading local changes with sequence ' +
str(self.local_seq))
self.local_target_seq = self.db_handler.get_local_changes_as_stream(
self.local_seq, self.current_store.flatten_and_store)
self.current_store.sync()
else:
self.local_target_seq = 1
if not connection_helper.internet_ok:
connection_helper.is_connected_to_internet()
changes_length = len(self.current_store)
if not changes_length:
logging.info('No changes detected')
self.update_min_seqs_from_store()
self.exit_loop_clean(logger)
very_first = False
continue
self.global_progress['status_indexing'] = 1
logging.info('Reducing changes')
logger.log_state(
_('Merging changes between remote and local, please wait...'
), 'sync')
logging.debug('Delete Copies')
self.current_store.delete_copies()
self.update_min_seqs_from_store()
logging.debug('Dedup changes')
self.current_store.dedup_changes()
self.update_min_seqs_from_store()
if not self.storage_watcher or very_first:
logging.debug('Detect unnecessary changes')
self.current_store.detect_unnecessary_changes(
local_sdk=self.system, remote_sdk=self.sdk)
self.update_min_seqs_from_store()
logging.debug('Clearing op and pruning folders moves')
self.current_store.clear_operations_buffer()
self.current_store.prune_folders_moves()
self.update_min_seqs_from_store()
logging.debug('Store conflicts')
store_conflicts = self.current_store.clean_and_detect_conflicts(
self.db_handler)
if store_conflicts:
logging.info('Conflicts detected, cannot continue!')
logger.log_state(_('Conflicts detected, cannot continue!'),
'error')
self.current_store.close()
self.sleep_offline()
continue
changes_length = len(self.current_store)
if not changes_length:
logging.info('No changes detected')
self.exit_loop_clean(logger)
very_first = False
continue
self.global_progress['status_indexing'] = 0
import change_processor
self.global_progress['queue_length'] = changes_length
logging.info('Processing %i changes' % changes_length)
logger.log_state(
_('Processing %i changes') % changes_length, "start")
counter = [1]
def processor_callback(change):
try:
if self.interrupt or not self.job_status_running:
raise InterruptException()
self.update_current_tasks()
self.update_global_progress()
Processor = StorageChangeProcessor if self.storage_watcher else ChangeProcessor
proc = Processor(change, self.current_store,
self.job_config, self.system,
self.sdk, self.db_handler,
self.event_logger)
proc.process_change()
self.update_min_seqs_from_store(success=True)
self.global_progress['queue_done'] = float(counter[0])
counter[0] += 1
self.update_current_tasks()
self.update_global_progress()
time.sleep(0.1)
if self.interrupt or not self.job_status_running:
raise InterruptException()
except ProcessException as pe:
logging.error(pe.message)
return False
except InterruptException as i:
raise i
except PydioSdkDefaultException as p:
raise p
except Exception as ex:
logging.exception(ex.message)
return False
return True
try:
if sys.platform.startswith('win'):
self.marked_for_snapshot_pathes = list(
set(self.current_store.find_modified_parents()) -
set(self.marked_for_snapshot_pathes))
self.current_store.process_changes_with_callback(
processor_callback)
except InterruptException as iexc:
pass
logger.log_state(
_('%i files modified') %
self.global_progress['queue_done'], 'success')
if self.global_progress['queue_done']:
logger.log_notif(
_('%i files modified') %
self.global_progress['queue_done'], 'success')
except PydioSdkDefaultException as re:
logging.error(re.message)
logger.log_state(re.message, 'error')
except SSLError as rt:
logging.error(rt.message)
logger.log_state(
_('An SSL error happened, please check the logs'), 'error')
except ProxyError as rt:
logging.error(rt.message)
logger.log_state(
_('A proxy error happened, please check the logs'),
'error')
except TooManyRedirects as rt:
logging.error(rt.message)
logger.log_state(_('Connection error: too many redirects'),
'error')
except ChunkedEncodingError as rt:
logging.error(rt.message)
logger.log_state(
_('Chunked encoding error, please check the logs'),
'error')
except ContentDecodingError as rt:
logging.error(rt.message)
logger.log_state(
_('Content Decoding error, please check the logs'),
'error')
except InvalidSchema as rt:
logging.error(rt.message)
logger.log_state(_('Http connection error: invalid schema.'),
'error')
except InvalidURL as rt:
logging.error(rt.message)
logger.log_state(_('Http connection error: invalid URL.'),
'error')
except Timeout as to:
logging.error(to)
logger.log_state(_('Connection timeout, will retry later.'),
'error')
except RequestException as ree:
logging.error(ree.message)
logger.log_state(_('Cannot resolve domain!'), 'error')
except Exception as e:
if not (e.message.lower().count('[quota limit reached]')
or e.message.lower().count('[file permissions]')):
logging.exception('Unexpected Error: %s' % e.message)
logger.log_state(
_('Unexpected Error: %s') % e.message, 'error')
logging.debug('Finished this cycle, waiting for %i seconds' %
self.online_timer)
self.exit_loop_clean(logger)
very_first = False
def update_min_seqs_from_store(self, success=False):
self.local_seq = self.current_store.get_min_seq('local',
success=success)
if self.local_seq == -1:
self.local_seq = self.local_target_seq
self.remote_seq = self.current_store.get_min_seq('remote',
success=success)
if self.remote_seq == -1:
self.remote_seq = self.remote_target_seq
logging.debug('Storing sequences remote=%i local=%i', self.remote_seq,
self.local_seq)
pickle.dump(dict(local=self.local_seq, remote=self.remote_seq),
open(self.configs_path + '/sequences', 'wb'))
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
def ping_remote(self):
"""
Simple stat of the remote server root, to know if it's reachable.
:return:bool
"""
test = self.sdk.stat('/')
return (test != False)
def info(self, message, toUser=False, channel='sync'):
logging.info(message)
if toUser:
dispatcher.send(signal=PUBLISH_SIGNAL,
sender=self,
channel=channel,
message=message)
def load_remote_changes_in_store(self, seq_id, store):
last_seq = self.sdk.changes_stream(seq_id, store.flatten_and_store)
return last_seq
class ContinuousDiffMerger(threading.Thread):
"""Main Thread grabbing changes from both sides, computing the necessary changes to apply, and applying them"""
@pydio_profile
def __init__(self, job_config, job_data_path):
"""
Initialize thread internals
:param job_config: JobConfig instance
:param job_data_path: Filesystem path where the job data are stored
:return:
"""
threading.Thread.__init__(self)
self.last_run = 0
self.configs_path = job_data_path
self.job_config = job_config
sqlite_files = [file for file in os.listdir(self.configs_path) if file.endswith(".sqlite")]
from pydio.utils.check_sqlite import check_sqlite_file
for sqlite_file in sqlite_files:
try:
exists_and_correct = check_sqlite_file(self.configs_path + "/" + sqlite_file)
if exists_and_correct:
logging.info("Structure and Integrity of SQLite file %s is intact " % str(self.configs_path + "/" + sqlite_file))
except DBCorruptedException as e:
logging.debug("SQLite file %s is corrupted (Reason: %s), Deleting file and Reinitialising sync"
% (str(self.configs_path + "/" + sqlite_file),e.message))
os.unlink(self.configs_path + "/" + sqlite_file)
self.update_sequences_file(0, 0)
self.init_global_progress()
self.basepath = job_config.directory
self.ws_id = job_config.workspace
self.sdk = PydioSdk(
job_config.server,
ws_id=self.ws_id,
remote_folder=job_config.remote_folder,
user_id=job_config.user_id,
device_id=ConfigManager.Instance().get_device_id(),
skip_ssl_verify=job_config.trust_ssl,
proxies=ConfigManager.Instance().get_defined_proxies()
)
self.system = SystemSdk(job_config.directory)
self.remote_seq = 0
self.local_seq = 0
self.local_target_seq = 0
self.remote_target_seq = 0
self.local_seqs = []
self.remote_seqs = []
self.db_handler = LocalDbHandler(self.configs_path, job_config.directory)
self.interrupt = False
self.event_timer = 2
self.online_timer = 10
self.offline_timer = 60
self.online_status = True
self.job_status_running = True
self.direction = job_config.direction
self.event_logger = EventLogger(self.configs_path)
self.processing_signals = {}
self.current_tasks = []
self.event_handler = None
self.watcher = None
self.watcher_first_run = True
# TODO: TO BE LOADED FROM CONFIG
self.storage_watcher = job_config.label.startswith('LSYNC')
self.marked_for_snapshot_pathes = []
dispatcher.send(signal=PUBLISH_SIGNAL, sender=self, channel='status', message='START')
if job_config.direction != 'down':
self.event_handler = SqlEventHandler(includes=job_config.filters['includes'],
excludes=job_config.filters['excludes'],
basepath=job_config.directory,
job_data_path=self.configs_path)
self.watcher = LocalWatcher(job_config.directory,
self.configs_path,
event_handler=self.event_handler)
self.db_handler.check_lock_on_event_handler(self.event_handler)
if os.path.exists(self.configs_path + "/sequences"):
try:
sequences = pickle.load(open(self.configs_path + "/sequences", "rb"))
self.remote_seq = sequences['remote']
self.local_seq = sequences['local']
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
except Exception:
# Wrong content, remove sequences file.
os.unlink(self.configs_path + "/sequences")
dispatcher.connect(self.handle_transfer_rate_event, signal=TRANSFER_RATE_SIGNAL, sender=self.sdk)
dispatcher.connect(self.handle_transfer_callback_event, signal=TRANSFER_CALLBACK_SIGNAL, sender=self.sdk)
if self.job_config.frequency == 'manual':
self.job_status_running = False
def update_sequences_file(self, local_seq, remote_seq):
pickle.dump(dict(
local=local_seq,
remote=remote_seq
), open(self.configs_path + '/sequences', 'wb'))
@pydio_profile
def handle_transfer_callback_event(self, sender, change):
self.processing_signals[change['target']] = change
self.global_progress["queue_bytesize"] -= change['bytes_sent']
self.global_progress["queue_done"] += float(change['bytes_sent']) / float(change["total_size"])
@pydio_profile
def handle_transfer_rate_event(self, sender, transfer_rate):
"""
Handler for TRANSFER_SIGNAL to update the transfer rate internally. It's averaged with previous value.
:param sender:Any
:param transfer_rate:float
:return:
"""
if self.global_progress['last_transfer_rate'] > 0:
self.global_progress['last_transfer_rate'] = (float(transfer_rate) + self.global_progress['last_transfer_rate']) / 2.0
else:
self.global_progress['last_transfer_rate'] = float(transfer_rate)
@pydio_profile
def is_running(self):
"""
Whether the job is in Running state or not.
:return:bool
"""
return self.job_status_running
def init_global_progress(self):
"""
Initialize the internal progress data
:return:None
"""
self.global_progress = {
'status_indexing' :0,
'queue_length' :0,
'queue_done' :0.0,
'queue_bytesize' :0,
'last_transfer_rate':-1,
'queue_start_time' :time.clock(),
'total_time' :0
}
@pydio_profile
def update_global_progress(self, compute_queue_size=True):
"""
Compute a dict representation with many indications about the current state of the queue
:return: dict
"""
self.global_progress['total_time'] = time.clock() - self.global_progress['queue_start_time']
if compute_queue_size:
self.global_progress["queue_bytesize"] = self.compute_queue_bytesize()
# compute an eta
eta = -1
if self.global_progress['last_transfer_rate'] > -1 and self.global_progress['queue_bytesize'] > 0:
eta = self.global_progress['queue_bytesize'] / self.global_progress['last_transfer_rate']
elif self.global_progress['queue_done']:
remaining_operations = self.global_progress['queue_length'] - self.global_progress['queue_done']
eta = remaining_operations * self.global_progress['total_time'] / self.global_progress['queue_done']
self.global_progress['eta'] = eta
#logging.info(self.global_progress)
return self.global_progress
def get_global_progress(self):
self.update_global_progress(compute_queue_size=False)
return self.global_progress
@pydio_profile
def update_current_tasks(self, cursor=0, limit=5):
"""
Get a list of the current tasks
:return: list()
"""
if not hasattr(self, 'current_store'):
return []
self.current_tasks = self.current_store.list_changes(cursor, limit)
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
@pydio_profile
def get_current_tasks(self):
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
return {
'total': self.global_progress['queue_length'],
'current': self.current_tasks
}
@pydio_profile
def compute_queue_bytesize(self):
"""
Sum all the bytesize of the nodes that are planned to be uploaded/downloaded in the queue.
:return:float
"""
if not hasattr(self, 'current_store'):
return 0
total = 0
exclude_pathes = []
for task in self.processing_signals:
if 'remaining_bytes' in task:
total += float(task['remaining_bytes'])
exclude_pathes.append('"' + task['target'] + '"')
where = ''
if len(exclude_pathes):
where = "target IN (" + ','.join(exclude_pathes) + ")"
return self.current_store.sum_sizes(where)
else:
return self.current_store.sum_sizes()
@pydio_profile
def start_now(self):
"""
Resume task (set it in running mode) and make sure the cycle starts now
:return:
"""
self.last_run = 0
self.sdk.remove_interrupt()
self.resume()
def pause(self):
"""
Set the task in pause. The thread is still running, but the cycle does nothing.
:return:None
"""
self.job_status_running = False
self.sdk.set_interrupt()
self.info(_('Job Paused'), toUser='******', channel='status')
@pydio_profile
def resume(self):
"""
Set the task out of pause mode.
:return:
"""
self.job_status_running = True
self.sdk.remove_interrupt()
self.info(_('Job Started'), toUser='******', channel='status')
def stop(self):
"""
Set the thread in "interrupt" mode : will try to stop cleanly, and then the thread will stop.
:return:
"""
if self.watcher:
logging.debug("Stopping watcher: %s" % self.watcher)
self.watcher.stop()
self.info(_('Job stopping'), toUser='******', channel='status')
self.sdk.set_interrupt()
self.interrupt = True
def sleep_offline(self):
"""
Sleep the thread for a "long" time (offline time)
:return:
"""
self.online_status = False
self.last_run = time.time()
time.sleep(self.event_timer)
def sleep_online(self):
"""
Sleep the thread for a "short" time (online time)
:return:
"""
self.online_status = True
self.last_run = time.time()
time.sleep(self.event_timer)
def exit_loop_clean(self, logger):
self.marked_for_snapshot_pathes = []
self.current_store.close()
self.init_global_progress()
logger.log_state(_('Synchronized'), 'success')
if self.job_config.frequency == 'manual':
self.job_status_running = False
self.sleep_offline()
else:
self.sleep_online()
@pydio_profile
def run(self):
"""
Start the thread
"""
logger = EventLogger(self.configs_path)
very_first = False
if self.watcher:
if self.watcher_first_run:
def status_callback(status):
logger.log_state(status, 'sync')
self.init_global_progress()
try:
self.global_progress['status_indexing'] = 1
logger.log_state(_('Checking changes since last launch...'), "sync")
very_first = True
self.watcher.check_from_snapshot(state_callback=status_callback)
except DBCorruptedException as e:
self.stop()
JobsLoader.Instance().clear_job_data(self.job_config.id)
logging.error(e)
return
except Exception as e:
self.interrupt = True
logger.log_state(_('Oops, error while indexing the local folder. Pausing the task.'), 'error')
logging.error(e)
self.watcher_first_run = False
self.watcher.start()
while not self.interrupt:
try:
# logging.info('Starting cycle with cycles local %i and remote %is' % (self.local_seq, self.remote_seq))
self.processing_signals = {}
self.init_global_progress()
if very_first:
self.global_progress['status_indexing'] = 1
interval = int(time.time() - self.last_run)
if (self.online_status and interval < self.online_timer) or (not self.online_status and interval < self.offline_timer):
time.sleep(self.event_timer)
continue
if not self.job_status_running:
logging.debug("self.online_timer: %s" % self.online_timer)
logger.log_state(_('Status: Paused'), "sync")
self.sleep_offline()
continue
if self.job_config.frequency == 'time':
start_time = datetime.time(int(self.job_config.start_time['h']), int(self.job_config.start_time['m']))
end_time = datetime.time(int(self.job_config.start_time['h']), int(self.job_config.start_time['m']), 59)
now = datetime.datetime.now().time()
if not start_time < now < end_time:
logger.log_state(_('Status: scheduled for %s') % str(start_time), "sync")
self.sleep_offline()
continue
else:
logging.info("Now triggering synchro as expected at time " + str(start_time))
if not self.system.check_basepath():
log = _('Cannot find local folder! Did you disconnect a volume? Waiting %s seconds before retry') % self.offline_timer
logging.error(log)
logger.log_state(_('Cannot find local folder, did you disconnect a volume?'), "error")
self.sleep_offline()
continue
if self.watcher:
for snap_path in self.marked_for_snapshot_pathes:
logging.info('LOCAL SNAPSHOT : loading snapshot for directory %s' % snap_path)
if self.interrupt or not self.job_status_running:
raise InterruptException()
self.watcher.check_from_snapshot(snap_path)
# Load local and/or remote changes, depending on the direction
from pydio.job.change_stores import SqliteChangeStore
self.current_store = SqliteChangeStore(self.configs_path + '/changes.sqlite', self.job_config.filters['includes'], self.job_config.filters['excludes'])
self.current_store.open()
try:
if self.job_config.direction != 'up':
logging.info('Loading remote changes with sequence %s' % str(self.remote_seq))
if self.remote_seq == 0:
logger.log_state(_('Gathering data from remote workspace, this can take a while...'), 'sync')
very_first = True
self.remote_target_seq = self.load_remote_changes_in_store(self.remote_seq, self.current_store)
self.current_store.sync()
else:
self.remote_target_seq = 1
self.ping_remote()
except RequestException as ce:
if not connection_helper.is_connected_to_internet():
error = _('No Internet connection detected! Waiting for %s seconds to retry') % self.offline_timer
else:
error = _('Connection to server failed, server is probably down. Waiting %s seconds to retry') % self.offline_timer
self.marked_for_snapshot_pathes = []
logging.error(error)
logger.log_state(error, "wait")
self.sleep_offline()
continue
except Exception as e:
error = 'Error while connecting to remote server (%s), waiting for %i seconds before retempting ' % (e.message, self.offline_timer)
logging.error(error)
logger.log_state(_('Error while connecting to remote server (%s)') % e.message, "error")
self.marked_for_snapshot_pathes = []
self.sleep_offline()
continue
self.online_status = True
if not self.job_config.server_configs:
self.job_config.server_configs = self.sdk.load_server_configs()
self.sdk.set_server_configs(self.job_config.server_configs)
if self.job_config.direction != 'down':
logging.info('Loading local changes with sequence ' + str(self.local_seq))
self.local_target_seq = self.db_handler.get_local_changes_as_stream(self.local_seq, self.current_store.flatten_and_store)
self.current_store.sync()
else:
self.local_target_seq = 1
if not connection_helper.internet_ok:
connection_helper.is_connected_to_internet()
changes_length = len(self.current_store)
if not changes_length:
logging.info('No changes detected')
self.update_min_seqs_from_store()
self.exit_loop_clean(logger)
very_first = False
continue
self.global_progress['status_indexing'] = 1
logging.info('Reducing changes')
logger.log_state(_('Merging changes between remote and local, please wait...'), 'sync')
logging.debug('Delete Copies')
self.current_store.delete_copies()
self.update_min_seqs_from_store()
logging.debug('Dedup changes')
self.current_store.dedup_changes()
self.update_min_seqs_from_store()
if not self.storage_watcher or very_first:
logging.debug('Detect unnecessary changes')
self.current_store.detect_unnecessary_changes(local_sdk=self.system, remote_sdk=self.sdk)
self.update_min_seqs_from_store()
logging.debug('Clearing op and pruning folders moves')
self.current_store.clear_operations_buffer()
self.current_store.prune_folders_moves()
self.update_min_seqs_from_store()
logging.debug('Store conflicts')
store_conflicts = self.current_store.clean_and_detect_conflicts(self.db_handler)
if store_conflicts:
logging.info('Conflicts detected, cannot continue!')
logger.log_state(_('Conflicts detected, cannot continue!'), 'error')
self.current_store.close()
self.sleep_offline()
continue
changes_length = len(self.current_store)
if not changes_length:
logging.info('No changes detected')
self.exit_loop_clean(logger)
very_first = False
continue
self.global_progress['status_indexing'] = 0
import change_processor
self.global_progress['queue_length'] = changes_length
logging.info('Processing %i changes' % changes_length)
logger.log_state(_('Processing %i changes') % changes_length, "start")
counter = [1]
def processor_callback(change):
try:
if self.interrupt or not self.job_status_running:
raise InterruptException()
self.update_current_tasks()
self.update_global_progress()
Processor = StorageChangeProcessor if self.storage_watcher else ChangeProcessor
proc = Processor(change, self.current_store, self.job_config, self.system, self.sdk,
self.db_handler, self.event_logger)
proc.process_change()
self.update_min_seqs_from_store(success=True)
self.global_progress['queue_done'] = float(counter[0])
counter[0] += 1
self.update_current_tasks()
self.update_global_progress()
time.sleep(0.1)
if self.interrupt or not self.job_status_running:
raise InterruptException()
except ProcessException as pe:
logging.error(pe.message)
return False
except InterruptException as i:
raise i
except PydioSdkDefaultException as p:
raise p
except Exception as ex:
logging.exception(ex.message)
return False
return True
try:
if sys.platform.startswith('win'):
self.marked_for_snapshot_pathes = list(set(self.current_store.find_modified_parents()) - set(self.marked_for_snapshot_pathes))
self.current_store.process_changes_with_callback(processor_callback)
except InterruptException as iexc:
pass
logger.log_state(_('%i files modified') % self.global_progress['queue_done'], 'success')
if self.global_progress['queue_done']:
logger.log_notif(_('%i files modified') % self.global_progress['queue_done'], 'success')
self.exit_loop_clean(logger)
except PydioSdkDefaultException as re:
logging.error(re.message)
logger.log_state(re.message, 'error')
except SSLError as rt:
logging.error(rt.message)
logger.log_state(_('An SSL error happened, please check the logs'), 'error')
except ProxyError as rt:
logging.error(rt.message)
logger.log_state(_('A proxy error happened, please check the logs'), 'error')
except TooManyRedirects as rt:
logging.error(rt.message)
logger.log_state(_('Connection error: too many redirects'), 'error')
except ChunkedEncodingError as rt:
logging.error(rt.message)
logger.log_state(_('Chunked encoding error, please check the logs'), 'error')
except ContentDecodingError as rt:
logging.error(rt.message)
logger.log_state(_('Content Decoding error, please check the logs'), 'error')
except InvalidSchema as rt:
logging.error(rt.message)
logger.log_state(_('Http connection error: invalid schema.'), 'error')
except InvalidURL as rt:
logging.error(rt.message)
logger.log_state(_('Http connection error: invalid URL.'), 'error')
except Timeout as to:
logging.error(to)
logger.log_state(_('Connection timeout, will retry later.'), 'error')
except RequestException as ree:
logging.error(ree.message)
logger.log_state(_('Cannot resolve domain!'), 'error')
except Exception as e:
if not (e.message.lower().count('[quota limit reached]') or e.message.lower().count('[file permissions]')):
logging.exception('Unexpected Error: %s' % e.message)
logger.log_state(_('Unexpected Error: %s') % e.message, 'error')
logging.debug('Finished this cycle, waiting for %i seconds' % self.online_timer)
very_first = False
@pydio_profile
def update_min_seqs_from_store(self, success=False):
self.local_seq = self.current_store.get_min_seq('local', success=success)
if self.local_seq == -1:
self.local_seq = self.local_target_seq
self.remote_seq = self.current_store.get_min_seq('remote', success=success)
if self.remote_seq == -1:
self.remote_seq = self.remote_target_seq
logging.debug('Storing sequences remote=%i local=%i', self.remote_seq, self.local_seq)
self.update_sequences_file(self.local_seq, self.remote_seq)
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
@pydio_profile
def ping_remote(self):
"""
Simple stat of the remote server root, to know if it's reachable.
:return:bool
"""
test = self.sdk.stat('/')
return (test != False)
def info(self, message, toUser=False, channel='sync'):
logging.info(message)
if toUser:
dispatcher.send(signal=PUBLISH_SIGNAL, sender=self, channel=channel, message=message)
@pydio_profile
def load_remote_changes_in_store(self, seq_id, store):
last_seq = self.sdk.changes_stream(seq_id, store.flatten_and_store)
return last_seq
class ContinuousDiffMerger(threading.Thread):
"""Main Thread grabbing changes from both sides, computing the necessary changes to apply, and applying them"""
def __init__(self, job_config, job_data_path):
"""
Initialize thread internals
:param job_config: JobConfig instance
:param job_data_path: Filesystem path where the job data are stored
:return:
"""
threading.Thread.__init__(self)
self.last_run = 0
self.data_base = job_data_path
self.job_config = job_config
self.init_global_progress()
self.basepath = job_config.directory
self.ws_id = job_config.workspace
self.sdk = PydioSdk(
job_config.server,
ws_id=self.ws_id,
remote_folder=job_config.remote_folder,
user_id=job_config.user_id,
device_id=ConfigManager.Instance().get_device_id(),
skip_ssl_verify=job_config.trust_ssl
)
self.system = SystemSdk(job_config.directory)
self.remote_seq = 0
self.local_seq = 0
self.local_target_seq = 0
self.remote_target_seq = 0
self.local_seqs = []
self.remote_seqs = []
self.db_handler = LocalDbHandler(self.data_base, job_config.directory)
self.interrupt = False
self.event_timer = 2
self.online_timer = 10
self.offline_timer = 60
self.online_status = True
self.job_status_running = True
self.direction = job_config.direction
self.event_logger = EventLogger(self.data_base)
self.processing_signals = {}
self.current_tasks = []
self.event_handler = None
self.watcher = None
self.watcher_first_run = True
dispatcher.send(signal=PUBLISH_SIGNAL, sender=self, channel='status', message='START')
if job_config.direction != 'down':
self.event_handler = SqlEventHandler(includes=job_config.filters['includes'],
excludes=job_config.filters['excludes'],
basepath=job_config.directory,
job_data_path=job_data_path)
self.watcher = LocalWatcher(job_config.directory,
job_data_path,
event_handler=self.event_handler)
self.db_handler.check_lock_on_event_handler(self.event_handler)
if os.path.exists(self.data_base + "/sequences"):
try:
sequences = pickle.load(open(self.data_base + "/sequences", "rb"))
self.remote_seq = sequences['remote']
self.local_seq = sequences['local']
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
except Exception:
# Wrong content, remove sequences file.
os.unlink(self.data_base + "/sequences")
dispatcher.connect( self.handle_transfer_rate_event, signal=TRANSFER_RATE_SIGNAL, sender=dispatcher.Any )
dispatcher.connect( self.handle_transfer_callback_event, signal=TRANSFER_CALLBACK_SIGNAL, sender=dispatcher.Any )
if self.job_config.frequency == 'manual':
self.job_status_running = False
def handle_transfer_callback_event(self, sender, change):
self.processing_signals[change['target']] = change
self.global_progress["queue_bytesize"] -= change['bytes_sent']
self.global_progress["queue_done"] += float(change['bytes_sent']) / float(change["total_size"])
def handle_transfer_rate_event(self, sender, transfer_rate):
"""
Handler for TRANSFER_SIGNAL to update the transfer rate internally. It's averaged with previous value.
:param sender:Any
:param transfer_rate:float
:return:
"""
if self.global_progress['last_transfer_rate'] > 0:
self.global_progress['last_transfer_rate'] = (float(transfer_rate) + self.global_progress['last_transfer_rate']) / 2.0
else:
self.global_progress['last_transfer_rate'] = float(transfer_rate)
def is_running(self):
"""
Whether the job is in Running state or not.
:return:bool
"""
return self.job_status_running
def init_global_progress(self):
"""
Initialize the internal progress data
:return:None
"""
self.global_progress = {
'queue_length' :0,
'queue_done' :0.0,
'queue_bytesize' :0,
'last_transfer_rate':-1,
'queue_start_time' :time.clock(),
'total_time' :0
}
def update_global_progress(self):
"""
Compute a dict representation with many indications about the current state of the queue
:return: dict
"""
self.global_progress['total_time'] = time.clock() - self.global_progress['queue_start_time']
self.global_progress["queue_bytesize"] = self.compute_queue_bytesize()
# compute an eta
eta = -1
if self.global_progress['last_transfer_rate'] > -1 and self.global_progress['queue_bytesize'] > 0 :
eta = self.global_progress['queue_bytesize'] / self.global_progress['last_transfer_rate']
elif self.global_progress['queue_done']:
remaining_operations = self.global_progress['queue_length'] - self.global_progress['queue_done']
eta = remaining_operations * self.global_progress['total_time'] / self.global_progress['queue_done']
self.global_progress['eta'] = eta
#logging.info(self.global_progress)
return self.global_progress
def get_global_progress(self):
return self.global_progress
def update_current_tasks(self, cursor=0, limit=5):
"""
Get a list of the current tasks
:return: list()
"""
if not hasattr(self, 'current_store'):
return []
self.current_tasks = self.current_store.list_changes(cursor, limit)
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
def get_current_tasks(self):
for change in self.current_tasks:
if change['target'] in self.processing_signals:
progress = self.processing_signals[change['target']]
for key in progress.keys():
change[key] = progress[key]
return {
'total': self.global_progress['queue_length'],
'current': self.current_tasks
}
def compute_queue_bytesize(self):
"""
Sum all the bytesize of the nodes that are planned to be uploaded/downloaded in the queue.
:return:float
"""
if not hasattr(self, 'current_store'):
return 0
total = 0
exclude_pathes = []
for task in self.processing_signals:
if 'remaining_bytes' in task:
total += float(task['remaining_bytes'])
exclude_pathes.append('"' + task['target'] + '"')
where = ''
if len(exclude_pathes):
where = "target IN (" + ','.join(exclude_pathes) + ")"
return self.current_store.sum_sizes(where)
else:
return self.current_store.sum_sizes()
def start_now(self):
"""
Resume task (set it in running mode) and make sure the cycle starts now
:return:
"""
self.last_run = 0
self.resume()
def pause(self):
"""
Set the task in pause. The thread is still running, but the cycle does nothing.
:return:None
"""
self.job_status_running = False
self.info('Job Paused', toUser='******', channel='status')
def resume(self):
"""
Set the task out of pause mode.
:return:
"""
self.job_status_running = True
self.info('Job Started', toUser='******', channel='status')
def stop(self):
"""
Set the thread in "interrupt" mode : will try to stop cleanly, and then the thread will stop.
:return:
"""
if hasattr(self, 'watcher'):
logging.debug("Stopping watcher: %s" % self.watcher)
self.watcher.stop()
self.info('Job stopping', toUser='******', channel='status')
self.interrupt = True
def sleep_offline(self):
"""
Sleep the thread for a "long" time (offline time)
:return:
"""
self.online_status = False
self.last_run = time.time()
time.sleep(self.event_timer)
def sleep_online(self):
"""
Sleep the thread for a "short" time (online time)
:return:
"""
self.online_status = True
self.last_run = time.time()
time.sleep(self.event_timer)
def run(self):
"""
Start the thread
"""
logger = EventLogger(self.data_base)
very_first = False
if self.watcher:
if self.watcher_first_run:
logger.log_state('Checking changes since last launch...', "sync")
very_first = True
self.watcher.check_from_snapshot()
self.watcher_first_run = False
self.watcher.start()
while not self.interrupt:
try:
# logging.info('Starting cycle with cycles local %i and remote %is' % (self.local_seq, self.remote_seq))
self.processing_signals = {}
self.init_global_progress()
interval = int(time.time() - self.last_run)
if (self.online_status and interval < self.online_timer) or (not self.online_status and interval < self.offline_timer):
time.sleep(self.event_timer)
continue
if not self.job_status_running:
logging.debug("self.online_timer: %s" % self.online_timer)
logger.log_state('Status: Paused', "sync")
self.sleep_offline()
continue
if self.job_config.frequency == 'time':
start_time = datetime.time(int(self.job_config.start_time['h']), int(self.job_config.start_time['m']))
end_time = datetime.time(int(self.job_config.start_time['h']), int(self.job_config.start_time['m']), 59)
now = datetime.datetime.now().time()
if not start_time < now < end_time:
logger.log_state('Status: scheduled for %s' % str(start_time), "sync")
self.sleep_offline()
continue
else:
logging.info("Now triggering synchro as expected at time " + start_time)
if not self.system.check_basepath():
log = 'Cannot find local folder! Did you disconnect a volume? Waiting %s seconds before retry' % self.offline_timer
logging.error(log)
logger.log_state('Cannot find local folder, did you disconnect a volume?', "error")
self.sleep_offline()
continue
# Load local and/or remote changes, depending on the direction
from pydio.job.change_stores import SqliteChangeStore
self.current_store = SqliteChangeStore(self.data_base + '/changes.sqlite', self.job_config.filters['includes'], self.job_config.filters['excludes'])
self.current_store.open()
try:
if self.job_config.direction != 'up':
logging.info('Loading remote changes with sequence ' + str(self.remote_seq))
if self.remote_seq == 0:
logger.log_state('Gathering data from remote workspace, this can take a while...', 'sync')
very_first = True
self.remote_target_seq = self.load_remote_changes_in_store(self.remote_seq, self.current_store)
self.current_store.sync()
else:
self.remote_target_seq = 1
self.ping_remote()
except ConnectionError as ce:
error = 'No connection detected, waiting %s seconds to retry' % self.offline_timer
logging.error(error)
logger.log_state(error, "wait")
self.sleep_offline()
continue
except Exception as e:
error = 'Error while connecting to remote server (%s), waiting for %i seconds before retempting ' % (e.message, self.offline_timer)
logging.error(error)
logger.log_state('Error while connecting to remote server (%s)' % e.message, "error")
self.sleep_offline()
continue
self.online_status = True
if not self.job_config.server_configs:
self.job_config.server_configs = self.sdk.load_server_configs()
self.sdk.set_server_configs(self.job_config.server_configs)
if self.job_config.direction != 'down':
logging.info('Loading local changes with sequence ' + str(self.local_seq))
self.local_target_seq = self.db_handler.get_local_changes_as_stream(self.local_seq, self.current_store.flatten_and_store)
self.current_store.sync()
else:
self.local_target_seq = 1
logging.info('Reducing changes')
self.current_store.delete_copies()
self.update_min_seqs_from_store()
self.current_store.dedup_changes()
self.update_min_seqs_from_store()
self.current_store.detect_unnecessary_changes(local_sdk=self.system, remote_sdk=self.sdk)
self.update_min_seqs_from_store()
#self.current_store.filter_out_echoes_events()
#self.update_min_seqs_from_store()
self.current_store.clear_operations_buffer()
self.current_store.prune_folders_moves()
self.update_min_seqs_from_store()
store_conflicts = self.current_store.clean_and_detect_conflicts(self.db_handler)
if store_conflicts:
logging.info('Conflicts detected, cannot continue!')
logger.log_state('Conflicts detected, cannot continue!', 'error')
self.current_store.close()
self.sleep_offline()
continue
changes_length = len(self.current_store)
if changes_length:
import change_processor
self.global_progress['queue_length'] = changes_length
logging.info('Processing %i changes' % changes_length)
logger.log_state('Processing %i changes' % changes_length, "start")
counter = [1]
def processor_callback(change):
try:
if self.interrupt or not self.job_status_running:
raise InterruptException()
self.update_current_tasks()
self.update_global_progress()
proc = ChangeProcessor(change, self.current_store, self.job_config, self.system, self.sdk,
self.db_handler, self.event_logger)
proc.process_change()
self.update_min_seqs_from_store(success=True)
self.global_progress['queue_done'] = float(counter[0])
counter[0] += 1
self.update_current_tasks()
self.update_global_progress()
time.sleep(0.1)
if self.interrupt or not self.job_status_running:
raise InterruptException()
except ProcessException as pe:
logging.error(pe.message)
return False
except InterruptException as i:
raise i
except PydioSdkDefaultException as p:
raise p
except Exception as ex:
logging.exception(ex.message)
return False
return True
try:
self.current_store.process_changes_with_callback(processor_callback)
except InterruptException as iexc:
pass
logger.log_state('%i files modified' % self.global_progress['queue_done'], "success")
else:
logging.info('No changes detected')
if very_first:
logger.log_state('Remote and local are synchronized', 'success')
except PydioSdkDefaultException as re:
logging.warning(re.message)
logger.log_state(re.message, 'error')
except Exception as e:
if not (e.message.lower().count('[quota limit reached]') or e.message.lower().count('[file permissions]')):
logging.exception('Unexpected Error: %s' % e.message)
logger.log_state('Unexpected Error: %s' % e.message, 'error')
logging.info('Finished this cycle, waiting for %i seconds' % self.online_timer)
self.current_store.close()
self.init_global_progress()
if self.job_config.frequency == 'manual':
self.job_status_running = False
self.sleep_offline()
else:
self.sleep_online()
def update_min_seqs_from_store(self, success=False):
self.local_seq = self.current_store.get_min_seq('local', success=success)
if self.local_seq == -1:
self.local_seq = self.local_target_seq
self.remote_seq = self.current_store.get_min_seq('remote', success=success)
if self.remote_seq == -1:
self.remote_seq = self.remote_target_seq
logging.debug('Storing sequences remote %i local %i', self.local_seq, self.remote_seq)
pickle.dump(dict(
local=self.local_seq,
remote=self.remote_seq
), open(self.data_base + '/sequences', 'wb'))
if self.event_handler:
self.event_handler.last_seq_id = self.local_seq
def ping_remote(self):
"""
Simple stat of the remote server root, to know if it's reachable.
:return:bool
"""
test = self.sdk.stat('/')
return (test != False)
def info(self, message, toUser=False, channel='sync'):
logging.info(message)
if toUser:
dispatcher.send(signal=PUBLISH_SIGNAL, sender=self, channel=channel, message=message)
def load_remote_changes_in_store(self, seq_id, store):
last_seq = self.sdk.changes_stream(seq_id, store.flatten_and_store)
return last_seq
