def start_asynchronous_jobs(self):
"""
Initialize the asynchronous operation, scheduled in the system
"""
if test_reactor:
self._reactor = test_reactor
# Scheduling the Delivery schedule to be executed every 2 seconds
delivery_sched.DeliverySchedule().schedule(2, 1)
# Scheduling the Anomalies Check schedule to be executed every 30 seconds
statistics_sched.AnomaliesSchedule().schedule(30, 2)
# Scheduling the Notification schedule to be executed every 60 seconds
notification_sched.NotificationSchedule().schedule(60, 3)
# Scheduling the Session Management schedule to be executed every minute
session_management_sched.SessionManagementSchedule().schedule(60, 5)
# Scheduling the Tip Cleaning scheduler to be executed every day at 00:00
current_time = datetime_now()
delay = (3600 * (24 + 0)) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
clean = cleaning_sched.CleaningSchedule().schedule(3600 * 24, delay)
# Scheduling the PGP Check scheduler to be executed every day at 02:00
delay = (3600 * (24 + 2)) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
pgp_check = pgp_check_sched.PGPCheckSchedule().schedule(
3600 * 24, delay)
# Scheduling the Statistics schedule to be executed every hour on the hour
delay = 3600 - (current_time.minute * 60) - current_time.second
stats = statistics_sched.StatisticsSchedule().schedule(3600, delay)
def test_anomalies(self):
yield helpers.TestGL.setUp(self)
print "First round 10"
self.increment_accesses(10)
statistics_sched.AnomaliesSchedule().operation()
print "Second round 30"
self.increment_accesses(30)
statistics_sched.AnomaliesSchedule().operation()
print "Third round 30"
self.increment_accesses(30)
statistics_sched.AnomaliesSchedule().operation()
print "Stats!"
yield statistics_sched.StatisticsSchedule().operation()
def test_anomalies_schedule(self):
self.n = 0
full_ammo = 1000000
original_get_disk_anomaly_conditions = anomaly.get_disk_anomaly_conditions
conditions_count = len(original_get_disk_anomaly_conditions(full_ammo,
full_ammo,
full_ammo,
full_ammo))
def mock_get_disk_anomaly_conditions(*args, **kwargs):
conditions = original_get_disk_anomaly_conditions(*args, **kwargs)
# activate one condition at once
for i in range(len(conditions)):
if i == self.n:
conditions[i]['condition'] = True
else:
conditions[i]['condition'] = False
return conditions
anomaly.get_disk_anomaly_conditions = mock_get_disk_anomaly_conditions
# testing the scheduler with all the conditions unmet
self.n = -1
yield statistics_sched.AnomaliesSchedule().operation()
# testing the scheduler enabling all conditions one at once
for j in range(conditions_count):
self.n = j
yield statistics_sched.AnomaliesSchedule().operation()
yield statistics_sched.AnomaliesSchedule().operation()
# testing the scheduler with all the conditions unmet
# a second time in order test the accept_submissions value
self.n = -1
yield statistics_sched.AnomaliesSchedule().operation()
def start_asynchronous_jobs(self):
"""
Initialize the asynchronous operation, scheduled in the system
"""
if reactor_override:
self._reactor = reactor_override
session_management = session_management_sched.SessionManagementSchedule(
)
self._reactor.callLater(0, session_management.start,
GLSettings.session_management_delta)
anomaly = statistics_sched.AnomaliesSchedule()
self._reactor.callLater(0, anomaly.start, GLSettings.anomaly_delta)
delivery = delivery_sched.DeliverySchedule()
self._reactor.callLater(1, delivery.start, GLSettings.delivery_delta)
notification = notification_sched.NotificationSchedule()
self._reactor.callLater(1, notification.start,
GLSettings.notification_delta)
mailflush = mailflush_sched.MailflushSchedule()
self._reactor.callLater(1, mailflush.start, GLSettings.mailflush_delta)
secure_file_delete = secure_file_delete_sched.SecureFileDeleteSchedule(
)
self._reactor.callLater(1, secure_file_delete.start,
GLSettings.secure_file_delete_delta)
# The Tip cleaning scheduler need to be executed every day at midnight
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
clean = cleaning_sched.CleaningSchedule()
self._reactor.callLater(delay, clean.start, 3600 * 24)
# The PGP check scheduler need to be executed every day at midnight
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
pgp_check = pgp_check_sched.PGPCheckSchedule()
self._reactor.callLater(delay, pgp_check.start, 3600 * 24)
# The Stats scheduler need to be executed every hour on the hour
current_time = datetime_now()
delay = (60 * 60) - (current_time.minute * 60) - current_time.second
stats = statistics_sched.StatisticsSchedule()
self._reactor.callLater(delay, stats.start, 60 * 60)
def start_asynchronous():
"""
Initialize the asynchronous operation, scheduled in the system
"""
# Scheduled jobs will be started by reactor after reactor.run()
#
# Arguments to reactor.callLater do the following:
# - first argument is the first run delay in seconds
# - second argument is the function that starts the schedule
# - third argument is the schedule period in seconds
session_management = session_management_sched.SessionManagementSchedule()
reactor.callLater(0, session_management.start,
GLSettings.session_management_delta)
anomaly = statistics_sched.AnomaliesSchedule()
reactor.callLater(0, anomaly.start, GLSettings.anomaly_delta)
resources_check = statistics_sched.ResourcesCheckSchedule()
reactor.callLater(0, resources_check.start, GLSettings.anomaly_delta)
delivery = delivery_sched.DeliverySchedule()
reactor.callLater(10, delivery.start, GLSettings.delivery_delta)
notification = notification_sched.NotificationSchedule()
reactor.callLater(20, notification.start, GLSettings.notification_delta)
mailflush = mailflush_sched.MailflushSchedule()
reactor.callLater(40, mailflush.start, GLSettings.mailflush_delta)
# The Tip cleaning scheduler need to be executed every day at midnight
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
clean = cleaning_sched.CleaningSchedule()
reactor.callLater(delay, clean.start, 3600 * 24)
# The PGP check scheduler need to be executed every day at midnight
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
pgp_check = pgp_check_sched.PGPCheckSchedule()
reactor.callLater(delay, pgp_check.start, 3600 * 24)
# The Stats scheduler need to be executed every hour on the hour
current_time = datetime_now()
delay = (60 * 60) - (current_time.minute * 60) - current_time.second
stats = statistics_sched.StatisticsSchedule()
reactor.callLater(delay, stats.start, 60 * 60)
def start_asynchronous_jobs(self):
"""
Initialize the asynchronous operation, scheduled in the system
"""
if test_reactor:
self._reactor = test_reactor
# Scheduling the Delivery schedule to be executed every 2 seconds
delivery = delivery_sched.DeliverySchedule()
self._reactor.callLater(1, delivery.start, 2)
# Scheduling the Anomalies Check schedule to be executed every 30 seconds
anomaly = statistics_sched.AnomaliesSchedule()
self._reactor.callLater(0, anomaly.start, 30)
# Scheduling the Notification schedule to be executed every 60 seconds
notification = notification_sched.NotificationSchedule()
self._reactor.callLater(1, notification.start, 60)
# Scheduling the Session Management schedule to be executed every minute
session_management = session_management_sched.SessionManagementSchedule(
)
self._reactor.callLater(0, session_management.start, 60)
# Scheduling the Tip Cleaning scheduler to be executed every day at 00:00
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
clean = cleaning_sched.CleaningSchedule()
self._reactor.callLater(delay, clean.start, 3600 * 24)
# Scheduling the PGP Check scheduler to be executed every day at 01:00
current_time = datetime_now()
delay = (3600 * 25) - (current_time.hour * 3600) - (
current_time.minute * 60) - current_time.second
pgp_check = pgp_check_sched.PGPCheckSchedule()
self._reactor.callLater(delay, pgp_check.start, 3600 * 24)
# Scheduling the Statistics schedule to be executed every hour on the hour
current_time = datetime_now()
delay = (60 * 60) - (current_time.minute * 60) - current_time.second
stats = statistics_sched.StatisticsSchedule()
self._reactor.callLater(delay, stats.start, 60 * 60)
def start_asynchronous():
"""
Initialize the asynchronous operation, scheduled in the system
"""
# Here we prepare the scheduled,
# schedules will be started by reactor after reactor.run()
session_management = session_management_sched.SessionManagementSchedule()
delivery = delivery_sched.DeliverySchedule()
notification = notification_sched.NotificationSchedule()
clean = cleaning_sched.CleaningSchedule()
pgp_check = pgp_check_sched.PGPCheckSchedule()
mailflush = mailflush_sched.MailflushSchedule()
resource_check = statistics_sched.ResourceChecker()
anomaly = statistics_sched.AnomaliesSchedule()
stats = statistics_sched.StatisticsSchedule()
# here we prepare the schedule:
# - first argument is the first run delay in seconds
# - second argument is the function that starts the schedule
# - third argument is the schedule period in seconds
reactor.callLater(0, session_management.start, GLSetting.session_management_minutes_delta * 60)
reactor.callLater(10, delivery.start, GLSetting.delivery_seconds_delta)
reactor.callLater(20, notification.start, GLSetting.notification_minutes_delta * 60)
reactor.callLater(30, clean.start, GLSetting.cleaning_hours_delta * 3600)
reactor.callLater(40, mailflush.start, GLSetting.mailflush_minutes_delta * 60)
reactor.callLater(50, resource_check.start, GLSetting.anomaly_seconds_delta)
reactor.callLater(60, anomaly.start, GLSetting.anomaly_seconds_delta)
# The Stats scheduler need to be executed every hour on the hour.
current_time = datetime_now()
delay = (60 * 60) - (current_time.minute * 60) - current_time.second
reactor.callLater(delay, stats.start, 60 * 60)
statistics_sched.StatisticsSchedule.collection_start_datetime = current_time
# The PGP check scheduler need to be executed every day at midnight
current_time = datetime_now()
delay = (3600 * 24) - (current_time.hour * 3600) - (current_time.minute * 60) - current_time.second
reactor.callLater(delay, pgp_check.start, 3600 * 24)
def start_asynchronous():
"""
Initialize the asynchronous operation, scheduled in the system
https://github.com/globaleaks/GLBackend/wiki/Asynchronous-and-synchronous-operation
This method would be likely put in GLBaseRunner.postApplication, but is
not executed by globaleaks.run_app, then is called by the
OS-depenedent runner below
"""
from globaleaks.jobs import session_management_sched, statistics_sched, \
notification_sched, delivery_sched, cleaning_sched, \
pgp_check_sched
# Here we prepare the scheduled, schedules will be started by reactor after reactor.run()
session_management = session_management_sched.SessionManagementSchedule()
delivery = delivery_sched.DeliverySchedule()
notification = notification_sched.NotificationSchedule()
clean = cleaning_sched.CleaningSchedule()
anomaly = statistics_sched.AnomaliesSchedule()
stats = statistics_sched.StatisticsSchedule()
pgp_check = pgp_check_sched.PGPCheckSchedule()
# here we prepare the schedule:
# - first argument is the first run delay in seconds
# - second argument is the function that starts the schedule
# - third argument is the schedule period in seconds
reactor.callLater(0, session_management.start,
GLSetting.session_management_minutes_delta * 60)
reactor.callLater(10, delivery.start, GLSetting.delivery_seconds_delta)
reactor.callLater(20, notification.start,
GLSetting.notification_minutes_delta * 60)
reactor.callLater(30, clean.start, GLSetting.cleaning_hours_delta * 3600)
reactor.callLater(40, anomaly.start, GLSetting.anomaly_seconds_delta)
reactor.callLater(50, stats.start, GLSetting.stats_minutes_delta * 60)
reactor.callLater(60, pgp_check.start,
GLSetting.pgp_check_hours_delta * 3600)
def test_anomalies_schedule(self):
yield statistics_sched.AnomaliesSchedule().operation()