def publish(self, servicePool, changeLog=None): # pylint: disable=no-self-use
'''
Initiates the publication of a service pool, or raises an exception if this cannot be done
:param servicePool: Service pool object (db object)
'''
if servicePool.publications.filter(state__in=State.PUBLISH_STATES).count() > 0:
raise PublishException(_('Already publishing. Wait for previous publication to finish and try again'))
if servicePool.isInMaintenance():
raise PublishException(_('Service is in maintenance mode and new publications are not allowed'))
try:
now = getSqlDatetime()
dsp = None
dsp = servicePool.publications.create(state=State.LAUNCHING, state_date=now, publish_date=now, revision=servicePool.current_pub_revision)
if changeLog:
servicePool.changelog.create(revision=servicePool.current_pub_revision, log=changeLog, stamp=now)
DelayedTaskRunner.runner().insert(PublicationLauncher(dsp), 4, PUBTAG + str(dsp.id))
except Exception as e:
logger.debug('Caught exception at publish: {0}'.format(e))
if dsp is not None:
try:
dsp.delete()
except Exception:
logger.info('Could not delete {}'.format(dsp))
raise PublishException(str(e))
def checkLater(servicePoolPub, pi):
'''
Inserts a task in the delayedTaskRunner so we can check the state of this publication
@param dps: Database object for DeployedServicePublication
@param pi: Instance of Publication manager for the object
'''
DelayedTaskRunner.runner().insert(PublicationFinishChecker(servicePoolPub), pi.suggestedTime, PUBTAG + str(servicePoolPub.id))
def publish(self, servicePool): # pylint: disable=no-self-use
'''
Initiates the publication of a service pool, or raises an exception if this cannot be done
:param servicePool: Service pool object (db object)
'''
if servicePool.publications.filter(
state__in=State.PUBLISH_STATES).count() > 0:
raise PublishException(
_('Already publishing. Wait for previous publication to finish and try again'
))
if servicePool.isInMaintenance():
raise PublishException(
_('Service is in maintenance mode and new publications are not allowed'
))
try:
now = getSqlDatetime()
dsp = None
dsp = servicePool.publications.create(
state=State.LAUNCHING,
state_date=now,
publish_date=now,
revision=servicePool.current_pub_revision)
DelayedTaskRunner.runner().insert(PublicationLauncher(dsp), 4,
PUBTAG + str(dsp.id))
except Exception as e:
logger.debug('Caught exception at publish: {0}'.format(e))
if dsp is not None:
try:
dsp.delete()
except Exception:
logger.info('Could not delete {}'.format(dsp))
raise PublishException(str(e))
def makeUnique(userService, userServiceInstance, state):
'''
This method ensures that there will be only one delayedtask related to the userService indicated
'''
DelayedTaskRunner.runner().remove(USERSERVICE_TAG + userService.uuid)
UserServiceOpChecker.checkAndUpdateState(userService,
userServiceInstance, state)
def checkLater(servicePoolPub, pi):
'''
Inserts a task in the delayedTaskRunner so we can check the state of this publication
@param dps: Database object for DeployedServicePublication
@param pi: Instance of Publication manager for the object
'''
DelayedTaskRunner.runner().insert(PublicationFinishChecker(servicePoolPub), pi.suggestedTime, PUBTAG + str(servicePoolPub.id))
def checkLater(userService, ci):
"""
Inserts a task in the delayedTaskRunner so we can check the state of this publication
@param dps: Database object for DeployedServicePublication
@param pi: Instance of Publication manager for the object
"""
# Do not add task if already exists one that updates this service
if DelayedTaskRunner.runner().checkExists(USERSERVICE_TAG + userService.uuid):
return
DelayedTaskRunner.runner().insert(UserServiceOpChecker(userService), ci.suggestedTime, USERSERVICE_TAG + userService.uuid)
def checkLater(userService, ci):
"""
Inserts a task in the delayedTaskRunner so we can check the state of this publication
@param dps: Database object for DeployedServicePublication
@param pi: Instance of Publication manager for the object
"""
# Do not add task if already exists one that updates this service
if DelayedTaskRunner.runner().checkExists(USERSERVICE_TAG + userService.uuid):
return
DelayedTaskRunner.runner().insert(UserServiceOpChecker(userService), ci.suggestedTime, USERSERVICE_TAG + userService.uuid)
def checkLater(userService, userServiceInstance):
"""
Inserts a task in the delayedTaskRunner so we can check the state of this migration
@param userService: Database object for DeployedServicePublication
@param userServiceInstance: Instance of Publication manager for the object
"""
from uds.core.jobs.DelayedTaskRunner import DelayedTaskRunner
# Do not add task if already exists one that updates this service
if DelayedTaskRunner.runner().checkExists(MIGRATETASK_TAG + str(userService.id)):
return
DelayedTaskRunner.runner().insert(ClusterUpdateStats(userService), userServiceInstance.suggestedTime, ClusterUpdateStats + str(userService.id))
def makeUnique(userService, userServiceInstance, state):
"""
This method ensures that there will be only one delayedtask related to the userService indicated
"""
DelayedTaskRunner.runner().remove(USERSERVICE_TAG + userService.uuid)
UserServiceOpChecker.checkAndUpdateState(userService, userServiceInstance, state)
def notifyTermination(self):
DelayedTaskRunner.runner().notifyTermination()
def run(self):
DelayedTaskRunner.runner().run()
def notifyTermination(self):
DelayedTaskRunner.runner().notifyTermination()
def run(self):
DelayedTaskRunner.runner().run()
