def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
if servicesEnabled:
log.error("Cannot (re)enable services, they're already running")
from Ganga.Core.exceptions import GangaException
raise GangaException("Cannot (re)enable services")
# startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
# make sure all required credentials are valid
invalid_afs = [
afsToken
for afsToken in credential_store.get_all_matching_type(AfsToken)
if not afsToken.is_valid()
]
if invalid_afs:
log.error(
'No valid AFS token was found. Please re-authorise before reactivating this session.'
)
return
log.debug("Enabling the internal services")
# re-enable the monitoring loop as it's been explicityly requested here
enableMonitoringService()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
if servicesEnabled:
log.error("Cannot (re)enable services, they're already running")
from Ganga.Core.exceptions import GangaException
raise GangaException("Cannot (re)enable services")
# startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
# make sure all required credentials are valid
missing_cred = getMissingCredentials()
if missing_cred:
log.error("The following credentials are still required: %s."
"Make sure you renew them before reactivating this session" % ','.join(missing_cred))
return
log.debug("Enabling the internal services")
# re-enable the monitoring loop as it's been explicityly requested here
enableMonitoringService()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
if servicesEnabled:
log.error("Cannot (re)enable services, they're already running")
from Ganga.Core.exceptions import GangaException
raise GangaException("Cannot (re)enable services")
# startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
# make sure all required credentials are valid
invalid_afs = [afsToken for afsToken in credential_store.get_all_matching_type(AfsToken) if not afsToken.is_valid()]
if invalid_afs:
log.error('No valid AFS token was found. Please re-authorise before reactivating this session.')
return
log.debug("Enabling the internal services")
# re-enable the monitoring loop as it's been explicityly requested here
enableMonitoringService()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
if servicesEnabled:
log.error("Cannot (re)enable services, they're already running")
from Ganga.Core.exceptions import GangaException
raise GangaException("Cannot (re)enable services")
# startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
# make sure all required credentials are valid
missing_cred = getMissingCredentials()
if missing_cred:
log.error("The following credentials are still required: %s."
"Make sure you renew them before reactivating this session" %
','.join(missing_cred))
return
log.debug("Enabling the internal services")
# re-enable the monitoring loop as it's been explicityly requested here
enableMonitoringService()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
def enableInternalServices():
"""
activates the internal services previously disabled due to expired credentials
"""
global servicesEnabled
#make sure all required credentials are valid
missing_cred = getMissingCredentials()
if missing_cred:
log.error("The following credentials are still required: %s."
"Make sure you renew them before reactivating this session" % ','.join(missing_cred))
return
#startup the registries
from Ganga.Runtime import Repository_runtime
Repository_runtime.bootstrap()
log.debug("Enabling the internal services")
# reenable the monitoring loop if *autostart* is set
from Ganga.Core import monitoring_component
from Ganga.Core.MonitoringComponent.Local_GangaMC_Service import config
if config['autostart']:
monitoring_component.enableMonitoring()
servicesEnabled = True
log.info('Internal services reactivated successfuly')
exportToPublicInterface('load', load, 'Functions')
exportToPublicInterface('export', export, 'Functions')
exportToPublicInterface('typename', typename, 'Functions')
exportToPublicInterface('categoryname', categoryname, 'Functions')
exportToPublicInterface('plugins', plugins, 'Functions')
exportToPublicInterface('convert_merger_to_postprocessor',
convert_merger_to_postprocessor, 'Functions')
exportToPublicInterface('config', Ganga.GPIDev.Lib.Config.config, 'Objects',
'access to Ganga configuration')
exportToPublicInterface('ConfigError', Ganga.GPIDev.Lib.Config.ConfigError,
'Exceptions')
exportToPublicInterface('report', report, 'Functions')
# ------------------------------------------------------------------------------------
# bootstrap the repositories and connect to them
for n, k, d in Repository_runtime.bootstrap():
# make all repository proxies visible in GPI
exportToPublicInterface(n, k, 'Objects', d)
# ------------------------------------------------------------------------------------
# JobTree
jobtree = GPIProxyObjectFactory(getRegistry("jobs").getJobTree())
exportToPublicInterface('jobtree', jobtree, 'Objects',
'Logical tree view of the jobs')
exportToPublicInterface('TreeError', TreeError, 'Exceptions')
# ------------------------------------------------------------------------------------
# ShareRef
shareref = GPIProxyObjectFactory(getRegistry("prep").getShareRef())
exportToPublicInterface(
'shareref', shareref, 'Objects',
exportToPublicInterface('load', load, 'Functions')
exportToPublicInterface('export', export, 'Functions')
exportToPublicInterface('typename', typename, 'Functions')
exportToPublicInterface('categoryname', categoryname, 'Functions')
exportToPublicInterface('plugins', plugins, 'Functions')
exportToPublicInterface('convert_merger_to_postprocessor',
convert_merger_to_postprocessor, 'Functions')
exportToPublicInterface('config', Ganga.GPIDev.Lib.Config.config,
'Objects', 'access to Ganga configuration')
exportToPublicInterface('ConfigError', Ganga.GPIDev.Lib.Config.ConfigError,
'Exceptions')
exportToPublicInterface('report', report, 'Functions')
# ------------------------------------------------------------------------------------
# bootstrap the repositories and connect to them
for n, k, d in Repository_runtime.bootstrap():
# make all repository proxies visible in GPI
exportToPublicInterface(n, k, 'Objects', d)
# ------------------------------------------------------------------------------------
# JobTree
jobtree = GPIProxyObjectFactory(getRegistry("jobs").getJobTree())
exportToPublicInterface(
'jobtree', jobtree, 'Objects', 'Logical tree view of the jobs')
exportToPublicInterface('TreeError', TreeError, 'Exceptions')
# ------------------------------------------------------------------------------------
# ShareRef
shareref = GPIProxyObjectFactory(getRegistry("prep").getShareRef())
exportToPublicInterface('shareref', shareref, 'Objects',
'Mechanism for tracking use of shared directory resources')
