def isValid(self, validity="", log=False, force_check=False):
# Do parent check
if not ICredential.isValid(self, validity, log, force_check):
return False
# check vo names
if self.voname() != self.voms:
if log:
logger.warning("Grid Proxy not valid. Certificate VO '%s' does not match requested '%s'"
% (self.voname(), self.voms))
return False
return True
def isValid(self, validity="", log=False, force_check=False):
# Do parent check
if not ICredential.isValid(self, validity, log, force_check):
return False
# check vo names
if self.voname() != self.voms:
if log:
logger.warning("Grid Proxy not valid. Certificate VO '%s' does not match requested '%s'"
% (self.voname(), self.voms))
return False
return True
def __init__(self):
self.active = True
self.credential = ICredential() # FIXME: or the real one
#import Ganga.Core.FileWorkspace
#basedir = Ganga.Core.FileWorkspace.gettop()
#basedir = '/tmp'
basedir = '.'
self.gridmap_filename = '%s/lcg_simulator_gridmap' % basedir
import shelve
# map Grid job id into inputdir (where JDL file is)
self.jobid_map = shelve.open(self.gridmap_filename, writeback=False)
self.jobid_map.setdefault('_job_count', 0)
# here we store the job finish times as seen by ganga
self.finished_jobs_filename = '%s/lcg_simulator_finished_jobs' % basedir
self.ganga_finish_time = shelve.open(self.finished_jobs_filename,
writeback=False)
self.shell = getShell('GLITE')
logger.critical('Grid Simulator data files: %s %s',
self.gridmap_filename, self.finished_jobs_filename)
def destroy(self, allowed_exit=[0, 1]):
self.chooseCommandSet()
self.buildOpts(self.command.destroy)
return ICredential.destroy(self, allowed_exit)
def create(self, validity="", maxTry=0, minValidity="", check=False):
self.chooseCommandSet()
self.buildOpts(self.command.init)
status = ICredential.create(self, validity, maxTry, minValidity, check)
return status
def timeleft(self, units="hh:mm:ss", force_check=False):
return ICredential.timeleft(self, units, force_check=force_check)
def renew(self, validity="", maxTry=0, minValidity="", check=True):
return ICredential.renew(self, validity, maxTry, minValidity, check)
def isValid(self, validity="", log=False, force_check=False):
return ICredential.isValid(self, validity, log, force_check)
def destroy(self, allowed_exit=[0]):
self.buildOpts(self.command.destroy)
return ICredential.destroy(self, allowed_exit)
def timeleft(self, units="hh:mm:ss", force_check=False):
return ICredential.timeleft(self, units, force_check)
def renew(self, validity="", maxTry=0, minValidity="", check=True):
self.chooseCommandSet()
if self.voms:
if not self.voname():
check = False
return ICredential.renew(self, validity, maxTry, minValidity, check)
def destroy(self, allowed_exit=[0, 1]):
self.chooseCommandSet()
self.buildOpts(self.command.destroy)
return ICredential.destroy(self, allowed_exit)
def create(self, validity="", maxTry=0, minValidity="", check=False):
self.chooseCommandSet()
self.buildOpts(self.command.init)
status = ICredential.create(self, validity, maxTry, minValidity, check)
return status
def renew(self, validity="", maxTry=0, minValidity="", check=True):
return ICredential.renew(self, validity, maxTry, minValidity, check)
def isValid(self, validity="", log=False, force_check=False):
return ICredential.isValid(self, validity, log, force_check)
def renew(self, validity="", maxTry=0, minValidity="", check=True):
self.chooseCommandSet()
if self.voms:
if not self.voname():
check = False
return ICredential.renew(self, validity, maxTry, minValidity, check)
def create(self, validity="", maxTry=0, minValidity="", check=False):
self.buildOpts(self.command.init)
return ICredential.create(self, validity, maxTry, minValidity, check)
def destroy(self, allowed_exit=[0]):
self.buildOpts(self.command.destroy)
return ICredential.destroy(self, allowed_exit)
def create(self, validity="", maxTry=0, minValidity="", check=False):
self.buildOpts(self.command.init)
return ICredential.create(self, validity, maxTry, minValidity, check)
