def __init__(self, surveil_job, concurrent_max=1) :
TaskScheduler.__init__(self, concurrent_max)
self.T_B = []
self.surveil_job = surveil_job
# The T_B value threshold for action
self.actionTB = timedelta()
def __init__(self, surveil_job, concurrent_max=1):
TaskScheduler.__init__(self, concurrent_max)
self.T_B = []
self.surveil_job = surveil_job
# The T_B value threshold for action
self.actionTB = timedelta()
def increment_timer(self, timeElapsed) :
# Increment the T_B of all jobs by the elapsed time
# NOTE: can't do `tb += timeElapsed` because += operator on
# a timedelta object isn't in-place. Go figure...
for index in range(len(self.T_B)) :
self.T_B[index] += timeElapsed
TaskScheduler.increment_timer(self, timeElapsed)
def increment_timer(self, timeElapsed):
# Increment the T_B of all jobs by the elapsed time
# NOTE: can't do `tb += timeElapsed` because += operator on
# a timedelta object isn't in-place. Go figure...
for index in range(len(self.T_B)):
self.T_B[index] += timeElapsed
TaskScheduler.increment_timer(self, timeElapsed)
def rm_jobs(self, jobs) :
findargs, args = TaskScheduler.rm_jobs(self, jobs)
for anItem in args :
del self.T_B[findargs[anItem]]
return findargs, args
def add_jobs(self, jobs) :
TaskScheduler.add_jobs(self, jobs)
# Initialize the T_B for each job
self.T_B.extend([timedelta()] * len(jobs))
def rm_jobs(self, jobs):
findargs, args = TaskScheduler.rm_jobs(self, jobs)
for anItem in args:
del self.T_B[findargs[anItem]]
return findargs, args
def add_jobs(self, jobs):
TaskScheduler.add_jobs(self, jobs)
# Initialize the T_B for each job
self.T_B.extend([timedelta()] * len(jobs))
