def calculate_end_times(cls):
end_times = {}
for task in cls.params.keys():
sched_assert = SchedAssert(cls.trace, cls.env.topology,
execname=task)
end_times[task] = sched_assert.getEndTime()
return end_times
def calculate_end_times(cls):
end_times = {}
for task in cls.params.keys():
sched_assert = SchedAssert(cls.trace,
cls.env.topology,
execname=task)
end_times[task] = sched_assert.getEndTime()
return end_times
def get_end_times(self, experiment):
"""
Get the time at which each task in the workload finished
Returned as a dict; {"task_name": finish_time, ...}
"""
end_times = {}
ftrace = self.get_trace(experiment).ftrace
for task in experiment.wload.tasks.keys():
sched_assert = SchedAssert(ftrace, self.te.topology, execname=task)
end_times[task] = sched_assert.getEndTime()
return end_times
def get_end_times(self, experiment):
"""
Get the time at which each task in the workload finished
Returned as a dict; {"task_name": finish_time, ...}
"""
end_times = {}
ftrace = self.get_trace(experiment).ftrace
for task in experiment.wload.tasks.keys():
sched_assert = SchedAssert(ftrace, self.te.topology, execname=task)
end_times[task] = sched_assert.getEndTime()
return end_times