def populate_params(cls):
for idx in range(len(cls.env.target.bl.bigs)):
task = cls.task_prefix + str(idx)
cls.params[task] = RTA.periodic(**BIG_WORKLOAD)
for idx in range(len(cls.env.target.bl.littles)):
task = cls.task_prefix + str(idx)
cls.params[task] = RTA.periodic(**SMALL_WORKLOAD)
def populate_params(cls):
for idx in range(len(cls.env.target.bl.bigs)):
task = cls.task_prefix + str(idx)
cls.params[task] = RTA.periodic(**BIG_WORKLOAD)
for idx in range(len(cls.env.target.bl.littles)):
task = cls.task_prefix + str(idx)
cls.params[task] = RTA.periodic(**SMALL_WORKLOAD)
def populate_tasks(cls):
migrator_workload = BIG_WORKLOAD.copy()
migrator_workload["duration_s"] = 9
migrator_workload["delay_s"] = 1
for idx in range(cls.num_tasks):
task = "early_starters" + str(idx)
cls.params[task] = RTA.periodic(**BIG_WORKLOAD)
cls.early_starters.append(task)
# Tasks that will be idle pulled
task = "migrator" + str(idx)
cls.params[task] = RTA.periodic(**migrator_workload)
cls.migrators.append(task)
def populate_tasks(cls):
migrator_workload = BIG_WORKLOAD.copy()
migrator_workload["duration_s"] = 9
migrator_workload["delay_s"] = 1
for idx in range(cls.num_tasks):
task = "early_starters" + str(idx)
cls.params[task] = RTA.periodic(**BIG_WORKLOAD)
cls.early_starters.append(task)
# Tasks that will be idle pulled
task = "migrator" + str(idx)
cls.params[task] = RTA.periodic(**migrator_workload)
cls.migrators.append(task)
def populate_params(cls):
for i in range(cls.num_tasks):
task = cls.task_prefix + str(i)
cls.params[task] = RTA.periodic(**SMALL_WORKLOAD)
def populate_params(cls):
for i in range(cls.num_tasks):
task = cls.task_prefix + str(i)
cls.params[task] = RTA.periodic(**SMALL_WORKLOAD)
