def get_rtapp_profile(cls, plat_info):
start_pct = cls.get_little_duty_cycle(plat_info, 20)
end_pct = cls.get_big_duty_cycle(plat_info)
rtapp_profile = {}
bigs = plat_info["capacity-classes"][-1]
for i in range(len(bigs)):
rtapp_profile[f"{cls.task_prefix}_{i}"] = Step(
start_pct=start_pct,
end_pct=end_pct,
time_s=2,
loops=2,
period_ms=cls.TASK_PERIOD_MS)
return rtapp_profile
def get_rtapp_profile(cls, plat_info):
littles = plat_info["capacity-classes"][0]
bigs = plat_info["capacity-classes"][-1]
start_pct = cls.unscaled_utilization(plat_info, littles[0], 20)
end_pct = cls.unscaled_utilization(plat_info, bigs[0], 70)
rtapp_profile = {}
for i in range(len(bigs)):
rtapp_profile["{}_{}".format(cls.task_prefix, i)] = Step(
start_pct=start_pct,
end_pct=end_pct,
time_s=2,
loops=2,
period_ms=cls.TASK_PERIOD_MS)
return rtapp_profile
def test_profile_step_smoke(self):
"""
Smoketest Step rt-app workload
Creates a workload using Step, tests that the JSON has the expected
content, then tests that it can be run.
"""
profile = {"test_task": Step(start_pct=100, end_pct=0, time_s=1)}
exp_phases = [
{
'run': 1000000,
'loop': 1
},
{
'sleep': 1000000,
'loop': 1
},
]
self._do_test(profile, exp_phases)