def monitor(self, mock_simulator):
monitor = ConsumedEnergyMonitor(mock_simulator)
mock_simulator.current_time = 0
watt_on = [(100, 200), (200, 300)]
pstates = BatsimPlatformAPI.get_resource_properties(watt_on=watt_on)
pstates = Converters.json_to_power_states(pstates)
hosts = [
Host(0, "0", pstates=pstates),
Host(1, "1", pstates=pstates),
]
mock_simulator.platform = Platform(hosts)
monitor.on_simulation_begins(mock_simulator)
return monitor
def test_json_to_power_states(self):
prop = BatsimPlatformAPI.get_resource_properties(
watt_off=10,
watt_switch_off=50,
watt_switch_on=75,
watt_on=[(10, 100)],
)
ps = Converters.json_to_power_states(prop)
assert len(ps) == 4
sleep_ps = next(p for p in ps if p.type == PowerStateType.SLEEP)
s_off_ps = next(p for p in ps
if p.type == PowerStateType.SWITCHING_OFF)
s_on_ps = next(p for p in ps if p.type == PowerStateType.SWITCHING_ON)
on_ps = next(p for p in ps if p.type == PowerStateType.COMPUTATION)
assert sleep_ps.watt_full == 10 and sleep_ps.id == 0
assert s_off_ps.watt_full == 50 and s_off_ps.id == 1
assert s_on_ps.watt_full == 75 and s_on_ps.id == 2
assert on_ps.watt_full == 100 and on_ps.watt_idle == 10 and on_ps.id == 3
def test_json_to_power_states_without_property_must_raise(self):
prop = BatsimPlatformAPI.get_resource_properties()
del prop["watt_per_state"]
with pytest.raises(RuntimeError):
Converters.json_to_power_states(prop)