def Mock_LoadHoursStrategy(self, avg_power_W, hrs_per_day, hrs_of_day):
strategy = LoadHoursStrategy(avg_power_W=avg_power_W,
hrs_per_day=hrs_per_day,
hrs_of_day=hrs_of_day)
strategy.area = self.area_test()
strategy.owner = self.area_test()
strategy.event_activate()
return strategy
def test_use_market_maker_rate_parameter_is_respected(use_mmr, expected_rate):
GlobalConfig.market_maker_rate = 9
load = LoadHoursStrategy(200,
final_buying_rate=33,
use_market_maker_rate=use_mmr)
load.area = FakeArea()
load.event_activate()
assert all(v == expected_rate for v in load.bid_update.final_rate.values())
def test_load_hour_strategy_increases_rate_when_fit_to_limit_is_false():
load = LoadHoursStrategy(avg_power_W=100,
initial_buying_rate=0,
final_buying_rate=30,
fit_to_limit=False,
energy_rate_increase_per_update=10,
update_interval=5)
load.area = FakeArea()
load.event_activate()
assert all([
rate == -10
for rate in load.bid_update.energy_rate_change_per_update.values()
])
def test_load_constructor_rejects_incorrect_rate_parameters():
load = LoadHoursStrategy(avg_power_W=100,
initial_buying_rate=10,
final_buying_rate=5)
load.area = FakeArea()
load.owner = load.area
with pytest.raises(D3ADeviceException):
load.event_activate()
with pytest.raises(D3ADeviceException):
LoadHoursStrategy(avg_power_W=100,
fit_to_limit=True,
energy_rate_increase_per_update=1)
with pytest.raises(D3ADeviceException):
LoadHoursStrategy(avg_power_W=100,
fit_to_limit=False,
energy_rate_increase_per_update=-1)
def test_load_hour_strategy_increases_rate_when_fit_to_limit_is_false(
market_test1):
load = LoadHoursStrategy(avg_power_W=100,
initial_buying_rate=0,
final_buying_rate=30,
fit_to_limit=False,
energy_rate_increase_per_update=10,
update_interval=5)
load.area = FakeArea()
load.owner = load.area
load.event_activate()
assert load.state._energy_requirement_Wh[TIME] == 25.0
offer = Offer('id', now(), 1, (MIN_BUY_ENERGY / 500), 'A', market_test1)
load._one_sided_market_event_tick(market_test1, offer)
assert load.bid_update.get_updated_rate(TIME) == 0
assert load.state._energy_requirement_Wh[TIME] == 25.0
load.event_tick()
assert load.bid_update.get_updated_rate(TIME) == 10
load._one_sided_market_event_tick(market_test1, offer)
assert load.state._energy_requirement_Wh[TIME] == 0
assert all([
rate == -10
for rate in load.bid_update.energy_rate_change_per_update.values()
])
def load_hours_strategy_test3(area_test1):
load = LoadHoursStrategy(avg_power_W=100)
load.area = area_test1
load.owner = area_test1
return load
