def test_update():
generator = Generator.Generator("omg")
generator._resources_received_this_tick = {"fuel": 20, "water": 0}
generator._provideResourceToOutgoingConnections = MagicMock(return_value = 5)
generator._getAllReservedResources = MagicMock()
generator.addHeat = MagicMock()
# Set the generator at the perfect temperature
generator._temperature = generator._optimal_temperature
generator.update()
generator.addHeat.assert_called_once()
resources_produced_this_tick = generator.getResourcesProducedThisTick()
resources_provided_this_tick = generator.getResourcesProvidedThisTick()
assert math.isclose(resources_produced_this_tick["energy"], 20) # It got 20 fuel, so it created 20 energy
assert math.isclose(resources_provided_this_tick["energy"], 15) # The connection reports that it couldn't dump 5, so 15 was provided
assert math.isclose(resources_provided_this_tick["water"], 0)
# Ensure that the an attempt was made to provide energy (20!)
assert generator._provideResourceToOutgoingConnections.call_args_list[0][0][0] == "energy"
assert math.isclose(generator._provideResourceToOutgoingConnections.call_args_list[0][0][1], 20)
# Ensure that an attempt was made to provide water (0!)
assert generator._provideResourceToOutgoingConnections.call_args_list[1][0][0] == "water"
assert math.isclose(generator._provideResourceToOutgoingConnections.call_args_list[1][0][1], 0)
assert math.isclose(generator.addHeat.call_args[0][0], 75000) # 20 fuel, 7500 combustion heat, 50% effiency
def test__update_resources_required_per_tick(energy_left, fuel_per_tick_required, health_effectiveness_factor):
generator = Generator.Generator("omg")
generator._resources_left_over["energy"] = energy_left
generator._getHealthEffectivenessFactor = MagicMock(return_value = health_effectiveness_factor)
generator._updateResourceRequiredPerTick()
assert math.isclose(generator._resources_required_per_tick["fuel"], fuel_per_tick_required)
def test_generator_resources_left_previous_update():
generator = Generator.Generator("omg")
generator.deserialize({
"node_id": "omg",
"temperature": 200,
"resources_received_this_tick": {},
"resources_produced_this_tick": {},
"resources_left_over": {
"energy": 5
}
})
original_resources_available = generator.getResourceAvailableThisTick
generator.getResourceAvailableThisTick = MagicMock(return_value=0)
generator._provideResourceToOutgoingConnections = MagicMock(return_value=4)
generator.update()
# This generator didn't get any resources, but it had resources left (5 energy).
# Ensure that it attempted to dump that!
assert generator._provideResourceToOutgoingConnections.call_args_list[0][
0][0] == "energy"
assert generator._provideResourceToOutgoingConnections.call_args_list[0][
0][1] == 5
# Also ensure that it was unable to provide the 4 of the 5 energy it had!
assert original_resources_available("energy") == 4
def test_temperature_efficiency(effectiveness_factor, efficiency):
generator = Generator.Generator("omg")
generator._getHealthEffectivenessFactor = MagicMock(
return_value=effectiveness_factor)
assert generator.temperature_efficiency == efficiency
def test_update_with_different_energy_factor():
generator = Generator.Generator("omg", energy_factor=0.25)
generator._resources_received_this_tick = {"fuel": 20, "water": 0}
generator._provideResourceToOutgoingConnections = MagicMock(return_value=0)
generator._getAllReservedResources = MagicMock()
generator.addHeat = MagicMock()
# Set the generator at the perfect temperature
generator._temperature = generator._optimal_temperature
generator.update()
generator.addHeat.assert_called_once()
resources_produced_this_tick = generator.getResourcesProducedThisTick()
resources_provided_this_tick = generator.getResourcesProvidedThisTick()
assert math.isclose(resources_produced_this_tick["energy"], 5) # 25% of how much fuel was obtained
assert math.isclose(resources_provided_this_tick["water"], 0)
def test_setPerformance():
generator = Generator.Generator("omg")
generator._resources_received_this_tick = {"fuel": 10, "water": 0}
generator._provideResourceToOutgoingConnections = MagicMock(return_value=0)
generator._getAllReservedResources = MagicMock()
generator.addHeat = MagicMock()
# Set the generator at the perfect temperature
generator._temperature = generator._optimal_temperature
# Ensure that the default that it's requesting is 10
assert generator.getResourcesRequiredPerTick()["fuel"] == 10
generator._min_performance = 0
# Change the performance
generator.target_performance = 0.5
while generator.performance != 0.5:
generator.preUpdate()
generator.update()
assert math.isclose(generator.getResourcesRequiredPerTick()["fuel"],
10 * generator.performance)
# Check that the performance is kept when nothing is changed
for _ in range(0, 5):
generator.preUpdate()
generator.update()
assert math.isclose(generator.getResourcesRequiredPerTick()["fuel"],
10 * generator.performance)
# Move performance up again!
generator.target_performance = 0.8
while generator.performance != 0.8:
generator.preUpdate()
generator.update()
assert math.isclose(generator.getResourcesRequiredPerTick()["fuel"],
10 * generator.performance)
# Check that the performance is kept when nothing is changed
for _ in range(0, 5):
generator.preUpdate()
generator.update()
assert math.isclose(generator.getResourcesRequiredPerTick()["fuel"],
10 * generator.performance)
def test_oxygenGenerator():
with pytest.raises(ValueError, match=r"^The provided fuel type \[oxygen\] can't be burned!"):
Generator.Generator("omg", fuel_type = "oxygen")
def test_waterGenerator():
# Water can't be burned.
with pytest.raises(ValueError, match=r"^The provided fuel type \[water\] can't be burned!"):
Generator.Generator("omg", fuel_type = "water")
