def test_state_mash_no_profile(self):
self.brewhouse.recipe.mash_temperature_profile = MashProfile([])
self.brewhouse.working_time = 0
self.brewhouse.state.set_state_by_name("StateMash")
self.brewhouse.state.state_time_change = 0
self.brewhouse.state.evaluate()
self.assertEqual(self.brewhouse.state.state.__class__.__name__,
'StateMashoutRamp')
def test_state_post_strike_ready(self):
self.brewhouse.recipe.mash_temperature_profile = MashProfile([
MashStep(15.0, 155.0),
])
self.brewhouse.boil_kettle.temperature_sensor.temperature = 156.0
self.brewhouse.state.set_state_by_name("StatePostStrike")
self.brewhouse.state.evaluate()
self.assertTrue(self.brewhouse.request_permission)
def test_state_mash_timer_start(self):
self.brewhouse.recipe.mash_temperature_profile = MashProfile([
MashStep(15.0, 155.0),
])
self.brewhouse.working_time = 0
self.brewhouse.state.set_state_by_name("StateMash")
self.brewhouse.state.state_time_change = 0
self.brewhouse.state.evaluate()
self.assertAlmostEqual(self.brewhouse.timer, 15.0, 9)
def test_state_post_strike(self):
self.brewhouse.recipe.mash_temperature_profile = MashProfile([
MashStep(15.0, 155.0),
])
self.brewhouse.state.set_state_by_name("StatePostStrike")
self.brewhouse.state.evaluate()
self.assertFalse(self.brewhouse.main_pump.pump_status)
self.assertTrue(self.brewhouse.boil_kettle.element_status)
self.assertFalse(self.brewhouse.mash_tun.enabled)
self.assertAlmostEqual(
self.brewhouse.boil_kettle.temperature_set_point, 155.0, 9)
def setUp(self):
self.gpio = StubGPIO()
http_client = StubJouliaHTTPClient("fake address")
self.ws_client = StubJouliaWebsocketClient("fake address", http_client)
self.recipe_instance = 0
self.analog_reader = StubAnalogReader()
stub_gpio = StubGPIO()
heating_element_rating = 5500.0
boil_kettle_volume = 5.0
boil_kettle_temperature_sensor = StubRtdSensor(70.0)
boil_kettle_heating_pin = OutputPin(stub_gpio, 0)
self.boil_kettle = HeatedVessel(self.ws_client, self.recipe_instance,
heating_element_rating,
boil_kettle_volume,
boil_kettle_temperature_sensor,
boil_kettle_heating_pin)
mash_tun_volume = 5.0
mash_tun_temperature_sensor = StubRtdSensor(70.0)
self.mash_tun = HeatExchangedVessel(self.ws_client,
self.recipe_instance,
mash_tun_volume,
mash_tun_temperature_sensor)
pump_pin = OutputPin(stub_gpio, 1)
self.main_pump = SimplePump(self.ws_client, self.recipe_instance,
pump_pin)
recipe_pk = 3
strike_temperature = 170.0
mashout_temperature = 170.0
mashout_time = 15.0 * 60.0
boil_time = 60.0 * 60.0
cool_temperature = 70.0
mash_temperature_profile = MashProfile([])
volume = 5.0
pre_boil_volume_gallons = 6.0
post_boil_volume_gallons = 5.1
self.recipe = Recipe(recipe_pk, strike_temperature,
mashout_temperature, mashout_time, boil_time,
cool_temperature, mash_temperature_profile,
volume, pre_boil_volume_gallons,
post_boil_volume_gallons)
self.brewhouse = Brewhouse(self.ws_client, self.recipe_instance,
self.boil_kettle, self.mash_tun,
self.main_pump, self.recipe)
def test_state_mash(self):
set_point = 155.0
self.brewhouse.recipe.mash_temperature_profile = MashProfile([
MashStep(15.0, set_point),
])
self.brewhouse.working_time = 0
self.brewhouse.state.set_state_by_name("StateMash")
self.brewhouse.state.state_time_change = 0
self.brewhouse.state.evaluate()
self.assertTrue(self.brewhouse.main_pump.pump_status)
self.assertTrue(self.brewhouse.boil_kettle.element_status)
self.assertTrue(self.brewhouse.mash_tun.enabled)
self.assertEqual(self.brewhouse.mash_tun.temperature_set_point,
set_point)
# TODO(willjschmitt): This should be set by the state machine instead of
# by the parent, but leaving this as is for now.
self.assertEqual(self.brewhouse.boil_kettle.temperature_set_point, 0.0)
def setUp(self):
self.http_client = StubJouliaHTTPClient("http://fake-address")
recipe_instance_pk = 0
recipe_pk = 0
self.http_client.recipe_instance = RecipeInstance(
recipe_instance_pk, recipe_pk)
with open('testing/brewhouse.json') as brewhouse_file:
self.http_client.brewhouse = json.load(brewhouse_file)
strike_temperature = 162.0
mashout_temperature = 170.0
mashout_time = 15.0 * 60.0
boil_time = 60.0 * 60.0
cool_temperature = 70.0
mash_temperature_profile = MashProfile([MashStep(15 * 60, 155.0)])
volume = 5.0
pre_boil_volume_gallons = 6.0
post_boil_volume_gallons = 5.1
self.http_client.recipe = Recipe(recipe_pk, strike_temperature,
mashout_temperature, mashout_time,
boil_time, cool_temperature,
mash_temperature_profile, volume,
pre_boil_volume_gallons,
post_boil_volume_gallons)
self.ws_client = StubJouliaWebsocketClient("ws://fake-address",
self.http_client)
self.start_stop_client = StubAsyncHTTPClient()
brewhouse_id = 0
mcp = StubMCP3008(spi=StubSpiDev())
analog_reference = 3.3 # Volts
analog_reader = MCP3004AnalogReader(mcp, analog_reference)
gpio = StubGPIO()
self.update_manager = StubUpdateManager()
self.system = SimulatedSystem(self.http_client,
self.ws_client,
self.start_stop_client,
brewhouse_id,
analog_reader,
gpio,
self.update_manager,
clock=StubClock())
def get_recipe(self, recipe_pk):
"""Retrieves the recipe associated with a recipe instance and loads it
into a Recipe object.
Args:
recipe_pk: the primary key/id for the recipe interested in for the
mash profile.
Returns:
Mash points as an array of (duration, temperature) pairs.
"""
mash_points = self.get_mash_points(recipe_pk)
mash_profile = MashProfile(mash_points)
recipe_url = self._get_recipe_url(recipe_pk)
recipe_response = self._get(recipe_url)
recipe_json_response = recipe_response.json()
return Recipe.from_joulia_webserver(recipe_json_response, mash_profile)