def test_canTriggerActionWheneverConditionIsMet(self, ast, smart_home):
light_bulb = Appliance(ApplianceTypes.LIGHT, "bulbazoro")
light_bulb2 = Appliance(ApplianceTypes.LIGHT, "cxarmandero")
smart_home.addAppliance(light_bulb)
smart_home.addAppliance(light_bulb2)
smart_home, value = ast.parse(
"asignu brilo de bulbazoro pli unu al brilo de bulbazoro "
"cxiufoje la koloro de cxarmandero estas egala al rugxo").evaluate(
smart_home)
self.fastForwardBy(smart_home, seconds=2)
assert smart_home.variables["bulbazoro"].properties[
ApplianceProperties.BRIGHTNESS.value] == 1
smart_home.variables["cxarmandero"].properties[
ApplianceProperties.COLOR.value] = Color.RED.value
self.fastForwardBy(smart_home, seconds=2)
assert smart_home.variables["bulbazoro"].properties[
ApplianceProperties.BRIGHTNESS.value] == 2
smart_home.variables["cxarmandero"].properties[
ApplianceProperties.COLOR.value] = Color.BLUE.value
self.fastForwardBy(smart_home, seconds=2)
smart_home.variables["cxarmandero"].properties[
ApplianceProperties.COLOR.value] = Color.RED.value
self.fastForwardBy(smart_home, seconds=2)
assert smart_home.variables["bulbazoro"].properties[
ApplianceProperties.BRIGHTNESS.value] == 3
def test_canUseRepeatedActionToPropagateLampColor(self, ast, smart_home):
light_bulbs = []
for i in range(100):
light_bulb = Appliance(ApplianceTypes.LIGHT, f"{i + 1:03d}")
light_bulb.properties[
ApplianceProperties.COLOR.value] = Color.WHITE.value
smart_home.addAppliance(light_bulb)
light_bulbs += [light_bulb]
smart_home.variables["ampoloj"] = light_bulbs
smart_home.variables["indekso"] = 1
smart_home, value = ast.parse("""
dum indekso estas pli malgranda ol cent tiam
asignu indekso pli unu al io
poste asignu la koloro de indeksa de ampoloj
al la koloro de ia de ampoloj
poste asignu io al indekso
finu cxiu sekundo""").evaluate(smart_home)
for bulb in smart_home.variables["ampoloj"]:
assert bulb.properties[
ApplianceProperties.COLOR.value] == Color.WHITE.value
smart_home.variables["ampoloj"][0].properties[
ApplianceProperties.COLOR.value] = Color.RED.value
self.fastForwardBy(smart_home, seconds=1)
for bulb in smart_home.variables["ampoloj"]:
print(bulb.name)
assert bulb.properties[
ApplianceProperties.COLOR.value] == Color.RED.value
def create_boiler(name, row=0, col=0):
boiler = Appliance(ApplianceTypes.BOILER, name)
smart_home.addAppliance(boiler)
app.addLabel(name, row=row, column=col)
app.addMeter(name, row, col)
def update_gui():
desired_temperature = boiler.properties[
ApplianceProperties.DESIRED_TEMPERATURE.value]
current_temperature = boiler.properties[
ApplianceProperties.CURRENT_TEMPERATURE.value]
if boiler.isTurnedOn():
current_temperature += (desired_temperature -
current_temperature) / 20
is_on_character = "☺"
else:
current_temperature -= current_temperature / 20
is_on_character = "☻"
boiler.properties[ApplianceProperties.CURRENT_TEMPERATURE.
value] = current_temperature
app.setMeter(name, current_temperature,
" " + is_on_character + " " + name)
app.registerEvent(update_gui)
return boiler
def test_delayedActionsSaveAClosureOfTheirDictationState(
self, ast, smart_home):
light_bulb = Appliance(ApplianceTypes.LIGHT, "bulbazoro")
smart_home.variables["hundo"] = 2
smart_home.addAppliance(light_bulb)
smart_home, value = ast.parse(
"asignu hundo al brilo de bulbazoro je unu sekundo").evaluate(
smart_home)
smart_home.variables["hundo"] = 10
self.fastForwardBy(smart_home, seconds=2)
assert smart_home.variables["bulbazoro"].properties[
ApplianceProperties.BRIGHTNESS.value] == 2
def create_efficient_bulb(name, row=0, col=0):
bulb = Appliance(ApplianceTypes.LIGHT, name)
smart_home.addAppliance(bulb)
app.addLabel(name, row=row, column=col)
bulb_wrapper = GuiBulb(bulb)
def update_gui():
if bulb_wrapper.has_changed():
app.setLabelBg(*bulb_wrapper.get_gui_settings())
bulb_wrapper.refresh()
app.registerEvent(update_gui)
return bulb
def create_door(name, row=0, col=0):
door = Appliance(ApplianceTypes.SWITCH, name)
smart_home.addAppliance(door)
app.addLabel(name, row=row, column=col)
def update_gui():
if door.isTurnedOn():
is_on_character = "□"
else:
is_on_character = "■"
app.setLabel(name, is_on_character + " " + name)
app.registerEvent(update_gui)
return door
def create_speaker(name, row=0, col=0):
speaker = Appliance(ApplianceTypes.SWITCH, name)
smart_home.addAppliance(speaker)
app.addLabel(name, row=row, column=col)
def update_gui():
if speaker.isTurnedOn():
is_on_character = "♫♪"
else:
is_on_character = " "
app.setLabel(name, name + is_on_character)
app.registerEvent(update_gui)
return speaker