def receive_input():
global app, smart_home
expression_ast = ast_bld.build(start=lxr.GrammarVariable.EXPRESSION.value)
user_input = app.stringBox('Atentu', 'Mi atentas')
_, parsed_input = expression_ast.parse(user_input).evaluate(smart_home)
smart_home.set_return_value(
parsed_input if parsed_input is not None else user_input)
def ast(self):
return ast_bld.build(start=domsagxo.compilation.definitions.
GrammarVariable.PROGRAM.value)
def build_house(clock_type=ClockType.REAL, house_type=HouseType.HOUSE):
global ast, smart_home, app
lxr.build()
ast = ast_bld.build()
if clock_type is ClockType.REAL:
smart_home = Domsagxo()
smart_home.start_scheduler()
else:
simulative_time = MockClock()
scheduler = Horaro(time_function=simulative_time.get_current_time,
delay_function=simulative_time.increase_time)
smart_home = Domsagxo(scheduler)
smart_home.method_dict['haltu'] = smart_home.scheduler.runSetTime
smart_home.method_dict['anoncu'] = announce_in_multimedia
smart_home.method_dict['atentu'] = receive_input
with gui("virtuala domo", showIcon=False) as app:
app.addLabel("title", "Welcome to Domsagxo", colspan=2)
app.setLabelBg("title", "green")
create_clock("horaro", 0, 2)
if house_type is HouseType.HOUSE:
with app.labelFrame("Enirejo", 1, 2, 1):
create_door("antauxa pordo", 0, 0)
create_efficient_bulb("enirlumo", 1, 0)
with app.labelFrame("Koridoro", 1, 0, 2):
create_efficient_bulb("koridora lumo")
create_speaker("parolilo", 0, 1)
with app.labelFrame("Oficejo", 2, 2, 1, 1):
create_efficient_bulb("laborlampo")
create_air_conditioner("ofica klimatizilo", 1, 0)
with app.labelFrame("Necesejo", 2):
create_efficient_bulb("necesa lumo")
create_boiler("doma kaldrono", 1, 0)
with app.labelFrame("dormcxambro", 2, 1):
create_efficient_bulb("dormlumo")
else:
with app.labelFrame("Koridoro", colspan=2):
light_bulbs = []
for i in range(100):
light_bulbs += [
create_efficient_bulb(f"{i + 1:03d}",
row=int(i / 10),
col=(i % 10))
]
smart_home.variables["ampoloj"] = light_bulbs
with app.labelFrame("salono", row=2, colspan=2):
smart_home.variables["sxambalulo"] = create_efficient_bulb(
"sxambalulo")
def turn_light_on_if_prime(number):
if is_prime(number):
smart_home.variables['sxambalulo'].turnOn()
else:
smart_home.variables['sxambalulo'].turnOff()
smart_home.method_dict['cxuprimu'] = turn_light_on_if_prime
app.addLabel("l9", "speech:")
app.addTextArea("Speech", row=3, column=1, colspan=2)
app.addLabel("20", "reply:")
app.addLabel("Reply", "Speech", row=4, column=1, colspan=2)
app.addButton("Submit", execute_speech, row=5, column=1)
app.addButton("Cancel", app.stop, row=5, column=2)
app.enableEnter(execute_speech)
app.bindKey("<Escape>", app.stop)
app.setStopFunction(lambda: True
if smart_home.stop_scheduler() else True)
"PERIOD": '.',
"DELIM": ',',
}
return name_to_token[
token_name] if token_name in name_to_token else token_name
def convert_raw_token_to_tex(raw_token):
actual_token = convert_name_to_token(raw_token[1:]).replace("_", " ")
return ("\\term{" + actual_token +
"}") if raw_token.startswith('T') else ("\\<" + actual_token + ">")
if __name__ == "__main__":
print("building grammar")
build(start=GrammarVariable.PROGRAM.value)
parse_rules = {}
print("parsing grammar rules")
with open("esperanto/src/compilation/parser.out", 'r') as input_file:
for line in input_file.readlines():
if line.startswith("Rule "):
line_parts = line.split()
if line_parts[2].startswith("S'"):
continue
lhs = convert_raw_token_to_tex(line_parts[2])
rhs = [
convert_raw_token_to_tex(token) for token in line_parts[4:]
]
if lhs not in parse_rules:
def relation_ast(self):
return ast_bld.build(start=GrammarVariable.RELATION.value)
def esperantifier(self):
return Esperantifier(Domsagxo(), ast.build())
def ast(self):
return ast_bld.build()
def ast(self):
return ast_bld.build(start=domsagxo.compilation.definitions.
GrammarVariable.ROUTINE_DEFINITION.value)