def test_translate_google(self):
# source lang optional
self.assertEqual(translate_google("hello world", "pt"), "Olá Mundo")
# fallback to google if lang pair not available in apertium
self.assertEqual(translate_text("hello world", "pt", "en"),
"Olá Mundo")
# fallback to google if no source lang specified
self.assertEqual(translate_text("hello world", "es"), "Hola Mundo")
def test_translate_apertium(self):
self.assertEqual(translate_apertium("hello world", "es", "en"),
"hola Mundo")
# apertium by default
self.assertEqual(translate_text("hola Mundo", "en", "es"),
"hello World")
def handle_speak(message):
utt = message.data["utterance"]
utt = translate_text(utt, "pt") # source lang is auto detected
print("MYCROFT:", utt)
def translate(self, text, lang=None):
lang = lang or self.lang
translated = translate_text(text, lang)
LOG.info("translated " + text + " to " + translated)
return translated
def handle_speak(message):
utt = message.data["utterance"]
utt = translate_text(utt, "pt") # source lang is auto detected
print("MYCROFT:", utt)
bus = listen_for_message("speak", handle_speak)
print("Write in any language and mycroft will answer in {lang}".format(lang=OUTPUT_LANG))
while True:
try:
utt = input("YOU:")
lang = detect_lang("utt") # source lang is auto detected, this is optional
if lang != MYCROFT_LANG:
utt = translate_text(utt)
send_message("recognizer_loop:utterance",
{"utterances": [utt]},
bus=bus # re-utilize the bus connection
)
except KeyboardInterrupt:
break
except Exception as e:
LOG.exception(e)
bus.remove_all_listeners("speak")
bus.close()