def interpret(rosrequest):
sentence = rosrequest.sentence
rospy.logdebug("Interpreting {0}".format(sentence))
response = json.loads(wit.text_query(sentence, APIKEY))
rospy.logdebug("Response: {0}".format(response))
return parse_response(response, InterpretResponse)
def interpret(rosrequest):
sentence = rosrequest.sentence
rospy.logdebug("Interpreting {0}".format(sentence))
response = json.loads(wit.text_query(sentence, APIKEY))
rospy.logdebug("Response: {0}".format(response))
return parse_response(response, InterpretResponse)
def stt(self):
txt = dict()
result = ''
ret = False
if self.real:
result = wit.voice_query_auto( self.wit_token )
ans = self.getKey( json.loads(result) )
if ans['intent'] == 'attention':
self.logger.info('[*] Listening')
self.playSound('../sounds/misc/beep_hi.wav')
result = wit.voice_query_auto( self.wit_token )
self.logger.info('[*] Done listening')
self.playSound('../sounds/misc/beep_lo.wav')
ret = True
else:
self.logger.info('[-] Error, no audio detected')
ret = False
else:
print 'You:'
result = self.stdin.readline()
result = wit.text_query(result, self.wit_token )
ret = True
txt = self.getKey( json.loads(result) )
if txt['intent'] == 'error':
ret = False
return txt, ret
def process(query):
wit_response = wit.text_query(query, access_token)
data = json.loads(wit_response)
if is_good_candidate(data):
search_prepare.prepare_json_for_search(data)
search_result = search_processor.get_search_results(data)
pretty_content_builder.print_contents(search_result)
def stt(self):
txt = dict()
result = ''
ret = False
if self.real:
result = wit.voice_query_auto(self.wit_token)
ans = self.getKey(json.loads(result))
if ans['intent'] == 'attention':
self.logger.info('[*] Listening')
self.playSound('../sounds/misc/beep_hi.wav')
result = wit.voice_query_auto(self.wit_token)
self.logger.info('[*] Done listening')
self.playSound('../sounds/misc/beep_lo.wav')
ret = True
else:
self.logger.info('[-] Error, no audio detected')
ret = False
else:
print 'You:'
result = self.stdin.readline()
result = wit.text_query(result, self.wit_token)
ret = True
txt = self.getKey(json.loads(result))
if txt['intent'] == 'error':
ret = False
return txt, ret
def search_text(_text):
wit.init()
result = wit.text_query(_text, 'VAVQDA6WFDRZBY7W62HER5QTDTEHOOR2')
j = json.loads(result)
#print j
#print json.dumps(j, sort_keys=True, indent = 4 , separators = (',',': '))
wit.close()
return j['outcomes'][0]['entities']
def ask_wit(message):
access_token = 'PWKWIJSS4XX3EJDMC6AHHI6N7VQ5JJXW'
wit.init()
# response = wit.voice_query_auto(access_token)
response = wit.text_query(message, access_token)
wit.close()
return 'Response: {}'.format(response)
def search_text(_text):
wit.init()
result = wit.text_query(_text, 'VAVQDA6WFDRZBY7W62HER5QTDTEHOOR2')
j = json.loads(result)
#print j
#print json.dumps(j, sort_keys=True, indent = 4 , separators = (',',': '))
wit.close()
return j['outcomes'][0]['entities']
def parse(text):
response = json.loads(wit.text_query(text, access_token))
if 'contact' in response['outcomes'][0]['entities']:
for i in range(0, len(response['outcomes'][0]['entities']['contact'])):
if str(response['outcomes'][0]['entities']['contact'][i]['value']).lower() == 'i':
del response['outcomes'][0]['entities']['contact'][i]
break
print response['outcomes'][0]
return response['outcomes'][0]
def getRequest(_text):
wit.init()
result = wit.text_query(_text.lower(), 'VAVQDA6WFDRZBY7W62HER5QTDTEHOOR2')
j = json.loads(result)
data = j['outcomes'][0]['entities']['how_to_text'][0]
wit.close()
#check if exist the value
if data.has_key('value'):
return data['value']
else:
return None
def getRequest(_text):
wit.init()
result = wit.text_query(_text.lower(), 'VAVQDA6WFDRZBY7W62HER5QTDTEHOOR2')
j = json.loads(result)
data = j['outcomes'][0]['entities']['how_to_text'][0]
wit.close()
#check if exist the value
if data.has_key('value'):
return data['value']
else:
return None
def text_command(text):
import wit
wit.init()
# Let's hack!
commandJSON = json.loads('{}'.format(wit.text_query(text, tok)))
wit.close()
parsed = jsonparser.parseAlt(text,commandJSON)
#if confidence is low
if parsed[1] < .5:
take_command()
else:
verify(parsed)
def run(self, text, application=None):
if not application and self._default_application:
app = self._default_application
elif application:
app = application
else:
raise Exception('Unknown application: %s' % application)
access_token = self._applications.get(app, None)
if not access_token:
raise Exception('Missing API key for application %s' % application)
wit.init()
response = wit.text_query(text, access_token)
wit.close()
return json.loads(response)
def handle_query(text):
"""Send a text-based query to Wit."""
wit.init()
message = DEFAULT_MESSAGE
response = wit.text_query(text, private.WIT_API_TOKEN)
result = json.loads(response)
intent = result['outcomes'][0]['intent']
if result['outcomes'] and 'entities' in result['outcomes'][0]:
entity = result['outcomes'][0]['entities']
if 'get_weather' in intent:
message = get_weather(entity)
return message
def findResponse(query): ACCES_TOKEN = '7BBOPUV5O46MVZC3IUCYMRXOYYTDZJRH' #acces to wit.ai/konrajak/Household database return wit.text_query(query, ACCES_TOKEN)
def wit_function(access_token, string):
wit.init()
response = json.loads(wit.text_query(string, access_token))
wit.close()
return response['outcomes'][0]
try:
text = r.recognize_google(audio)
except sr.UnknownValueError:
print("Google Speech Recognition could not understand audio")
except sr.RequestError as e:
print("Could not request results from Google Speech Recognition service; {0}".format(e))
return text
def handle_response(self, response):
try:
response = json.loads(response)
if response['_text'] == 'stop':
self.bot.stop_talking()
# continuously call the listen function
self.listen()
except Exception as e:
print e
if __name__ == '__main__':
wit.init()
# Let's hack!
resp = wit.text_query('Turn on the lights', TOKEN)
response = wit.voice_query_auto(TOKEN)
print('Response: {}'.format(resp))
print('Response: {}'.format(response))
# Wrapping up
wit.close()
def query_str(user_input):
global listing_url
list_of_empty_params = filter(lambda x:user_session[x]==None, user_session.keys())
if len(list_of_empty_params) == 4:
response = wit.text_query(user_input, access_token)
print 'response --> ', response
json_res = json.loads(response)
intent = json_res['outcomes'][0]['intent']
confidence = json_res['outcomes'][0]['confidence']
entities = json_res['outcomes'][0]['entities']
message = ""
#print "\n",intent, confidence, entities,"\n\n"
# if "wikipedia_search_query" in entities:
# wikipedia_search_query = entities['wikipedia_search_query'][0]['value']
# wiki_result = wiki_call(wikipedia_search_query)
# print wiki_result
if intent=="seeker":
global user_session
if 'search_intent' in entities:
search_intent = entities['search_intent'][0]['value']
if search_intent=='rent':
user_session['search_intent'] = 'rent'
elif search_intent in ['sale','purchase']:
user_session['search_intent'] = 'sale'
else:
user_session['search_intent'] = None
if 'room_type' in entities:
room_type = entities['room_type'][0]['value']
user_session['bed_rooms'] = room_type_parse(room_type)
else:
user_session['room_type'] = None
if 'area' in entities:
user_session['area'] = entities['area'][0]['value']
else:
user_session['area'] = None
list_of_empty_params = filter(lambda x:user_session[x]==None, user_session.keys())
#print list_of_empty_params
while None in user_session.values():
message = reply_back_now(entity=list_of_empty_params[0])
break
return message
# for each in list_of_empty_params:
# reply_back_now(entity=each)
# user_input = raw_input()
# main_parse(user_input, each)
# #print user_session
# list_of_empty_params = filter(lambda x:user_session[x]==None, user_session.keys())
elif intent=="greetings":
name = entities['name'][0]['value']
user_name = name
return "Hello " + name + "!! Please tell me your requirement?"
elif intent=="about":
return graph_query_str(user_input)
elif intent=='UNKNOWN':
return "Sorry, I couldn't understand that. I am still learning."
# import sys
# sys.exit(1)
elif len(list_of_empty_params) == 0:
response = wit.text_query(user_input, access_token)
print 'response --> ', response
json_res = json.loads(response)
intent = json_res['outcomes'][0]['intent']
confidence = json_res['outcomes'][0]['confidence']
entities = json_res['outcomes'][0]['entities']
message = ""
if intent=="about":
return graph_query_str(user_input)
else:
entity_to_set = list_of_empty_params[0]
main_parse(user_input, entity_to_set)
list_of_empty_params = filter(lambda x:user_session[x]==None, user_session.keys())
if len(list_of_empty_params)>0:
return reply_back_now(entity=list_of_empty_params[0])
else:
url_formation = "https://www.commonfloor.com/listing-search?city=Bangalore&prop_name[]="+user_session['area']\
+"&property_location_filter[]="+ user_session['area_code'] +"&use_pp=0&set_pp=1&polygon=1&page=1&page_size=30&\
search_intent="+user_session['search_intent']+"&min_inr="+user_session['min_inr']+"&max_inr="+\
user_session['max_inr']+"&house_type[]=Apartment&bed_rooms[]="+str(user_session['bed_rooms'])
listing_url = url_formation
page = requests.get(url_formation)
tree = html.fromstring(page.text)
message = ""
t = "".join(tree.xpath("//span[@class='result-count-number']/text()"))
if int(t)==0:
message += "Sorry..I didn't find any listing matching your requirements."
else:
message += "I could find "+ t +" listings for you."
message += "Click on the link to have a look at the properties<br /><a href='" + url_formation + "'>Look for it >>>></a><br /> Do you want to look for better project's listing?"
#message += "Bot finally collects these many values", user_session
#print "intent = {}\n confidence={}\n entities={}\n wikipedia_search_query={}".format(intent, confidence, entities, wikipedia_search_query)
#wit.close()
return message
config = ConfigParser.ConfigParser()
config.readfp(open(r'/home/pi/.conf'))
sciezka = config.get('live', 'sciezka')
witapi = config.get('api', 'witai')
reload(sys)
sys.setdefaultencoding('UTF8')
c = '"'
s = ' '
e1 = "nic"
e2 = "nic"
source = sys.argv[1]
wit.init()
response = wit.text_query(sys.argv[2], witapi)
z = json.loads(format(response))
wit.close()
intent = z["outcomes"][0]["intent"]
dane = z["outcomes"][0]["_text"]
print intent + dane
if intent == "szukaj":
r = requests.get('http://searx.me/?format=json&q=%21go%20' + dane)
z = r.json()
w1 = z["results"][0]["content"]
link = z["results"][0]["url"]
os.system("python " + sciezka + "sendtw.py " + source + s + c + w1 + c)
os.system("python " + Sciezka + "sendtw.py " + source + s + c + link + c)
if intent == "Pogoda":
os.system("python " + sciezka + "pogoda.py " + source +
" gorzowwielkopolski")
# 21/Mar/2015 # Drapela Jakub; [email protected] # for running this script install wit # the website: https://wit.ai/docs/python/1.0.0/quickstart # doesnt work in Python 3 import wit wit.init() ACCES_TOKEN = '7BBOPUV5O46MVZC3IUCYMRXOYYTDZJRH' #acces to wit.ai/konrajak/Household database while True: query=raw_input('\n Enter query: '); resp = wit.text_query(query, ACCES_TOKEN) #print('Response: {}'.format(resp)) wit.close() #my output: #[wit] initialized sox: 14.4.1 #[wit] init state machine #[wit] initialized with device: default # Enter query: [wit] ready. state=idle #Should i take an umbrella outside #[wit] ready. state=idle #[wit] received response: {"_text":"Should i take an umbrella outside","msg_id":"9b204aab-75b4-4804-97df-0448c3b99b41","outcomes":[{"_text":"Should i take an umbrella outside","confidence":1,"entities":{"location"[{"suggested":true,"type":"value","value":"outside"}],"weather_detail":[{"type":"value","value":"rain"}]},"intent":"weather"}]}
# 21/Mar/2015 # Drapela Jakub; [email protected] # for running this script install wit # the website: https://wit.ai/docs/python/1.0.0/quickstart # doesnt work in Python 3 import wit wit.init() ACCES_TOKEN = '7BBOPUV5O46MVZC3IUCYMRXOYYTDZJRH' #acces to wit.ai/konrajak/Household database while True: query = raw_input('\n Enter query: ') resp = wit.text_query(query, ACCES_TOKEN) #print('Response: {}'.format(resp)) wit.close() #my output: #[wit] initialized sox: 14.4.1 #[wit] init state machine #[wit] initialized with device: default # Enter query: [wit] ready. state=idle #Should i take an umbrella outside #[wit] ready. state=idle #[wit] received response: {"_text":"Should i take an umbrella outside","msg_id":"9b204aab-75b4-4804-97df-0448c3b99b41","outcomes":[{"_text":"Should i take an umbrella outside","confidence":1,"entities":{"location"[{"suggested":true,"type":"value","value":"outside"}],"weather_detail":[{"type":"value","value":"rain"}]},"intent":"weather"}]}
def findResponse(query): ACCES_TOKEN = '7BBOPUV5O46MVZC3IUCYMRXOYYTDZJRH' #acces to wit.ai/konrajak/Household database return wit.text_query(query, ACCES_TOKEN)
def text_query(self, text): res = json.loads(wit.text_query(text, WitClient._access_token)) return res["outcomes"]
import wit
if __name__ == "__main__":
wit.init()
response = wit.text_query("turn on the lights in the kitchen",
"ACCESS_TOKEN")
print("Response: {}".format(response))
wit.close()
y = 0;
for x in sys.argv:
if x == "--voice" or x == "-v":
voice = True
elif x == "--text" or x == '-t':
usetext = True
textpos = y+1
y = y+1
response = {}
if(voice):
response = wit.voice_query_auto(TOKEN)
elif(usetext):
response = wit.text_query(sys.argv[textpos], TOKEN)
else:
time.sleep(1)
response = wit.text_query(raw_input(">> "), TOKEN)
wit.close()
time.sleep(0.1)
inp = InputHandler(response)
task = inp.getIntent()
if(task == 'time_places'):
handle = TimeHandler(inp.getValue())
for x in handle.lookup():
print(x)
elif(task == 'weather_in'):
sciezka = config.get('live','sciezka')
witapi = config.get ('api','witai')
reload(sys)
sys.setdefaultencoding('UTF8')
c = '"'
s= ' '
e1 = "nic"
e2 = "nic"
source = sys.argv[1]
wit.init()
response = wit.text_query(sys.argv[2], witapi)
z = json.loads(format(response))
wit.close()
intent = z["outcomes"][0]["intent"]
dane = z["outcomes"][0]["_text"]
print intent+dane
if intent == "szukaj":
r = requests.get('http://searx.me/?format=json&q=%21go%20' + dane)
z = r.json()
w1 = z["results"][0]["content"]
link = z["results"][0]["url"]
os.system("python " + sciezka + "sendtw.py " + source + s + c + w1 + c)
os.system("python " + Sciezka + "sendtw.py " + source + s + c + link + c)
if intent == "Pogoda":
os.system("python " + sciezka + "pogoda.py " + source + " gorzowwielkopolski")
if intent == "sentencja":
print("Google Speech Recognition could not understand audio")
except sr.RequestError as e:
print(
"Could not request results from Google Speech Recognition service; {0}"
.format(e))
return text
def handle_response(self, response):
try:
response = json.loads(response)
if response['_text'] == 'stop':
self.bot.stop_talking()
# continuously call the listen function
self.listen()
except Exception as e:
print e
if __name__ == '__main__':
wit.init()
# Let's hack!
resp = wit.text_query('Turn on the lights', TOKEN)
response = wit.voice_query_auto(TOKEN)
print('Response: {}'.format(resp))
print('Response: {}'.format(response))
# Wrapping up
wit.close()