def getData():
cities = pywapi.get_cities_from_google('de') # or (country = 'fr', hl = 'de')
locidparis = pywapi.get_loc_id_from_weather_com("Paris")
locidbs = pywapi.get_loc_id_from_weather_com("Braunschweig")
locidlondon = pywapi.get_loc_id_from_weather_com("London")
Bs = pywapi.get_weather_from_weather_com("GMXX0013")
Paris = pywapi.get_weather_from_weather_com("FRXX0076")
London = pywapi.get_weather_from_weather_com("UKXX0085")
datetime = time.strftime("Date: %d-%B-%Y Time: %H:%M:%S")
tempBs = str(Bs['current_conditions']['temperature'])
tempLondon = str(London['current_conditions']['temperature'])
tempParis = str(Paris['current_conditions']['temperature'])
## pp.pprint(datetime)
## pp.pprint("Aktuelle Temperatur in Braunschweig: " + tempBs +" Grad")
## pp.pprint("Aktuelle Temperatur in London: " + tempLondon +" Grad")
## pp.pprint("Aktuelle Temperatur in Paris: " + tempParis +" Grad")
werte = [('Braunschweig', tempBs, str(datetime)),
('London', tempLondon, str(datetime)),
('Paris', tempParis, str(datetime))]
cursor.executemany("INSERT INTO temperatures VALUES (?,?,?)", werte)
connection.commit()
def recommend_action(location, fp):
import pywapi
import random
import json
#location = raw_input("enter your location : ")
location_id = pywapi.get_loc_id_from_weather_com(location)
location_id = location_id[0][0]
weather = pywapi.get_weather_from_weather_com(location_id)
print weather['current_conditions']['station'], 'is', weather[
'current_conditions']['text']
weather_condition = weather['current_conditions']['text']
conditions = weather['current_conditions']['text']
conditions_list = conditions.split()
with open(fp) as data:
todo = json.load(data)
hit = list(set(conditions_list).intersection(todo))
if hit:
weather_action = random.choice(todo[random.choice(hit)])
else:
weather_action = "Sorry! not smart enough to recommend!"
return (weather_condition, weather_action)
def get_id_by_location(self, location):
"""
enter a city name and retrieve the top ID result from weather.com
can enter just a city name (Portland),
or a city name and State code code example:( Portland, OR)
or a city name and full state name example: (Portland, Oregon)
"""
self.given_location = location
locations = pywapi.get_loc_id_from_weather_com(
location) # this returns a dictionary
# returns: {0: (u'USOR0275', u'Portland, OR'), 'count': 1}
# returns {'count': 0}
for x in locations:
if locations['count'] == '0':
location_id = '0000'
return location_id
else:
location_list = locations[
0] # get the first item out of the dict, the key is 0 - this returns a tuple
location_list = str(location_list) # change it to a string
location_list = location_list.split(
) # split the string into a list
location_id = location_list[
0] # pull first element out of the list
location_id = location_id[
3:-2] # strip the u'\ off the front and ', ' off the end.
return location_id
def fetch_weather():
try:
# find the city_id from weather.com
city_list = pywapi.get_loc_id_from_weather_com(CITY_NAME)
city_id = city_list[0][0]
# retrive weather data from weather.com
weather_info = pywapi.get_weather_from_weather_com(city_id)
# print raw data (debug only)
print('\nRaw Retrived Data:')
pp = pprint.PrettyPrinter(indent=4)
pp.pprint(weather_info)
# get units
units = {}
units['distance'] = weather_info['units']['distance']
units['pressure'] = weather_info['units']['pressure']
units['rainfall'] = weather_info['units']['rainfall']
units['speed'] = weather_info['units']['speed']
units['temperature'] = weather_info['units']['temperature']
# output current condition
print('[City]')
print(weather_info['location']['name'])
print('\n[Current]')
print('Description: ' + weather_info['current_conditions']['text'])
print('Temperature: ' + weather_info['current_conditions']['temperature'] \
+ ' ' + units['temperature'])
print('Humidity: ' + weather_info['current_conditions']['humidity'] +'%')
print(weather_info['current_conditions']['wind'])
# forecasts
print('\n[Forecast]')
for i in weather_info['forecasts']:
print(i['date'] + ',' + i['day_of_week'] + ': ' \
+ i['day']['brief_text'] + ', ' \
+ i['low'] + '-' + i['high'] + ' ' + units['temperature'])
# package data into a string
weather_str = weather_info['location']['name'] + ';' \
+ 'Now: ' + weather_info['current_conditions']['text'] + ';' \
+ 'Temp: ' + weather_info['current_conditions']['temperature'] + ' C;' \
+ 'Humid: ' + weather_info['current_conditions']['humidity'] + ' %;' \
+ 'Today: ' + weather_info['forecasts'][0]['low'] + ' - ' \
+ weather_info['forecasts'][0]['high'] + ';\n'
return weather_str
except:
pass
def location_id_weather(request,busqueda):
#Sin permisos
ip='80.59.169.236' #simulo otra ip
#ip = get_ip(request)
info_ip=get_info_ip()
#obtengo la zona horaria y separo en dos con la barra para quedarme con la ciudad
time_zone=info_ip['time_zone'].split("/")
#junto ciudad con country_name para buscar el id en la bbdd de weather.com
city_time=','.join([list(time_zone[1])[0],info_ip['country_name']])
city_time1=','.join([time_zone[1],info_ip['country_name']])
#busco id de la ciudad+pais en weather.com
#pywapi.get_loc_id_from_weather_com('M,Spain')
loc_id_weather_com1=pywapi.get_loc_id_from_weather_com(city_time)
loc_id_weather_com2=pywapi.get_loc_id_from_weather_com(city_time1)
loc_id_weather_com = dict(loc_id_weather_com1.items() + loc_id_weather_com2.items())
n_stat_yahoo=len(loc_id_weather_com)
for i in range(0,len(loc_id_weather_com1)-1):
loc_id_weather_com[i]=loc_id_weather_com1[i]
loc_id_weather_com[i+10]=loc_id_weather_com2[i]
return loc_id_weather_com
def set_city_in_session(intent, session):
""" Sets the color in the session and prepares the speech to reply to the
user.
"""
card_title = intent['name']
session_attributes = {}
status = False
op = "Please Enter Country first"
print("after getting city")
if 'Cityname' in intent['slots']:
city_name = intent['slots']['Cityname']['value']
session_attributes = city_name_attribute(city_name, session)
print(session_attributes['city'])
if city_name == session_attributes['city']:
if session.get('attributes', {}) and "country" in session.get(
'attributes', {}):
country_name = session['attributes']['country']
mystr = city_name + ',' + country_name
lookup = get_loc_id_from_weather_com(mystr)
if lookup['count'] == 0:
print("city " + city_name + " Not in " + country_name)
op = "city name " + city_name + " not present in the given country "
should_end_session = False
else:
city_id = lookup[0][0]
weather_com_result = get_weather_from_weather_com(city_id)
op ="Weather of " + city_name + " in " + session['attributes']['country'] +" country - " + \
" day : " + weather_com_result['forecasts'][0]['day_of_week'] + " , " + \
" sunrise : " + weather_com_result['forecasts'][0]['sunrise'] + " , " + \
" sunset : " + weather_com_result['forecasts'][0]['sunset'] + "," + \
" max : " + weather_com_result['forecasts'][0]['high'] + "," + \
"min : " + weather_com_result['forecasts'][0]['low'] + "," + \
"weather is : " + weather_com_result['current_conditions']['text'].lower() + \
" and " + weather_com_result['current_conditions']['temperature'] + " C. Good Bye "
else:
op = "Invalid City name please retry by giving country and city names"
status = False
else:
op = "City name not present in intent"
speech_output = op
reprompt_text = op
should_end_session = status
return build_response(
session_attributes,
build_speechlet_response(card_title, speech_output, reprompt_text,
should_end_session))
def get_id_by_location(self, location):
"""
enter a city name and retrieve the top ID result from weather.com
can enter just a city name (Portland),
or a city name and State code code example:( Portland, OR)
or a city name and full state name example: (Portland, Oregon)
"""
self.given_location = location
locations = pywapi.get_loc_id_from_weather_com(location) # this returns a dictionary looking item
# This is ugly, is there a better way?
location_list = locations[0] # get the first item out of the dict, the key is 0 - this returns a tuple!
location_list = str(location_list) # change it to a string
location_list = location_list.split() # split the string into a list
location_id = location_list[0] # pull first element out of the list
location_id = location_id[3:-2] # strip the u'\ off the front and ', ' off the end.
return location_id
def check_weather(self,location,token,current):
# current=True: give current weather
day=0
if 'tomorrow' in token:
day=1
current=0
token.remove('tomorrow')
if 'in' in token:
try:
location=' '.join(token[token.index('in')+1:])
except:
pass
location_id=pywapi.get_loc_id_from_weather_com(location)
city=location.split(',')[0]
if type(location_id) is dict:
try:
city=location_id[0][1].split(',')[0]
location_id=location_id[0][0]
except:
pass
try:
data=pywapi.get_weather_from_weather_com( location_id , units = 'metric' )
rain=data['forecasts'][day]['day']['chance_precip']
uv=data['current_conditions']['uv']['index']
if current:
self.speak('Currently it has ' + data['current_conditions']['temperature'] + ' degrees in ' + city + ' and it\'s ' + data['current_conditions']['text'])
if int(uv)>=5:
self.speak('Attention! The current UV index is '+uv+', so don\'t forget the sunscreen.')
if day==1:
msg='Tomorrow\'s high in ' +city+' is ' + data['forecasts'][day]['high'] + ' degrees, low temperature is ' + data['forecasts'][day]['low']
if (data['forecasts'][day]['day']['text']!=""):
msg+=', and it will be ' +data['forecasts'][day]['day']['text']
self.speak(msg)
else:
msg='Today\'s high is ' + data['forecasts'][day]['high'] + ' degrees, low temperature is ' + data['forecasts'][day]['low']
if (data['forecasts'][day]['day']['text']!=""):
msg+=', and it will be ' +data['forecasts'][day]['day']['text']
self.speak(msg)
if int(rain)>=50:
self.speak('Attention! The probability of rain is '+rain+'%, so better take an umbrella.')
except:
self.speak('Sorry, I do not know the weather in '+city)
def get_weather():
city_list = pywapi.get_loc_id_from_weather_com(CITY_NAME)
city_id = city_list[0][0]
# main loop
try:
# retrive weather data from weather.com
weather_info = pywapi.get_weather_from_weather_com(city_id)
except:
return
# get units
units = {}
units['distance'] = weather_info['units']['distance']
units['pressure'] = weather_info['units']['pressure']
units['rainfall'] = weather_info['units']['rainfall']
units['speed'] = weather_info['units']['speed']
units['temperature'] = weather_info['units']['temperature']
# output current condition
print '[Current]</br>'
print weather_info['location']['name'] + '</br>'
print 'Description: ' + weather_info['current_conditions']['text'] + '</br>'
print 'Temperature: ' + weather_info['current_conditions']['temperature'] + \
' ' + units['temperature'] + '</br>'
print 'Humidity: ' + weather_info['current_conditions'][
'humidity'] + '%' + '</br>'
# forecasts
print '</br>[Forecast] </br>'
for i in weather_info['forecasts']:
print i['date'] + ',' + i['day_of_week'] + ': ' \
+ i['day']['brief_text'] + ', ' \
+ i['low'] + '-' + i['high'] + ' ' + units['temperature'] + '</br>'
# package data into a string
weather_str = weather_info['location']['name'] + ';' \
+ weather_info['current_conditions']['text'] + ';' \
+ weather_info['current_conditions']['temperature'] + ';' \
+ weather_info['current_conditions']['humidity'] + ';' \
+ weather_info['forecasts'][0]['high'] + ';' \
+ weather_info['forecasts'][0]['low'] + ';</br>'
def f_weather(self, command):
""".weather <location> - Show the weather at the given location."""
query = command.group(2)
if not query:
return self.msg(command.sender, 'Try .weather London, for example?')
locations = pywapi.get_loc_id_from_weather_com(query)
if 'count' not in locations or locations['count'] == 0:
return self.msg(command.sender, "Couldn't find location for {0}".format(query))
result = pywapi.get_weather_from_weather_com(locations[0][0])
output = "{0} and {1}{2} in {3}".format(
string.capitalize(result['current_conditions']['text']),
result['current_conditions']['temperature'],
result['units']['temperature'],
locations[0][1])
return self.msg(command.sender, output.encode('utf-8'))
def get_id_by_location(self, location):
"""
enter a city name and retrieve the top ID result from weather.com
can enter just a city name (Portland),
or a city name and State code code example:( Portland, OR)
or a city name and full state name example: (Portland, Oregon)
"""
self.given_location = location
locations = pywapi.get_loc_id_from_weather_com(location) # this returns a dictionary
# returns: {0: (u'USOR0275', u'Portland, OR'), 'count': 1}
# returns {'count': 0}
for x in locations:
if locations["count"] == "0":
location_id = "0000"
return location_id
else:
location_list = locations[0] # get the first item out of the dict, the key is 0 - this returns a tuple
location_list = str(location_list) # change it to a string
location_list = location_list.split() # split the string into a list
location_id = location_list[0] # pull first element out of the list
location_id = location_id[3:-2] # strip the u'\ off the front and ', ' off the end.
return location_id
if (phrase[i+1] != "CLINTON" or phrase[i+2] != "NY"): # clinton ny special case
locale = phrase[i+1]
elif phrase[i] == "ON":
if phrase[i+1] in months:
day = " ".join(phrase[i+1:i+3])
else:
day = phrase[i+1]
elif phrase[i] in months:
day = " ".join(phrase[i:i+2])
elif re.match("\d?\d\/\d?\d", phrase[i]):
day = phrase[i]
elif phrase[i] in ['TODAY', 'TOMORROW', 'MONDAY', 'TUESDAY', 'WEDNESDAY', 'THURSDAY', 'FRIDAY', 'SATURDAY', 'SUNDAY']:
day = phrase[i]
loc_id_list = pywapi.get_loc_id_from_weather_com(locale)
ans = 0
if locale != "13323" and loc_id_list['count'] > 1:
for i in range(loc_id_list['count']):
yn = raw_input("Did you mean, " + loc_id_list[i][1] + "? ")
if re.match("[yY](es|)?", yn):
ans = i
break
loc_id = loc_id_list[ans][0]
loc_name = loc_id_list[ans][1]
weather_com_result = pywapi.get_weather_from_weather_com(loc_id)
import pywapi
import pprint
import time
# -- Confiurations ------------------------------------------------------------
# the city name you want to search
CITY_NAME = 'York, YOR, United Kingdom'
# this defines the update time (s) of the weather data
UPDATE_TIME = 30
# -- Main Program -------------------------------------------------------------
# (no need to change contents below this line)
# find the city_id from weather.com
city_list = pywapi.get_loc_id_from_weather_com(CITY_NAME)
cnt = city_list['count']
print 'Warning: we found ' + str(cnt) + ' possible cities, ' + \
'We will use the first one!'
for i in range(cnt):
print city_list[i]
city_id = city_list[0][0]
# main loop
while True:
try:
# retrive weather data from weather.com
weather_info = pywapi.get_weather_from_weather_com(city_id)
# print raw data (debug only)
def profile_populator():
def empty(variable):
if variable:
return False
else:
return True
tts_local('Welcome to Melissa. Let us generate your profile!')
print('Welcome to Melissa. Let us generate your profile!')
print('Press Enter for using default values.')
va_name = raw_input('What would you like to name me?: ')
if empty(va_name):
va_name = 'Melissa'
while (True):
va_gender = raw_input('What is my gender ((m)ale/(f)emale)?: ')
if va_gender in ('male', 'm', 'female', 'f', ''):
if empty(va_gender):
va_gender = 'female'
elif va_gender == 'm':
va_gender = 'male'
elif va_gender == 'f':
va_gender = 'female'
break
print('Invalid input, please enter male, female or <ENTER>.')
name = raw_input('Your name: ')
if empty(name):
name = 'Tanay'
while (True):
stt = raw_input(
'STT Engine ((g)oogle/(s)phinx/(t)elegram/(k)eyboard): ').lower()
if stt in ('g', 'google', 's', 'sphinx', 'k', 'keyboard', 't',
'telegram', ''):
if empty(stt) or stt == 'g':
stt = 'google'
elif stt == 's':
stt = 'sphinx'
elif stt == 't':
stt = 'telegram'
elif stt == 'k':
stt = 'keyboard'
break
print('Invalid input, please enter(g)oogle, (s)phinx, (t)elegram,' +
'(k)eyboard or < ENTER > .')
telegram_username = raw_input('Your username at Telegram: ')
if empty(telegram_username):
telegram_username = ''
city_name = raw_input('Name of city where you live: ')
if empty(city_name):
city_name = 'New Delhi'
city_code = raw_input('Code of city from weather.com\
or <ENTER> for a search based on the name\
of the city you live in: ')
if empty(city_code):
city_list = pywapi.get_loc_id_from_weather_com(unicode(city_name))
if city_list['count'] == 0:
print 'Sorry, search results were empty.'
city_code = 'INXX0096'
else:
print 'Cities returned are: '
for city_list_i in range(city_list['count']):
print str(city_list_i + 1) + ": " + city_list[city_list_i][1]
while (True):
city_choice_i = ''
city_choice_i = raw_input('Enter the index of \
the city of your choice: ')
if empty(city_choice_i):
city_code = 'INXX0096'
break
city_choice_i = int(city_choice_i)
if 1 <= city_choice_i <= city_list['count']:
city_code = city_list[city_choice_i - 1][0]
break
else:
print 'Enter an index from one of the choices.\
Try again!'
while (True):
degrees = raw_input('(c)elsius/(f)ahrenheit): ').lower()
if degrees in ('c', 'celsius', 'f', 'fahrenheit', ''):
if empty(degrees) or degrees == 'c':
degrees = 'celsius'
elif degrees == 'f':
degrees = 'fahrenheit'
break
print('Invalid input, please enter(c)elsius, (f)ahrenheit) or' +
'<ENTER > .')
tts = 'telegram'
hotword_detection = 'off'
access_key = 'xxxx'
secret_key = 'xxxx'
access_token = 'xxxx'
access_token_secret = 'xxxx'
consumer_key = 'xxxx'
consumer_secret = 'xxxx'
client_id = 'xxxx'
client_secret = 'xxxx'
telegram_token = 'xxxx'
modeldir = './data/model/'
hmm = 'hmm/en_us/hub4wsj_sc_8k'
lm = 'lm/sphinx.lm'
dic = 'lm/sphinx.dic'
modules = 'melissa.actions'
actions_db_file = ':memory:'
memory_db = './data/memory.db'
profile_data = {
'va_name': va_name,
'va_gender': va_gender,
'name': name,
'stt': stt,
'tts': tts,
'hotword_detection': hotword_detection,
'telegram_username': telegram_username,
'telegram_token': telegram_token,
'city_name': city_name,
'city_code': city_code,
'degrees': degrees,
'pocketsphinx': {
'modeldir': modeldir,
'hmm': hmm,
'lm': lm,
'dic': dic
},
'ivona': {
'access_key': access_key,
'secret_key': secret_key
},
'modules': modules,
'actions_db_file': actions_db_file,
'memory_db': memory_db
}
with open('profile.json', 'w') as outfile:
json.dump(profile_data, outfile, indent=4)
def getWeather(city): id = pywapi.get_loc_id_from_weather_com(city) result = pywapi.get_weather_from_weather_com(id[0][0], 'metric') cur = result['current_conditions'] res = [city, cur['temperature'], cur['text'], cur['visibility']] return res
elif phrase[i] == "ON":
if phrase[i + 1] in months:
day = " ".join(phrase[i + 1:i + 3])
else:
day = phrase[i + 1]
elif phrase[i] in months:
day = " ".join(phrase[i:i + 2])
elif re.match("\d?\d\/\d?\d", phrase[i]):
day = phrase[i]
elif phrase[i] in [
'TODAY', 'TOMORROW', 'MONDAY', 'TUESDAY', 'WEDNESDAY', 'THURSDAY',
'FRIDAY', 'SATURDAY', 'SUNDAY'
]:
day = phrase[i]
loc_id_list = pywapi.get_loc_id_from_weather_com(locale)
ans = 0
if locale != "13323" and loc_id_list['count'] > 1:
for i in range(loc_id_list['count']):
yn = raw_input("Did you mean, " + loc_id_list[i][1] + "? ")
if re.match("[yY](es|)?", yn):
ans = i
break
loc_id = loc_id_list[ans][0]
loc_name = loc_id_list[ans][1]
weather_com_result = pywapi.get_weather_from_weather_com(loc_id)
def profile_populator():
def empty(variable):
if variable:
return False
else:
return True
tts_local('Welcome to Melissa. Let us generate your profile!')
print('Welcome to Melissa. Let us generate your profile!')
print('Press Enter for using default values.')
va_name = raw_input('What would you like to name me?: ')
if empty(va_name):
va_name = 'Melissa'
while (True):
va_gender = raw_input('What is my gender ((m)ale/(f)emale)?: ')
if va_gender in ('male', 'm', 'female', 'f', ''):
if empty(va_gender):
va_gender = 'female'
elif va_gender == 'm':
va_gender = 'male'
elif va_gender == 'f':
va_gender = 'female'
break
print('Invalid input, please enter male, female or <ENTER>.')
name = raw_input('Your name: ')
if empty(name):
name = 'Tanay'
while (True):
stt = raw_input(
'STT Engine ((g)oogle/(s)phinx/(t)elegram/(k)eyboard): ').lower()
if stt in ('g', 'google', 's', 'sphinx', 'k', 'keyboard', 't',
'telegram', ''):
if empty(stt) or stt == 'g':
stt = 'google'
elif stt == 's':
stt = 'sphinx'
elif stt == 't':
stt = 'telegram'
elif stt == 'k':
stt = 'keyboard'
break
print('Invalid input, please enter(g)oogle, (s)phinx, (t)elegram,' +
'(k)eyboard or < ENTER > .')
telegram_username = input('Your username at Telegram: ')
if empty(telegram_username):
telegram_username = '******'
while (True):
music_path = raw_input('Path to your music directory: ')
if empty(music_path):
music_path = '.'
break
if os.path.isdir(music_path):
break
print('Invalid input, please enter a valid directory path or <ENTER>.')
while (True):
images_path = raw_input('Path to your images directory: ')
if empty(images_path):
images_path = '.'
break
if os.path.isdir(images_path):
break
print('Invalid input, please enter a valid directory path or <ENTER>.')
city_name = raw_input('Name of city where you live: ')
if empty(city_name):
city_name = 'New Delhi'
city_code = raw_input('Code of city from weather.com\
or <ENTER> for a search based on the name\
of the city you live in: ')
if empty(city_code):
city_list = pywapi.get_loc_id_from_weather_com(unicode(city_name))
if city_list['count'] == 0:
print('Sorry, search results were empty.')
city_code = 'INXX0096'
else:
print('Cities returned are: ')
for city_list_i in range(city_list['count']):
print(str(city_list_i + 1) + ": " + city_list[city_list_i][1])
while (True):
city_choice_i = ''
city_choice_i = raw_input('Enter the index of \
the city of your choice: ')
if empty(city_choice_i):
city_code = 'INXX0096'
break
city_choice_i = int(city_choice_i)
if 1 <= city_choice_i <= city_list['count']:
city_code = city_list[city_choice_i - 1][0]
break
else:
print('Enter an index from one of the choices.\
Try again!')
while (True):
degrees = raw_input('(c)elsius/(f)ahrenheit): ').lower()
if degrees in ('c', 'celsius', 'f', 'fahrenheit', ''):
if empty(degrees) or degrees == 'c':
degrees = 'celsius'
elif degrees == 'f':
degrees = 'fahrenheit'
break
print('Invalid input, please enter(c)elsius, (f)ahrenheit) or' +
'<ENTER > .')
gmail_address = raw_input('Enter your gmail address ([email protected]): ')
gmail_password = ''
if len(gmail_address) > 0:
gmail_password = getpass()
icloud_username = raw_input(
'Enter your icloud username/address (???@???.com): ')
icloud_password = ''
if len(icloud_username) > 0:
icloud_password = getpass()
while (True):
push_bullet = raw_input('Enter your Pushbullet token: ')
if empty(push_bullet):
break
elif not isinstance(push_bullet, str):
print("Invalid token")
elif push_bullet[0:2] != "o.":
print("Invalid token")
else:
break
tts = 'xxxx'
hotword_detection = 'on'
access_key = 'xxxx'
secret_key = 'xxxx'
access_token = 'xxxx'
access_token_secret = 'xxxx'
consumer_key = 'xxxx'
consumer_secret = 'xxxx'
client_id = 'xxxx'
client_secret = 'xxxx'
telegram_token = 'xxxx'
modeldir = './data/model/'
hmm = 'hmm/en_us/hub4wsj_sc_8k'
lm = 'lm/sphinx.lm'
dic = 'lm/sphinx.dic'
modules = 'melissa.actions'
actions_db_file = ':memory:'
memory_db = './data/memory.db'
profile_data = {
'va_name': va_name,
'va_gender': va_gender,
'name': name,
'stt': stt,
'tts': tts,
'hotword_detection': hotword_detection,
'telegram_username': telegram_username,
'telegram_token': telegram_token,
'music_path': music_path,
'images_path': images_path,
'city_name': city_name,
'city_code': city_code,
'degrees': degrees,
'pocketsphinx': {
'modeldir': modeldir,
'hmm': hmm,
'lm': lm,
'dic': dic
},
'twitter': {
'access_token': access_token,
'access_token_secret': access_token_secret,
'consumer_key': consumer_key,
'consumer_secret': consumer_secret
},
'imgur': {
'client_id': client_id,
'client_secret': client_secret
},
'ivona': {
'access_key': access_key,
'secret_key': secret_key
},
'gmail': {
'address': gmail_address,
'password': gmail_password
},
'icloud': {
'username': icloud_username,
'password': icloud_password
},
'pushbullet': push_bullet,
'modules': modules,
'actions_db_file': actions_db_file,
'memory_db': memory_db
}
with open('profile.json', 'w') as outfile:
json.dump(profile_data, outfile, indent=4)
#import requests
#url = "http://weather.yahooapis.com/forecastrss?w=26804118&u=c"
#response = requests.get(url)
#print response.content
import pprint
import pywapi
id = pywapi.get_loc_id_from_weather_com("oklahoma city, ok")
print id
result = pywapi.get_weather_from_weather_com(id[0][0], 'metric')
pp = pprint.PrettyPrinter(indent=4)
pp.pprint(result)
def fetch_weather(session_id, context):
location = context['loc']
location_id = pywapi.get_loc_id_from_weather_com(location)[0][0]
weather_com_result = pywapi.get_weather_from_weather_com(location_id)
context['forecast'] = weather_com_result["current_conditions"]["text"]
return context
def profile_populator():
def empty(variable):
if variable:
return False
else:
return True
tts_local('Welcome to Melissa. Let us generate your profile!')
print('Welcome to Melissa. Let us generate your profile!')
print('Press Enter for using default values.')
va_name = raw_input('What would you like to name me?: ')
if empty(va_name):
va_name = 'Melissa'
while(True):
va_gender = raw_input('What is my gender ((m)ale/(f)emale)?: ')
if va_gender in ('male', 'm', 'female', 'f', ''):
if empty(va_gender):
va_gender = 'female'
elif va_gender == 'm':
va_gender = 'male'
elif va_gender == 'f':
va_gender = 'female'
break
print('Invalid input, please enter male, female or <ENTER>.')
name = raw_input('Your name: ')
if empty(name):
name = 'Tanay'
while(True):
stt = raw_input(
'STT Engine ((g)oogle/(s)phinx/(t)elegram/(k)eyboard): ').lower()
if stt in ('g', 'google', 's', 'sphinx', 'k',
'keyboard', 't', 'telegram', ''):
if empty(stt) or stt == 'g':
stt = 'google'
elif stt == 's':
stt = 'sphinx'
elif stt == 't':
stt = 'telegram'
elif stt == 'k':
stt = 'keyboard'
break
print('Invalid input, please enter(g)oogle, (s)phinx, (t)elegram,' +
'(k)eyboard or < ENTER > .')
telegram_username = raw_input('Your username at Telegram: ')
if empty(telegram_username):
telegram_username = '******'
while(True):
music_path = raw_input('Path to your music directory: ')
if empty(music_path):
music_path = '.'
break
if os.path.isdir(music_path):
break
print('Invalid input, please enter a valid directory path or <ENTER>.')
while(True):
images_path = raw_input('Path to your images directory: ')
if empty(images_path):
images_path = '.'
break
if os.path.isdir(images_path):
break
print('Invalid input, please enter a valid directory path or <ENTER>.')
city_name = raw_input('Name of city where you live: ')
if empty(city_name):
city_name = 'New Delhi'
city_code = raw_input('Code of city from weather.com\
or <ENTER> for a search based on the name\
of the city you live in: ')
if empty(city_code):
city_list = pywapi.get_loc_id_from_weather_com(unicode(city_name))
if city_list['count'] == 0:
print 'Sorry, search results were empty.'
city_code = 'INXX0096'
else:
print 'Cities returned are: '
for city_list_i in range(city_list['count']):
print str(city_list_i+1) + ": " + city_list[city_list_i][1]
while(True):
city_choice_i = ''
city_choice_i = raw_input('Enter the index of \
the city of your choice: ')
if empty(city_choice_i):
city_code = 'INXX0096'
break
city_choice_i = int(city_choice_i)
if 1 <= city_choice_i <= city_list['count']:
city_code = city_list[city_choice_i-1][0]
break
else:
print 'Enter an index from one of the choices.\
Try again!'
while(True):
degrees = raw_input('(c)elsius/(f)ahrenheit): ').lower()
if degrees in ('c', 'celsius', 'f', 'fahrenheit', ''):
if empty(degrees) or degrees == 'c':
degrees = 'celsius'
elif degrees == 'f':
degrees = 'fahrenheit'
break
print('Invalid input, please enter(c)elsius, (f)ahrenheit) or' +
'<ENTER > .')
gmail_address = raw_input('Enter your gmail address ([email protected]): ')
gmail_password = ''
if len(gmail_address) > 0:
gmail_password = getpass()
icloud_username = raw_input(
'Enter your icloud username/address (???@???.com): ')
icloud_password = ''
if len(icloud_username) > 0:
icloud_password = getpass()
while(True):
push_bullet = raw_input('Enter your Pushbullet token: ')
if empty(push_bullet):
break
elif not isinstance(push_bullet, str):
print("Invalid token")
elif push_bullet[0:2] != "o.":
print("Invalid token")
else:
break
tts = 'xxxx'
hotword_detection = 'on'
access_key = 'xxxx'
secret_key = 'xxxx'
access_token = 'xxxx'
access_token_secret = 'xxxx'
consumer_key = 'xxxx'
consumer_secret = 'xxxx'
client_id = 'xxxx'
client_secret = 'xxxx'
telegram_token = 'xxxx'
modeldir = './data/model/'
hmm = 'hmm/en_us/hub4wsj_sc_8k'
lm = 'lm/sphinx.lm'
dic = 'lm/sphinx.dic'
modules = 'melissa.actions'
actions_db_file = ':memory:'
memory_db = './data/memory.db'
profile_data = {
'va_name': va_name,
'va_gender': va_gender,
'name': name,
'stt': stt,
'tts': tts,
'hotword_detection': hotword_detection,
'telegram_username': telegram_username,
'telegram_token': telegram_token,
'music_path': music_path,
'images_path': images_path,
'city_name': city_name,
'city_code': city_code,
'degrees': degrees,
'pocketsphinx': {
'modeldir': modeldir,
'hmm': hmm,
'lm': lm,
'dic': dic
},
'twitter': {
'access_token': access_token,
'access_token_secret': access_token_secret,
'consumer_key': consumer_key,
'consumer_secret': consumer_secret
},
'imgur': {
'client_id': client_id,
'client_secret': client_secret
},
'ivona': {
'access_key': access_key,
'secret_key': secret_key
},
'gmail': {
'address': gmail_address,
'password': gmail_password
},
'icloud': {
'username': icloud_username,
'password': icloud_password
},
'pushbullet': push_bullet,
'modules': modules,
'actions_db_file': actions_db_file,
'memory_db': memory_db
}
with open('profile.json', 'w') as outfile:
json.dump(profile_data, outfile, indent=4)
def fetch_weather(session_id, context):
location = context['loc']
location_id = pywapi.get_loc_id_from_weather_com(location)[0][0]
weather_com_result = pywapi.get_weather_from_weather_com(location_id)
context['forecast'] = weather_com_result["current_conditions"]["text"]
return context
import pywapi
import iot_yahoo_codes
#import serial
import pprint
from dashboard_emulation import Forecasts
pp = pprint.PrettyPrinter()
pp.pprint (pywapi.get_where_on_earth_ids("Stockholm, AB, Sweden"))
pp.pprint(pywapi.get_where_on_earth_ids("Krakow, MA, Polska"))
pp.pprint(pywapi.get_where_on_earth_ids("Istanbul, 34, Turkey"))
pp.pprint (pywapi.get_loc_id_from_weather_com("Stockholm")) #{'count': 2, 0: (LOCID1, Placename1), 1: (LOCID2, Placename2)}
pp.pprint (pywapi.get_loc_id_from_weather_com("Krakow")) #{'count': 2, 0: (LOCID1, Placename1), 1: (LOCID2, Placename2)}
pp.pprint (pywapi.get_loc_id_from_weather_com("Istanbul")) #{'count': 2, 0: (LOCID1, Placename1), 1: (LOCID2, Placename2)}
print "======================="
my_town_id, my_town_name = pywapi.get_loc_id_from_weather_com("Stockholm")[0]
pp.pprint(pywapi.get_weather_from_weather_com(my_town_id,'metric')) #input: my_town_id e.g. = 'PLXX0012'
print "======================="
my_town_id = pywapi.get_where_on_earth_ids("Stockholm").keys()[0]
pp.pprint(pywapi.get_weather_from_yahoo(my_town_id, 'metric')) #input: my_town_id e.g. = u'2500064'
forecastsObj = Forecasts()
