def co_list(chat_id, command, globrand):
if (command == 'Where are you?'):
import geocoder
import urllib
url = 'http://myexternalip.com/raw'
bot.sendLocation(chat_id, geocoder.ip(urllib.urlopen(url).read()).latlng[0], geocoder.ip(urllib.urlopen(url).read()).latlng[1])
mystring = command
if (mystring.partition(" ")[0] == 'Say,'):
vari = mystring.partition(" ")[2]
if globrand <= 5:
bot.sendMessage(chat_id, vari.rpartition('or')[0])
else:
bot.sendMessage(chat_id, vari.rpartition('or')[2])
if (command == 'Where are you all?'):
bot.sendMessage(chat_id, 'I am here!')
if (command == 'Screenshot'):
app = QApplication(sys.argv)
QPixmap.grabWindow(QApplication.desktop().winId()).save('screenshot.jpg', 'jpg')
bot.sendPhoto(chat_id, open('screenshot.jpg', 'rb'))
if (command == 'RAM usage'):
bot.sendMessage(chat_id, 'Nearly {}% of RAM is used.'.format(virtual_memory().percent))
if (command == 'Who is your creator?'):
bot.sendMessage(chat_id, 'His nick is E_KOsh...')
bot.sendMessage(chat_id, "You might want to write him... Don't be so shy - @E_KOsh")
if (command == 'CPU usage'):
bot.sendMessage(chat_id, "About {}% of my CPU power is used.".format(cpu_percent()))
if (command == 'What is the time?'):
bot.sendMessage(chat_id, str(datetime.datetime.now()))
if (command == 'Uptime'):
u = round(uppp() / 3600, 1)
bot.sendMessage(chat_id, 'I am already working for {} hours.'.format(u))
def emailOpen(e):
d = {}
if request.cookies.get('LATrackingID'):
a = modules.getModel(models.App, appid = request.cookies.get('LATrackingID'))
d['app_id'] = a.id
d['private_ip'] = request.environ.get('REMOTE_ADDR')
d['public_ip'] = request.environ.get('HTTP_X_FORWARDED_FOR')
d['full_url'] = request.environ.get('HTTP_REFERER', '').strip().lower()
email = db.session.query(models.Email).filter_by(emailid=e).first()
if email:
d['email_id'] = email.id
else:
return jsonify(**{'status':'failure', 'description':'no such email found'})
if d['public_ip']:
g = geocoder.ip(d['public_ip'])
d['lat'], d['lng'] = g.latlng
d['city'] = g.city
d['country'] = g.country
d['state'] = g.state
d['user_agent'] = request.environ.get('HTTP_USER_AGENT')
if d['user_agent']:
user_agent = parse(d['user_agent'])
d['browser'] = user_agent.browser.family
d['is_bot'], d['is_mobile'], d['is_tablet'], d['is_pc'] = user_agent.is_bot, user_agent.is_mobile, user_agent.is_tablet, user_agent.is_pc
p = models.Visit(**d)
p.date = datetime.now()
db.session.add(p)
db.session.commit()
return jsonify(success=True, description='successfully tracked email')
def _redirect(l):
d = {}
d['private_ip'] = request.environ.get('REMOTE_ADDR')
d['public_ip'] = request.environ.get('HTTP_X_FORWARDED_FOR')
d['full_url'] = request.environ.get('HTTP_REFERER', '').strip().lower()
if request.cookies.get('LATrackingID'):
a = modules.getModel(models.App, appid = request.cookies.get('LATrackingID'))
d['app_id'] = a.id
link = db.session.query(models.Link).filter_by(linkid=l).first()
if link:
red_url = link.url
d['link_id'] = link.id
error = 'successfully tracked link'
else:
return jsonify(**{'status':'failure', 'description':'no such link found'})
if d['public_ip']:
g = geocoder.ip(d['public_ip'])
d['lat'], d['lng'] = g.latlng
d['city'] = g.city
d['country'] = g.country
d['state'] = g.state
d['user_agent'] = request.environ.get('HTTP_USER_AGENT')
if d['user_agent']:
user_agent = parse(d['user_agent'])
d['browser'] = user_agent.browser.family
d['is_bot'], d['is_mobile'], d['is_tablet'], d['is_pc'] = user_agent.is_bot, user_agent.is_mobile, user_agent.is_tablet, user_agent.is_pc
p = models.Visit(**d)
p.date = datetime.now()
db.session.add(p)
db.session.commit()
return redirect(red_url, code=302)
def parse_args(request):
"""
Parse args from request, return dict.
"""
comp_form = dict(zip(
request.GET.keys(),
request.GET.values()))
params = {}
params['browser_type'] = request.META['HTTP_USER_AGENT']
ip = get_ip(request)
params['ip_addr'] = ip
geo = geocoder.ip(ip)
params['city'] = geo.city
params['country'] = geo.country
params['monthly_budget'] = int(comp_form['monthlyBudget'])
params['discount'] = int(comp_form.get('discount', 0))
params['list_price'] = int(comp_form['totalPrice'])
params['extra_price'] = int(comp_form.get('extraPrice', 0))
params['depreciation_id'] = int(comp_form['depreciationId'])
params['tax'] = int(comp_form['tax'])
params['px_amount'] = int(comp_form.get('pxAmount', 0))
params['deposit_amount'] = int(comp_form.get('depositAmount', 0))
params['term'] = int(comp_form['term'])
if comp_form.get('foHP') == 'True':
hp_data = json.loads(comp_form.get('hp').decode('cp1252'))
params['hp'] = True
params['hp_term'] = hp_data.get('term', 0)
params['hp_loan_rate'] = hp_data['loan_at'] / 100.0
if comp_form.get('foPCP') == 'True':
pcp_data = json.loads(comp_form.get('pcp').decode('cp1252'))
params['pcp'] = True
params['pcp_term'] = pcp_data.get('term', 0)
params['pcp_loan_rate'] = pcp_data['loan_at'] / 100.0
params['pcp_ballon_value'] = pcp_data['ballon_value']
if comp_form.get('foLease') == 'True':
lease_data = json.loads(comp_form.get('lease').decode('cp1252'))
params['lease'] = True
params['lease_term'] = lease_data.get('term')
params['lease_extras'] = lease_data.get('extras', 0)
params['lease_initial_payment'] = lease_data['initial_payment']
params['lease_monthly_payment'] = lease_data['monthly']
params['lease_predicted_mileage'] = lease_data.get('actual_annual', 0)
params['lease_included_mileage'] = lease_data.get('include_mileages', 0)
params['lease_excess_mile_price'] = lease_data.get('price_per_mile', 0)
if comp_form.get('foLoan') == 'True':
loan_data = json.loads(comp_form.get('loan').decode('cp1252'))
params['loan'] = True
params['loan_term'] = loan_data.get('term', 0)
params['loan_loan_rate'] = loan_data['loan_at'] / 100.0
params['loan_loan_at_end'] = loan_data.get('loan_at_end',0)
return params
def get_temperature():
g = geocoder.ip('me')
owm = pyowm.OWM('65a34e19f4ad83823846b8fd1a1813fd')
location = g.city+","+g.country
observation = owm.weather_at_place(location)
w = observation.get_weather()
temperature = w.get_temperature('celsius')['temp']
return temperature
def get_context_data(self, **kwargs):
context = super(LocationMixin, self).get_context_data(**kwargs)
visitor_ip = self.request.META.get('REMOTE_ADDR', None)
latlng = {'lat': 37.774929, 'lng': -122.419416}
if visitor_ip is not None:
g = geocoder.ip(visitor_ip)
if g.lat is not None and g.lng is not None:
latlng.update(lat=g.lat, lng=g.lng)
context['latlng'] = latlng
return context
def addPeer(hostport, db):
ip, port = url_to_ip_port( hostport )
ipport = ip+':'+str(port)
if ip not in ['127.0.0.1', '::1']:
cursor = db.execute('''SELECT hostname FROM hosts WHERE hostname = ?''',(ipport,))
if not len(cursor.fetchall()):
g = geocoder.ip(ip)
country = pycountry.countries.get(alpha_2=g.country)
cursor = db.execute('''INSERT INTO hosts(hostname, lat, lng, city, state, country) VALUES(?,?,?,?,?,?)''',(ipport, g.lat, g.lng, g.city, g.state, country.name))
db.commit()
def get_location_by_ip(ip):
location = None
loc = geocoder.ip(ip)
if loc and loc.ok:
location, created = Location.objects.get_or_create(location=Point(loc.lng, loc.lat), defaults={'address': loc.address})
else:
record = gip.record_by_addr(ip)
if record:
location, created = Location.objects.get_or_create(location=Point(record.get('longitude'), record.get('latitude')), defaults={
'address': '%s, %s'%(record.get('city'), record.get('country_name')) if record.get('city') else record.get('country_name')
})
return location
def ip_to_location(ip):
"""
Получение геоданных об ip-адресе. Подставляется в статистику звонков.
:param ip: ip-адрес клиента
:return: геоданные по ip-адресу
"""
if ip in (None, ''):
return ''
import geocoder
ret = geocoder.ip(ip).address
# print('ip_to_location: %s -> %s' % (ip, str(ret)))
return ret
def get_my_ip():
if request.args.get('ip'):
ip = request.args['ip']
else:
fwd = request.environ.get('HTTP_X_FORWARDED_FOR', None)
if fwd is None:
fwd = request.environ.get('REMOTE_ADDR')
ip = fwd.split(',')[0]
g = geocoder.ip(ip)
tz = g.timezone
offset = int(timezone(tz).localize(datetime.now()).strftime('%z'))/100
return jsonify(**{'ip': ip, 'offset':offset, 'tz':tz, 'city':g.city, 'country':g.country, 'state':g.state})
def listing_list(request):
g = geocoder.ip('me')
lat= g.latlng[0]
lng = g.latlng[1]
c = connection.cursor()
try:
results = Listings.objects.raw('SELECT * FROM getCloseListings(%s, %s)', [lat, lng])
#results = c.fetchall()
print(results)
finally:
c.close()
return render(request, 'listings/listing_list.html', {'listings': results})
def get_geolocation(ipaddress):
"check latitude and longitude of the ip"
result = {'city': None, 'lat': 0, ' lon': 0}
try:
# force disable insecure request warning
requests.packages.urllib3.disable_warnings()
match = geocoder.ip(ipaddress)
result['location'] = '%s, %s' % (match.city, match.country)
result['lat'] = float(match.lat)
result['lon'] = float(match.lng)
except ValueError as error:
print error
sys.exit(1)
return result
def calc_my_position_ip(output=MY_POSITION_FILENAME):
setup_output(output)
if not config.get('activated', False):
logger.info('Exiting: not activated')
return
logger.info('Waiting %s seconds...', WAIT_BEFORE_QUERY)
time.sleep(WAIT_BEFORE_QUERY)
logger.info('Querying the server about my ip...')
response = geocoder.ip('me')
logger.info('LatLng: %s', response.latlng)
logger.info('Place: %s', response.address)
return calc_my_position_address(response.address, output)
def _get_weather(self, request, force_update, weather_cookie):
"""Get Current Weather Based on IP Address
Based on the current ip location, getthe current weather (or use NY if location
is not available.) Save that data to a cookie to reduce # of api calls.
Arguments:
request -- A Flast Request
force_update {bool} -- Should we force update the weather data
weather_cookie -- Stored weather data
"""
# Get current weather for location based on IP
if weather_cookie and not force_update:
from_cookie = True;
current_weather = json.loads(weather_cookie)
else:
from_cookie = False
# fallback latitute/longitude data
test_latlngs = {
'newyork': [40.7081, -73.9571],
'hawaii': [19.8968, 155.5828],
'trinidad': [10.65, -61.5167],
'sweden': [60.1282, 18.6435],
'australia': [25.2744, 133.7751],
}
default_latlng = test_latlngs['newyork']
# Get the visitors IP and lat/lng for that IP
ip = request.headers.get('X-Forwarded-For', request.remote_addr)
geo = geocoder.ip(ip) if ip != '127.0.0.1' else None
lat, lng = geo.latlng if geo and len(geo.latlng) == 2 else default_latlng
# Use Darksky to get the current forcast for that lat/lng
geo_forecast = forecast(FORECAST_KEY, lat, lng)
# Get and format the current weather
daily_weather = geo_forecast['daily']['data'][0]
current_weather = geo_forecast['currently']
current_weather['timezone'] = geo_forecast['timezone']
current_weather['units'] = geo_forecast['flags']['units'] # F or C
current_weather['sunriseTime'] = daily_weather['sunriseTime']
current_weather['sunsetTime'] = daily_weather['sunsetTime']
current_weather['ip'] = ip
current_weather['lat_lng'] = [lat, lng]
return {'current': current_weather, 'from_cookie': from_cookie}
def get_weather(location):
if location is None:
g = geocoder.ip('me')
else:
g = geocoder.google(location)
url = "https://api.darksky.net/forecast/{}/{},{}?exclude=minutely,hourly,alerts,flags?UNITS={}".format(DARKSKY_API_KEY, g.lat, g.lng, UNITS)
response = requests.get(url).json()
table_week = [["", "", "HI", "at", "LO", "at", "", ""]]
for day in response['daily']['data']:
date = datetime.datetime.fromtimestamp(int(day['time'])).strftime('%a %b %-d')
summary = day['summary']
max_temp = temp_format(colors.RED, day['temperatureMax'])
max_temp_time = readable_time(day['temperatureMaxTime'])
min_temp = temp_format(colors.BLUE, day['temperatureMin'])
min_temp_time = readable_time(day['temperatureMinTime'])
percip_chance = str(int(day['precipProbability'] * 100)) + "%"
try:
percip_type = day['precipType'].title()
except KeyError:
percip_type = ""
table_day = [date, summary, max_temp, max_temp_time, min_temp, min_temp_time, percip_chance, percip_type]
table_week.append(table_day)
table_week[1][0] = colors.BOLD + colors.GREEN + "* Today *" + colors.ENDC
title = colors.BOLD + " {}, {} - Current Temp: {} ".format(g.city, g.state, (str(int(response['currently']['temperature'])) + UNIT_LETTER)) + colors.ENDC
# AsciiTable
table_instance = AsciiTable(table_week, title)
table_instance.justify_columns[2] = 'right'
# Output
print("\n" + colors.BOLD + response['daily']['summary'] + colors.ENDC + "\n")
print(table_instance.table)
def page_not_found(error):
with requests.Session() as session:
requester_ip = request.access_route[0]
if requester_ip == '127.0.0.1':
place, latlng, elev = 'nc', [35.6921, -80.4357], 218.2
address: str = u'On Library Park: 35\N{DEGREE SIGN} 41\' 31.9\"N 80\N{DEGREE SIGN} 26\' 8.67\"W'
else:
place, latlng = 'geocode', geocoder.ip(requester_ip, key=GOOGLE_API_KEY).latlng
requester_geocode = geocoder.google(latlng, key=GOOGLE_API_KEY, method='reverse', session=session)
# Use the defined address, implies we are using a static location, if undefined make it the geocoded one.
try:
address
except NameError:
address = str(requester_geocode.address)
# Use the defined elevation, implies we are using a static location, if undefined make it the geocoded one.
try:
requester_geocode.elevation = lambda: None
requester_geocode.elevation.meters = lambda: None
setattr(requester_geocode.elevation, 'meters', elev)
except NameError:
requester_geocode.elevation = geocoder.elevation(latlng, key=GOOGLE_API_KEY, session=session)
# Get the timezone
requester_geocode.timeZoneId = geocoder.timezone(latlng, key=GOOGLE_API_KEY, session=session).timeZoneId
return render_template('404.html',
place=place,
address=address,
latlng=latlng,
elevation=requester_geocode.elevation.meters,
ip=requester_ip), 404
def showMaps(request):
g = geocoder.ip('me')
map = folium.Map(location=g.latlng, zoom_start=15)
maps = map._repr_html_()
return render(request, 'home.html', {'map': maps})
import os
import sys
import json
import mysql.connector
import geocoder
import googlemaps
g = geocoder.ip('me').latlng
#"57.8765","1.98765"
def hos():
places = gmaps.places_nearby(location=(co[0], co[1]),
rank_by='distance',
type='hospital',
name='Hospital',
language='en')
print(places['results'][0]['plus_code']['global_code'])
hospital = []
for i in range(len(places['results'])):
t = places['results'][i]['name']
if ('hospital' in t.lower()):
hospital.append([t, places['results'][i]['id']])
return hospital
def pol(co):
places = gmaps.places_nearby(location=(co[0], co[1]),
rank_by='distance',
type='police',
name='police',
float(vals[i][12]),
c=colorpicker(int(vals[i][10])),
s=30,
zorder=2,
alpha=1)
plt.annotate(vals[i][3] + " " + vals[i][2] + "\n" +
"Latency:" + vals[i][10] + "ms",
(float(vals[i][11]), float(vals[i][12])),
size=6)
except:
pass
df_csv._set_value(i, 'response_time', vals[i][10])
df_csv._set_value(i, 'longitude', vals[i][11])
df_csv._set_value(i, 'latitude', vals[i][12])
self_loc = geocoder.ip('me')
map.scatter(self_loc.lng, self_loc.lat, c='blue', s=90, zorder=3, alpha=1)
plt.annotate("I am here!", (self_loc.lng, self_loc.lat), size=7)
df_csv.to_csv('nameservers.csv', index=False)
print('That took {} seconds...'.format(time.time() - starttime))
print("IP Data inserted successfully into table...")
print("Plotting Map...")
plt.show()
print("Map Closed...")
# Created by : Vrishab V Srivatsa
# Credits : Geocoder API, https://public-dns.info
# Inspired by a Cloudflare internship application task
# Please credit if used for your personal/academic uses
# Twitter: @vsrivatsa25 https://twitter.com/vsrivatsa25?lang=da
# Instagram: @vsrivatsa25 https://www.instagram.com/vsrivatsa25/?hl=en
def get_current_location():
import geocoder
g = geocoder.ip("me")
return g.y, g.x
def current_loc(location):
g = geocoder.ip('me')
latlng = g.latlng
lat = str(latlng[0])
longi = str(latlng[1])
return lat, longi
def getCenter(self):
data = geocoder.ip('me').latlng
def get_address():
g = geocoder.ip('me')
return g.address
def get_latlng():
g = geocoder.ip('me')
new= str(g.latlng[0])+ " "+ str(g.latlng[1])
return new
def insert():
error = 'tracked visit. Nothing more to see here'
status = 'success'
try:
d = {}
d['private_ip'] = request.environ.get('REMOTE_ADDR')
d['public_ip'] = request.environ.get('HTTP_X_FORWARDED_FOR')
d['full_url'] = request.environ.get('HTTP_REFERER', '').strip().lower()
if 'appid' in request.form:
if 'event' in request.form:
d['visit_id'] = db.session.query(models.Visit).filter_by(full_url=d['full_url'], public_ip=d['public_ip'], private_ip=d['private_ip']).order_by('-id').first().id
d['event_type'] = request.form['event_type'].lower()
d['element_id'] = request.form['element_id'].lower()
d['element_type'] = request.form['element_type'].lower()
d['element_tag'] = request.form['element_tag'].lower()
if 'public_ip' in d: del d['public_ip']
if 'private_ip' in d: del d['private_ip']
if 'full_url' in d: del d['full_url']
e = models.Event(**d)
e.date = datetime.now()
db.session.add(e)
db.session.commit()
return jsonify(**{'status':'success', 'description':'event recorded'})
app = modules.getModel(models.App, appid = request.form['appid'])
if not app:
return jsonify(**{'status':'failure', 'description':'no app found with that id'})
if app.website.base not in d['full_url']:
return jsonify(**{'status':'failure', 'description':'app is for a different website'})
ur = d['full_url'].replace('https://','').replace('http://','').replace('www.','').lower().strip()
if '/' not in ur: ur += '/'
base, d['after'] = ur[:ur.index('/')], ur[ur.index('/')+1:]
d['website_id'] = app.website.id
if len(d['after']) <= 1:
d['after'] = None
elif d['after'][-1] == '/':
d['after'] = d['after'][:-1]
if '?' in ur:
if d['after']:
d['after'] = d['after'].split('?')[0]
d['gets'] = ur.split('?')[1]
if len(d['gets']) <= 1:
d['gets'] = None
d['secure'] = 'https://' in d['full_url']
else: return jsonify(**{'status':'failure', 'description':'no recognized action taken'})
if d['public_ip']:
g = geocoder.ip(d['public_ip'])
d['lat'], d['lng'] = g.latlng
d['city'] = g.city
d['country'] = g.country
d['state'] = g.state
d['user_agent'] = request.environ.get('HTTP_USER_AGENT')
if d['user_agent']:
user_agent = parse(d['user_agent'])
d['browser'] = user_agent.browser.family
d['is_bot'], d['is_mobile'], d['is_tablet'], d['is_pc'] = user_agent.is_bot, user_agent.is_mobile, user_agent.is_tablet, user_agent.is_pc
p = models.Visit(**d)
p.date = datetime.now()
db.session.add(p)
db.session.commit()
except Exception as e:
error = repr(e)
status = 'failure'
return jsonify(**{'status':status, 'description':error})
def find_lng(x, y, z):
return math.atan(z / math.sqrt(x + y))
# ------------------------------------------------------------------- #
# Global variables
planets = ['ISS', 'Mercury', 'Venus', 'Earth', 'Mars', 'Jupiter', 'Saturn', 'Neptune', 'Uranus', 'Pluto', 'Sun']
my_coord = [0, 0, 0]
obj_coord = [0, 0, 0]
obj = ''
message = ''
earthradius = 6371
# Gets my coordinates
me = geocoder.ip('me')
# Get date and time of request and format it to print
timeNow = strftime("%Y/%m/%d/%H/%M/%S").split('/', 5)
date = 'Date: ' + timeNow[2] + '/' + timeNow[1] + '/' + timeNow[0] + ' - ' + timeNow[3] + ':' + timeNow[4] + ':' + timeNow[5]
print(date)
# ------------------------------------------------------------------- #
# ----------------------- Set server -------------------------------- #
# Your IP address
HOST = '192.168.1.69'
PORT = 8080
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
s.bind((HOST, PORT))
def print_ephemeris():
# set the location to report for
with requests.Session() as session:
requester_ip = request.access_route[0]
if str(request.path) == '/nc' or str(request.path) == '/erikshus':
place, latlng, elev = 'nc', [35.6921, -80.4357], 218.2
address: str = u'On Library Park: 35\N{DEGREE SIGN} 41\' 32\"N 80\N{DEGREE SIGN} 26\' 9\"W'
elif str(request.path) == '/gammelhus':
place, latlng, elev = 'gammelhus', [42.1064, -76.2624], 248.7168
address: str = u'Under the streetlamp: 42\N{DEGREE SIGN} 06\' 23\"N 76\N{DEGREE SIGN} 15\' 45\"W'
elif str(request.path) == '/kopernik':
place, latlng, elev = 'kopernik', [42.0020, -76.0334], 528
address: str = u'Kopernik Observatory: 42\N{DEGREE SIGN} 0\' 7\"N 76\N{DEGREE SIGN} 2\' 0\"W'
elif str(request.path) == '/deetop':
place, latlng, elev = 'deetop', [41.9700, -75.6700], 284
address: str = u'Dee-Top Observatory: 41\N{DEGREE SIGN} 58\' 12\"N 75\N{DEGREE SIGN} 40\' 12\"W'
elif str(request.path) == '/stjohns':
place, latlng, elev = 'stjohns', [47.5675, -52.7072], 83
address: str = u'St. John\'s: 47\N{DEGREE SIGN} 34\' 3\"N 52\N{DEGREE SIGN} 42\' 26\"W'
elif str(request.path) == '/greenwich':
place, latlng, elev = 'greenwich', [51.4768, -0.0005], 47.1526
address: str = u'Greenwich Observatory: 51\N{DEGREE SIGN} 28\' 38\"N 0\N{DEGREE SIGN} 0\' 0\"'
else:
if requester_ip == '127.0.0.1':
place, latlng, elev = 'nc', [35.6921, -80.4357], 218.2
address: str = u'On Library Park: 35\N{DEGREE SIGN} 41\' 32\"N 80\N{DEGREE SIGN} 26\' 9\"W'
else:
place, latlng = 'geocode', geocoder.ip(requester_ip, key=GOOGLE_API_KEY, session=session).latlng
# Start with a discovered geocode.
requester_geocode = geocoder.google(latlng, method='reverse', key=GOOGLE_API_KEY, session=session)
# Use the defined address, implies we are using a static location, if undefined make it the geocoded one.
try:
address
except NameError:
address = str(requester_geocode.address)
# Use the defined elevation, implies we are using a static location, if undefined make it the geocoded one.
try:
requester_geocode.elevation = lambda: None
requester_geocode.elevation.meters = lambda: None
setattr(requester_geocode.elevation, 'meters', elev)
except NameError:
requester_geocode.elevation = geocoder.elevation(latlng, key=GOOGLE_API_KEY, session=session)
# Get the timezone
requester_geocode.timeZoneId = geocoder.timezone(latlng, key=GOOGLE_API_KEY, session=session).timeZoneId
# noinspection PyPep8
return render_template('print_times.html',
place=place,
sunset_string=twilight('sunset', requester_geocode),
sunrise_string=twilight('sunrise', requester_geocode),
civil_end_string=twilight('civil_end', requester_geocode),
civil_begin_string=twilight('civil_begin', requester_geocode),
nautical_end_string=twilight('nautical_end', requester_geocode),
nautical_begin_string=twilight('nautical_begin', requester_geocode),
amateur_end_string=twilight('amateur_end', requester_geocode),
amateur_begin_string=twilight('amateur_begin', requester_geocode),
astro_end_string=twilight('astronomical_end', requester_geocode),
astro_begin_string=twilight('astronomical_begin', requester_geocode),
moonrise_string=twilight('moonrise', requester_geocode),
moonset_string=twilight('moonset', requester_geocode),
moon_phase_string=twilight('moon_phase', requester_geocode),
moonset_ante_astro_noon_p=twilight('moonset_ante_astro_noon_p', requester_geocode),
address=address,
latlng=latlng,
elevation=requester_geocode.elevation.meters,
ip=requester_ip)
def conversation(matched_index):
global user
user = db_inf['name'][matched_index]
if matched_index == 0:
print('welcome admin,how can i help you')
say('welcome admin,how can i help you')
else:
print('welcome to personel jarvis, how can i help you')
say('welcome to personel jarvis, how can i help you')
while True:
word = speech_recognizer()
print('Jarvis :recognized word :', word)
log_(word, False)
res = ''
if 'google' in word or 'browser' in word or 'youtube' in word or 'tell me' in word or 'what' in word or 'recomended' in word or 'search' in word or 'website' in word:
browser(word)
word = mouse_()
elif 'stop song' in word or 'play' in word or 'paly song' in word:
mouse_(word)
elif 'who are you' in word or 'give your intro' in word:
res = "i'm a personel jarvis of pankaj.i can also help you by providing some imformation if you want"
print('Jarvis :' + res)
say(res)
elif 'hello' in word or 'hi' in word:
res = 'hii!...how can i help you'
print('jarvis :' + res)
say(res)
elif 'manufacturer' in word:
res = 'pankaj kumar,he made me durring summer training in techienest,jaipur by saurabh sir.at that time he was persuing B.tech from nit jalandhar'
print('Jarvis :' + res)
say(res)
elif 'how are you' in word:
res = 'fine and i am not intrested in know your f*****g mood,want any help than stay otherwise get out from here'
print('Jarvis :' + res)
say(res)
elif "wikipedia" in word:
Wikipedia()
elif "today's date" in word or 'date' in word:
d = str(date.today())
res = "today's date is :" + d
print('Jarvis :' + res)
say(res)
elif 'time' in word or 'current time' in word:
time = t.ctime()
time = str(time.split(' ')[4])
res = 'current time :' + time
print('Jarvis :' + res)
say('current time is' + str(time.split(':')[0:2]))
elif "weather" in word or "temperature" in word:
say("Tell your city")
log_("Tell your city")
city_name = speech_recognizer()
print("city you said is", city_name)
#city_name=input("enter city name to confirm")
api_key = "cca979ed5fb2c8d3a9c99594191482f9"
base_url = "http://api.openweathermap.org/data/2.5/weather?"
complete_url = base_url + "appid=" + api_key + "&q=" + city_name
json_data = requests.get(complete_url).json()
try:
temp = json_data['main']
temp = str(int(int(temp['temp']) - 273.15))
temp1 = json_data['weather'][0]['description']
d = " Current Temperature in " + city_name + " is " + temp + " degree celsius with " + temp1
print("Jarvis : ", d)
say(d)
log_(d)
except KeyError:
print("Key invalid or city not found")
elif "location" in word:
g = geocoder.ip('me')
lat = g.latlng
str1 = "latitude position is " + str(lat[0])
str2 = "longitude position is " + str(lat[1])
print("Jarvis: ", str1)
print("Jarvis: ", str2)
d = str1 + str2
log_(d)
say(str1)
say(str2)
elif 'bye' in word or 'bye jarvis' in word:
log_(word)
break
log_(res)
if matched_index == 0:
if 'open vlc' in word or 'play song' in word:
#print('processing...')
#say('processing...')
global player
player = vlc_player(word)
if 'next song' in word or 'pause' in word or 'play' in word or 'stop song' in word or 'close' in word:
try:
player = vlc_player(word, player)
except:
pass
import geocoder
myloc = geocoder.ip('me')
print(myloc.city)
def GetLatLng(self, ip_address=None):
if ip_address:
return geocoder.ip(ip_address).latlng
else:
return geocoder.ip('me').latlng
import geocoder
import requests
import gui
import os
from dotenv import load_dotenv
load_dotenv()
# %% Call openWeatherMap's onecall api
# exclude should be a string with each section seperated by a comma (no spaces)
def oneCallRequest(apiKey : str, latlng, exclude):
data = requests.get(f"http://api.openweathermap.org/data/2.5/onecall?lat={latlng[0]}&lon={latlng[1]}&exclude={exclude}&units=metric&appid={apiKey}").json()
return data
# %% Get data
data = oneCallRequest(os.environ.get("WEATHER_APIKEY"), geocoder.ip("me").latlng, "minutely,alerts")
# %% Start GUI
app = PyQt5.QtWidgets.QApplication([])
app.setStyleSheet(open("./Resources/stylesheets/WeatherApp.css").read())
main = gui.WeatherApp() #initializes everything in the window
main.setWeatherIcon(data["current"]["weather"][0]["icon"])
main.setWeatherName(data["current"]["weather"][0]["description"])
main.setTemperature(data["current"]["temp"],data["current"]["feels_like"])
for i in range(len(data["hourly"])):
item = data["hourly"][i]
main.addHOElement(gui.hourlyOverview(main, item["weather"][0]["icon"], item["pop"], item["dt"], item["temp"], item["feels_like"]))
for i in range(len(data["daily"])):
def get_altitude():
g = geocoder.ip('me')
gmaps = googlemaps.Client(key='AIzaSyCZXHznz1W3hZSbWqHZXtj6T1euVxyBitk')
altitudes=gmaps.elevation((g.latlng[0],g.latlng[1]))
final_altitude = altitudes[0]['elevation']
return final_altitude
def getLocation(self):
'''
Finds latitude and longitude given user's IP address.
'''
return geocoder.ip('me').latlng
def get_ip_coordinates(ip):
g = geocoder.ip(ip)
return g.lat, g.lng
def __next__(self):
mylocation = geocoder.ip('me')
latlong = mylocation.latlng
omw = pyowm.OWM('1bfbe76e150ede97d065c9304b1958e0')
return omw.weather_manager().weather_at_coords(latlong[0],latlong[-1])
def latitudelocation():
g = geocoder.ip('me')
lat = float(g.lat)
return lat
#!/usr/bin/env python
import geocoder
g = geocoder.ip('111.65.248.132')
print(g.city)
def zipcodelocation():
g = geocoder.ip('me')
zp = str(g.postal)
return zp
def get_lat_long():
g = geocoder.ip('me')
print(g.latlng)
import time
import re
from nltk.corpus import stopwords
from nltk.stem import WordNetLemmatizer
from textblob import TextBlob
import geocoder
warnings.filterwarnings('ignore')
global unique_name
unique_name = set()
API_KEY = 'AIzaSyC3O-BdZRrBuOmC_nCvWcbnCdmxEWTztLg'
gmaps = googlemaps.Client(key=API_KEY)
global stop_words
stop_words = set(stopwords.words('english'))
file = 'Data/osm/amenities-vancouver.json.gz'
location = geocoder.ip('me')
loc = location.latlng
# loc = [49.282761666666666, -123.12364166666666]
cuisine_style = [
'acadian', 'afghan', 'american', 'arab', 'brazilian', 'buddhist',
'burmese', 'cambodian', 'caribbean', 'chinese', 'cuban', 'czech', 'dutch',
'ethiopian', 'filipino', 'french', 'german', 'greek', 'hong kong',
'indian', 'indonesian', 'irish', 'italian', 'jamaican', 'japanese',
'korean', 'lebanese', 'malaysian', 'malaysian', 'mediterranean', 'mexican',
'mexican', 'mongolian', 'moroccan', 'persian', 'peruvian', 'portuguese',
'singaporean', 'taiwanese', 'thai', 'turkish', 'ukranian', 'vietnamese',
'west_coast'
]
def send_anonymous_stats(start_time, debug=False):
"""
Send anonymous usage statistics
Example use:
current_stat = return_stat_file_dict(csv_file)
add_update_csv(csv_file, 'stat', current_stat['stat'] + 5)
"""
if debug:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
try:
client = InfluxDBClient(STATS_HOST, STATS_PORT, STATS_USER,
STATS_PASSWORD, STATS_DATABASE)
# Prepare stats before sending
uptime = (time.time() - start_time) / 86400.0 # Days
add_update_csv(STATS_CSV, 'uptime', uptime)
version_num = db_retrieve_table_daemon(AlembicVersion, entry='first')
version_send = version_num.version_num if version_num else 'None'
add_update_csv(STATS_CSV, 'alembic_version', version_send)
outputs = db_retrieve_table_daemon(Output)
add_update_csv(STATS_CSV, 'num_relays', outputs.count())
inputs = db_retrieve_table_daemon(Input)
add_update_csv(STATS_CSV, 'num_sensors', inputs.count())
add_update_csv(STATS_CSV, 'num_sensors_active',
inputs.filter(Input.is_activated.is_(True)).count())
conditionals = db_retrieve_table_daemon(Conditional)
add_update_csv(STATS_CSV, 'num_conditionals', conditionals.count())
add_update_csv(
STATS_CSV, 'num_conditionals_active',
conditionals.filter(Conditional.is_activated.is_(True)).count())
pids = db_retrieve_table_daemon(PID)
add_update_csv(STATS_CSV, 'num_pids', pids.count())
add_update_csv(STATS_CSV, 'num_pids_active',
pids.filter(PID.is_activated.is_(True)).count())
triggers = db_retrieve_table_daemon(Trigger)
add_update_csv(STATS_CSV, 'num_triggers', triggers.count())
add_update_csv(STATS_CSV, 'num_triggers_active',
triggers.filter(Trigger.is_activated.is_(True)).count())
functions = db_retrieve_table_daemon(CustomController)
add_update_csv(STATS_CSV, 'num_functions', functions.count())
add_update_csv(
STATS_CSV, 'num_functions_active',
functions.filter(CustomController.is_activated.is_(True)).count())
actions = db_retrieve_table_daemon(Actions)
add_update_csv(STATS_CSV, 'num_actions', actions.count())
methods = db_retrieve_table_daemon(Method)
add_update_csv(STATS_CSV, 'num_methods', methods.count())
add_update_csv(
STATS_CSV, 'num_methods_in_pid',
pids.filter(PID.setpoint_tracking_type == 'method').count())
add_update_csv(
STATS_CSV, 'num_setpoint_meas_in_pid',
pids.filter(PID.setpoint_tracking_type == 'input-math').count())
country = geocoder.ip('me').country
if not country:
country = 'None'
add_update_csv(STATS_CSV, 'country', country)
add_update_csv(
STATS_CSV, 'ram_use_mb',
resource.getrusage(resource.RUSAGE_SELF).ru_maxrss / float(1000))
add_update_csv(STATS_CSV, 'Mycodo_revision', MYCODO_VERSION)
add_update_csv(
STATS_CSV, 'master_branch',
int(os.path.exists(os.path.join(INSTALL_DIRECTORY, '.master'))))
# Combine stats into list of dictionaries
new_stats_dict = return_stat_file_dict(STATS_CSV)
formatted_stat_dict = []
for each_key, each_value in new_stats_dict.items():
if each_key != 'stat': # Do not send header row
formatted_stat_dict = add_stat_dict(formatted_stat_dict,
new_stats_dict['id'],
each_key, each_value)
# Send stats to secure, remote influxdb server (only write permission)
client.write_points(formatted_stat_dict)
logger.debug("Sent anonymous usage statistics")
return 0
except requests.ConnectionError:
logger.debug("Could not send anonymous usage statistics: Connection "
"timed out (expected if there's no internet or the "
"server is down)")
except InfluxDBServerError as except_msg:
logger.error("Statistics: InfluxDB server error: {}".format(
except_msg['error']))
except Exception as except_msg:
logger.exception(
"Could not send anonymous usage statistics: {err}".format(
err=except_msg))
return 1
def get_location_values(my_ip): g = geocoder.ip(str(my_ip)) return [g.lat, g.lng, g.city, g.state, g.country]
def location():
g = geocoder.ip('me')
return "{}, {}".format(g.latlng[0], g.latlng[1])
# -*- coding: utf-8 -*-
import geocoder
import json
import requests
# forecast.io api key:
f = open('/home/christoph/.config/forecast-io-key')
key = f.readline().rstrip()
f.close()
# Get current longitude and latitude based on IP address:
loc = geocoder.ip(requests.get('http://ipinfo.io/ip').text.rstrip())
city = loc.locality
# Get weather info:
root_url = 'https://api.forecast.io/forecast/'
weather = requests.get(root_url + key + '/' + str(loc.lat) + ',' + str(loc.lng))
weather = json.loads(weather.text)
# Convert temperature to Celcius:
temperature = round((weather['currently']['temperature'] - 32) * 5/9)
# Get current weather condition:
condition = weather['currently']['summary']
# Translate city into Irish:
cdict = dict({'Boston': {'irish': 'Bostún'}})
try:
cathair = cdict[city]['irish']
except KeyError:
def send_anonymous_stats(start_time):
"""
Send anonymous usage statistics
Example use:
current_stat = return_stat_file_dict(csv_file)
add_update_csv(csv_file, 'stat', current_stat['stat'] + 5)
"""
try:
client = InfluxDBClient(STATS_HOST, STATS_PORT, STATS_USER,
STATS_PASSWORD, STATS_DATABASE)
# Prepare stats before sending
uptime = (time.time() - start_time) / 86400.0 # Days
add_update_csv(STATS_CSV, 'uptime', uptime)
version_num = db_retrieve_table_daemon(AlembicVersion, entry='first')
version_send = version_num.version_num if version_num else 'None'
add_update_csv(STATS_CSV, 'alembic_version', version_send)
outputs = db_retrieve_table_daemon(Output)
add_update_csv(STATS_CSV, 'num_relays', get_count(outputs))
inputs = db_retrieve_table_daemon(Input)
add_update_csv(STATS_CSV, 'num_sensors', get_count(inputs))
add_update_csv(STATS_CSV, 'num_sensors_active',
get_count(inputs.filter(Input.is_activated == True)))
conditionals = db_retrieve_table_daemon(Conditional)
add_update_csv(STATS_CSV, 'num_conditionals', get_count(conditionals))
add_update_csv(
STATS_CSV, 'num_conditionals_active',
get_count(conditionals.filter(Conditional.is_activated == True)))
pids = db_retrieve_table_daemon(PID)
add_update_csv(STATS_CSV, 'num_pids', get_count(pids))
add_update_csv(STATS_CSV, 'num_pids_active',
get_count(pids.filter(PID.is_activated == True)))
lcds = db_retrieve_table_daemon(LCD)
add_update_csv(STATS_CSV, 'num_lcds', get_count(lcds))
add_update_csv(STATS_CSV, 'num_lcds_active',
get_count(lcds.filter(LCD.is_activated == True)))
math = db_retrieve_table_daemon(Math)
add_update_csv(STATS_CSV, 'num_maths', get_count(math))
add_update_csv(STATS_CSV, 'num_maths_active',
get_count(math.filter(Math.is_activated == True)))
methods = db_retrieve_table_daemon(Method)
add_update_csv(STATS_CSV, 'num_methods', get_count(methods))
add_update_csv(STATS_CSV, 'num_methods_in_pid',
get_count(pids.filter(PID.method_id != '')))
timers = db_retrieve_table_daemon(Timer)
add_update_csv(STATS_CSV, 'num_timers', get_count(timers))
add_update_csv(STATS_CSV, 'num_timers_active',
get_count(timers.filter(Timer.is_activated == True)))
country = geocoder.ip('me').country
if not country:
country = 'None'
add_update_csv(STATS_CSV, 'country', country)
add_update_csv(
STATS_CSV, 'ram_use_mb',
resource.getrusage(resource.RUSAGE_SELF).ru_maxrss / float(1000))
add_update_csv(STATS_CSV, 'Mycodo_revision', MYCODO_VERSION)
# Combine stats into list of dictionaries
new_stats_dict = return_stat_file_dict(STATS_CSV)
formatted_stat_dict = []
for each_key, each_value in new_stats_dict.items():
if each_key != 'stat': # Do not send header row
formatted_stat_dict = add_stat_dict(formatted_stat_dict,
new_stats_dict['id'],
each_key, each_value)
# Send stats to secure, remote influxdb server (only write permission)
client.write_points(formatted_stat_dict)
logger.debug("Sent anonymous usage statistics")
return 0
except requests.ConnectionError:
logger.debug("Could not send anonymous usage statistics: Connection "
"timed out (expected if there's no internet or the "
"server is down)")
except Exception as except_msg:
logger.exception(
"Could not send anonymous usage statistics: {err}".format(
err=except_msg))
return 1
def send_anonymous_stats(start_time):
"""
Send anonymous usage statistics
Example use:
current_stat = return_stat_file_dict(csv_file)
add_update_csv(csv_file, 'stat', current_stat['stat'] + 5)
"""
try:
client = InfluxDBClient(STATS_HOST, STATS_PORT, STATS_USER, STATS_PASSWORD, STATS_DATABASE)
# Prepare stats before sending
uptime = (time.time() - start_time) / 86400.0 # Days
add_update_csv(STATS_CSV, 'uptime', uptime)
version_num = db_retrieve_table_daemon(
AlembicVersion, entry='first')
version_send = version_num.version_num if version_num else 'None'
add_update_csv(STATS_CSV, 'alembic_version', version_send)
outputs = db_retrieve_table_daemon(Output)
add_update_csv(STATS_CSV, 'num_relays', get_count(outputs))
inputs = db_retrieve_table_daemon(Input)
add_update_csv(STATS_CSV, 'num_sensors', get_count(inputs))
add_update_csv(STATS_CSV, 'num_sensors_active',
get_count(inputs.filter(Input.is_activated == True)))
conditionals = db_retrieve_table_daemon(Conditional)
add_update_csv(STATS_CSV, 'num_conditionals', get_count(conditionals))
add_update_csv(STATS_CSV, 'num_conditionals_active',
get_count(conditionals.filter(Conditional.is_activated == True)))
pids = db_retrieve_table_daemon(PID)
add_update_csv(STATS_CSV, 'num_pids', get_count(pids))
add_update_csv(STATS_CSV, 'num_pids_active',
get_count(pids.filter(PID.is_activated == True)))
lcds = db_retrieve_table_daemon(LCD)
add_update_csv(STATS_CSV, 'num_lcds', get_count(lcds))
add_update_csv(STATS_CSV, 'num_lcds_active',
get_count(lcds.filter(LCD.is_activated == True)))
math = db_retrieve_table_daemon(Math)
add_update_csv(STATS_CSV, 'num_maths', get_count(math))
add_update_csv(STATS_CSV, 'num_maths_active',
get_count(math.filter(Math.is_activated == True)))
methods = db_retrieve_table_daemon(Method)
add_update_csv(STATS_CSV, 'num_methods',
get_count(methods))
add_update_csv(STATS_CSV, 'num_methods_in_pid',
get_count(pids.filter(PID.method_id != '')))
country = geocoder.ip('me').country
if not country:
country = 'None'
add_update_csv(STATS_CSV, 'country', country)
add_update_csv(STATS_CSV, 'ram_use_mb',
resource.getrusage(
resource.RUSAGE_SELF).ru_maxrss / float(1000))
add_update_csv(STATS_CSV, 'Mycodo_revision', MYCODO_VERSION)
# Combine stats into list of dictionaries
new_stats_dict = return_stat_file_dict(STATS_CSV)
formatted_stat_dict = []
for each_key, each_value in new_stats_dict.items():
if each_key != 'stat': # Do not send header row
formatted_stat_dict = add_stat_dict(formatted_stat_dict,
new_stats_dict['id'],
each_key,
each_value)
# Send stats to secure, remote influxdb server (only write permission)
client.write_points(formatted_stat_dict)
logger.debug("Sent anonymous usage statistics")
return 0
except requests.ConnectionError:
logger.debug("Could not send anonymous usage statistics: Connection "
"timed out (expected if there's no internet or the "
"server is down)")
except Exception as except_msg:
logger.exception(
"Could not send anonymous usage statistics: {err}".format(
err=except_msg))
return 1
def getLocation():
g = geocoder.ip('me')
return str(g.latlng[0]) + "," + str(g.latlng[1]) + ";"
def test_ip():
g = geocoder.ip(ip)
assert g.ok
def longitudelocation():
g = geocoder.ip('me')
lng = float(g.lng)
return lng
'61.129.7.20', '61.147.122.129', '61.147.234.78', '61.147.234.79',
'61.155.170.129', '61.155.201.38', '61.155.201.96', '74.208.105.171'
]
with open('webPage/server_map.json') as file:
geoip = json.load(file)
with open('/usr/local/mad/report/server_map.json', 'w') as file:
json.dump(geoip, file)
resip = list()
for count, ip in enumerate(ipset[166:]):
if ipaddress.ip_address(ip).is_private:
print(count + 167, ip, 'private address')
continue
latlng = geocoder.ip(ip).latlng
# try:
# r = requests.get(f'http://ipinfo.io/{ip}?token={TOKEN}')
# j = r.json()['loc']
# l = j.split(',')
# latlng = (float(l[0]), float(l[1]))
# except requests.exceptions.ConnectionError:
# latlng = None
print(count + 167, ip, latlng) ###
if latlng:
geoip.append(dict(
name=ip,
latLng=latlng,
))
if latlng is None:
resip.append((ip, 0))
def get_location(gmaps):
''' Ask user to either input or speak their adress and convert it into lat,lng'''
while True:
print("Do you want to input your address by:")
print("\t1. Speech, or")
print("\t2. Typing, or")
print("\t3. Auto detect.")
time.sleep(1.4)
choice = input("Your choice (1, 2 or 3): ")
if choice != '' and choice.isdigit() and (int(choice) in [1,2,3]):
choice = int(choice)
break
else:
print("\nInput not recognized, please re-enter.")
logging.debug(f"User choice: {choice}")
if choice == 1:
userAddress = recognize_speech()
if userAddress != None:
while True:
print("Detected Address:")
print(userAddress)
answer = input("Is this your address? (y/n)")
if check_answer(answer):
break
elif not check_answer(answer):
answer = input("Retry? (y/n): ")
if check_answer(answer):
userAddress = recognize_speech()
else:
while True:
userAddress = input("Enter your Adress: ")
if userAddress != '':
break
print(f"Address: {userAddress}")
else:
while True:
userAddress = input("Enter your Adress: ")
if userAddress != '':
break
elif choice == 2:
while True:
userAddress = input("Enter your Adress: ")
if userAddress != '':
break
elif choice == 3:
g = geocoder.ip('me')
userLocation = str(g.latlng[0]) + ',' + str(g.latlng[1])
temp = gmaps.reverse_geocode(g.latlng)
userAddress = temp[0]['formatted_address']
logging.debug(f"Detected user address: {userAddress}, attitude: {userLocation}")
print(f"We have detected your address: {userAddress}")
userInput = input("Is this correct? (y/n):")
if check_answer(userInput):
return userLocation, userAddress
else:
while True:
userAddress = input("Enter your Adress: ")
if userAddress != '':
break
geocodeResult = gmaps.geocode(userAddress)
if len(geocodeResult) == 0:
logging.error(f"Unable to recognize user Address: {userAddress}")
print("Unable to identify address")
exit()
attitude = geocodeResult[0]['geometry']['location']
userLocation = str(attitude['lat']) + ',' + str(attitude['lng'])
logging.debug(f"Input adress: {userAddress}, attitude: {userLocation}")
return userLocation, userAddress
def getCity():
global city
g = geocoder.ip('me')
city = g.city
def fillFichaMascota():
form = UpdateMascotaDesaparecidaForm()
cur = conn.cursor(buffered=True, dictionary=True)
query = f"SELECT STATE FROM MASCOTA WHERE ID_MASCOTA={session['id_last_pet']}"
cur.execute(query)
estado: int = cur.fetchone()['STATE']
cur.close()
ip = 'me'
try:
if request.headers.get('X-Real-Ip'):
ip = request.headers.get('X-Real-Ip')
print(ip)
except:
print('no se consiguio la direccion')
g = geocoder.ip(ip)
latitud = g.latlng[0]
longitud = g.latlng[1]
if form.validate_on_submit():
cur = conn.cursor(buffered=True)
try:
if estado == 0:
query = f"SELECT actualiza_mascota({session['id_last_pet']}, '{form.comentario.data}', {form.latitud.data}, {form.longitud.data}, '{form.nombre.data}','{form.fecha.data}',{form.edad.data})"
cur.execute(query)
response: bool = cur.fetchone()[0]
else:
query = f"SELECT actualiza_mascota({session['id_last_pet']}, '{form.comentario.data}', {form.latitud.data}, {form.longitud.data}, '','{form.fecha.data}',0)"
cur.execute(query)
response: bool = cur.fetchone()[0]
if form.negro.data:
query = f"SELECT agrega_pelaje({session['id_last_pet']}, 1)"
cur.execute(query)
if form.blanco.data:
query = f"SELECT agrega_pelaje({session['id_last_pet']}, 2)"
cur.execute(query)
if form.marron.data:
query = f"SELECT agrega_pelaje({session['id_last_pet']}, 3)"
cur.execute(query)
if form.gris.data:
query = f"SELECT agrega_pelaje({session['id_last_pet']}, 4)"
cur.execute(query)
if form.amarillo.data:
query = f"SELECT agrega_pelaje({session['id_last_pet']}, 5)"
cur.execute(query)
photos = form.photo.raw_data
for item in photos:
foto = Image.open(item)
# Compresion de imagenes antes de guardar en base de datos
thumb_io = BytesIO()
foto.save(thumb_io, format='JPEG', quality=20)
archivo = thumb_io.getvalue()
query = "SELECT agrega_fotografia(?,?)"
cur.execute(query, (session['id_last_pet'], archivo))
if response:
flash(f'Actualizacion de Información correcta',
category='success')
conn.commit()
return redirect(
url_for('mostrarMascota', id=session['id_last_pet']))
else:
flash(f'Algo salio mal intente nuevamente', category='danger')
return redirect(url_for('loginpage'))
except mariadb.Error as e:
print(f'Error en base de datos: {e}')
flash(f'Error en base de datos', category='danger')
finally:
cur.close()
return render_template('fichaMascota.html',
Title='Informacion de Mascota',
form=form,
estado=estado,
latitud=latitud,
longitud=longitud)
def loc():
g = geocoder.ip('me')
return(g.city)
'/Users/indukurisuryasaiharischyandraprasad/Desktop/DATASET/Final_Year_Project'
)
f = open('face_encodings.pckl', 'wb')
pickle.dump(known_face_encodings, f)
f.close()
f = open('face_names.pckl', 'wb')
pickle.dump(known_face_names, f)
f.close()
print("Success")
if mode == 'display':
g = geocoder.ip('me')
location1 = " \nCity: " + str(g.city) + " \nState: " + str(
g.state) + " \nCountry: " + str(g.country) + " \nPincode: " + str(
g.postal)
(lat, long) = getLocation()
location = "Latitude: " + str(lat) + " Longitude: " + str(long) + location1
lat_in_deg = math.floor(lat)
lat_in_min1 = (lat - lat_in_deg) * 60
lat_in_min = math.floor(lat_in_min1)
lat_in_sec = round((lat_in_min1 - lat_in_min) * 60, 2)
long_in_deg = math.floor(long)
long_in_min1 = (long - long_in_deg) * 60
def index():
check = 0
error_msg = " "
if request.method == "POST":
if request.form['button'] == 'Submit':
try:
earliest = ""
latest = ""
start = ""
end = ""
first = request.form['datetimepicker3']
last = request.form['datetimepicker1']
early = str(dt.date.today()) + " " + first
earliest = dt.datetime.strptime(
early, '%Y-%m-%d %I:%M %p').timestamp()
late = str(dt.date.today()) + " " + last
latest = dt.datetime.strptime(late,
'%Y-%m-%d %I:%M %p').timestamp()
start = request.form['startLocation']
end = request.form['endLocation']
recieving_phone_number = request.form['phoneNumber']
if not start or not end:
error_msg = "You must enter your phone number, earliest and latest arrival times, and your start point and final destination."
return render_template("index.html",
ret=[],
length=0,
error=error_msg,
early="",
late="")
except:
error_msg = "You must enter your phone number, earliest and latest arrival times, and your start point and final destination."
return render_template("index.html",
ret=[],
length=0,
error=error_msg,
early="",
late="")
#get current longitude and latitude
if not start:
g = geocoder.ip('me')
curr_loc = g.latlng
origin_str = str(curr_loc[0]) + "," + str(curr_loc[1])
else:
origin_str = start
#api key
key = 'AIzaSyDVZ5-R9dw1EFWuzQ8ofHZmqqb4mHiVQfw'
#url format: url/json?origin=&destination=&arrival=&apikey=
url = 'https://maps.googleapis.com/maps/api/distancematrix/json?'
#origin_str = str(curr_loc[0]) + "," + str(curr_loc[1])
url += 'origins=' + origin_str
#print(url)
#destinations = '13813 Saratoga Vista Ave'
#destinations = '38.953,-77.2295'
destinations = '+'.join(end.split(' ')) #convert to url format
url += '&destinations=' + destinations
#window gives 2 date time objects
#earliest = early.timestamp()
#latest = late.timestamp()
#earliest = datetime.strptime(first, "%I:%M %p")
#latest = datetime.strptime(last, "%I:%M %p")
#print(str(datetime.now().year) + " " + str(datetime.now().month) + " " + str(datetime.now().day) + " " + first)
early_url = url + "&arrival_time=" + str(earliest) + '&key=' + key
late_url = url + "&arrival_time=" + str(latest) + '&key=' + key
r = requests.get(early_url)
print(r.json())
early_departure_int = earliest - r.json(
)['rows'][0]['elements'][0]['duration']['value']
early_departure = time.strftime(
'%I:%M %p', time.localtime(early_departure_int))
r = requests.get(late_url)
late_departure_int = latest - r.json(
)['rows'][0]['elements'][0]['duration']['value']
late_departure = time.strftime('%I:%M %p',
time.localtime(late_departure_int))
early_time = time.localtime(early_departure_int)
rounded_start = math.ceil(early_departure_int / 900) * 900
print(rounded_start, late_departure_int)
tracker = rounded_start
time_interval = []
while tracker <= late_departure_int:
time_interval.append(tracker)
tracker += 900
mins_interval = [
dt.datetime.fromtimestamp(num).minute +
dt.datetime.fromtimestamp(num).hour * 60
for num in time_interval
]
mins_interval = np.array(mins_interval)
day = dt.datetime.fromtimestamp(rounded_start).day
data = pd.read_csv("data.csv")
data = data.drop(labels=[
"Unnamed: 0", "driver_id", "ride_id", "event", "timestamp",
"ride_distance", "ride_duration", "hour"
],
axis=1)
X = data.drop(labels=["ride_prime_time"], axis=1)
y = data["ride_prime_time"].astype(bool).astype(int)
model = RandomForestClassifier(class_weight={
0: 1,
1: 1.1
},
min_samples_split=480,
random_state=0)
model.fit(X, y)
data2 = data.loc[data["ride_prime_time"] > 0]
X2 = data2.drop(labels=["ride_prime_time"], axis=1)
y2 = data2["ride_prime_time"]
model2 = RandomForestClassifier(class_weight='balanced',
min_samples_leaf=10,
min_samples_split=148,
random_state=0)
model2.fit(X2, y2)
def predict(day, intervals):
y_pred = []
for interval in intervals:
param = np.array([day, interval]).reshape(1, -1)
y_pred.append(model.predict(param)[0])
surge_pred = []
for i in range(len(intervals)):
if y_pred[i]:
param = np.array([day, intervals[i]]).reshape(1, -1)
surge_pred.append(model2.predict(param)[0])
else:
surge_pred.append(0)
return surge_pred
preds = predict(day, mins_interval)
print(preds)
tup_data = list(zip(time_interval, preds))
tup_data.sort(key=lambda x: (x[1], x[0]))
print(tup_data)
try:
ret = tup_data[0:3]
except:
ret = tup_data
plt.cla()
plt.clf()
plt.figure()
time_list = [
time.strftime('%I:%M %p', time.localtime(num))
for num in time_interval
]
sns.set(style="dark", rc={"lines.linewidth": 4.5})
sns.set_palette("GnBu_d", 3)
plt.rcParams["font.family"] = "Helvetica"
# Plot the responses for different events and regions
ax = sns.lineplot(x=time_list,
y=preds) # edit this line with data and vars
ax.set_yticks([])
ax.set(xlabel='Time',
ylabel='Surge',
title="When should you ride?")
plt.savefig('static/graph.png')
ret = [time for time, surge in ret]
print(ret)
#ret = [str(dt.datetime.fromtimestamp(num).hour) + ':' + str(dt.datetime.fromtimestamp(num).minute) for num in ret]
ret = [
time.strftime('%I:%M %p', time.localtime(num)) for num in ret
]
print(ret)
try:
message = client.messages \
.create(
body= "leave after " + early_departure + " by " + late_departure,
from_=sending_phone_number,
to=recieving_phone_number
)
except:
error_msg = "Unable to send text message with details to " + recieving_phone_number
return render_template("index.html",
ret=[],
length=0,
error=error_msg,
early=early_departure,
late=late_departure)
return render_template("index.html",
ret=ret,
length=len(ret),
error="",
early=early_departure,
late=late_departure)
print(message.sid)
else:
return render_template("index.html",
ret=[],
length=0,
error="",
early="",
late="")
return render_template("index.html",
ret=[],
length=0,
error="",
early="",
late="")
def send_stats(logger, host, port, user, password, dbname):
"""
Send anonymous usage statistics
Example use:
current_stat = return_stat_file_dict()
add_update_stat(logger, 'stat', current_stat['stat'] + 5)
"""
try:
client = InfluxDBClient(host, port, user, password, dbname)
# Prepare stats before sending
with session_scope(MYCODO_DB_PATH) as new_session:
relays = new_session.query(Relay)
add_update_stat(logger, 'num_relays', get_count(relays))
sensors = new_session.query(Sensor)
add_update_stat(logger, 'num_sensors', get_count(sensors))
add_update_stat(logger, 'num_sensors_active', get_count(sensors.filter(
Sensor.activated == True)))
pids = new_session.query(PID)
add_update_stat(logger, 'num_pids', get_count(pids))
add_update_stat(logger, 'num_pids_active', get_count(pids.filter(
PID.activated == True)))
lcds = new_session.query(LCD)
add_update_stat(logger, 'num_lcds', get_count(lcds))
add_update_stat(logger, 'num_lcds_active', get_count(lcds.filter(
LCD.activated == True)))
logs = new_session.query(Log)
add_update_stat(logger, 'num_logs', get_count(logs))
add_update_stat(logger, 'num_logs_active', get_count(logs.filter(
Log.activated == True)))
timers = new_session.query(Timer)
add_update_stat(logger, 'num_timers', get_count(timers))
add_update_stat(logger, 'num_timers_active', get_count(timers.filter(
Timer.activated == True)))
add_update_stat(logger, 'country', geocoder.ip('me').country)
add_update_stat(logger, 'ram_use_mb', resource.getrusage(
resource.RUSAGE_SELF).ru_maxrss / float(1000))
user_count = 0
admin_count = 0
with session_scope(USER_DB_PATH) as db_session:
users = db_session.query(Users).all()
for each_user in users:
user_count += 1
if each_user.user_restriction == 'admin':
admin_count += 1
add_update_stat(logger, 'num_users_admin', admin_count)
add_update_stat(logger, 'num_users_guest', user_count-admin_count)
add_update_stat(logger, 'Mycodo_revision', MYCODO_VERSION)
# Combine stats into list of dictionaries to be pushed to influxdb
new_stats_dict = return_stat_file_dict()
formatted_stat_dict = []
for each_key, each_value in new_stats_dict.iteritems():
if each_key != 'stat': # Do not send header row
formatted_stat_dict = add_stat_dict(formatted_stat_dict,
new_stats_dict['id'],
each_key,
each_value)
# Send stats to influxdb
client.write_points(formatted_stat_dict)
logger.debug("[Daemon] Sent anonymous usage statistics")
return 0
except Exception as except_msg:
logger.warning('[Daemon] Could not send anonymous usage statictics: '
'{}'.format(except_msg))
return 1
def calcDistanceView(request):
distance = None
destination = None
form = MeasurementForm(request.POST or None)
geolocator = Photon(user_agent="measurements")
# Location Coordinates
g = geocoder.ip('me')
lat = g.latlng[0]
lon = g.latlng[1]
location = geolocator.reverse(f"{lat}, {lon}")
pointA = [lat, lon]
# Initial Folium Map
m = folium.Map(width='100%',
height='100%',
location=get_center_coordinates(lat, lon))
# Location Marker
folium.Marker([lat, lon],
tooltip='Click here for more',
popup=location,
icon=folium.Icon(color='blue', icon='home')).add_to(m)
if form.is_valid():
instance = form.save(commit=False)
# destination coordinates
destination_ = form.cleaned_data.get('destination')
destination = geolocator.geocode(destination_)
d_lat = destination.latitude
d_lon = destination.longitude
pointB = (d_lat, d_lon)
# calc distance
distance = round(geodesic(pointA, pointB).km, 2) # calc the distance
# Destination Marker
m = folium.Map(width='100%',
height='100%',
location=get_center_coordinates(lat, lon, d_lat, d_lon),
zoom_start=get_zoom(distance))
# Location Marker
folium.Marker([lat, lon],
tooltip='Click here for more',
popup=get_center_coordinates(lat, lon),
icon=folium.Icon(color='blue', icon='home')).add_to(m)
folium.Marker([d_lat, d_lon],
tooltip='Click here for more',
popup=destination,
icon=folium.Icon(color='red', icon='cloud')).add_to(m)
# Draw a line between location and destination
line = folium.PolyLine(locations=[pointA, pointB],
weight=3,
color='blue')
m.add_child(line) # Append the Line to the Map
# Location
instance.location = location
# Distance
instance.distance = distance
instance.save()
# Map Representation
m = m._repr_html_()
context = {
'distance': distance,
'destination': destination,
'form': form,
'map': m,
}
return render(request, 'measurements/main.html', context)
def handle_action(self, text, **kwargs):
"""
Action handler. Handles a text command responding accordingly.
"""
# Use lowercase for processing.
text = text.lower()
logger.debug("Received text: '%s'", text)
if any(word in text for word in self.STOP_LISTENING):
self.speak("As you wish boss. Enjoy your day.")
sys.exit()
elif any(word == text for word in self.NAMES):
self.speak("Yes boss?")
elif "how are you" in text:
self.speak("I'm fine, thank you.")
elif "thank you" in text:
self.speak("Any time boss.")
elif any("day" in text for word in self.TIME_COMMANDS):
self.speak(time.strftime("%x"))
elif any(word in text for word in self.TIME_COMMANDS):
self.speak(time.strftime("%X"))
elif any(word in text for word in self.GREETING) or text=="hi":
self.speak("Hello boss.")
elif any(string == text for string in self.SWEAR):
self.speak("I'm sorry boss, but I was not built to execute such a task.")
elif "open" in text:
obj = text.split("open ")[1]
if obj not in self.OPEN_ACTIONS:
self.speak("I'm sorry boss, but I'm unable to recognize the open command")
else:
if "browser" in obj:
self.speak("Opening browser.")
webbrowser.open("https://www.google.com/")
elif "map" in obj:
self.speak("Opening maps.")
webbrowser.open("https://www.google.com/maps/")
elif "gmail" in obj:
self.speak("Opening gmail.")
webbrowser.open("https://mail.google.com/")
elif "facebook" in obj:
self.speak("Opening facebook.")
webbrowser.open("https://www.facebook.com/")
elif "youtube" in obj:
self.speak("Opening youtube.")
webbrowser.open("https://www.youtube.com/")
elif "home folder" in obj:
self.speak("Opening home folder.")
folder = os.path.expanduser("~")
os.system('xdg-open "%s"' % folder)
elif "music" in obj:
self.speak("Opening music folder.")
folder = os.path.expanduser("~/Music")
os.system('xdg-open "%s"' % folder)
elif "pictures" in obj:
self.speak("Opening pictures folder.")
folder = os.path.expanduser("~/Pictures")
os.system('xdg-open "%s"' % folder)
elif "videos" in obj:
self.speak("Opening videos folder.")
folder = os.path.expanduser("~/Videos")
os.system('xdg-open "%s"' % folder)
elif "downloads" in obj:
self.speak("Opening downloads folder.")
folder = os.path.expanduser("~/Downloads")
os.system('xdg-open "%s"' % folder)
elif "documents" in obj:
self.speak("Opening documents folder.")
folder = os.path.expanduser("~/Documents")
os.system('xdg-open "%s"' % folder)
elif "search" in text:
txt_split = text.split(" ")
if txt_split[0]=="wolfram" and txt_split[1]=="search":
self.handle_wolframalpha_search(text.split("search ")[1])
else:
self.speak("Opening google search.")
url = "https://www.google.com.tr/search?q={}".format(text.split("search ")[1])
webbrowser.open(url)
elif "calculate" in text:
self.handle_wolframalpha_search(text.split("calculate ")[1])
elif any(word in text for word in self.WEATHER):
if ' in ' in text:
place = text.split(" in ")[1]
out = data_output(data_organizer(data_fetch(url_builder_city(place))))
if 'brief' in text:
self.speak(out[0])
elif 'detailed' in text:
self.speak(out[1])
else:
self.speak(out[0])
else:
IP = ipgetter.myip()
match = geocoder.ip(IP)
coords = match.latlng
data = data_organizer(data_fetch(url_builder_coords(coords[0], coords[1])))
out = data_output(data)
if 'brief' in text:
self.speak(out[0])
elif 'detailed' in text:
self.speak(out[1])
else:
self.speak(out[0])
elif "detect" in text or "facial detection" in text:
if "faces" in text:
faces = detect_faces()
if faces == 1:
self.speak("I'm detecting "+str(faces)+" face. I stored the frame in the data folder.")
else:
self.speak("I'm detecting "+str(faces)+" faces. I stored the frame in the data folder.")
# Retrieve the names of all astronauts currently in the space station
engine = pyttsx3.init() ## loads the engine for text to speech
url = "http://api.open-notify.org/astros.json"
response = urllib.request.urlopen(url)
result = json.loads(response.read())
a = open("iss.txt", "w")
a.write("There are currently " + str(result["number"]) +
" astronauts on the ISS \n")
people = result["people"]
for p in people:
a.write(p["name"] + "- on board")
g = geocoder.ip("me")
a.write("\n Your current Lat/Long is: " + str(g.latlng))
a.close()
with open('iss.txt') as f:
for line in f:
print(line)
engine.say(line)
engine.runAndWait()
screen = turtle.Screen()
screen.setup(1280, 720)
screen.setworldcoordinates(-180, -90, 180, 90)
screen.bgpic("map.gif")
screen.register_shape("iss.gif")
iss = turtle.Turtle()