def post(self):
'''For uploading urls to the bands other websites
'''
try:
artist = self.get_artist_from_session()
except self.SessionError:
return self.redirect(ARTIST_LOGIN)
# f**k bitches, accumulate urls
defined_urls = {
'bandcamp_url': self.request.get('bandcamp_url', None),
'facebook_url': self.request.get('facebook_url', None),
'myspace_url': self.request.get('myspace_url', None),
'tumblr_url': self.request.get('tumblr_url', None),
'twitter_url': self.request.get('twitter_url', None),
'youtube_url': self.request.get('youtube_url', None),
'website_url': self.request.get('website_url', None)
}
# store urls
for url_id, url in defined_urls.iteritems():
setattr(artist, url_id, url)
# store extraneous urls
other_urls = self.request.get_all('other_urls')
artist.other_urls = other_urls
# store the artists email
email = self.request.get('email', None)
if email is not None:
artist.email = email
#=======================================================================
# Update city information
#=======================================================================
city_name = self.request.get('locality') or ' '
if city_name is not ' ':
admin1 = self.request.get('administrative_area_level_1', '') or ' '
country = self.request.get('country', '') or ' '
lat = self.request.get('lat')
lon = self.request.get('lon')
geo_point = ndb.GeoPt('{},{}'.format(lat, lon))
# create the global city entity in the db
city = utils.fetch_city_from_path(country, admin1, city_name,
geo_point)
# create a version of the city to be stored on the artist
city_property = city.to_city_property()
# artist.cities is a list, pass city_property as a singleton
artist.cities = [
city_property,
]
# store the city name because, shit will break if we dont
artist.city = city_name
# store changes
artist.put()
# return to the manage page
return self.redirect(ARTIST_MANAGE)
def post(self):
'''For uploading urls to the bands other websites
'''
try:
artist = self.get_artist_from_session()
except self.SessionError:
return self.redirect(ARTIST_LOGIN)
# f**k bitches, accumulate urls
defined_urls = {
'bandcamp_url' : self.request.get('bandcamp_url',None),
'facebook_url' : self.request.get('facebook_url',None),
'myspace_url' : self.request.get('myspace_url',None),
'tumblr_url' : self.request.get('tumblr_url',None),
'twitter_url' : self.request.get('twitter_url',None),
'youtube_url' : self.request.get('youtube_url',None),
'website_url' : self.request.get('website_url',None)
}
# store urls
for url_id,url in defined_urls.iteritems():
setattr(artist, url_id, url)
# store extraneous urls
other_urls = self.request.get_all('other_urls')
artist.other_urls = other_urls
# store the artists email
email = self.request.get('email',None)
if email is not None:
artist.email = email
#=======================================================================
# Update city information
#=======================================================================
city_name = self.request.get('locality') or ' '
if city_name is not ' ':
admin1 = self.request.get('administrative_area_level_1','') or ' '
country = self.request.get('country','') or ' '
lat = self.request.get('lat')
lon = self.request.get('lon')
geo_point = ndb.GeoPt('{},{}'.format(lat,lon))
# create the global city entity in the db
city = utils.fetch_city_from_path(country, admin1, city_name, geo_point)
# create a version of the city to be stored on the artist
city_property = city.to_city_property()
# artist.cities is a list, pass city_property as a singleton
artist.cities = [city_property,]
# store the city name because, shit will break if we dont
artist.city = city_name
# store changes
artist.put()
# return to the manage page
return self.redirect(ARTIST_MANAGE)
def get(self):
'''
Adds cities to all the spoofed artists
'''
if os.environ['SERVER_SOFTWARE'].startswith('Development') == False:
self.say('This handler can not be accessed')
return
cities = ['c' * i for i in range(1, 10)]
states = ['s' * i for i in range(1, 10)]
countries = ['y' * i for i in range(1, 10)]
city_keys = []
for y in countries:
for s in states:
for c in cities:
lat = random.uniform(41.9, 42.9)
lon = random.uniform(-70.9, -71.9)
# gstring = '{},{}'.format(lat,lon)
geo_point = ndb.GeoPt(lat, lon)
city = utils.fetch_city_from_path(y, s, c, geo_point)
city_keys.append(city)
# allston = utils.fetch_city_from_path('United States', 'MA', 'Allston', ndb.GeoPt('42.3539038, -71.1337112'))
# boston = utils.fetch_city_from_path('United States', 'MA', 'Boston', ndb.GeoPt('42.353, -71.133'))
# somerville = utils.fetch_city_from_path('United States', 'MA', 'Somerville', ndb.GeoPt('42.3875968, -71.0994968'))
#
# city_keys = [allston,boston,somerville]
artists = models.Artist.query().iter(batch_size=50)
for a in artists:
# del a._properties['city_keys']
# del a._properties['ghash']
city = random.choice(city_keys)
a.cities.append(
models.CityProperty(city_key=city.key, ghash=city.ghash))
# a.ghash = city.ghash
# a.city_keys.append(city.key)
a.put()
# self.say(a.key)
self.say('Done!')
def get(self):
'''
Adds cities to all the spoofed artists
'''
if os.environ['SERVER_SOFTWARE'].startswith('Development') == False:
self.say('This handler can not be accessed')
return
cities = ['c'*i for i in range(1,10)]
states = ['s'*i for i in range(1,10)]
countries = ['y'*i for i in range(1,10)]
city_keys = []
for y in countries:
for s in states:
for c in cities:
lat = random.uniform(41.9,42.9)
lon = random.uniform(-70.9,-71.9)
# gstring = '{},{}'.format(lat,lon)
geo_point = ndb.GeoPt(lat,lon)
city = utils.fetch_city_from_path(y,s,c,geo_point)
city_keys.append(city)
# allston = utils.fetch_city_from_path('United States', 'MA', 'Allston', ndb.GeoPt('42.3539038, -71.1337112'))
# boston = utils.fetch_city_from_path('United States', 'MA', 'Boston', ndb.GeoPt('42.353, -71.133'))
# somerville = utils.fetch_city_from_path('United States', 'MA', 'Somerville', ndb.GeoPt('42.3875968, -71.0994968'))
#
# city_keys = [allston,boston,somerville]
artists = models.Artist.query().iter(batch_size = 50)
for a in artists:
# del a._properties['city_keys']
# del a._properties['ghash']
city = random.choice(city_keys)
a.cities.append(models.CityProperty(city_key = city.key, ghash = city.ghash))
# a.ghash = city.ghash
# a.city_keys.append(city.key)
a.put()
# self.say(a.key)
self.say('Done!')