def _create_or_update_event(upcoming_id, watchlist_event):
"""
Adds an Event object for the upcoming event.
"""
try:
upcoming_event_info = upcoming.event.getInfo(event_id=upcoming_id)[0]
except:
return "ERROR: There was an error retrieving event " + str(upcoming_id)
try:
# Look for an UpcomingEvent with this ID. If found, update the UpcomingEvent's related
# event with any new title, description, or tags.
print "Found event: " + upcoming_event_info['name']
upcoming_event = UpcomingEvent.objects.get(upcoming_event_id=upcoming_id)
event = upcoming_event.event
if event.get_first_eventtime():
if not event.get_first_eventtime().is_in_past:
event.title = force_unicode(upcoming_event_info['name'])
event.description = force_unicode(upcoming_event_info['description'])
event.tags = force_unicode(" ".join(upcoming_event_info['tags'][0:15]))
event.save()
# If this is an event in the future, make sure it's related objects are all up to date.
# If it's an event in the past, we don't really care.
if event.get_first_eventtime():
if not event.get_first_eventtime().is_in_past:
_create_or_update_related_objects(event, upcoming_event_info, watchlist_event)
except UpcomingEvent.DoesNotExist:
# If we didn't find an UpcomingEvent with this ID, it's a new event. Create an event
# with the appropriate info and call _create_or_update_upcomingevent_for_event to create
# the associated UpcomingEvent.
event = Event(
title = force_unicode(upcoming_event_info['name']),
description = force_unicode(upcoming_event_info['description']),
tags = force_unicode(" ".join(upcoming_event_info['tags'][0:15])),
date_created = datetime.datetime.now(),
date_published = datetime.datetime.now(),
slug = get_unique_slug_value(Event, slugify(upcoming_event_info['name'])),
)
event.save()
_create_or_update_related_objects(event, upcoming_event_info, watchlist_event)
def _create_or_update_place_for_event(event, upcoming_event_info):
"""
Adds a Place object and an UpcomingVenue object for the related venue.
"""
try:
upcoming_venue_info = upcoming.venue.getInfo(venue_id=upcoming_event_info['venue_id'])[0]
upcoming_metro_info = upcoming.metro.getInfo(metro_id=upcoming_event_info['metro_id'])[0]
except:
print "\tERROR: There was an error retrieving the Upcoming venue or metro information for this event."
return None
upcoming_venue, created_upcoming_venue = UpcomingVenue.objects.get_or_create(
upcoming_venue_id=upcoming_venue_info['id'],
)
if not created_upcoming_venue:
place = upcoming_venue.place
place.website = upcoming_venue_info['url']
place.description = upcoming_venue_info['description']
place.address1 = upcoming_venue_info['address']
place.phone1 = upcoming_venue_info['phone']
else:
place = Place(
name = upcoming_venue_info['name'],
slug = get_unique_slug_value(Place, slugify(upcoming_venue_info['name']))[:30],
website = upcoming_venue_info['url'],
description = upcoming_venue_info['description'],
address1 = upcoming_venue_info['address'],
phone1 = upcoming_venue_info['phone'],
phone2 = '',
fax = '',
)
if len(upcoming_venue_info['zip']) <= 5:
place.zip_code = upcoming_venue_info['zip']
# Get the city from flickr's API instead of using Upcoming's data, as Flickr's is MUCH more normalized.
place.city = get_city_from_flickr(city_name=upcoming_venue_info['city'], state=upper(upcoming_metro_info['state_code']), country=upcoming_metro_info['country_code'])
if place.city:
print "\tFound city " + str(place.city) + " using Flickr's places API."
else:
# If flickr doesn't get us any data, we'll use Upcoming's (shitty) data.
print "\t Couldn't find the city in Flickr's API; falling back to Upcoming's."
city = upcoming_venue_info['city'],
state = upper(upcoming_metro_info['state_code'])
if len(upcoming_metro_info['country_code']) == 2:
country = upcoming_metro_info['country_code']
else:
country = ''
city, created_city = City.object.get_or_create(
city = city,
state = state,
country = country,
slug = slugify(asciiDammit(city) + " " + asciiDammit(state) + " " + asciiDammit(country)),
)
if created_city:
city.save()
place.city = city
place.save()
upcoming_venue.place = place
upcoming_venue.user_id = upcoming_venue_info['user_id']
upcoming_venue.name = upcoming_venue_info['name']
upcoming_venue.url = upcoming_venue_info['url']
upcoming_venue.private = upcoming_venue_info['private']
upcoming_venue.save()
return place
def create_or_update_photo(photo, sizes, tags, exif):
try:
print "\nProcessing photo " + str(photo.title[0].elementText).encode('ascii', 'xmlcharrefreplace')
except:
print "\nProcessing photo (unable to print title...the photo's id is " + str(photo['id']) + ")"
try:
# See if we already have this photo in our database.
savoy_photo = FlickrPhoto.objects.get(flickr_photo_id=photo['id']).photo
except:
# If we don't, create a placeholder Photo object for it.
savoy_photo = Photo(slug=None)
# Set the various attributes of the Photo object to the appropriate values.
if photo.title[0].elementText != '':
savoy_photo.title = force_unicode(photo.title[0].elementText)[:245]
else:
savoy_photo.title = 'Untitled'
savoy_photo.description = force_unicode(photo.description[0].elementText)
savoy_photo.date_created = photo.dates[0]['taken']
savoy_photo.date_published = datetime.datetime.fromtimestamp(int(photo.dates[0]['posted']))
if not savoy_photo.slug:
proposed_slug = slugify(savoy_photo.title)
savoy_photo.slug = get_unique_slug_value(Photo, proposed_slug)
savoy_photo.tags = force_unicode(truncate_tags(tags))
savoy_photo.aperture = ""
for size in sizes:
if size['label'] == "Original":
savoy_photo.image_width = size['width']
savoy_photo.image_height = size['height']
if savoy_photo.image_width == None or savoy_photo.image_height == None:
for size in sizes:
if size['label'] == "Large":
savoy_photo.image_width = size['width']
savoy_photo.image_height = size['height']
if exif:
for tag in exif:
if tag['label'] == 'Make':
try:
savoy_photo.make = tag.clean[0].elementText
except:
savoy_photo.make = tag.raw[0].elementText
if tag['label'] == 'Model':
try:
savoy_photo.model = tag.clean[0].elementText
except:
savoy_photo.model = tag.raw[0].elementText
if tag['label'] == 'Orientation':
try:
savoy_photo.orientation = tag.clean[0].elementText
except:
savoy_photo.orientation = tag.raw[0].elementText
if tag['label'] == 'X-Resolution':
try:
savoy_photo.x_resolution_unit = tag.clean[0].elementText
except:
savoy_photo.x_resolution_unit = tag.raw[0].elementText
if tag['label'] == 'Y-Resolution':
try:
savoy_photo.y_resolution = tag.clean[0].elementText
except:
savoy_photo.y_resolution = tag.raw[0].elementText
if tag['label'] == 'Resolution Unit':
try:
savoy_photo.resolution_unit = tag.clean[0].elementText
except:
savoy_photo.resolution_unit = tag.raw[0].elementText
if tag['label'] == 'Software':
try:
savoy_photo.software = tag.clean[0].elementText
except:
savoy_photo.software = tag.raw[0].elementText
if tag['label'] == 'Host Computer':
try:
savoy_photo.host_computer = tag.clean[0].elementText
except:
savoy_photo.host_computer = tag.raw[0].elementText
if tag['label'] == 'YCbCr Positioning':
try:
savoy_photo.ycbcr_positioning = tag.clean[0].elementText
except:
savoy_photo.ycbcr_positioning = tag.raw[0].elementText
if tag['label'] == 'Exposure':
try:
savoy_photo.exposure = tag.clean[0].elementText
except:
savoy_photo.exposure = tag.raw[0].elementText
if savoy_photo.aperture == "":
if tag['label'] == 'Aperture':
try:
savoy_photo.aperture = tag.clean[0].elementText
except:
savoy_photo.aperture = tag.raw[0].elementText
if tag['label'] == 'Shutter Speed':
try:
savoy_photo.shutter_speed = tag.clean[0].elementText
except:
savoy_photo.shutter_speed = tag.raw[0].elementText
if tag['label'] == 'Exposure Bias':
try:
savoy_photo.exposure_bias = tag.clean[0].elementText
except:
savoy_photo.exposure_bias = tag.raw[0].elementText
if tag['label'] == 'Metering Mode':
try:
savoy_photo.metering_mode = tag.clean[0].elementText
except:
savoy_photo.metering_mode = tag.raw[0].elementText
if tag['label'] == 'Flash':
try:
savoy_photo.flash = tag.clean[0].elementText
except:
savoy_photo.flash = tag.raw[0].elementText
if tag['label'] == 'Focal Length':
try:
savoy_photo.focal_length = tag.clean[0].elementText
except:
savoy_photo.focal_length = tag.raw[0].elementText
if tag['label'] == 'Color Space':
try:
savoy_photo.color_space = tag.clean[0].elementText
except:
savoy_photo.color_space = tag.raw[0].elementText
if tag['label'] == 'Sensing Method':
try:
savoy_photo.sensing_method = tag.clean[0].elementText
except:
savoy_photo.sensing_method = tag.raw[0].elementText
if tag['label'] == 'Compression':
try:
savoy_photo.compression = tag.clean[0].elementText
except:
savoy_photo.compression = tag.raw[0].elementText
# Save the Photo object.
try:
savoy_photo.save()
print "\tSaved photo"
except:
print "\tERROR: Could not save photo"
# Return the saved Photo object.
return savoy_photo
