def main():
logger.setLevel(logging.ERROR)
args=parser.parse_args()
# Get our handle to flickr service
flickr=service_flickr.service_flickr()
# Get list of data sets and primary photo ids
dsets=flickr._getphotosets()
# Sort according to title, which will
# always be yyyy-mm-dd - Name for my photosets
keys=dsets.keys()
keys.sort(reverse=True)
data={}
data['number_sets'] = len(keys)
data['sets']=[]
# Loop through each set
for key in keys:
d={}
pid=dsets[key]['photo_id']
lat,lon,acc=flickr._getphoto_location(pid)
file_url=flickr._getphoto_url(pid)
dinfo=flickr._getphoto_information(pid)
print('%s : %s,%s\n url: %s\npurl: %s\n'\
%(key,lat,lon,dsets[key]['url'],file_url))
d['photo_url']=dsets[key]['url'] # Link to set
d['photo_file_url']=file_url # Link to actual file
d['latitude']=lat
d['longitude']=lon
d['photo_id']=pid
d['photo_title']=dinfo['title']
d['set_title']=key
data['sets'].append(d)
# move lat/lon if they're too close to each other
# so google can draw them separately
redistribute_duplicates(data)
# Save to database
json.dump(data,open(args.outputfile,'w'))
def main():
logger.setLevel(logging.ERROR)
args = parser.parse_args()
# Get our handle to flickr service
flickr = service_flickr.service_flickr()
# Get list of data sets and primary photo ids
dsets = flickr._getphotosets()
# Sort according to title, which will
# always be yyyy-mm-dd - Name for my photosets
keys = dsets.keys()
keys.sort(reverse=True)
data = {}
data['number_sets'] = len(keys)
data['sets'] = []
# Loop through each set
for key in keys:
d = {}
pid = dsets[key]['photo_id']
lat, lon, acc = flickr._getphoto_location(pid)
file_url = flickr._getphoto_url(pid)
dinfo = flickr._getphoto_information(pid)
print('%s : %s,%s\n url: %s\npurl: %s\n'\
%(key,lat,lon,dsets[key]['url'],file_url))
d['photo_url'] = dsets[key]['url'] # Link to set
d['photo_file_url'] = file_url # Link to actual file
d['latitude'] = lat
d['longitude'] = lon
d['photo_id'] = pid
d['photo_title'] = dinfo['title']
d['set_title'] = key
data['sets'].append(d)
# move lat/lon if they're too close to each other
# so google can draw them separately
redistribute_duplicates(data)
# Save to database
json.dump(data, open(args.outputfile, 'w'))
def __init__(self):
self.services = []
self.services.append(service_flickr.service_flickr())
self.services.append(service_wp.service_wp())
self.services.append(service_facebook.service_facebook())
