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""" Author: Betepok Version: 1.2.01 Date: 30.07.2015 Twitter: https://twitter.com/BetepO_ok Bitbucket: https://bitbucket.org/BetepokNoname """ VERSION = '1.2.01 (30.07.2015)' AUTHOR = 'Betepok (https://twitter.com/BetepO_ok)' from datetime import datetime from requests import get as getResponse from argparse import ArgumentParser, RawDescriptionHelpFormatter from textwrap import dedent INSTAGRAM_ACCESS_TOKEN = '987654321.1q2w3e4.1q2w3e4r5t6y7u8i9o0p1q2w3e4r5t6y' DISTANCE = '100' TIME_INCREMENT = 60*60*24 def getInstagram(latitude, longitude, distance, minTimestamp, maxTimestamp): params = { 'lat': latitude, 'lng': longitude, 'distance': distance, 'min_timestamp': str(minTimestamp), 'max_timestamp': str(maxTimestamp), 'access_token': INSTAGRAM_ACCESS_TOKEN } return getResponse("https://api.instagram.com/v1/media/search", \ params=params, verify=True).json() def getVK(latitude, longitude, distance, minTimestamp, maxTimestamp): params = { 'lat': latitude, 'long': longitude, 'count': '100', 'radius': distance, 'start_time': minTimestamp, 'end_time': maxTimestamp, } return getResponse("https://api.vk.com/method/photos.search", \ params=params, verify=True).json() def convertTSToDate(timestamp): return datetime.fromtimestamp(timestamp).strftime('%Y-%m-%d %H:%M:%S') + ' UTC' def parseInstagram(latitude, longitude, distance, minTimestamp, maxTimestamp, dateIncrement): if INSTAGRAM_ACCESS_TOKEN == 'YOUR_INSTAGRAM_TOKEN': print 'You should add your instagram access token' return print 'Parsing instagram..' fileDescriptor = open('instagram_' + latitude + longitude + '.html', 'w') fileDescriptor.write('<html>') localMinTimestamp = minTimestamp while (1): if ( localMinTimestamp >= maxTimestamp ): break localMaxTimestamp = localMinTimestamp + dateIncrement if ( localMaxTimestamp > maxTimestamp ): localMaxTimestamp = maxTimestamp print convertTSToDate(localMinTimestamp), '-', convertTSToDate(localMaxTimestamp) responseJSON = getInstagram(latitude, longitude, distance, localMinTimestamp, localMaxTimestamp) for fieldJSON in responseJSON['data']: fileDescriptor.write('<br>') fileDescriptor.write('<img src=' + fieldJSON['images']['standard_resolution']['url'] + '><br>') fileDescriptor.write(convertTSToDate(int(fieldJSON['created_time'])) + '<br>') fileDescriptor.write(fieldJSON['link'] + '<br>') fileDescriptor.write('<br>') localMinTimestamp = localMaxTimestamp fileDescriptor.write('</html>') fileDescriptor.close() def parseVK(latitude, longitude, distance, minTimestamp, maxTimestamp, dateIncrement): print 'Parsing vkontakte..' fileDescriptor = open('vk_' + latitude + longitude + '.html', 'w') fileDescriptor.write('<html>') localMinTimestamp = minTimestamp while (1): if (localMinTimestamp >= maxTimestamp): break localMaxTimestamp = localMinTimestamp + dateIncrement if (localMaxTimestamp > maxTimestamp): localMaxTimestamp = maxTimestamp print convertTSToDate(localMinTimestamp), '-', convertTSToDate(localMaxTimestamp) responseJSON = getVK(latitude, longitude, distance, localMinTimestamp, localMaxTimestamp) for fieldJSON in responseJSON['response']: if type(fieldJSON) is int: continue fileDescriptor.write('<br>') fileDescriptor.write('<img src=' + fieldJSON['src_big'] + '><br>') fileDescriptor.write(convertTSToDate(int(fieldJSON['created'])) + '<br>') fileDescriptor.write('http://vk.com/id' + str(fieldJSON['owner_id']) + '<br>') fileDescriptor.write('<br>') localMinTimestamp = localMaxTimestamp fileDescriptor.write('</html>') fileDescriptor.close() def main(): global INSTAGRAM_ACCESS_TOKEN global DISTANCE global TIME_INCREMENT global VERSION global AUTHOR INFO = dedent(''' -------- example -------- python photobygeo.py 55.740701 37.609161 1400619600 1400792400 -------- about ---------- Parsing photos from Instagram and VK by geographic coordinates. Version: %s Author: %s -------- arguments ------ ''' % (VERSION, AUTHOR)) parser = ArgumentParser(description=INFO, formatter_class=RawDescriptionHelpFormatter) parser.add_argument("latitude", type=str, help="Geographic latitude") parser.add_argument("longitude", type=str, help="Geographic longitude") parser.add_argument("min_timestamp", type=int, help="Start the search from this timestamp") parser.add_argument("max_timestamp", type=int, help="Finish the search in this timestamp") parser.add_argument("-d", "--distance", action="store", help="Distance for search (meters). Default: %s" % DISTANCE) parser.add_argument("-i", "--increment", action="store", help="Time increment for search (seconds). Default: %d" % TIME_INCREMENT) args = parser.parse_args() if args.distance: DISTANCE = args.distance if args.increment: TIME_INCREMENT = args.increment print 'GEO:', args.latitude, args.longitude print 'TIME: from', convertTSToDate(args.min_timestamp), 'to', convertTSToDate(args.max_timestamp) print 'DISTANCE: %s' % DISTANCE print 'TIME INCREMENT: %d' % TIME_INCREMENT parseInstagram(args.latitude, args.longitude, DISTANCE, args.min_timestamp, args.max_timestamp, TIME_INCREMENT) parseVK(args.latitude, args.longitude, DISTANCE, args.min_timestamp, args.max_timestamp, TIME_INCREMENT) if __name__ == "__main__": main()
