pyosm/parsing.py
def iter_osm_notes(feed_limit=25, interval=60, parse_timestamps=True):
    """ Parses the global OSM Notes feed and yields as much Note information as possible. """

    last_seen_guid = None
    while True:
        u = urllib2.urlopen('https://www.openstreetmap.org/api/0.6/notes/feed?limit=%d' % feed_limit)

        tree = etree.parse(u)

        new_notes = []
        for note_item in tree.xpath('/rss/channel/item'):
            title = note_item.xpath('title')[0].text

            if title.startswith('new note ('):
                action = 'create'
            elif title.startswith('new comment ('):
                action = 'comment'
            elif title.startswith('closed note ('):
                action = 'close'

            # Note that (at least for now) the link and guid are the same in the feed.
            guid = note_item.xpath('link')[0].text

            if last_seen_guid == guid:
                break
            elif last_seen_guid == None:
                # The first time through we want the first item to be the "last seen"
                # because the RSS feed is newest-to-oldest
                last_seen_guid = guid
            else:
                note_id = int(guid.split('/')[-1].split('#c')[0])
                new_notes.append((action, get_note(note_id, parse_timestamps)))

        # We yield the reversed list because we want to yield in change order
        # (i.e. "oldest to most current")
        for note in reversed(new_notes):
            yield note

        yield model.Finished(None, None)

        time.sleep(interval)
def iter_osm_notes(feed_limit=25, interval=60, parse_timestamps=True):
    """ Parses the global OSM Notes feed and yields as much Note information as possible. """

    last_seen_guid = None
    while True:
        u = urllib2.urlopen('https://www.openstreetmap.org/api/0.6/notes/feed?limit=%d' % feed_limit)

        tree = etree.parse(u)

        new_notes = []
        for note_item in tree.xpath('/rss/channel/item'):
            title = note_item.xpath('title')[0].text

            if title.startswith('new note ('):
                action = 'create'
            elif title.startswith('new comment ('):
                action = 'comment'
            elif title.startswith('closed note ('):
                action = 'close'

            # Note that (at least for now) the link and guid are the same in the feed.
            guid = note_item.xpath('link')[0].text

            if last_seen_guid == guid:
                break
            elif last_seen_guid == None:
                # The first time through we want the first item to be the "last seen"
                # because the RSS feed is newest-to-oldest
                last_seen_guid = guid
            else:
                note_id = int(guid.split('/')[-1].split('#c')[0])
                new_notes.append((action, get_note(note_id, parse_timestamps)))

        # We yield the reversed list because we want to yield in change order
        # (i.e. "oldest to most current")
        for note in reversed(new_notes):
            yield note

        yield model.Finished(None, None)

        time.sleep(interval)
def iter_osm_notes ( feed_limit = 25 , interval = 60 , parse_timestamps = True ) : last_seen_guid = None while True : u = urllib2 . urlopen ( 'https://www.openstreetmap.org/api/0.6/notes/feed?limit=%d' % feed_limit ) tree = etree . parse ( u ) new_notes = [ ] for note_item in tree . xpath ( '/rss/channel/item' ) : title = note_item . xpath ( 'title' ) [ 0 ] . text if title . startswith ( 'new note (' ) : action = 'create' elif title . startswith ( 'new comment (' ) : action = 'comment' elif title . startswith ( 'closed note (' ) : action = 'close' # Note that (at least for now) the link and guid are the same in the feed. guid = note_item . xpath ( 'link' ) [ 0 ] . text if last_seen_guid == guid : break elif last_seen_guid == None : # The first time through we want the first item to be the "last seen" # because the RSS feed is newest-to-oldest last_seen_guid = guid else : note_id = int ( guid . split ( '/' ) [ - 1 ] . split ( '#c' ) [ 0 ] ) new_notes . append ( ( action , get_note ( note_id , parse_timestamps ) ) ) # We yield the reversed list because we want to yield in change order # (i.e. "oldest to most current") for note in reversed ( new_notes ) : yield note yield model . Finished ( None , None ) time . sleep ( interval )
Parses the global OSM Notes feed and yields as much Note information as possible.
Parses the global OSM Notes feed and yields as much Note information as possible .