while len(items) < total_len:
candidate = None
+ candidate_i = None
for i in i_s:
def get_next():
return self.querysets[i][sort_heads[i]]
try:
if candidate is None:
candidate = get_next()
+ candidate_i = i
else:
competitor = get_next()
if self.sortfn(candidate, competitor) > 0:
candidate = competitor
+ candidate_i = i
except IndexError:
continue # continue next sort_head
- sort_heads[i] += 1
# we have no more elements:
if candidate is None:
break
+ sort_heads[candidate_i] += 1
if skipped < offset:
skipped += 1
continue # continue next item
pictures = Picture.tagged.with_all(tags).order_by('sort_key_author')
+ related_counts = {}
if books.count() > 0:
# get related tags from `tag_counter` and `theme_counter`
- related_counts = {}
tags_pks = [tag.pk for tag in tags]
for book in books:
for tag_pk, value in itertools.chain(book.tag_counter.iteritems(), book.theme_counter.iteritems()):
if tag_pk in tags_pks:
continue
related_counts[tag_pk] = related_counts.get(tag_pk, 0) + value
- related_tags = models.Tag.objects.filter(pk__in=related_counts.keys())
- related_tags = [tag for tag in related_tags if tag not in tags]
- for tag in related_tags:
- tag.count = related_counts[tag.pk]
-
- categories = split_tags(related_tags)
- del related_tags
if pictures.count() > 0:
- related_counts = {}
tags_pks = [tag.pk for tag in tags]
for picture in pictures:
for tag_pk, value in itertools.chain(picture.tag_counter.iteritems(), picture.theme_counter.iteritems()):
if tag_pk in tags_pks:
continue
- logging.info("counting tag not in tags_pks: %d", tag_pk)
related_counts[tag_pk] = related_counts.get(tag_pk, 0) + value
- related_tags = models.Tag.objects.filter(pk__in=related_counts.keys())
- related_tags = [tag for tag in related_tags if tag not in tags]
- for tag in related_tags:
- tag.count = related_counts[tag.pk]
- categories = split_tags(related_tags)
- del related_tags
+ related_tags = models.Tag.objects.filter(pk__in=related_counts.keys())
+ related_tags = [tag for tag in related_tags if tag not in tags]
- logging.info("Returning %d picutres and %d books" % (pictures.count(), books.count()))
- objects = SortedMultiQuerySet(pictures, books, order_by='sort_key_author')
+ for tag in related_tags:
+ tag.count = related_counts[tag.pk]
+
+ categories = split_tags(related_tags)
+ del related_tags
+ objects = SortedMultiQuerySet(pictures, books, order_by='sort_key_author')
+
if not objects:
only_author = len(tags) == 1 and tags[0].category == 'author'