def group_results(triplet_list):
# for each path, build a list of path_type: value
article_groups = {}
for art, art_type, count in triplet_list:
zeroed_row = Counter({
'full': 0,
'abstract': 0,
'digest': 0,
})
group = article_groups.get(art, [zeroed_row]) # every article always has a zeroed result
group.append(Counter({art_type: count}))
article_groups[art] = group
# take our list of Counter objects and count them up
def update(a,b):
# https://docs.python.org/2/library/collections.html#collections.Counter.update
a.update(b)
return a
return {utils.enplumpen(art): reduce(update, group) for art, group in article_groups.items()}
def group_results(triplet_list):
# for each path, build a list of path_type: value
article_groups = {}
for art, art_type, count in triplet_list:
zeroed_row = Counter({
'full': 0,
'abstract': 0,
'digest': 0,
})
group = article_groups.get(
art, [zeroed_row]) # every article always has a zeroed result
group.append(Counter({art_type: count}))
article_groups[art] = group
# take our list of Counter objects and count them up
def update(a, b):
# https://docs.python.org/2/library/collections.html#collections.Counter.update
a.update(b)
return a
return {
utils.enplumpen(art): reduce(update, group)
for art, group in article_groups.items()
}
def test_enplumpen(self):
self.assertEqual("10.7554/eLife.01234", utils.enplumpen("e01234"))
def test_enplumpen(self):
self.assertEqual("10.7554/eLife.01234", utils.enplumpen("e01234"))
