def test_load_publications_with_accepted_publications():
a = create_example_author(contrib=1.0)
pubs = [
create_example_publication(publication_id="1",
contrib=0.5,
accepted=True),
create_example_publication(publication_id="2", contrib=69.0),
create_example_publication(publication_id="3", contrib=1.0),
]
a.load_publications(pubs)
assert compare_lists(a.publications, pubs)
assert compare_lists(a.accepted_publications, [pubs[0]])
def test_load_publications_with_publication_with_too_big_contrib_accepted():
a = create_example_author(contrib=1.0)
ctb = PUBLICATIONS_COEFFICIENT * a.get_contribution() + 1
pubs = [
create_example_publication(publication_id="1", contrib=0.5),
create_example_publication(publication_id="2",
contrib=ctb,
accepted=True),
create_example_publication(publication_id="3", contrib=1.0),
]
a.load_publications(pubs)
assert compare_lists(a.publications, pubs)
assert compare_lists(a.accepted_publications, [])
def test_prepare_authors():
data = prepare_test_authors_data()
authors = prepare_test_authors(data)
prepared_authors = prepare_authors(data)
assert compare_lists(authors, prepared_authors)
def test_get_accepted_publications():
a = create_example_author()
pubs = [
create_example_publication(publication_id=str(i)) for i in range(5)
]
a.accepted_publications = pubs
assert compare_lists(a.get_accepted_publications(), pubs)
def test_accept_publication():
a = create_example_author(contrib=4.0)
pubs = [
create_example_publication(publication_id=i, contrib=1)
for i in range(3)
]
a.load_publications(pubs)
for pub in a.publications:
assert a.accept_publication(pub)
assert compare_lists(a.accepted_publications, pubs)
def test_load_publications():
a = create_example_author(contrib=1.0)
pubs = [
create_example_publication(publication_id="1", contrib=0.5),
create_example_publication(publication_id="2", contrib=69.0),
create_example_publication(publication_id="3", contrib=1.0),
]
a.load_publications(pubs)
assert compare_lists(a.publications, pubs)
def test_get_pubs_to_considerate():
a = create_example_author(contrib=1.0)
pubs = [
create_example_publication(publication_id="1",
contrib=0.5,
accepted=True),
create_example_publication(publication_id="2", contrib=69.0),
create_example_publication(publication_id="3", contrib=1.0),
]
a.load_publications(pubs)
assert compare_lists(a.get_pubs_to_considerate(), pubs[1:])
def test_accept_publication_with_multiple_publications():
a = create_example_author(contrib=4.0)
contrib = BASIC_CONTRIB_COEFFICIENT * 69
pubs = [
create_example_publication(publication_id="1", contrib=0.01),
create_example_publication(publication_id="2", contrib=contrib),
create_example_publication(publication_id="3", contrib=0.01),
]
a.load_publications(pubs)
assert a.accept_publication(pubs[0])
assert not a.accept_publication(pubs[1])
assert a.accept_publication(pubs[2])
assert compare_lists(a.accepted_publications, [pubs[0], pubs[2]])
def test_create_publications_list():
ids, mons, points, ctbs = prepare_test_publications_data()
pubs = prepare_test_publications(ids, mons, points, ctbs)
result = create_publications_list(ids, mons, points, ctbs)
assert compare_lists(result, pubs)
def __eq__(self, other):
return (self.id == other.id and self.is_phd == other.is_phd
and self.is_emp == other.is_emp
and self.contribution == other.contribution
and self.in_n == other.in_n
and compare_lists(self.publications, other.publications))