def test_set_is_accepted_with_value_unchanged():
p = create_example_publication(accepted=False)
p.set_is_accepted(False)
assert not p.is_accepted()
p = create_example_publication(accepted=True)
p.set_is_accepted(True)
assert p.is_accepted()
def test_set_is_accepted_with_truth_base():
p = create_example_publication(accepted=True)
p.set_is_accepted(False)
assert not p.is_accepted()
def test_set_is_accepted_with_false_base():
p = create_example_publication(accepted=False)
p.set_is_accepted(True)
assert p.is_accepted()
def test_set_author():
a = create_example_author()
p = create_example_publication()
assert p.get_author() is None
p.set_author(a)
assert p.get_author() == a
def test_get_points():
assert create_example_publication(points=69.0).get_points() == 69.0
def test_get_rate():
assert create_example_publication(points=100.0, contrib=2.0).get_rate() == 50.0
def test_get_contribution():
assert create_example_publication(contrib=2.0).get_contribution() == 2.0
def test_get_id():
assert create_example_publication(publication_id="xxx").get_id() == "xxx"
def test_get_author():
a = create_example_author()
p = create_example_publication(author=a)
assert p.get_author() == a
def test_is_monograph_with_false():
assert not create_example_publication(is_mono=False).is_monograph()
def test_is_monograph_with_true():
assert create_example_publication(is_mono=True).is_monograph()
def test_is_accepted_with_false():
assert not create_example_publication(accepted=False).is_accepted()
def test_is_accepted_with_true():
assert create_example_publication(accepted=True).is_accepted()