def test_call_offset(self):
"""Call with an offset in the expected bases.
"""
vals = [100.0, None, None, None]
c = compare_calls(self._calls(1, vals), self._expected(2, vals), offset=-1)
assert c.get(100.0, {}).get("correct", 0) == 1
c = compare_calls(self._calls(4, vals), self._expected(2, vals), offset=2)
assert c.get(100.0, {}).get("correct", 0) == 1
def test_call_simple(self):
"""Basic mixed variation sample calling.
"""
vals = [100.0, None, None, None]
vals2 = [None, 100.0, None, None]
vals3 = [None, None, 50.0, 50.0]
vals4 = [50.0, 50.0, None, None]
pairs = [
(vals, vals),
(vals2, vals),
(vals4, vals),
(vals3, vals),
(vals3, vals3),
(vals4, vals3),
(vals, vals4),
(vals, vals3),
]
expect = [
(100.0, "correct"),
(100.0, "wrong"),
(100.0, "partial"),
(100.0, "wrong"),
(50.0, "correct"),
(50.0, "wrong"),
(50.0, "partial"),
(50.0, "wrong"),
]
for (one, two), (e1, e2) in zip(pairs, expect):
c = compare_calls(self._calls(1, one), self._expected(1, two))
assert c.get(e1, {}).get(e2, 0) == 1, (one, two, c, e)
