def test_lte(x):
"""
Given two numeric values where one is greater than or equal to the other,
when lte() is called with the larger value, then it returns a function
that will return the the smaller value when called with it.
"""
sm, lg = x
validator = mod.lte(lg)
assert validator(sm) == sm
def test_lte(x):
"""
Given two numeric values where one is greater than or equal to the other,
when lte() is called with the larger value, then it returns a function
that will return the the smaller value when called with it.
"""
sm, lg = x
validator = mod.lte(lg)
assert validator(sm) == sm
def test_lte_reverse(x):
"""
Given two numeric values where one is greater than or equal to the other,
when lte() is called with the smaller value, then it returns a function
that raises ValueError when called with the larger value.
"""
sm, lg = x
validator = mod.lte(sm)
with pytest.raises(ValueError):
validator(lg)
def test_lte_reverse(x):
"""
Given two numeric values where one is greater than or equal to the other,
when lte() is called with the smaller value, then it returns a function
that raises ValueError when called with the larger value.
"""
sm, lg = x
validator = mod.lte(sm)
with pytest.raises(ValueError):
validator(lg)
