def test_one():
# Just use the defaults
c = Configuration()
c.init()
p = Parser(c)
p.parse_configuration(test1)
assert len(c.user_subsets) == 9
assert len(c.user_schemes) == 6
def test_one():
# Just use the defaults
c = Configuration()
c.init()
p = Parser(c)
p.parse_configuration(test1)
assert len(c.user_subsets) == 9
assert len(c.user_schemes) == 6
def test_identity():
c = Configuration()
c.init()
s1 = Subset(c, set(range(10)))
s2 = Subset(c, set(range(20)))
s3 = Subset(c, set(range(10, 20)))
s4 = Subset(c, set(range(20)))
# Not just equal BUT THE SAME (see the __new__ member of the class Subset)
assert s1 is not s2
assert s1 is not s3
assert s2 is s4
def test_identity():
c = Configuration()
c.init()
s1 = Subset(c, set(range(10)))
s2 = Subset(c, set(range(20)))
s3 = Subset(c, set(range(10, 20)))
s4 = Subset(c, set(range(20)))
# Not just equal BUT THE SAME (see the __new__ member of the class Subset)
assert s1 is not s2
assert s1 is not s3
assert s2 is s4
def test_overlap(caplog):
c = Configuration()
c.init()
s1 = Subset(c, set(range(10)))
s2 = Subset(c, set(range(10, 20)))
s3 = Subset(c, set(range(9, 20)))
# This should be okay...
Scheme(c, 'a', [s1, s2])
# This isn't
with pytest.raises(SchemeError):
Scheme(c, 'a', [s1, s3])
assert "contains overlapping" in caplog.text()
def test_overlap(caplog):
c = Configuration()
c.init()
s1 = Subset(c, set(range(10)))
s2 = Subset(c, set(range(10, 20)))
s3 = Subset(c, set(range(9, 20)))
# This should be okay...
Scheme(c, 'a', [s1, s2])
# This isn't
with pytest.raises(SchemeError):
Scheme(c, 'a', [s1, s3])
assert "contains overlapping" in caplog.text()