def testRangeListContains(self):
"""Check RangeList behavior as a container type."""
r = acl.RangeList([1, (3, 6)])
self.assertTrue(1 in r)
self.assertTrue(5 in r)
self.assertTrue(0 not in r)
r = acl.RangeList([acl.TIP('10/8'), acl.TIP('172.16/12')])
self.assertTrue(acl.TIP('10.1.1.1') in r)
self.assertTrue(acl.TIP('192.168.1.1') not in r)
def testMultipleConstants(self):
"""See if several discrete values are collapsed correctly."""
r = acl.RangeList([5, 5, 5, 8, 9, 10])
self.assertEqual(r, [5, (8, 10)])
def testNonIncrementable(self):
"""Make sure non-incrementable values can be stored."""
r = acl.RangeList(['y', 'x'])
self.assertEqual(r, ['x', 'y'])
def testOverlappingRangeAndInteger(self):
"""See if a single value that's also part of a range is elided."""
r = acl.RangeList([(100, 199), 150])
self.assertEqual(r, [(100, 199)])
def testOverlappingRanges(self):
"""See if overlapping ranges are coalesced into one."""
r = acl.RangeList([(100, 250), (200, 299)])
self.assertEqual(r, [(100, 299)])
def testAdjacentRanges(self):
"""See if adjacent ranges are coalesced into one."""
r = acl.RangeList([(100, 199), (200, 299)])
self.assertEqual(r, [(100, 299)])
def testDuplicateProtocol(self):
"""Test duplicate protocols."""
# Regression: These weren't suppresed because they are unique
# objects, and so a Set can contain more than one of them.
r = acl.RangeList([acl.Protocol(6), acl.Protocol(6)])
self.assertEqual(r, [acl.Protocol(6)])
def testDegenerateRange(self):
"""Make sure that the range x-x is the same as x."""
r = acl.RangeList([(1024, 1024)])
self.assertEqual(r, [1024])
