def test_versop_overlap_conflict(self):
"""Test overlap/conflicts"""
overlap_conflict = [
('> 3', '> 3', (True,
False)), # equal, and thus overlap. no conflict
('> 3', '< 2', (False, False)), # no overlap
('> 3', '== 3', (False, False)), # no overlap
('< 3', '> 2', (True, True)
), # overlap, and conflict (region between 2 and 3 is ambiguous)
('>= 3', '== 3',
(True, True)), # overlap, and conflict (boundary 3 is ambigous)
('> 3', '>= 3', (True, False)
), # overlap, no conflict ('> 3' is more strict then '>= 3')
# suffix
('> 2', '> 1', (True, False)
), # suffix both equal (both None), ordering like above
('> 2 suffix:-x1', '> 1 suffix:-x1',
(True,
False)), # suffix both equal (both -x1), ordering like above
('> 2 suffix:-x1', '> 1 suffix:-x2',
(True, True)), # suffix not equal, conflict (and overlap)
('> 2 suffix:-x1', '< 1 suffix:-x2',
(False, True)), # suffix not equal, conflict (and no overlap)
('> 2 suffix:-x1', '< 1 suffix:-x1',
(False, False)), # suffix equal, no conflict (and no overlap)
]
for l, r, res in overlap_conflict:
vl = VersionOperator(l)
vr = VersionOperator(r)
self.assertEqual(vl.test_overlap_and_conflict(vr), res)
def test_versop_overlap_conflict(self):
"""Test overlap/conflicts"""
overlap_conflict = [
('> 3', '> 3', (True, False)), # equal, and thus overlap. no conflict
('> 3', '< 2', (False, False)), # no overlap
('> 3', '== 3', (False, False)), # no overlap
('< 3', '> 2', (True, True)), # overlap, and conflict (region between 2 and 3 is ambiguous)
('>= 3', '== 3' , (True, True)), # overlap, and conflict (boundary 3 is ambigous)
('> 3', '>= 3' , (True, False)), # overlap, no conflict ('> 3' is more strict then '>= 3')
]
for l, r, res in overlap_conflict:
vl = VersionOperator(l)
vr = VersionOperator(r)
self.assertEqual(vl.test_overlap_and_conflict(vr), res)
def test_versop_overlap_conflict(self):
"""Test overlap/conflicts"""
overlap_conflict = [
('> 3', '> 3', (True, False)), # equal, and thus overlap. no conflict
('> 3', '< 2', (False, False)), # no overlap
('> 3', '== 3', (False, False)), # no overlap
('< 3', '> 2', (True, True)), # overlap, and conflict (region between 2 and 3 is ambiguous)
('>= 3', '== 3' , (True, True)), # overlap, and conflict (boundary 3 is ambigous)
('> 3', '>= 3' , (True, False)), # overlap, no conflict ('> 3' is more strict then '>= 3')
# suffix
('> 2', '> 1', (True, False)), # suffix both equal (both None), ordering like above
('> 2 suffix:-x1', '> 1 suffix:-x1', (True, False)), # suffix both equal (both -x1), ordering like above
('> 2 suffix:-x1', '> 1 suffix:-x2', (True, True)), # suffix not equal, conflict (and overlap)
('> 2 suffix:-x1', '< 1 suffix:-x2', (False, True)), # suffix not equal, conflict (and no overlap)
('> 2 suffix:-x1', '< 1 suffix:-x1', (False, False)), # suffix equal, no conflict (and no overlap)
]
for l, r, res in overlap_conflict:
vl = VersionOperator(l)
vr = VersionOperator(r)
self.assertEqual(vl.test_overlap_and_conflict(vr), res)
