def test_escapeChars(self):
ref = r"b['a\n.b\\'].x"
cuid = ComponentUID(ref)
self.assertEqual(cuid._cids, (('b', ('a\n.b\\', )), ('x', tuple())))
m = ConcreteModel()
m.b = Block(['a\n.b\\'])
m.b['a\n.b\\'].x = x = Var()
self.assertTrue(cuid.matches(x))
self.assertEqual(repr(ComponentUID(x)), ref)
self.assertEqual(str(ComponentUID(x)), r"b['a\n.b\\'].x")
def test_nonIntNumber(self):
inf = float('inf')
m = ConcreteModel()
m.b = Block([inf, 'inf'])
m.b[inf].x = x = Var()
ref = r"b[inf].x"
cuid = ComponentUID(x)
self.assertEqual(cuid._cids, (('b', (inf, )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(repr(ComponentUID(x)), ref)
self.assertEqual(str(ComponentUID(x)), ref)
cuid = ComponentUID(ref)
self.assertEqual(cuid._cids, (('b', (inf, )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(repr(ComponentUID(x)), ref)
self.assertEqual(str(ComponentUID(x)), ref)
ref = r"b:#inf.x"
cuid = ComponentUID(ref)
self.assertEqual(cuid._cids, (('b', (inf, )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(ComponentUID(x).get_repr(1), ref)
self.assertEqual(str(ComponentUID(x)), r"b[inf].x")
#
m.b['inf'].x = x = Var()
ref = r"b['inf'].x"
#
cuid = ComponentUID(x)
self.assertEqual(cuid._cids, (('b', ('inf', )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(repr(ComponentUID(x)), ref)
self.assertEqual(str(ComponentUID(x)), ref)
cuid = ComponentUID(ref)
self.assertEqual(cuid._cids, (('b', ('inf', )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(repr(ComponentUID(x)), ref)
self.assertEqual(str(ComponentUID(x)), ref)
ref = r"b:$inf.x"
cuid = ComponentUID(ref)
self.assertEqual(cuid._cids, (('b', ('inf', )), ('x', tuple())))
self.assertTrue(cuid.matches(x))
self.assertEqual(ComponentUID(x).get_repr(1), ref)
self.assertEqual(str(ComponentUID(x)), r"b['inf'].x")
def test_matches_ellipsis4(self):
cuid = ComponentUID('b[**,1,*].c')
self.assertTrue(cuid.matches(self.m.b[1, 1].c))
self.assertTrue(cuid.matches(self.m.b[1, '2'].c))
def test_matches_ellipsis3(self):
cuid = ComponentUID('b[**,1,1,3].c')
self.assertFalse(cuid.matches(self.m.b[1, 1].c))
self.assertFalse(cuid.matches(self.m.b[1, '2'].c))
def test_matches_mismatch_3(self):
cuid = ComponentUID('b:*,*,*.c.a:*')
self.assertFalse(cuid.matches(self.m.b[1, '2'].c.a[3]))
self.assertFalse(cuid.matches(self.m.b[1, '2'].c.a['2']))
def test_matches_mismatch_name(self):
cuid = ComponentUID('b:*,*.d')
self.assertFalse(cuid.matches(self.m.b[1, '2'].c))
self.assertFalse(cuid.matches(self.m.b[1, '2'].c))
def test_matches_wildcard_2(self):
cuid = ComponentUID('b:*,*.c.a:**')
self.assertTrue(cuid.matches(self.m.b[1, '2'].c.a[3]))
self.assertTrue(cuid.matches(self.m.b[1, '2'].c.a['2']))
def test_matches_explicit_2(self):
cuid = ComponentUID('b:#1,#2.c.a:#3')
self.assertFalse(cuid.matches(self.m.b[1, '2'].c.a[3]))
self.assertFalse(cuid.matches(self.m.b[1, '2'].c.a['2']))
def test_matches_explicit(self):
cuid = ComponentUID(self.m.b[1, '2'].c.a[3])
self.assertTrue(cuid.matches(self.m.b[1, '2'].c.a[3]))
self.assertFalse(cuid.matches(self.m.b[1, '2'].c.a['2']))
