def _add_elem(elem):
assert elem not in setset._obj2int
if len(setset._obj2int) >= _graphillion._elem_limit():
m = 'too many elements are set, which must be %d or less' % _graphillion._elem_limit()
raise RuntimeError(m)
i = len(setset._int2obj)
_graphillion.setset([set([i])])
setset._obj2int[elem] = i
setset._int2obj.append(elem)
assert len(setset._int2obj) == _graphillion._num_elems() + 1
assert setset._int2obj[i] == elem
assert setset._obj2int[elem] == i
def _add_elem(elem):
assert elem not in setset._obj2int
if len(setset._obj2int) >= _graphillion._elem_limit():
m = 'too many elements are set, which must be %d or less' % _graphillion._elem_limit()
raise RuntimeError(m)
i = len(setset._int2obj)
_graphillion.setset([set([i])])
setset._obj2int[elem] = i
setset._int2obj.append(elem)
assert len(setset._int2obj) == _graphillion._num_elems() + 1
assert setset._int2obj[i] == elem
assert setset._obj2int[elem] == i
def _add_elem(elem):
assert elem not in setset._obj2int
if len(setset._obj2int) >= _graphillion._elem_limit():
m = 'not more than %d elements used' % _graphillion._elem_limit()
raise RuntimeError, m
i = len(setset._int2obj)
_graphillion.setset([set([i])])
setset._obj2int[elem] = i
setset._int2obj.append(elem)
assert len(setset._int2obj) == _graphillion._num_elems() + 1
assert setset._int2obj[i] == elem
assert setset._obj2int[elem] == i
def _add_elem(elem):
assert elem not in setset._obj2int
if len(setset._obj2int) >= _graphillion._elem_limit():
m = 'not more than %d elements used' % _graphillion._elem_limit()
raise RuntimeError, m
i = len(setset._int2obj)
_graphillion.setset([set([i])])
setset._obj2int[elem] = i
setset._int2obj.append(elem)
assert len(setset._int2obj) == _graphillion._num_elems() + 1
assert setset._int2obj[i] == elem
assert setset._obj2int[elem] == i
def test_init(self):
import _graphillion
self.assertEqual(_graphillion._elem_limit(), 2**20 - 1)
setset.set_universe([])
self.assertEqual(setset._obj2int, {})
self.assertEqual(setset._int2obj, [None])
self.assertEqual(setset.universe(), [])
setset.set_universe(['i', 'ii'])
self.assertEqual(setset._obj2int, {'i': 1, 'ii': 2})
self.assertEqual(setset._int2obj, [None, 'i', 'ii'])
self.assertEqual(setset.universe(), ['i', 'ii'])
ss = setset({})
self.assertEqual(
ss, setset([set(),
set(['i']),
set(['i', 'ii']),
set(['ii'])]))
setset.set_universe(['1'])
self.assertEqual(setset._obj2int, {'1': 1})
self.assertEqual(setset._int2obj, [None, '1'])
self.assertEqual(setset.universe(), ['1'])
ss = setset({})
self.assertEqual(ss, setset([s0, s1]))
self.assertRaises(ValueError, setset.set_universe, ['1', '1'])
def test_init(self):
import _graphillion
self.assertEqual(_graphillion._elem_limit(), 2**20 - 1)
setset.set_universe([])
self.assertEqual(setset._obj2int, {})
self.assertEqual(setset._int2obj, [None])
self.assertEqual(setset.universe(), [])
setset.set_universe(['i', 'ii'])
self.assertEqual(setset._obj2int, {'i': 1, 'ii': 2})
self.assertEqual(setset._int2obj, [None, 'i', 'ii'])
self.assertEqual(setset.universe(), ['i', 'ii'])
ss = setset({})
self.assertEqual(
ss,
setset([set(), set(['i']), set(['i','ii']), set(['ii'])]))
setset.set_universe(['1'])
self.assertEqual(setset._obj2int, {'1': 1})
self.assertEqual(setset._int2obj, [None, '1'])
self.assertEqual(setset.universe(), ['1'])
ss = setset({})
self.assertEqual(ss, setset([s0, s1]))
self.assertRaises(ValueError, setset.set_universe, ['1', '1'])