def testSumPairDifferentTypes(self): '''Test method that sums the items of a pair using values of types different from the ones expected by C++ (int and double)''' pu = PairUser() pair = (3.3, 7) result = pu.sumPair(pair) self.assertNotEqual(result, sum(pair)) self.assertEqual(result, int(pair[0]) + pair[1])
def testConversionInBothDirections(self): '''Test converting a pair from Python to C++ and the other way around.''' pu = PairUser() pair = (3, 5) pu.setPair(pair) result = pu.getPair() self.assertEqual(result, pair)
def testConversionInBothDirectionsWithSimilarContainer(self): '''Test converting a list, instead of the expected tuple, from Python to C++ and the other way around.''' pu = PairUser() pair = [3, 5] pu.setPair(pair) result = pu.getPair() self.assertNotEqual(result, pair) self.assertEqual(result, tuple(pair))
def testPrimitiveConversionInsideContainer(self): '''Test primitive type conversion inside conversible std::pair container.''' cpx0 = complex(1.2, 3.4) cpx1 = complex(5.6, 7.8) cp = PairUser.createComplexPair(cpx0, cpx1) self.assertEqual(type(cp), tuple) self.assertEqual(type(cp[0]), complex) self.assertEqual(type(cp[1]), complex) self.assertEqual(cp, (cpx0, cpx1))
def testSumPair(self): '''Test method that sums the items of a pair using values of the types expected by C++ (int and double)''' pu = PairUser() pair = (3, 7.13) result = pu.sumPair(pair) self.assertEqual(result, sum(pair))
def __init__(self): PairUser.__init__(self) self.create_pair_called = False