def testPopManyHeterogenous(self):
l = FlexList([CharObject(u'm'), IntObject(5)])
result = l.call(u"pop", [])
self.assertEqual(result.getInt(), 5)
def testPutSize(self):
l = FlexList([IntObject(5), CharObject(u'a')])
l.put(1, IntObject(7))
expected = [IntObject(5), IntObject(7)]
self.assertEqual(l.strategy.size(l), len(expected))
def testPopMany(self):
l = FlexList([IntObject(42), IntObject(5)])
result = l.call(u"pop", [])
self.assertEqual(result.getInt(), 5)
def testToStringMany(self):
l = FlexList([IntObject(5), IntObject(42)])
self.assertEqual(l.toString(), u"[5, 42].diverge()")
def testContains(self):
l = FlexList([IntObject(5), CharObject(u'a')])
self.assertTrue(l.contains(IntObject(5)))
self.assertFalse(l.contains(IntObject(42)))
self.assertFalse(l.contains(l))
def testToStringEmpty(self):
l = FlexList([])
self.assertEqual(l.toString(), u"[].diverge()")
def testToStringOne(self):
l = FlexList([IntObject(42)])
self.assertEqual(l.toString(), u"[42].diverge()")
def testPutSize(self):
l = FlexList([IntObject(5), CharObject(u'a')])
l.put(1, IntObject(7))
expected = [IntObject(5), IntObject(7)]
self.assertEqual(l.strategy.size(l), len(expected))
def testPopMany(self):
l = FlexList([IntObject(42), IntObject(5)])
result = l.call(u"pop", [])
self.assertEqual(result.getInt(), 5)
def testContains(self):
l = FlexList([IntObject(5), CharObject(u'a')])
self.assertTrue(l.contains(IntObject(5)))
self.assertFalse(l.contains(IntObject(42)))
self.assertFalse(l.contains(l))
def testToStringMany(self):
l = FlexList([IntObject(5), IntObject(42)])
self.assertEqual(l.toString(), u"[5, 42].diverge()")
def testToStringOne(self):
l = FlexList([IntObject(42)])
self.assertEqual(l.toString(), u"[42].diverge()")
def testToStringEmpty(self):
l = FlexList([])
self.assertEqual(l.toString(), u"[].diverge()")
def testPopManyHeterogenous(self):
l = FlexList([CharObject(u'm'), IntObject(5)])
result = l.call(u"pop", [])
self.assertEqual(result.getInt(), 5)