def setUp(self):
self.Aagent1 = Atomic_Agent('S', ['p'], 'cyt')
self.Aagent12 = Atomic_Agent('S', ['u'], 'cyt')
self.Aagent2 = Atomic_Agent('T', ['u'], 'cyt')
self.Aagent22 = Atomic_Agent('T', ['p'], 'cyt')
self.Aagent3 = Atomic_Agent('S', ['u', 'p'], 'cyt')
self.Aagent4 = Atomic_Agent('T', ['u', 'p'], 'cyt')
self.Aagent5 = Atomic_Agent('S', ['p'], 'cyt')
class TestAtomicAgent(unittest.TestCase):
def setUp(self):
self.Aagent1 = Atomic_Agent('S', ['p'], 'cyt')
self.Aagent12 = Atomic_Agent('S', ['u'], 'cyt')
self.Aagent2 = Atomic_Agent('T', ['u'], 'cyt')
self.Aagent22 = Atomic_Agent('T', ['p'], 'cyt')
self.Aagent3 = Atomic_Agent('S', ['u', 'p'], 'cyt')
self.Aagent4 = Atomic_Agent('T', ['u', 'p'], 'cyt')
self.Aagent5 = Atomic_Agent('S', ['p'], 'cyt')
def test_print(self):
self.assertEqual(self.Aagent1.__str__(), 'S{p}::cyt')
self.assertEqual(self.Aagent3.__str__(), 'S::cyt')
def test_equal(self):
self.assertTrue(self.Aagent1.__eq__(self.Aagent1))
self.assertTrue(self.Aagent3.__eq__(Atomic_Agent('S', ['p', 'u'], 'cyt')))
self.assertFalse(self.Aagent2.__eq__(self.Aagent1))
self.assertTrue(self.Aagent1.__eq__(self.Aagent5))
self.assertFalse(self.Aagent1 != self.Aagent5)
def test_isCompatibleWith(self):
self.assertTrue(self.Aagent1.isCompatibleWith(self.Aagent3))
self.assertFalse((self.Aagent3.isCompatibleWith(self.Aagent1)))
self.assertFalse((self.Aagent3.isCompatibleWith(self.Aagent4)))
self.assertTrue((self.Aagent2.isCompatibleWith(self.Aagent2)))
def test_hash(self):
self.assertEqual(hash(self.Aagent3), hash(Atomic_Agent('S', ['p', 'u'], 'cyt')))
self.assertNotEqual(hash(self.Aagent1), hash(self.Aagent3))
def test_setter(self):
self.Aagent1.setStates(['u'])
self.assertTrue(self.Aagent1.__eq__(self.Aagent12))
self.Aagent2.setCompartment('cell')
self.assertTrue(self.Aagent2.__eq__(Atomic_Agent('T', ['u'], 'cell')))
def test_comparing(self):
self.assertFalse(self.Aagent3 > self.Aagent1)
self.assertTrue(self.Aagent3 < self.Aagent4)
def test_equalNames(self):
self.assertTrue(self.Aagent1.equalNames(self.Aagent12))
