class TestPDOrg(unittest.TestCase):
def setUp(self):
pd_org.MAX_BITS_OF_MEMORY = 5
pd_org.MUTATION_LIKELIHOOD_OF_BITS_OF_MEMORY = .33
pd_org.MUTATION_LIKELIHOOD_OF_INITIAL_MEMORY_STATE = .33
num_bits = 2
decision_list = [True, False, False, True]
initial_mem = [True, False]
self.geno = Geno(num_bits, decision_list, initial_mem)
self.org = PDOrg(self.geno)
def test_init(self):
"""
Tests if genotype given to PDOrg constructor
"""
self.assertEqual(self.org.genotype, self.geno)
self.assertSequenceEqual(self.org.memory, self.geno.initial_memory)
def test_init_no_geno(self):
"""
Test if no genotype is given to PDOrg constructor
"""
random_org = PDOrg()
self.assertIsInstance(random_org.genotype, Geno)
def test_get_mutant(self):
mutant_org = self.org.get_mutant()
self.assertNotEqual(mutant_org.genotype, self.org.genotype)
def test_eq(self):
other_org = PDOrg(Geno(1, [False, True], [True]))
same_org = PDOrg(self.geno)
self.assertNotEqual(self.org, other_org)
self.assertEqual(self.org, same_org)
def test_str(self):
expected = "PDOrg(MemoryPDGenotype(2, [True, False, False, True], [True, False]))"
result = str(self.org)
self.assertEqual(expected, result)
repr_result = repr(self.org)
self.assertEqual(expected, repr_result)
def test_opponent_cooperated_last_round(self):
self.org.opponent_cooperated_last_round(True)
self.assertSequenceEqual([False, True], self.org.memory)
self.org.opponent_cooperated_last_round(False)
self.assertSequenceEqual([True, False], self.org.memory)
def test_will_cooperate(self):
did_cooperate = self.org.will_cooperate()
self.assertEqual(False, did_cooperate)
self.org.opponent_cooperated_last_round(True)
did_cooperate = self.org.will_cooperate()
self.assertEqual(False, did_cooperate)
self.org.opponent_cooperated_last_round(True)
did_cooperate = self.org.will_cooperate()
self.assertEqual(True, did_cooperate)
class TestPDOrg(unittest.TestCase):
def setUp(self):
pd_org.MAX_BITS_OF_MEMORY = 5
pd_org.MUTATION_LIKELIHOOD_OF_BITS_OF_MEMORY = .33
pd_org.MUTATION_LIKELIHOOD_OF_INITIAL_MEMORY_STATE = .33
num_bits = 2
decision_list = [True, False, False, True]
initial_mem = [True, False]
self.geno = Geno(num_bits, decision_list, initial_mem)
self.org = PDOrg(self.geno)
def test_init(self):
"""
Tests if genotype given to PDOrg constructor
"""
self.assertEqual(self.org.genotype, self.geno)
self.assertSequenceEqual(self.org.memory, self.geno.initial_memory)
def test_init_no_geno(self):
"""
Test if no genotype is given to PDOrg constructor
"""
random_org = PDOrg()
self.assertIsInstance(random_org.genotype, Geno)
def test_get_mutant(self):
mutant_org = self.org.get_mutant()
self.assertNotEqual(mutant_org.genotype, self.org.genotype)
def test_eq(self):
other_org = PDOrg(Geno(1, [False, True], [True]))
same_org = PDOrg(self.geno)
self.assertNotEqual(self.org, other_org)
self.assertEqual(self.org, same_org)
def test_str(self):
expected = "PDOrg(MemoryPDGenotype(2, [True, False, False, True], [True, False]))"
result = str(self.org)
self.assertEqual(expected, result)
repr_result = repr(self.org)
self.assertEqual(expected, repr_result)
def test_opponent_cooperated_last_round(self):
self.org.opponent_cooperated_last_round(True)
self.assertSequenceEqual([False, True], self.org.memory)
self.org.opponent_cooperated_last_round(False)
self.assertSequenceEqual([True, False], self.org.memory)
def test_will_cooperate(self):
did_cooperate = self.org.will_cooperate()
self.assertEqual(False, did_cooperate)
self.org.opponent_cooperated_last_round(True)
did_cooperate = self.org.will_cooperate()
self.assertEqual(False, did_cooperate)
self.org.opponent_cooperated_last_round(True)
did_cooperate = self.org.will_cooperate()
self.assertEqual(True, did_cooperate)
