def test_end_of_time(self):
# What happens when we run out of years?
last = Turn(WIN, protocol.max_pos_int - 1, seasons=(SPR, SUM, FAL, AUT, WIN))
next = last.next()
msg = Message(next)
self.assertEqual(msg.fold(), [SPR, protocol.max_pos_int])
def test_max_neg_int(self):
# What if we let it overflow the full 14 bits?
last = Turn(WIN, protocol.max_neg_int - 1, seasons=(SPR, SUM, FAL, AUT, WIN))
next = last.next()
msg = Message(next)
self.assertEqual(msg.fold(), [SPR, protocol.max_neg_int])
def test_turn_phase_hex(self):
t = Turn(SUM, 1901)
self.failUnlessEqual(t.phase(), 0x40)
def test_turn_phase_name(self):
t = Turn(SUM, 1901)
self.failUnlessEqual(t.phase(), Turn.retreat_phase)
def test_turn_phase_name(self):
t = Turn(SUM, 1901)
self.failUnlessEqual(t.phase(), Turn.retreat_phase)
def test_turn_phase_hex(self):
t = Turn(SUM, 1901)
self.failUnlessEqual(t.phase(), 0x40)
def test_turn_compare_eq(self):
fall = Turn(FAL, 1901)
self.failUnlessEqual(cmp(fall, fall.key), 0)
def test_turn_compare_gt(self):
spring = Turn(SPR, 1901)
fall = Turn(FAL, 1901)
self.failUnlessEqual(cmp(fall, spring.key), 1)
def test_turn_compare_lt(self):
spring = Turn(SPR, 1901)
fall = Turn(FAL, 1901)
self.failUnlessEqual(cmp(spring, fall), -1)
