def testPlayerControlClass(self): pc = PlayerControl() pc.addQueueItem(5) self.assertEqual(pc.getQueue(), [5]) # Test queue item removal in an unallowed range self.assertFalse(pc.removeQueueItem(2) , "You cannot delete an item at index 2 if there is only 1 item in the queue" ) pc.addQueueItem(6) # Test queue item removal on a valid index self.assertTrue(pc.removeQueueItem(1) , "You should be able to delete a queue item by a valid index" ) # Create an empty queue pc.flushQueue() self.assertEqual(pc.getQueue(), [], "Queue should be empty after flushQueue") pc.addQueueItem(1) pc.addQueueItem(2) pc.addQueueItem(3) # Set the current queue entry pointer to a valid value. True must be returned. self.assertTrue(pc.setCurrentQueueEntry(1)) # Set the current queue entry pointer to an invalid value. False must be returned. self.assertFalse(pc.setCurrentQueueEntry(3))
def testPlayerControlClass(self):
pc = PlayerControl()
pc.addQueueItem(5)
self.assertEqual(pc.getQueue(), [5])
# Test queue item removal in an unallowed range
self.assertFalse(
pc.removeQueueItem(2),
"You cannot delete an item at index 2 if there is only 1 item in the queue"
)
pc.addQueueItem(6)
# Test queue item removal on a valid index
self.assertTrue(
pc.removeQueueItem(1),
"You should be able to delete a queue item by a valid index")
# Create an empty queue
pc.flushQueue()
self.assertEqual(pc.getQueue(), [],
"Queue should be empty after flushQueue")
pc.addQueueItem(1)
pc.addQueueItem(2)
pc.addQueueItem(3)
# Set the current queue entry pointer to a valid value. True must be returned.
self.assertTrue(pc.setCurrentQueueEntry(1))
# Set the current queue entry pointer to an invalid value. False must be returned.
self.assertFalse(pc.setCurrentQueueEntry(3))
