def testNonIntegerMovement(self): gameMap = GameMap(1000) gameObject = GameObject([1, 0], 'drone', 'owen') gameObject.velocity = [-0.5, 0] gameMap.addObject(gameObject) gameMap.update() self.assertEqual(gameObject.loc, [0.5, 0])
def testAddObject(self): gameMap = GameMap(100) #Testing a valid Game Object validGameObject = GameObject([0,0], 'drone', 'owen') self.assertTrue(gameMap.addObject(validGameObject)) #Testing an invalid Game Object invalidGameObject = GameObject([gameMap.size[0], 0], 'beacon', 'charter') self.assertFalse(gameMap.addObject(invalidGameObject)) dupeGameObject = GameObject([0,0], 'beacon', 'owen') self.assertTrue(gameMap.addObject(dupeGameObject)) self.assertEqual(len(gameMap.gameObjects['owen']), 2)
def testAddObject(self): gameMap = GameMap(2) #Testing a valid Game Object validGameObject = GameObject([0,0], 'drone', 'owen') self.assertTrue(gameMap.addObject(validGameObject)) #Testing an invalid Game Object invalidGameObject = GameObject([gameMap.size[0], 0], 'beacon', 'charter') self.assertFalse(gameMap.addObject(invalidGameObject)) dupeGameObject = GameObject([0,0], 'beacon', 'owen') self.assertTrue(gameMap.addObject(dupeGameObject)) self.assertEqual(len(gameMap.playerSortedObjectDict['owen']), 2) self.assertFalse(gameMap.addObject(dupeGameObject)) #Testing that too many game objects cannot be added
def testVectorMoveWithoutCollision(self): gameMap = GameMap(1000) gameObject = GameObject([0, 0], 'drone', 'owen') gameObject.velocity = [1, 2] gameObject.acceleration = [-1, -1] gameMap.addObject(gameObject) gameMap.update() self.assertEqual(gameObject.loc, [1,2]) gameMap.update() self.assertEqual(gameObject.loc, [1, 3]) gameMap.update() self.assertEqual(gameObject.loc, [0, 3]) gameMap.update() #Here, instead of going negative, the vectorMovementWithoutCollision function does nothing self.assertEqual(gameObject.loc, [0, 3])
def testID(self):
gameMap = GameMap(100)
for i in range(10):
gameMap.addObject(GameObject([0,0], 'drone', 'owen'))
self.assertEqual(gameMap.gameObjects[i].ID, 'owen-drone-' + str(i)) #Testing successful ID assignment
gameMap.addObject(GameObject([0,0], 'beacon', 'owen'))
self.assertEqual(gameMap.playerSortedObjectDict['owen'][0].ID, 'owen-drone-0') #Testing successful '0' ID assignment
self.assertTrue(gameMap.removeObject('owen-drone-2')) #Testing successful removal of an object
self.assertIsNone(gameMap.getObject('owen-drone-2')) #Testing that the object was indeed removed
self.assertIsNotNone(gameMap.getObject('owen-drone-3')) #Testing that another object that was added indeed exists
gameMap.addObject(GameObject([1, 1], 'drone', 'owen'))
self.assertIsNotNone(gameMap.getObject('owen-drone-2')) #Testing that, after adding a new relevant game object, the old ID=2 has been re-used
if(time.time() - currentTime > tickFreq): #10 ticks per second. This number can be changed as necessary
tick()
tickCount += 1
currentTime = time.time()
# if currentTime - startTime > 10: break #quick line to time out the code after 10 seconds
print("Game loop has been terminated.")
def tick():
gameMap.update()
#tick process:
#Take human input
#Introduce new game pieces
#update all game pieces
#START TEST CODE
if __name__ == '__main__':
thr = threading.Thread(target=runGame, args=(), kwargs={})
thr.start()
myObject = GameObject([0,0], 'drone', 'owen')
myObject.velocity = [1, 0]
gameMap.addObject(myObject)
while True:
flatGameMap = []
for i in gameMap.gameObjects:
flatGameMap.append(i.__dict__)
print(flatGameMap)
time.sleep(.1)
#END TEST CODE
def testRemoveObject(self):
gameMap = GameMap(2)
gameMap.addObject(GameObject([0,0], 'drone', 'owen'))
self.assertTrue(gameMap.removeObject('owen-drone-0'))
self.assertEqual(len(gameMap.gameObjects), 0) #Testing the length of the unsorted gameObjects list
self.assertListEqual(gameMap.playerSortedObjectDict['owen'], [])
