def test_add_task(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 1
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
# Check length
self.assertEqual(len(tl.task_list), 1)
# Check that all info is correct
self.assertEqual(tl.task_list[0].type, 1)
self.assertEqual(tl.task_list[0].source, 2)
self.assertEqual(tl.task_list[0].destination, 4)
self.assertEqual(tl.task_list[0].container, 2)
self.assertEqual(tl.task_list[0].object, 4)
# Exceed capacity, should not add
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
self.assertFalse(tl.add_task(t2))
self.assertEqual(len(tl.task_list), 1)
def test_sort_by_src_and_dest(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
# tl.capacity = 5
t1 = Task(t_type=1, source=1, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=3, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=1, destination=3, container=2, t_object=3)
tl.add_task(t3)
t4 = Task(t_type=1, source=5, destination=3, container=2, t_object=3)
tl.add_task(t4)
t5 = Task(t_type=1, source=3, destination=3, container=2, t_object=3)
tl.add_task(t5)
# Check that they're not sorted
self.assertEqual(tl.task_list.index(t1), 0)
self.assertEqual(tl.task_list.index(t2), 1)
self.assertEqual(tl.task_list.index(t3), 2)
self.assertEqual(tl.task_list.index(t4), 3)
self.assertEqual(tl.task_list.index(t5), 4)
tl.sort_by_src_and_dest()
# Check that they should be sorted
# Right order is: t3 -> t1 -> t2
print("Task 3: " + str(tl.task_list.index(t3)) + ", Task 1: " +
str(tl.task_list.index(t1)) + ", Task 2: " +
str(tl.task_list.index(t2)) + ", Task 5: " +
str(tl.task_list.index(t5)) + ", Task 4: " +
str(tl.task_list.index(t4)))
self.assertEqual(tl.task_list.index(t3), 0)
self.assertEqual(tl.task_list.index(t1), 1)
self.assertEqual(tl.task_list.index(t2), 2)
self.assertEqual(tl.task_list.index(t4), 4)
self.assertEqual(tl.task_list.index(t5), 3)
def test_optimize_list(self):
print ("Testing method: " + str(self._testMethodName))
tm = TaskManager()
tl = TaskList()
t1 = Task(t_type=2, source=2, destination=1, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=2, source=3, destination=3, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=2, source=2, destination=4, t_object=3)
tl.add_task(t3)
t4 = Task(t_type=2, source=5, destination=4, t_object=3)
tl.add_task(t4)
result = ActionList()
result.action_list = tm.optimize_list(tl, result.action_list)
print(result)
def test_is_full(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
self.assertTrue(tl.is_full())
def test_format_set_of_tasks(self):
print ("Testing method: " + str(self._testMethodName))
tm = TaskManager()
tl = TaskList()
t1 = Task(t_type=1, source=2, destination=4, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=3, destination=3, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=2, destination=4, t_object=3)
tl.add_task(t3)
result = ActionList()
result.action_list = tm.format_set_of_tasks(tl, result.action_list)
def test_clear_task(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
tl.clear_task()
self.assertEqual(len(tl.task_list), 0)
def test_get_task_index(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
self.assertEqual(
tl.get_task_index(t2.type, t2.source, t2.destination, t2.object,
t2.container), 1)
def test_get_tasks_by_destination(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
destination_4 = tl.get_tasks_by_destination(4)
for item in destination_4.task_list:
self.assertEqual(item.destination, 4)
def test_format_pick (self):
print ("Testing method: " + str(self._testMethodName))
tm = TaskManager()
tl = TaskList()
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
result = ActionList()
result.action_list = tm.format_pick(tl, result.action_list)
# If reached here, format_pick_task passed the test
# So only assert len
self.assertEquals(len(result.action_list), 3)
def test_remove_task(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
# Check return val of method
self.assertEqual(tl.remove_task(t2), True)
# Check if t2 was really removed
self.assertEqual(len(tl.task_list), 2)
def test_get_unique_source(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
unique_src = tl.get_unique_source()
self.assertEqual(len(unique_src), 2)
for item in unique_src:
self.assertTrue(item == 2 or item == 3)
def test_get_next_obj_to_pick(self):
print("Testing method: " + str(self._testMethodName))
tl = TaskList()
tl.capacity = 3
t1 = Task(t_type=1, source=2, destination=4, container=2, t_object=4)
tl.add_task(t1)
t2 = Task(t_type=1, source=2, destination=3, container=5, t_object=2)
tl.add_task(t2)
t3 = Task(t_type=1, source=3, destination=4, container=2, t_object=3)
tl.add_task(t3)
t1.picked = True
retval, index, task = tl.get_next_obj_to_pick()
self.assertTrue(retval)
self.assertNotEqual(index, -1)
self.assertLess(index, len(tl.task_list))
self.assertFalse(task.picked)