def test_ready_and_delete_tasks(self):
task_1 = Task(
owner=self.taskowner,
source="@handle_a",
dest="@handle_b",
content="some message",
ready_time=datetime.utcnow() + timedelta(minutes=10),
)
task_1.save()
task_2 = Task(
owner=self.taskowner,
source="*****@*****.**",
dest="*****@*****.**",
content="some message",
ready_time=datetime.utcnow(),
)
task_2.save()
ready_tasks = pushQueue._get_ready_tasks()
self.assertEqual(len(ready_tasks), 1)
self.assertEqual(ready_tasks[0].source, "*****@*****.**")
pushQueue._delete_processed_tasks(ready_tasks)
ready_tasks_after = pushQueue._get_ready_tasks()
self.assertEqual(len(ready_tasks_after), 0)
def POST(task_owner, task_id, request_payload):
if task_owner is None:
return {const.KEY_RESP_STATUS: "ERROR",
const.KEY_RESP_STATUS_TEXT: "specified TaskOwner object not found"}
taskPayloadHelper = TaskPayloadHelper(request_payload)
if not taskPayloadHelper.is_valid() or taskPayloadHelper.is_duplicate():
return {const.KEY_RESP_STATUS: "ERROR",
const.KEY_RESP_STATUS_TEXT: "payload is invalid or already exists"}
if task_id is None:
task = Task(owner=task_owner,
source=taskPayloadHelper[const.KEY_SOURCE],
dest=taskPayloadHelper[const.KEY_DEST],
content=taskPayloadHelper[const.KEY_CONTENT],
ready_time=taskPayloadHelper.get_ready_datetime())
task.save()
task_id = task.id
else:
task = _get_task_by_id(task_id)
task.source = taskPayloadHelper[const.KEY_SOURCE]
task.dest = taskPayloadHelper[const.KEY_DEST]
task.content = taskPayloadHelper[const.KEY_CONTENT]
task.ready_time = taskPayloadHelper.get_ready_datetime()
task.save()
return {const.KEY_ID: task_id,
const.KEY_SOURCE: taskPayloadHelper[const.KEY_SOURCE],
const.KEY_DEST: taskPayloadHelper[const.KEY_DEST],
const.KEY_CONTENT: taskPayloadHelper[const.KEY_CONTENT],
const.KEY_READY_TIME: taskPayloadHelper[const.KEY_READY_TIME]}
def test_is_duplicate(self):
self.assertFalse(self.taskPayloadHelper.is_duplicate())
task = Task(owner=self.owner,
source=TEST_PAYLOAD[const.KEY_SOURCE],
dest=TEST_PAYLOAD[const.KEY_DEST],
content=TEST_PAYLOAD[const.KEY_CONTENT],
ready_time=TEST_DATE_EXPECT)
task.save()
self.assertTrue(self.taskPayloadHelper.is_duplicate())
def test_queue_task_creation(self):
task_1 = Task(owner=self.taskowner,
source="@handle_a",
dest="@handle_b",
content="some message",
ready_time=datetime.now())
task_1.save()
ready_tasks = pushQueue._get_ready_tasks()
queue_Task = pushQueue._create_task_from_db(ready_tasks[0])
self.assertTrue(queue_Task)
def test_queue_task_creation(self):
task_1 = Task(
owner=self.taskowner,
source="@handle_a",
dest="@handle_b",
content="some message",
ready_time=datetime.now(),
)
task_1.save()
ready_tasks = pushQueue._get_ready_tasks()
queue_Task = pushQueue._create_task_from_db(ready_tasks[0])
self.assertTrue(queue_Task)
def test_ready_and_delete_tasks(self):
task_1 = Task(owner=self.taskowner,
source="@handle_a",
dest="@handle_b",
content="some message",
ready_time=datetime.utcnow() + timedelta(minutes=10))
task_1.save()
task_2 = Task(owner=self.taskowner,
source="*****@*****.**",
dest="*****@*****.**",
content="some message",
ready_time=datetime.utcnow())
task_2.save()
ready_tasks = pushQueue._get_ready_tasks()
self.assertEqual(len(ready_tasks), 1)
self.assertEqual(ready_tasks[0].source, "*****@*****.**")
pushQueue._delete_processed_tasks(ready_tasks)
ready_tasks_after = pushQueue._get_ready_tasks()
self.assertEqual(len(ready_tasks_after), 0)
def POST(task_owner, task_id, request_payload):
if task_owner is None:
return {
const.KEY_RESP_STATUS: "ERROR",
const.KEY_RESP_STATUS_TEXT: "specified TaskOwner object not found"
}
taskPayloadHelper = TaskPayloadHelper(request_payload)
if not taskPayloadHelper.is_valid() or taskPayloadHelper.is_duplicate():
return {
const.KEY_RESP_STATUS: "ERROR",
const.KEY_RESP_STATUS_TEXT: "payload is invalid or already exists"
}
if task_id is None:
task = Task(owner=task_owner,
source=taskPayloadHelper[const.KEY_SOURCE],
dest=taskPayloadHelper[const.KEY_DEST],
content=taskPayloadHelper[const.KEY_CONTENT],
ready_time=taskPayloadHelper.get_ready_datetime())
task.save()
task_id = task.id
else:
task = _get_task_by_id(task_id)
task.source = taskPayloadHelper[const.KEY_SOURCE]
task.dest = taskPayloadHelper[const.KEY_DEST]
task.content = taskPayloadHelper[const.KEY_CONTENT]
task.ready_time = taskPayloadHelper.get_ready_datetime()
task.save()
return {
const.KEY_ID: task_id,
const.KEY_SOURCE: taskPayloadHelper[const.KEY_SOURCE],
const.KEY_DEST: taskPayloadHelper[const.KEY_DEST],
const.KEY_CONTENT: taskPayloadHelper[const.KEY_CONTENT],
const.KEY_READY_TIME: taskPayloadHelper[const.KEY_READY_TIME]
}