def test_adds_when_initialized(self):
'if router is passed a celery task when initialized it wraps with it'
r = CeleryRouter(celery_task=self.celery.task)
l = lambda x: x
l.__name__ = 'test'
r.node(['test'])(l)
self.assertTrue(isinstance(r.functions[prefix('test')], Task))
class CeleryRouterTests(TestCase):
'tests for using celery to route nodes'
def setUp(self):
self.celery = self.get_test_celery()
self.router = CeleryRouter(self.celery.task)
def get_test_celery(self):
celery = Celery()
celery.conf.update(
CELERY_ALWAYS_EAGER=True
)
return celery
def test_registers_as_task(self):
'registers the function as a task'
l = lambda x: x
l.__name__ = 'test'
self.router.node(['test'], celery_task=self.celery.task)(l)
self.assertTrue(
isinstance(self.router.functions[prefix('test')], Task)
)
def test_adds_when_initialized(self):
'if router is passed a celery task when initialized it wraps with it'
r = CeleryRouter(celery_task=self.celery.task)
l = lambda x: x
l.__name__ = 'test'
r.node(['test'])(l)
self.assertTrue(
isinstance(r.functions[prefix('test')], Task)
)
def test_calls_delay(self):
'calls delay to route'
func = lambda n: n
func.name = 'name'
self.router.node(tuple(), entry_point=True)(func)
node = mock.Mock() # replace node with mock to test call
self.router.functions['name'] = node
self.router(x=1)
node.delay.assert_called_with(_origin='__entry_point', x=1)
def test_get_name_celery(self):
'gets the name of a celery-decorated function'
l = lambda x: x
l.__name__ = 'test'
l = self.celery.task(l)
self.assertEqual(prefix('test'), self.router.get_name(l))
def test_adds_when_initialized(self):
'if router is passed a celery task when initialized it wraps with it'
r = CeleryRouter(celery_task=self.celery.task)
l = lambda x: x
l.__name__ = 'test'
r.node(['test'])(l)
self.assertTrue(
isinstance(r.functions[prefix('test')], Task)
)
class CeleryRouterTests(TestCase):
'tests for using celery to route nodes'
def setUp(self):
self.celery = self.get_test_celery()
self.router = CeleryRouter(self.celery.task)
def get_test_celery(self):
celery = Celery()
celery.conf.update(CELERY_ALWAYS_EAGER=True)
return celery
def test_registers_as_task(self):
'registers the function as a task'
l = lambda x: x
l.__name__ = 'test'
self.router.node(['test'], celery_task=self.celery.task)(l)
self.assertTrue(isinstance(self.router.functions[prefix('test')],
Task))
def test_adds_when_initialized(self):
'if router is passed a celery task when initialized it wraps with it'
r = CeleryRouter(celery_task=self.celery.task)
l = lambda x: x
l.__name__ = 'test'
r.node(['test'])(l)
self.assertTrue(isinstance(r.functions[prefix('test')], Task))
def test_calls_delay(self):
'calls delay to route'
func = lambda n: n
func.name = 'name'
self.router.node(tuple(), entry_point=True)(func)
node = mock.Mock() # replace node with mock to test call
self.router.functions['name'] = node
self.router(x=1)
node.delay.assert_called_with(_origin='__entry_point', x=1)
def test_get_name_celery(self):
'gets the name of a celery-decorated function'
l = lambda x: x
l.__name__ = 'test'
l = self.celery.task(l)
self.assertEqual(prefix('test'), self.router.get_name(l))
def setUp(self):
self.celery = self.get_test_celery()
self.router = CeleryRouter(self.celery.task)
def setUp(self):
self.celery = self.get_test_celery()
self.router = CeleryRouter(self.celery.task)
'simple celery app'
from celery import Celery
from emit.router.celery import CeleryRouter
import logging
app = Celery('celery_emit_example', broker='redis://')
app.conf.update(CELERY_IMPORTS=('tasks', ))
router = CeleryRouter(celery_task=app.task, node_modules=['tasks'])
logging.basicConfig(format='%(levelname)s:%(message)s', level=logging.DEBUG)