def resp_handler(resp):
VertxAssert.assertTrue(200 == resp.status_code)
# If we get here, the test is complete
# You must always call `testComplete()` at the end. Remember that testing is *asynchronous* so
# we cannot assume the test is complete by the time the test method has finished executing like
# in standard synchronous tests
VertxAssert.testComplete()
def resp_handler(resp):
VertxAssert.assertTrue(200 == resp.status_code)
# If we get here, the test is complete
# You must always call `testComplete()` at the end. Remember that testing is *asynchronous* so
# we cannot assume the test is complete by the time the test method has finished executing like
# in standard synchronous tests
VertxAssert.testComplete()
def test_something_else() :
VertxAssert.testComplete()
def handler(msg):
VertxAssert.assertEquals('pong!', msg.body)
VertxAssert.testComplete()
def handler(timer_id):
VertxAssert.assertNotNull(timer_id)
VertxAssert.testComplete()
def handler(timer_id):
VertxAssert.assertNotNull(timer_id)
VertxAssert.testComplete()
def test_foo():
VertxAssert.testComplete()
from org.vertx.testtools import VertxAssert
import vertx_tests
from core.event_bus import EventBus
import vertx
type = vertx.config()['type']
if type == 'fail':
VertxAssert.fail('failed')
elif type == 'assert_fail':
VertxAssert.assertEquals('foo', 'bar')
elif type == 'assert_ok':
VertxAssert.assertEquals('foo', 'foo')
VertxAssert.testComplete()
def test_assert_ok():
VertxAssert.assertEquals('foo', 'foo')
VertxAssert.testComplete()
def handler():
VertxAssert.assertEquals("foo", "foo")
VertxAssert.testComplete()
def test_1() :
VertxAssert.testComplete()
def test_1():
VertxAssert.testComplete()
