class TestRun(unittest.TestCase):
def setUp(self):
self.tout = TestTimeout('1s', variables=VariableMock())
self.tout.start()
def test_passing(self):
assert_equal(self.tout.run(passing), None)
def test_returning(self):
for arg in [ 10, 'hello', ['l','i','s','t'], unittest]:
ret = self.tout.run(returning, args=(arg,))
assert_equal(ret, arg)
def test_failing(self):
assert_raises_with_msg(MyException, 'hello world',
self.tout.run, failing, ('hello world',))
if JYTHON:
def test_java_failing(self):
from java.lang import Error
from thread_resources import java_failing
assert_raises_with_msg(Error, 'java.lang.Error: hi tellus',
self.tout.run, java_failing, ('hi tellus',))
def test_sleeping(self):
assert_equal(self.tout.run(sleeping, args=(0.01,)), 0.01)
def test_method_executed_normally_if_no_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.run(sleeping, (0.05,))
assert_equal(os.environ['ROBOT_THREAD_TESTING'], '0.05')
def test_method_stopped_if_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.secs = 0.001
# PyThreadState_SetAsyncExc thrown exceptions are not guaranteed
# to occur in a specific timeframe ,, thus the actual Timeout exception
# maybe thrown too late in Windows.
# This is why we need to have an action that really will take some time (sleep 5 secs)
# to (almost) ensure that the 'ROBOT_THREAD_TESTING' setting is not executed before
# timeout exception occurs
assert_raises_with_msg(TimeoutError, 'Test timeout 1 second exceeded.',
self.tout.run, sleeping, (5,))
assert_equal(os.environ['ROBOT_THREAD_TESTING'], 'initial value')
def test_zero_and_negative_timeout(self):
for tout in [0, 0.0, -0.01, -1, -1000]:
self.tout.time_left = lambda: tout
assert_raises(TimeoutError, self.tout.run, sleeping, (10,))
def test_customized_message(self):
tout = KeywordTimeout('1s', 'My message', VariableMock())
tout.start()
tout.run(passing)
tout.secs = 0.001
assert_raises_with_msg(TimeoutError, 'My message',
tout.run, sleeping, (10,))
class TestRun(unittest.TestCase):
def setUp(self):
self.tout = TestTimeout('1s', variables=VariableMock())
self.tout.start()
def test_passing(self):
assert_equals(self.tout.run(passing), None)
def test_returning(self):
for arg in [ 10, 'hello', ['l','i','s','t'], unittest]:
ret = self.tout.run(returning, args=(arg,))
assert_equals(ret, arg)
def test_failing(self):
assert_raises_with_msg(MyException, 'hello world',
self.tout.run, failing, ('hello world',))
if JYTHON:
def test_java_failing(self):
from java.lang import Error
from thread_resources import java_failing
assert_raises_with_msg(Error, 'java.lang.Error: hi tellus',
self.tout.run, java_failing, ('hi tellus',))
def test_sleeping(self):
assert_equals(self.tout.run(sleeping, args=(0.01,)), 0.01)
def test_method_executed_normally_if_no_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.run(sleeping, (0.05,))
assert_equals(os.environ['ROBOT_THREAD_TESTING'], '0.05')
def test_method_stopped_if_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.secs = 0.001
# PyThreadState_SetAsyncExc thrown exceptions are not guaranteed
# to occur in a specific timeframe ,, thus the actual Timeout exception
# maybe thrown too late in Windows.
# This is why we need to have an action that really will take some time (sleep 5 secs)
# to (almost) ensure that the 'ROBOT_THREAD_TESTING' setting is not executed before
# timeout exception occurs
assert_raises_with_msg(TimeoutError, 'Test timeout 1 second exceeded.',
self.tout.run, sleeping, (5,))
assert_equals(os.environ['ROBOT_THREAD_TESTING'], 'initial value')
def test_zero_and_negative_timeout(self):
for tout in [0, 0.0, -0.01, -1, -1000]:
self.tout.time_left = lambda: tout
assert_raises(TimeoutError, self.tout.run, sleeping, (10,))
def test_customized_message(self):
tout = KeywordTimeout('1s', 'My message', VariableMock())
tout.start()
tout.run(passing)
tout.secs = 0.001
assert_raises_with_msg(TimeoutError, 'My message',
tout.run, sleeping, (10,))
class TestRun(unittest.TestCase):
def setUp(self):
self.tout = TestTimeout('1s', variables=VariableMock())
self.tout.start()
def test_passing(self):
assert_none(self.tout.run(passing))
def test_returning(self):
for arg in [10, 'hello', ['l', 'i', 's', 't'], unittest]:
ret = self.tout.run(returning, args=(arg, ))
assert_equals(ret, arg)
def test_failing(self):
assert_raises_with_msg(MyException, 'hello world', self.tout.run,
failing, ('hello world', ))
if sys.platform.startswith('java'):
def test_java_failing(self):
from java.lang import Error
from thread_resources import java_failing
assert_raises_with_msg(Error, 'java.lang.Error: hi tellus',
self.tout.run, java_failing,
('hi tellus', ))
def test_sleeping(self):
assert_equals(self.tout.run(sleeping, args=(0.01, )), 0.01)
def test_method_executed_normally_if_no_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.run(sleeping, (0.05, ))
assert_equals(os.environ['ROBOT_THREAD_TESTING'], '0.05')
def test_method_stopped_if_timeout(self):
os.environ['ROBOT_THREAD_TESTING'] = 'initial value'
self.tout.secs = 0.001
assert_raises_with_msg(TimeoutError, 'Test timeout 1 second exceeded.',
self.tout.run, sleeping, (0.05, ))
time.sleep(0.1)
assert_equals(os.environ['ROBOT_THREAD_TESTING'], 'initial value')
def test_zero_and_negative_timeout(self):
for tout in [0, 0.0, -0.01, -1, -1000]:
self.tout.time_left = lambda: tout
assert_raises(TimeoutError, self.tout.run, sleeping, (10, ))
def test_customized_message(self):
tout = KeywordTimeout('1s', 'My message', VariableMock())
tout.start()
tout.run(passing)
tout.secs = 0.001
time.sleep(0.01)
assert_raises_with_msg(TimeoutError, 'My message', tout.run, sleeping,
(1, ))
