def test_safety_net(self):
''' Verify run_queue() safety net works '''
#
# The whole point of this test is to make sure
# that and error is printed and "testdone" is
# published when a new test is started and the
# test name is bad.
#
# We need to ensure logging.error() is invoked
log_error = [0]
def on_log_error(message, *args):
''' Register logging.error() invokation '''
# pylint: disable=W0613
log_error[0] += 1
# Setup (we will restore that later)
saved_log_error = logging.error
logging.error = on_log_error
CONFIG.conf['privacy.can_publish'] = 1
CONFIG.conf['privacy.informed'] = 1
CONFIG.conf['privacy.can_collect'] = 1
core = RunnerCore()
core.queue.append(('foo', Deferred(), None))
core.run_queue()
# Restore
logging.error = saved_log_error
# Worked as expected?
self.assertTrue(log_error[0])
self.assertFalse(NOTIFIER.is_subscribed("testdone"))
def test_wrong_privacy(self):
''' Verify run_queue() behavior when privacy is wrong '''
#
# The whole point of this test is to make sure
# that privacy.complain() is invoked and "testdone"
# is published when privacy settings are not OK
# and a test is started.
#
# We need to ensure privacy.complain() is invoked
privacy_complain = [0]
def on_privacy_complain():
''' Register privacy.complain() invokation '''
privacy_complain[0] += 1
# Setup (we will restore that later)
saved_complain = privacy.complain
privacy.complain = on_privacy_complain
CONFIG.conf['privacy.informed'] = 0
core = RunnerCore()
core.queue.append(('foo', Deferred(), None))
core.run_queue()
# Restore
privacy.complain = saved_complain
# Worked as expected?
self.assertTrue(privacy_complain[0])
self.assertFalse(NOTIFIER.is_subscribed("testdone"))
def test_wrong_privacy(self):
''' Verify run_queue() behavior when privacy is wrong '''
#
# The whole point of this test is to make sure
# that privacy.complain() is invoked and "testdone"
# is published when privacy settings are not OK
# and a test is started.
#
# We need to ensure privacy.complain() is invoked
privacy_complain = [0]
def on_privacy_complain():
''' Register privacy.complain() invokation '''
privacy_complain[0] += 1
# Setup (we will restore that later)
saved_complain = privacy.complain
privacy.complain = on_privacy_complain
CONFIG.conf['privacy.informed'] = 0
core = RunnerCore()
core.queue.append(('foo', '/', lambda: None))
core.run_queue()
# Restore
privacy.complain = saved_complain
# Worked as expected?
self.assertTrue(privacy_complain[0])
self.assertFalse(NOTIFIER.is_subscribed("testdone"))
def test_safety_net(self):
''' Verify run_queue() safety net works '''
#
# The whole point of this test is to make sure
# that and error is printed and "testdone" is
# published when a new test is started and the
# test name is bad.
#
# We need to ensure LOG.error() is invoked
log_error = [0]
def on_log_error(message, *args):
''' Register LOG.error() invokation '''
# pylint: disable=W0613
log_error[0] += 1
# Setup (we will restore that later)
saved_log_error = LOG.error
LOG.error = on_log_error
CONFIG.conf['privacy.can_publish'] = 1
CONFIG.conf['privacy.informed'] = 1
CONFIG.conf['privacy.can_collect'] = 1
core = RunnerCore()
core.queue.append(('foo', '/', lambda: None))
core.run_queue()
# Restore
LOG.error = saved_log_error
# Worked as expected?
self.assertTrue(log_error[0])
self.assertFalse(NOTIFIER.is_subscribed("testdone"))
def test_bittorrent_invokation_bad(self):
''' Verify run_queue() behavior when bittorrent is invoked
and there is NOT a URI for bittorrent '''
#
# The whole point of this test is to make sure that
# the callback() is invoked and the "testdone" event
# has been fired, when we try to run a bittorrent
# test and we don't have a registered URI for such
# test.
#
# We need to ensure callback() is invoked
callback = [0]
def on_callback():
''' Register callback() invokation '''
# pylint: disable=W0613
callback[0] += 1
CONFIG.conf['privacy.can_publish'] = 1
CONFIG.conf['privacy.informed'] = 1
CONFIG.conf['privacy.can_collect'] = 1
core = RunnerCore()
core.queue.append(('bittorrent', on_callback, None))
core.run_queue()
# Worked as expected?
self.assertTrue(callback[0])
self.assertFalse(NOTIFIER.is_subscribed("testdone"))
def test_smpl(self):
''' Check behavior is correct when empty '''
#
# The most basic test, just make sure that at the
# beginning the state is consistent and that running
# the empty queue does not have side effects.
#
core = RunnerCore()
self.assertEqual(core.test_is_running(), False)
core.run_queue()
def test_smpl(self):
''' Check behavior is correct when empty '''
#
# The most basic test, just make sure that at the
# beginning the state is consistent and that running
# the empty queue does not have side effects.
#
core = RunnerCore()
self.assertEqual(core.test_is_running(), False)
core.run_queue()
def test_when_queue_empty(self):
''' Verify run_queue() behavior when queue is empty '''
#
# It should not run when the queue is empty,
# if I'm wrong and it runs and it does not
# crash (unlikely), the self.running attribute
# would be true.
#
core = RunnerCore()
core.run_queue()
self.assertFalse(core.running)
def test_when_queue_empty(self):
''' Verify run_queue() behavior when queue is empty '''
#
# It should not run when the queue is empty,
# if I'm wrong and it runs and it does not
# crash (unlikely), the self.running attribute
# would be true.
#
core = RunnerCore()
core.run_queue()
self.assertFalse(core.running)
def test_bittorrent_invokation_good(self):
''' Verify run_queue() behavior when bittorrent is invoked
and there is a URI for bittorrent '''
#
# The whole point of this test is to make sure that
# bittorrent.run() is invoked when privacy is OK and
# we have a negotiate URI. We also want to check that
# the "testdone" event is subscribed after run_queue(),
# i.e. that someone is waiting for the event that
# signals the end of the test.
#
# We need to ensure bittorrent.run() is invoked
bittorrent_run = [0]
def on_bittorrent_run(poller, conf):
''' Register bittorrent.run() invokation '''
# pylint: disable=W0613
bittorrent_run[0] += 1
# Setup (we will restore that later)
saved_run = bittorrent.run
bittorrent.run = on_bittorrent_run
RUNNER_TESTS.update({'bittorrent': '/'})
CONFIG.conf['privacy.can_publish'] = 1
CONFIG.conf['privacy.informed'] = 1
CONFIG.conf['privacy.can_collect'] = 1
core = RunnerCore()
core.queue.append(('bittorrent', Deferred(), None))
core.run_queue()
# Restore
bittorrent.run = saved_run
RUNNER_TESTS.update({})
# Worked as expected?
self.assertTrue(bittorrent_run[0])
self.assertTrue(NOTIFIER.is_subscribed("testdone"))
#
# Clear the "testdone" because otherwise it will
# screw up other tests and we don't want that
#
NOTIFIER.publish("testdone")
def test_bittorrent_invokation_good(self):
''' Verify run_queue() behavior when bittorrent is invoked
and there is a URI for bittorrent '''
#
# The whole point of this test is to make sure that
# bittorrent.run() is invoked when privacy is OK and
# we have a negotiate URI. We also want to check that
# the "testdone" event is subscribed after run_queue(),
# i.e. that someone is waiting for the event that
# signals the end of the test.
#
# We need to ensure bittorrent.run() is invoked
bittorrent_run = [0]
def on_bittorrent_run(poller, conf):
''' Register bittorrent.run() invokation '''
# pylint: disable=W0613
bittorrent_run[0] += 1
# Setup (we will restore that later)
saved_run = bittorrent.run
bittorrent.run = on_bittorrent_run
RUNNER_TESTS.update({'bittorrent': '/'})
CONFIG.conf['privacy.can_publish'] = 1
CONFIG.conf['privacy.informed'] = 1
CONFIG.conf['privacy.can_collect'] = 1
core = RunnerCore()
core.queue.append(('bittorrent', Deferred(), None))
core.run_queue()
# Restore
bittorrent.run = saved_run
RUNNER_TESTS.update({})
# Worked as expected?
self.assertTrue(bittorrent_run[0])
self.assertTrue(NOTIFIER.is_subscribed("testdone"))
#
# Clear the "testdone" because otherwise it will
# screw up other tests and we don't want that
#
NOTIFIER.publish("testdone")