def cleanup(self, current_test):
if self.__unpatch:
self.__unpatch()
if test_failed(current_test):
# We have already got the message that main test failed. There is
# a high probability that something remains in reports or in the
# queue etc. But it is only consequence of the main test fail. And
# we do not want to make the report confusing.
return
if not self.__reports_asserted:
self.__assert_environment_created()
if not self.__config.spy:
self._env.report_processor.assert_reports(
self.__extra_reports,
hint="EnvAssistant.cleanup - is param"
" 'expected_in_processor' in the method"
" 'assert_raise_library_error' set correctly?"
)
if not self.__config.spy:
if self.__call_queue and self.__call_queue.remaining:
raise AssertionError(
"There are remaining expected calls: \n '{0}'"
.format("'\n '".join([
repr(call) for call in self.__call_queue.remaining
]))
)
# If pushing corosync.conf has not been patched in the
# LibraryEnvironment and the LibraryEnvironment was constructed
# with a mocked corosync.conf, check if it was changed without the
# change being specified in a test.
# If no env.push_corosync_conf call has been specified, no mocking
# occurs, any changes to corosync.conf are done just in memory and
# nothing gets reported. So an explicit check is necessary.
corosync_conf_orig = self.__original_mocked_corosync_conf
# pylint: disable=protected-access
corosync_conf_env = self._env._corosync_conf_data
if (
corosync_conf_orig
and
corosync_conf_orig != corosync_conf_env
):
raise AssertionError(
(
"An unexpected change to corosync.conf in "
"LibraryEnvironment has been detected:\n{0}"
).format(
prepare_diff(corosync_conf_orig, corosync_conf_env)
)
)
def cleanup(self, current_test):
if self.__unpatch:
self.__unpatch()
if test_failed(current_test):
# We have already got the message that main test failed. There is
# a high probability that something remains in reports or in the
# queue etc. But it is only consequence of the main test fail. And
# we do not want to make the report confusing.
return
if not self.__reports_asserted:
self.__assert_environment_created()
if not self.__config.spy:
self._env.report_processor.assert_reports(
self.__extra_reports,
hint="EnvAssistant.cleanup - is param"
" 'expected_in_processor' in the method"
" 'assert_raise_library_error' set correctly?",
)
if not self.__config.spy:
if self.__call_queue and self.__call_queue.remaining:
raise AssertionError(
"There are remaining expected calls: \n '{0}'".format(
"'\n '".join(
[repr(call) for call in self.__call_queue.remaining]
)
)
)
# If pushing corosync.conf has not been patched in the
# LibraryEnvironment and the LibraryEnvironment was constructed
# with a mocked corosync.conf, check if it was changed without the
# change being specified in a test.
# If no env.push_corosync_conf call has been specified, no mocking
# occurs, any changes to corosync.conf are done just in memory and
# nothing gets reported. So an explicit check is necessary.
corosync_conf_orig = self.__original_mocked_corosync_conf
# pylint: disable=protected-access
corosync_conf_env = self._env._corosync_conf_data
if corosync_conf_orig and corosync_conf_orig != corosync_conf_env:
raise AssertionError(
(
"An unexpected change to corosync.conf in "
"LibraryEnvironment has been detected:\n{0}"
).format(
prepare_diff(corosync_conf_orig, corosync_conf_env)
)
)