def test_observer_1_exception(self, caplog):
gvm.set_variable("wait_observer_1", 0.1)
gvm.set_variable("observer_1_exception", True)
self.run_state_machine()
self.assert_no_errors()
assert_all_false(gvm.get_variable("inner_observer_1_finish"), gvm.get_variable("observer_1_finish"),
gvm.get_variable("observer_1_finish"), gvm.get_variable("observer_2_finish"))
testing_utils.assert_logger_warnings_and_errors(caplog, 0, 1)
def test_inner_observer_1_error(self, caplog):
gvm.set_variable("wait_inner_observer_1", 0.1)
gvm.set_variable("inner_observer_1_abort", True)
self.run_state_machine()
assert_gvm("inner_error_handler", False)
assert_gvm("error_handler")
assert_gvm("error_handler_2")
assert_all_false(gvm.get_variable("inner_observer_1_finish"), gvm.get_variable("observer_1_finish"),
gvm.get_variable("observer_1_finish"), gvm.get_variable("observer_2_finish"))
testing_utils.assert_logger_warnings_and_errors(caplog, 0)
def test_observer_2_finish(self, caplog):
gvm.set_variable("wait_observer_2", 0.1)
self.run_state_machine()
self.assert_no_errors()
assert_gvm("observer_2_finish")
assert_gvm("inner_exit_handler")
assert_gvm("exit_handler")
assert_gvm("exit_handler_2")
assert_all_false(gvm.get_variable("inner_observer_2_finish"), gvm.get_variable("inner_observer_1_finish"),
gvm.get_variable("observer_1_finish"))
testing_utils.assert_logger_warnings_and_errors(caplog, 0)
def test_preemptive_wait2_timeout(caplog):
with testing_utils.test_multithreading_lock:
gvm.set_variable('state_2_wait', 0.5)
gvm.set_variable('state_1_wait', 1.)
run_state_machine()
assert 0.5 < gvm.get_variable('state_2_wait_time')
assert gvm.get_variable('state_1_preempted')
assert not gvm.get_variable('state_2_preempted')
testing_utils.assert_logger_warnings_and_errors(caplog)
def test_preemptive_wait_daemon(caplog):
with testing_utils.test_multithreading_lock:
gvm.set_variable('state_1_wait', 0.5)
gvm.set_variable('state_2_wait', None)
run_state_machine()
assert 0.5 < gvm.get_variable('state_1_wait_time')
# cannot assert this as state 2 may be launched later and will thus have a shorter execution time
# assert 0.5 < gvm.get_variable('state_2_wait_time')
assert not gvm.get_variable('state_1_preempted')
assert gvm.get_variable('state_2_preempted')
testing_utils.assert_logger_warnings_and_errors(caplog)
def test_default_run(self, caplog):
gvm.set_variable("wait_inner_observer_1", 1)
gvm.set_variable("wait_inner_observer_2", 1)
gvm.set_variable("wait_observer_1", 1)
gvm.set_variable("wait_observer_2", 1)
self.run_state_machine()
self.assert_no_errors()
testing_utils.assert_logger_warnings_and_errors(caplog, 0)
def test_preemptive_wait_timeout(caplog):
testing_utils.test_multithreading_lock.acquire()
gvm.set_variable('state_1_wait', 0.5)
gvm.set_variable('state_2_wait', 1.)
run_state_machine()
try:
assert 0.5 < gvm.get_variable('state_1_wait_time')
assert not gvm.get_variable('state_1_preempted')
assert gvm.get_variable('state_2_preempted')
testing_utils.assert_logger_warnings_and_errors(caplog)
finally:
testing_utils.test_multithreading_lock.release()
def setup(self):
# This methods runs before each test method and resets the global variables
gvm.set_variable("wait_inner_observer_1", 10)
gvm.set_variable("wait_inner_observer_2", 10)
gvm.set_variable("wait_observer_1", 10)
gvm.set_variable("wait_observer_2", 10)
gvm.set_variable("inner_error_handler", False)
gvm.set_variable("inner_exit_handler", False)
gvm.set_variable("error_handler", False)
gvm.set_variable("error_handler_2", False)
gvm.set_variable("exit_handler", False)
gvm.set_variable("exit_handler_2", False)
gvm.set_variable("inner_observer_1_abort", False)
gvm.set_variable("inner_observer_1_exception", False)
gvm.set_variable("observer_1_abort", False)
gvm.set_variable("observer_1_exception", False)
gvm.set_variable("observer_1_finish", False)
gvm.set_variable("observer_2_finish", False)
gvm.set_variable("inner_observer_1_finish", False)
gvm.set_variable("inner_observer_2_finish", False)
