def test_choosing_events(all_events, all_events_data):
em = EventManager()
event('sample', triggers='day_end', priority=150)
update_all_events_data()
assert not em.has_event()
em.choose_events('day_end')
assert em.events == ['sample']
assert em.has_event()
def test_deactivated_events(all_events, all_events_data, msgs_mock):
em = EventManager()
event('sample', triggers='day_end', active=False)
update_all_events_data()
em.choose_events('day_end')
assert em.events == []
activate_event('sample')
em.choose_events('day_end')
assert em.events == ['sample']
def test_group(all_events, all_events_data):
em = EventManager()
event('non-group', triggers='day_end')
event('group1', group='somegroup', triggers='day_end')
event('group2', group='somegroup', triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert len(em.events) == 2
assert 'non-group' in em.events
def test_simple_condition(all_events, all_events_data, monkeypatch):
em = EventManager()
event('sample', conditions=('somevar',), triggers='day_end')
update_all_events_data()
monkeypatch.setattr(rpy_code, 'somevar', False, raising=False)
em.choose_events('day_end')
assert em.events == []
monkeypatch.setattr(rpy_code, 'somevar', True, raising=False)
em.choose_events('day_end')
assert em.events == ['sample']
def test_variable_priority(all_events, all_events_data, monkeypatch):
em = EventManager()
event('sample', triggers='day_end')
event('ev_var_priority', triggers='day_end', priority='120 if somevar else 90')
update_all_events_data()
monkeypatch.setattr(rpy_code, 'somevar', True, raising=False)
em.choose_events('day_end')
assert em.events == ['sample', 'ev_var_priority']
monkeypatch.setattr(rpy_code, 'somevar', False, raising=False)
em.choose_events('day_end')
assert em.events == ['ev_var_priority', 'sample']
def test_depends(all_events, all_events_data):
em = EventManager()
event('previous', triggers='day_end')
event('current', depends=('previous',), triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert em.events == ['previous']
# get event to register it as happened
em.get_event()
em.choose_events('day_end')
assert 'previous' in em.events and 'current' in em.events
def test_solo_mod(all_events, all_events_data, monkeypatch):
'''Solo events should only be choosen if there are no events before it (but may be after)'''
em = EventManager()
event('sample_solo', solo=True, triggers='day_end', priority=110)
event('sample', conditions=('somevar',), triggers='day_end')
update_all_events_data()
monkeypatch.setattr(rpy_code, 'somevar', True, raising=False)
em.choose_events('day_end')
assert em.events == ['sample']
monkeypatch.setattr(rpy_code, 'somevar', False, raising=False)
em.choose_events('day_end')
assert em.events == ['sample_solo']
def test_priorities_in_group(all_events, all_events_data):
em = EventManager()
event('non-group', triggers='day_end')
event('group1_high', group='somegroup', triggers='day_end', priority=90)
event('group1_med', group='somegroup', triggers='day_end')
event('group1_low', group='somegroup', triggers='day_end', priority=110)
event('group2_high', group='group2', triggers='day_end', priority=80)
event('group2_low', group='group2', triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert len(em.events) == 3
assert em.events == ['group2_high', 'group1_high', 'non-group']
def test_negative_depends(all_events, all_events_data):
em = EventManager()
event('previous', triggers='day_end')
event('current', depends=('not previous',), triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert set(('previous', 'current')) == set(em.events)
# get events to register them as happened
em.get_event()
em.get_event()
em.choose_events('day_end')
assert ['previous'] == em.events
def test_only_mod(all_events, all_events_data, monkeypatch):
'''"Only" events should only be choosen if there are no events before it, and all events after them are skipped'''
em = EventManager()
event('sample_only', only=True, triggers='day_end')
event('sample_high', conditions=('somevar',), triggers='day_end', priority=90)
event('sample_low', triggers='day_end', priority=110)
update_all_events_data()
monkeypatch.setattr(rpy_code, 'somevar', True, raising=False)
em.choose_events('day_end')
assert em.events == ['sample_high', 'sample_low']
monkeypatch.setattr(rpy_code, 'somevar', False, raising=False)
em.choose_events('day_end')
assert em.events == ['sample_only']
def test_once_mod(all_events, all_events_data):
em = EventManager()
event('sample_once', run_count=1, triggers='day_end')
event('sample_repeat', triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert 'sample_once' in em.events and 'sample_repeat' in em.events
# get events so their run_count would be incremented
em.get_event()
em.get_event()
em.choose_events('day_end')
assert 'sample_repeat' in em.events
assert 'sample_once' not in em.events
def test_insert_next_event_failed(all_events, all_events_data, msgs_mock, monkeypatch):
'''If there is no events matching for insertign, fail silently'''
em = EventManager()
monkeypatch.setattr(rpy_code, 'event_manager', em, raising=False)
event('sample', triggers='day_end', priority=90)
event('middle', triggers='failing')
event('last', triggers='day_end')
update_all_events_data()
em.choose_events('day_end')
assert em.events == ['sample', 'last']
assert em.get_event() == 'sample'
choose_and_insert_next_event('dummy')
assert em.get_event() == 'last'
assert em.has_event() == False
def test_event_timers(all_events, all_events_data, msgs_mock):
em = EventManager()
event('sample', triggers='day_end')
update_all_events_data()
set_event_timer('sample', 'test_timer', 2)
em.choose_events('day_end')
assert em.events == []
assert get_event_timer('sample', 'test_timer') == 2
update_event_timers()
assert get_event_timer('sample', 'test_timer') == 1
update_event_timers()
assert get_event_timer('sample', 'test_timer') is None
em.choose_events('day_end')
assert em.events == ['sample']