def test_completed_size_limit(self):
_ACTIVE.clear()
_COMPLETED.clear()
meetings = []
# Until we hit the limit, every meeting that we deactivate should stay in _COMPLETED
for _ in range(0, _COMPLETED_SIZE):
meeting = add_meeting("nick", "channel", "network")
deactivate_meeting(meeting, retain=True)
meetings.append(meeting)
assert len(_COMPLETED) == len(meetings)
for meeting in meetings:
assert meeting in _COMPLETED
# the next one we deactivate should roll one item off _COMPLETED
meeting = add_meeting("nick", "channel", "network")
deactivate_meeting(meeting, retain=True)
meetings.append(meeting)
assert len(_COMPLETED) == len(meetings) - 1
assert meetings[0] not in _COMPLETED
for meeting in meetings[1:]:
assert meeting in _COMPLETED
# and so forth...
meeting = add_meeting("nick", "channel", "network")
deactivate_meeting(meeting, retain=True)
meetings.append(meeting)
assert len(_COMPLETED) == len(meetings) - 2
assert meetings[0] not in _COMPLETED
assert meetings[1] not in _COMPLETED
for meeting in meetings[2:]:
assert meeting in _COMPLETED
def test_deactivate_meeting_retained(self):
_ACTIVE.clear()
_COMPLETED.clear()
meeting = add_meeting("nick", "channel", "network")
deactivate_meeting(meeting, retain=True)
assert len(_ACTIVE) == 0
assert meeting in _COMPLETED
def test_get_meetings(self):
_ACTIVE.clear()
_COMPLETED.clear()
active1 = add_meeting("a1-nick", "a1-channel", "a1-network")
active2 = add_meeting("a2-nick", "a2-channel", "a2-network")
completed1 = add_meeting("c1-nick", "c1-channel", "c1-network")
completed2 = add_meeting("c2-nick", "c2-channel", "c12-network")
deactivate_meeting(completed1, retain=True)
deactivate_meeting(completed2, retain=True)
assert get_meetings(active=False, completed=False) == []
assert get_meetings(active=True, completed=False) == [active1, active2]
assert get_meetings(active=False,
completed=True) == [completed1, completed2]
assert get_meetings(active=True, completed=True) == [
active1, active2, completed1, completed2
]
def test_add_meeting(self):
_ACTIVE.clear()
_COMPLETED.clear()
meeting = add_meeting("nick", "channel", "network")
assert meeting.founder == "nick"
assert meeting.channel == "channel"
assert meeting.network == "network"
assert _ACTIVE[meeting.key()] is meeting
def test_get_meeting(self):
_ACTIVE.clear()
_COMPLETED.clear()
assert get_meeting("channel", "network") is None
meeting = add_meeting("nick", "channel", "network")
assert get_meeting("channel", "network") is meeting