def test_not_logged_in(event, bot):
"""
Test when the user is not logged in.
"""
admin, event_id = event
log_out(bot.username)
invite_user(admin.username, bot.username, event_id)
expect_error(leave_event, AuthError, bot.username, event_id)
def event_member():
"""
Return a new event's ID, its admin, as well as a member.
"""
admin = create_bot()
member = create_bot()
event_id = create_event(admin.username, "ABC", [member.username])
invite_user(admin.username, member.username, event_id)
return admin, member, event_id
def test_success_leave(event, bot):
"""
Test a successful event leave.
"""
admin, event_id = event
invite_user(admin.username, bot.username, event_id)
leave_event(bot.username, event_id)
# Check that the user successfully left
assert bot.username not in data.events[event_id].member_usernames
def test_success_remove(event, bot):
"""
Test a successful removal of an event member.
"""
admin, event_id = event
invite_user(admin.username, bot.username, event_id)
remove_user(admin.username, bot.username, event_id)
members = data.events[event_id].member_usernames
assert bot.username not in members
def test_invite_repeat(event, bot):
"""
Test that inviting users that are already members has no effect.
"""
admin, event_id = event
invite_user(admin.username, bot.username, event_id)
orig_members = data.events[event_id].member_usernames
invite_user(admin.username, bot.username, event_id)
new_members = data.events[event_id].member_usernames
assert orig_members == new_members
def test_success_invite(event, bot):
"""
Test a successful event invitation.
"""
admin, event_id = event
invite_user(admin.username, bot.username, event_id)
# Check if the event data was updated
members = data.events[event_id].member_usernames
assert admin.username in members and bot.username in members
# Check that the admin is unchanged
assert admin.username == data.events[event_id].admin_username
def test_success_edit_member(event, bot):
"""
Test a successful edit by a non-admin.
"""
admin, event_id = event
invite_user(admin.username, bot.username, event_id)
edit(bot.username, event_id, True, MON, time(13), time(14, 30))
# Check that the schedule updated for every week
schedule = data.events[event_id].availabilities[bot.username]
creation_day = data.events[event_id].create_time.weekday()
offset = (MON - creation_day + 7) % 7
start = 13 * 2
end = 14 * 2 + 1
for d in range(MAX_DAYS):
for t in range(INTERVALS):
if (d - offset) % 7 == 0 and start <= t < end:
assert schedule.times[d][t]
else:
assert not schedule.times[d][t]