def test_standup_send_working_example(user_1, user_2, user_3, public_channel_1):
"""Testing when standup send is working, via message collation
"""
assert channel.channel_invite(user_1['token'], public_channel_1['channel_id'], user_2['u_id']) == {}
assert channel.channel_invite(user_2['token'], public_channel_1['channel_id'], user_3['u_id']) == {}
standup_duration = 5
curr_time = int(datetime.now(tz=timezone.utc).timestamp())
information = standup.standup_start(user_1['token'], public_channel_1['channel_id'], 2)
assert (curr_time + standup_duration - STANDUP_DELAY) <= information['time_finish'] and\
information['time_finish'] <= (curr_time + standup_duration + STANDUP_DELAY)
on_list = False
user_one_handle = user.user_profile(user_1['token'], user_1['u_id'])['user']['handle_str']
assert standup.standup_send(user_1['token'], public_channel_1['channel_id'], 'Pizza!') == {}
message_data = channel.channel_messages(user_1['token'], public_channel_1['channel_id'], 0)
for messages in message_data['messages']:
if messages['message'] == f'{user_one_handle}: Pizza!':
on_list = True
assert not on_list
assert standup.standup_send(user_2['token'], public_channel_1['channel_id'], 'Water!') == {}
assert standup.standup_send(user_3['token'], public_channel_1['channel_id'], 'Melon!') == {}
time.sleep(7)
on_list = False
user_two_handle = user.user_profile(user_2['token'], user_2['u_id'])['user']['handle_str']
user_three_handle = user.user_profile(user_3['token'], user_3['u_id'])['user']['handle_str']
message_data = channel.channel_messages(user_1['token'], public_channel_1['channel_id'], 0)
for messages in message_data['messages']:
if messages['message'] == f'{user_one_handle}: Pizza!\n{user_two_handle}: Water!\n{user_three_handle}: Melon!':
on_list = True
assert on_list
clear()
def test_standup_active_not_active(user_1, user_2, user_3, public_channel_1):
"""Testing when standup is not active
"""
assert channel.channel_invite(user_1['token'], public_channel_1['channel_id'], user_2['u_id']) == {}
assert channel.channel_invite(user_2['token'], public_channel_1['channel_id'], user_3['u_id']) == {}
standup_duration = 2
curr_time = int(datetime.now(tz=timezone.utc).timestamp())
information = standup.standup_start(user_1['token'], public_channel_1['channel_id'], standup_duration)
assert (curr_time + standup_duration - STANDUP_DELAY) <= information['time_finish'] and\
information['time_finish'] <= (curr_time + standup_duration + STANDUP_DELAY)
time.sleep(4)
information = standup.standup_active(user_1['token'], public_channel_1['channel_id'])
assert not information['is_active']
assert information['time_finish'] == None
information = standup.standup_active(user_2['token'], public_channel_1['channel_id'])
assert not information['is_active']
assert information['time_finish'] == None
information = standup.standup_active(user_3['token'], public_channel_1['channel_id'])
assert not information['is_active']
assert information['time_finish'] == None
clear()
def test_standup_send_no_standup(user_1, user_2, user_3, public_channel_1):
"""Testing when no standup is currently running in channel specified
"""
assert channel.channel_invite(user_1['token'], public_channel_1['channel_id'], user_2['u_id']) == {}
assert channel.channel_invite(user_2['token'], public_channel_1['channel_id'], user_3['u_id']) == {}
with pytest.raises(InputError):
standup.standup_send(user_1['token'], public_channel_1['channel_id'], 'Hey')
with pytest.raises(InputError):
standup.standup_send(user_2['token'], public_channel_1['channel_id'], 'Hey')
with pytest.raises(InputError):
standup.standup_send(user_3['token'], public_channel_1['channel_id'], 'Hey')
clear()
def test_standup_start_working_example(user_1, user_2, user_3, public_channel_1):
"""Testing when standup is working, via message collation
"""
assert channel.channel_invite(user_1['token'], public_channel_1['channel_id'], user_2['u_id']) == {}
assert channel.channel_invite(user_2['token'], public_channel_1['channel_id'], user_3['u_id']) == {}
standup_duration = 5
curr_time = int(datetime.now(tz=timezone.utc).timestamp())
information = standup.standup_start(user_1['token'], public_channel_1['channel_id'], standup_duration)
assert (curr_time + standup_duration - STANDUP_DELAY) <= information['time_finish'] and\
information['time_finish'] <= (curr_time + standup_duration + STANDUP_DELAY)
data = pickle.load(open("data.p", "rb"))
assert data.specify_standup_status(public_channel_1['channel_id'])['is_active'] == True
on_list = False
user_one_handle = user.user_profile(user_1['token'], user_1['u_id'])['user']['handle_str']
assert standup.standup_send(user_1['token'], public_channel_1['channel_id'], 'Hey guys!') == {}
message_data = channel.channel_messages(user_1['token'], public_channel_1['channel_id'], 0)
for messages in message_data['messages']:
if messages['message'] == f'{user_one_handle}: Hey guys!':
on_list = True
assert not on_list
on_list = False
user_two_handle = user.user_profile(user_2['token'], user_2['u_id'])['user']['handle_str']
assert standup.standup_send(user_2['token'], public_channel_1['channel_id'], 'Its working!') == {}
message_data = channel.channel_messages(user_1['token'], public_channel_1['channel_id'], 0)
for messages in message_data['messages']:
if messages['message'] == f'{user_one_handle}: Hey guys!\n{user_two_handle}: Its working!':
on_list = True
assert not on_list
assert standup.standup_send(user_3['token'], public_channel_1['channel_id'], 'Wohoo!') == {}
data = pickle.load(open("data.p", "rb"))
assert data.specify_standup_status(public_channel_1['channel_id'])['is_active'] == True
time.sleep(8)
data = pickle.load(open("data.p", "rb"))
assert data.specify_standup_status(public_channel_1['channel_id'])['is_active'] == False
on_list = False
user_three_handle = user.user_profile(user_3['token'], user_3['u_id'])['user']['handle_str']
message_data = channel.channel_messages(user_1['token'], public_channel_1['channel_id'], 0)
for messages in message_data['messages']:
if messages['message'] == f'{user_one_handle}: Hey guys!\n{user_two_handle}: Its working!\n{user_three_handle}: Wohoo!':
on_list = True
assert on_list
clear()
def test_change_channel_data(user_1, user_2):
""" Testing that name is updated in channels section in data structure.
"""
# creating a new channel
new_channel = channels.channels_create(user_1['token'], 'Group 1', True)
channel.channel_invite(user_1['token'], new_channel['channel_id'],
user_2['u_id'])
channel.channel_join(user_2['token'], new_channel['channel_id'])
channel.channel_addowner(user_1['token'], new_channel['channel_id'],
user_2['u_id'])
details = channel.channel_details(user_1['token'],
new_channel['channel_id'])
for member in details['all_members']:
if member['u_id'] == user_1['u_id']:
assert member['name_first'] == 'John'
assert member['name_last'] == 'Smith'
if member['u_id'] == user_2['u_id']:
assert member['name_first'] == 'Jane'
assert member['name_last'] == 'Smith'
for owner in details['owner_members']:
if owner['u_id'] == user_1['u_id']:
assert owner['name_first'] == 'John'
assert owner['name_last'] == 'Smith'
if owner['u_id'] == user_2['u_id']:
assert owner['name_first'] == 'Jane'
assert owner['name_last'] == 'Smith'
user.user_profile_setname(user_2['token'], 'Bobby', 'Wills')
details = channel.channel_details(user_1['token'],
new_channel['channel_id'])
for member in details['all_members']:
if member['u_id'] == user_2['u_id']:
assert member['name_first'] == 'Bobby'
assert member['name_last'] == 'Wills'
for owner in details['owner_members']:
if owner['u_id'] == user_2['u_id']:
assert owner['name_first'] == 'Bobby'
assert owner['name_last'] == 'Wills'
clear()
def route_channel_invite():
"""Invites a user (with user id u_id) to join a channel with ID channel_id.
Once invited the user is added to the channel immediately
Args:
token (string)
channel_id (int)
u_id (int):
Returns:
(dict): {}
"""
payload = request.get_json()
channel_id = int(payload['channel_id'])
u_id = int(payload['u_id'])
try:
return dumps(channel.channel_invite(payload['token'], channel_id,
u_id))
except (InputError, AccessError) as e:
return e