def aux_group_details(ctx,
group: discord.CategoryChannel,
details: bool = False,
none_if_empty: bool = False) -> Optional[str]:
guild = ctx.guild
members = hpf.all_students_in_group(guild, group.name)
if not members and none_if_empty:
return None
if details:
return btm.info_group_details(members,
group,
is_open=is_open_group(guild, group))
else:
return btm.message_list_group_members(
hpf.get_lab_group_number(group.name), members)
async def aux_random_join(ctx, member_mention: discord.Member, *args):
member = discord.utils.get(ctx.message.mentions, name=member_mention.name)
excluded_groups = hpf.get_excluded_groups(*args)
if not member:
await ctx.send(btm.message_member_not_exists(member_mention.nick))
elif not excluded_groups:
await ctx.send("All extra arguments should be integers!")
else:
available_lab_groups = []
for group in hpf.all_existing_lab_groups(ctx.guild):
group_number = hpf.get_lab_group_number(group.name)
if group_number and group not in excluded_groups and is_open_group(
ctx.guild, group):
available_lab_groups.append(group)
await random_assignment(ctx, member, available_lab_groups)
async def map_size_of_members_to_group(
guild: discord.Guild) -> Dict[int, List[discord.CategoryChannel]]:
print('Getting num of members per group')
size_to_group = {}
print('Created dictionary')
for group in hpf.all_existing_lab_groups(guild):
print('Processing group ' + group.name)
group_num = hpf.get_lab_group_number(group.name)
if is_open_group(guild, group):
size = len(hpf.all_students_in_group(guild, group_num))
print('The group is open and it has ' + str(size) + " members")
groups = size_to_group.get(size)
if groups is None:
groups = []
size_to_group[size] = groups
groups.append(group)
print('Done. The dictionary: ' + str(size_to_group))
return size_to_group
async def aux_random_join_all(ctx, *args):
# Get excluded groups
excluded_groups = hpf.get_excluded_groups(*args)
#if not excluded_groups:
# await ctx.send("All extra arguments should be integers for excluded groups.")
# return
# Get available groups
available_lab_groups = []
for group in hpf.all_existing_lab_groups(ctx.guild):
group_number = hpf.get_lab_group_number(group.name)
if group_number and group not in excluded_groups and is_open_group(
ctx.guild, group):
available_lab_groups.append(group)
no_group_members = hpf.all_students_with_no_group(ctx.guild)
# Assign groups
for member in no_group_members:
# if member.status == discord.Status.online:
available_lab_groups = await random_assignment(ctx, member,
available_lab_groups)
async def aux_init_guild(guild: discord.Guild):
if not guild in GUILD_CONFIG:
return
#print(f'{guild.name} (id: {guild.id})')
print(guild.name)
members = '\n - '.join([hpf.get_nick(member) for member in guild.members])
print(f'Guild Members:\n - {members}')
# Create or update roles
all_allow = discord.Permissions.all()
almost_all = discord.Permissions(PMask.ALL_BUT_ADMIN_AND_GUILD | PMask.STREAM)
text_and_voice_allow = discord.Permissions(PMask.CHANGE_NICKNAME | PMask.PARTIAL_TEXT | PMask.PARTIAL_VOICE)
await create_new_role(guild, PROFESSOR_ROLE_NAME, permissions=all_allow, colour=discord.Colour.blue(),
hoist=True, mentionable=True)
await create_new_role(guild, HEAD_TA_ROLE_NAME, permissions=all_allow, colour=discord.Colour.red(),
hoist=True, mentionable=True)
await create_new_role(guild, TA_ROLE_NAME, permissions=almost_all, colour=discord.Colour.purple(),
hoist=True, mentionable=True)
await create_new_role(guild, STUDENT_ROLE_NAME, permissions=text_and_voice_allow, colour=discord.Colour.gold(),
hoist=True, mentionable=True)
# Double check existing lab groups
for group in hpf.all_existing_lab_groups(guild):
if not (is_open_group(guild, group) or is_closed_group(guild, group)):
await open_group(guild, group)
async def clean_all_command(ctx, *args):
async with ctx.channel.typing():
excluded_groups = hpf.get_excluded_groups(*args)
groups_to_be_cleaned = [group for group in hpf.all_existing_lab_groups(ctx.guild)
if hpf.get_lab_group_number(group.name) not in excluded_groups and is_open_group(ctx.guild, group)]
for group in sorted(groups_to_be_cleaned, key=lambda c: c.name, reverse=False):
await aux_clean_group(ctx, group.name)