Files
discord-analyst/emotes.py
T
2019-11-14 20:59:08 +01:00

392 lines
12 KiB
Python

from datetime import datetime
import discord
import re
# Custom libs
import help
from utils import debug, aggregate, no_duplicate
# CONSTANTS
CHUNK_SIZE = 10000
# MAIN
async def compute(message, args):
"""
Computes the %emotes command
:param message: message sent
:type message: :class:`discord.Message`
:param args: arguments of the command
:type args: list[:class:`str`]
"""
guild = message.guild
# If "%emotes help" redirect to "%help emotes"
if len(args) > 1 and args[1] == "help":
await help.compute(message, ["%help", "emotes"])
return
# Create emotes dict from custom emojis of the guild
emotes = {str(emoji): Emote(emoji) for emoji in guild.emojis}
# Get selected channels or all of them if no channel arguments
channels = no_duplicate(message.channel_mentions)
full = len(channels) == 0
if full:
channels = guild.text_channels
# Get selected members
members = no_duplicate(message.mentions)
# Start computing data
async with message.channel.typing():
nm = 0 # number of messages treated
nmm = 0 # number of impacted messages
nc = 0 # number of channel treated
t0 = datetime.now()
# Show custom progress message and keep it to update it later
progress = await message.channel.send(f"```starting analysis...```")
# Analyse every channel selected
for channel in channels:
nm1, nmm1 = await analyse_channel(channel, emotes, members, progress, nm, nc)
# If treatment was successful, increase numbers
if nm1 >= 0:
nm += nm1
nmm += nmm1
nc += 1
# Delete custom progress message
await progress.delete()
# Display results
await tell_results(get_intro(emotes, full, channels, members, nmm, nc),
emotes, message.channel, nmm, allow_unused=full and len(members) == 0, show_life=False)
dt = (datetime.now() - t0).total_seconds()
debug(message, f"response sent {dt} s -> {nm / dt} m/s")
# CLASSES
class Emote:
"""
Custom class to store emotes data
:param emoji: source discord emoji
:type emoji: :class:`discord.Emoji`
:ivar emoji: discord emoji
:vartype emoji: discord.Emoji
:ivar usages: number of usages in messages
:vartype usages: int
:ivar reactions: number of reactions below messages (always 0 if member specified)
:vartype reactions: int
:ivar last_used: date of last use
:vartype last_used: datetime
"""
def __init__(self, emoji):
self.emoji = emoji
self.usages = 0
self.reactions = 0
self.last_used = None
def update_use(self, date):
"""
Update last use date if more recent
:param date: date of use
:type date: datetime
"""
if self.last_used is None or date > self.last_used:
self.last_used = date
def used(self):
"""
:return: If this emote was used ever
:rtype: bool
"""
return self.usages > 0 or self.reactions > 0
def score(self):
"""
:return: Score of this emote to be sorted
:rtype: float
"""
# Score is compose of usages + reactions
# When 2 emotes have the same score, the days since last use is stored in the digits
# (more recent first)
return self.usages + self.reactions + 1 / (100000 * (self.use_days() + 1))
def life_days(self):
"""
:return: Days since creation
:rtype: int
"""
return (datetime.today() - self.emoji.created_at).days
def use_days(self):
"""
:return: Days since last use
:rtype: int
"""
# If never used, use creation date instead
if self.last_used is None:
return self.life_days()
else:
return (datetime.today() - self.last_used).days
# ANALYSIS
async def analyse_channel(channel, emotes, members, progress, nm0, nc):
"""
Analyses a given channel
:param channel: channel to analyse
:type channel: discord.TextChannel
:param emotes: known emotes
:type emotes: dict[str, Emote]
:param members: selected members or empty for all
:type members: list[discord.Member]
:param progress: custom progress message (already sent)
:type progress: discord.Message
:param nm0: number of already analysed messages
:type nm0: int
:param nc: number of already analysed channels
:type nc: int
:return: nm, nc (-1 on exception)
:rtype: int, int
"""
nm = 0
nmm = 0
try:
messages = [None]
while len(messages) >= CHUNK_SIZE or messages[-1] is None:
messages = await channel.history(limit=CHUNK_SIZE, before=messages[-1]).flatten()
for m in messages:
# If author is not bot or included in the selection (empty list is all)
if not m.author.bot and (len(members) == 0 or m.author in members):
# Find all emotes un the current message in the form "<:emoji:123456789>"
# Filter for known emotes
found = [name for name in re.findall(r"(<:\w+:\d+>)", m.content) if name in emotes]
# For each emote, update its usage
for name in found:
emotes[name].usages += 1
emotes[name].update_use(m.created_at)
# Count this message as impacted
nmm += 1
# For each reaction of this message, test if known emote and update when it's the case
for reaction in m.reactions:
name = str(reaction.emoji)
# reaction.emoji can be only str, we don't want that
if not (isinstance(reaction.emoji, str)) and name in emotes:
if len(members) == 0:
emotes[name].reactions += reaction.count
emotes[name].update_use(m.created_at)
""" else:
users = await reaction.users().flatten()
for member in members:
if member in users:
emotes[name].reactions += 1
emotes[name].update_use(m.created_at)"""
nm += len(messages)
await progress.edit(content=f"```{nm0 + nm:,} messages and {nc} channels analysed```")
return nm, nmm
except discord.errors.HTTPException:
# When an exception occurs (like Forbidden) sent -1
return -1, -1
# RESULTS
async def tell_results(intro, emotes, channel, nmm, *, allow_unused, show_life):
"""
Send the full results message
:param intro: introduction sentence (from get_intro)
:type intro: str
:param emotes: known emotes
:type emotes: dict[str, Emote]
:param channel: where to send the message (original message channel)
:type channel: discord.TextChannel
:param nmm: number of impacted messages
:type nmm: int
:param allow_unused: show unused emotes
:type allow_unused: bool
:param show_life: show emotes life span
:type show_life: bool
"""
names = [name for name in emotes]
names.sort(key=lambda name: emotes[name].score(), reverse=True)
res = [intro]
res += [
f"{get_place(names.index(name))} {name} - "
f"{get_usage(emotes[name])}"
f"{get_reactions(emotes[name])}"
f"{get_life(emotes[name], show_life)}"
f"{get_last_used(emotes[name])}"
for name in names if allow_unused or emotes[name].used()]
res += [get_total(emotes, nmm)]
response = ""
for r in res:
if len(response + "\n" + r) > 2000:
await channel.send(response)
response = ""
response += "\n" + r
if len(response) > 0:
await channel.send(response)
def get_intro(emotes, full, channels, members, nmm, nc):
"""
Get the introduction sentence of the response
:param emotes: known emotes
:type emotes: dict[str, Emote]
:param full: if the scan contained all channels
:type full: bool
:param channels: channels selected (ignored if full is True)
:type channels: list[discord.TextChannel]
:param members: members selected (empty for all)
:type members: list[discord.Member]
:param nmm: number of messages impacted
:type nmm: int
:param nc: number of channels analysed
:type nc: int
:return: the correct intro sentence
:rtype: str
"""
# Show all data (members, channels) when it's less than 5 units
if len(members) == 0:
# Full scan of the server
if full:
return f"{len(emotes)} emotes in this server ({nc} channels, {nmm:,} messages):"
elif len(channels) < 5:
return f"{aggregate([c.mention for c in channels])} emotes usage in {nmm:,} messages:"
else:
return f"These {len(channels)} channels emotes usage in {nmm:,} messages:"
elif len(members) < 5:
if full:
return f"{aggregate([m.mention for m in members])} emotes usage in {nmm:,} messages:"
elif len(channels) < 5:
return f"{aggregate([m.mention for m in members])} on {aggregate([c.mention for c in channels])} " \
f"emotes usage in {nmm:,} messages:"
else:
return f"{aggregate([m.mention for m in members])} on these {len(channels)} channels " \
f"emotes usage in {nmm:,} messages:"
else:
if full:
return f"These {len(members)} members emotes usage in {nmm:,} messages:"
elif len(channels) < 5:
return f"These {len(members)} members on {aggregate([c.mention for c in channels])} " \
f"emotes usage in {nmm:,} messages:"
else:
return f"These {len(members)} members on these {len(channels)} channels " \
f"emotes usage in {nmm:,} messages:"
def get_place(i):
"""
Get the correct rank displayed (1st to 3rd have an emoji)
:param i: index
:type i: int
:return: rank string
:rtype: str
"""
if i == 0:
return ":first_place:"
if i == 1:
return ":second_place:"
if i == 2:
return ":third_place:"
return f"**#{i + 1}**"
def get_usage(emote):
"""
Get the correct usage displayed
:type emote: Emote
:return: usage description
:rtype: str
"""
if emote.usages == 0 and emote.reactions == 0:
return "never used "
elif emote.usages == 1:
return "1 time "
else:
return f"{emote.usages:,} times "
def get_reactions(emote):
"""
Get the correct reactions displayed
:return: reactions description
:rtype: str
"""
if emote.reactions == 0:
return ""
elif emote.reactions == 1:
return "and 1 reaction "
else:
return f"and {emote.reactions:,} reactions "
def get_life(emote, show_life):
"""
Get the correct life span displayed
:type emote: Emote
:param show_life: disable if False
:type show_life: bool
:return: life description
:rtype: str
"""
if not show_life:
return ""
else:
return f"(in {emote.life_days()} days) "
def get_last_used(emote):
"""
Get the correct "last used" displayed
:type emote: Emote
:return: last usage description
:rtype: str
"""
if emote.usages == 0 and emote.reactions == 0:
return ""
elif emote.use_days() == 0:
return "(last used today)"
elif emote.use_days() == 1:
return "(last used yesterday)"
else:
return f"(last used {emote.use_days()} days ago)"
def get_total(emotes, nmm):
"""
Get the total of all emotes used
:param emotes: known emotes
:type emotes: dict[str, Emote]
:param nmm: number of messages impacted
:type nmm: int
:return: total sentence
:rtype: str
"""
nu = 0
nr = 0
for name in emotes:
nu += emotes[name].usages
nr += emotes[name].reactions
if nr > 0:
return f"Total: {nu:,} times ({nu / nmm:.4f} / message) and {nr:,} reactions"
else:
return f"Total: {nu:,} times ({nu / nmm:.4f} / message)"