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{
"server": {
"url": "http://localhost:3000"
},
"global": {
"activity": 100
},
"active_users": []
}

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# Config
data/users
config.json
# Bootstrapping
__pycache__

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LICENSE Normal file
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GNU GENERAL PUBLIC LICENSE
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How to Apply These Terms to Your New Programs
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<one line to give the program's name and a brief idea of what it does.>
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Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
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This is free software, and you are welcome to redistribute it
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The hypothetical commands `show w' and `show c' should show the appropriate
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You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

74
data/dictionaries/common.json Normal file
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{
"glue": [
"ve",
"er",
"en",
"foun",
"heit",
"ges",
"me",
"foires",
"der",
"be",
"nei",
"aer",
"je",
"toi",
"eif",
"dae",
"es",
"hei",
"teir",
"fou",
"tu",
"se",
"ge",
"fo",
"to",
"ois",
"ef",
"so"
],
"words": [
"fouir",
"etrei",
"deireas",
"bositeir",
"geares",
"roundare",
"jeir",
"hares",
"garei",
"heiras",
"foruents",
"meisair",
"foui",
"hesiat",
"bories",
"geiroit",
"houis",
"eirat",
"louri",
"foueras",
"toues",
"faera",
"nouesit",
"nyaeis",
"cuis",
"veiret",
"balit",
"deiras",
"halest",
"veirs",
"dair",
"feir",
"heris",
"marets",
"berls",
"teiras",
"ouaren",
"voriet",
"maeits",
"eras"
]
}

86
data/dictionaries/control.json Normal file
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{
"tone": {
"informal": [
"goui",
"toous",
"eir",
"poous",
"eeiir",
"tuuu",
"grouist",
"fouiras",
"vouirs",
"nosais",
"hours",
"haeir"
],
"formal": [
"veiser",
"toir",
"naert",
"beir",
"letis",
"maer",
"hoirs",
"eirs",
"eirefs",
"foir",
"heis",
"peis",
"raes",
"eift"
]
},
"mood": {
"funny": [
"beris",
"aahha",
"noires",
"geirs",
"generis",
"vairs",
"bei",
"hahaha",
"hors",
"freis",
"heirs",
"beis",
"fournis"
],
"decent": [
"fouirs",
"neimer",
"fuers",
"claer",
"fourair",
"baeirs",
"toui",
"ceirs",
"hois",
"nolers",
"vouir"
],
"annoyed": [
"weists",
"souires",
"fouis",
"eidren",
"tureinga",
"ousers",
"tourles",
"ouferes"
]
},
"type": {
"question": [
"areis",
"via"
],
"exaggerated": [
"ouseits"
],
"statement": [
"heiral"
]
}
}

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{
"informal": {
"funny": {
"exaggerated": [
" 😂",
" 😂😂",
" 🤣",
" 🤣🤣",
"!!",
"!!!"
],
"statement": [
" 😝",
" 😜",
" 😬",
" 😉😉"
],
"question": [
" 🤔🤔",
"?!",
"??!"
]
},
"decent": {
"exaggerated": [
" 🫣🫣",
" 😎",
"!"
],
"statement": [
" 🫣"
],
"question": [
" 🤔",
" 🤫",
"?"
]
},
"annoyed": {
"exaggerated": [
" 😡",
" 🤬",
"!!!"
],
"statement": [
" 🙄🙄",
"..",
"..."
],
"question": [
" 🙄🤔",
"?",
"??"
]
}
},
"formal": {
"funny": {
"exaggerated": [
",",
" 😄",
" 😁",
" 😆",
" 😃"
],
"statement": [
",",
" 🙂",
" 😉"
],
"question": [
",",
" 😇",
" 🙏"
]
},
"decent": {
"exaggerated": [
",",
"!"
],
"statement": [
",",
"."
],
"question": [
",",
"?"
]
},
"annoyed": {
"exaggerated": [
"!"
],
"statement": [
".",
"..",
"..."
],
"question": [
",",
".",
"?"
]
}
}
}

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{
"key": "API_KEY",
"online": {
"intervals": [
{
"start": {
"from": 0.00,
"to": 0.00
},
"end": {
"from": 24.00,
"to": 24.00
}
}
]
},
"actions": {
"posts": {
"public": {
"percent": 0,
"cooldown": 86400
},
"specified": {
"percent": {
"partner": 0,
"friends": 0,
"neutral": 0,
"enemies": 0
},
"cooldown": 86400
}
},
"replies": {
"public": {
"percent": {
"partner": 0,
"friends": 0,
"neutral": 0,
"enemies": 0
}
},
"specified": {
"percent": {
"partner": 0,
"friends": 0,
"neutral": 0,
"enemies": 0
}
}
},
"reacts": {
"percent": {
"partner": 0,
"friends": 0,
"neutral": 0,
"enemies": 0
},
"prefrerred_reaction": {
"partner": null,
"friends": null,
"neutral": null,
"enemies": null
}
}
},
"personality": {
"tone": {
"probability": {
"informal": 0,
"formal": 0
}
},
"mood": {
"probability": {
"funny": 0,
"decent": 0,
"annoyed": 0
}
},
"type": {
"probability": {
"question": 0,
"exaggerated": 0,
"statement": 0
}
}
},
"relationships": {
"friends": [],
"enemies": [],
"partner": null
}
}

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requirements.txt Normal file
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Misskey.py

27
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import typing
import random
import json
from src.Poster import Poster
from src.User.User import User
from src.Misskey import Misskey
def main():
with open("config.json", "r") as f:
config = json.load(f)
# Don't do ANYTHING this time if the roll against the global activity percentage failed
if (random.randint(0, 100) >= config["global"]["activity"]):
return False
for username in config["active_users"]:
user = User(username)
# Don't do anything for this user if they're not active right now
if (not user.is_online()):
continue
Poster(user.username, Misskey(config["server"]["url"], user.config["key"])).autorun()
if __name__ == "__main__":
main()

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import json
import typing
from pathlib import Path
from ..Enums import Dictionaries
DICTIONARIES_CONFIG_DIR = Path.cwd() / "data" / "dictionaries"
class Dictionary():
def __init__(self):
# Dictionaries will be loaded into this dict on-demand
self.dict = {}
def load_dictionary(self, dictionary: Dictionaries) -> None:
# Bail out if dictionary is already loaded
if (dictionary.value in self.dict):
return
# Load dictionary from file
with open(DICTIONARIES_CONFIG_DIR / f"{dictionary.value}.json", "r") as f:
self.dict[dictionary.value] = json.load(f)
def get_words(self, dictionary: Dictionaries) -> dict:
self.load_dictionary(dictionary)
return self.dict[dictionary.value]

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import os
import typing
import random
import itertools
from itertools import islice
from .Dictionary import Dictionary
from ..Enums import Dictionaries, NoteTones, NoteMoods, NoteTypes, ControlWords, CommonWords
SEED_BYTES_SIZE = 32
# Treat a succession of same word class as a sequence after this threshold
SEQUENCE_START_THRESHOLD = 3
# Balance between next word class being glue or word
GRAMMAR_GLUE_OR_WORD_THRESHOLD = 0xA4
# Balance for the next word class to be glue following another glue word
GRAMMAR_GLUE_AFTER_GLUE_THRESHOLD = 0x00
# Break a word class sequence at this threshold and inject word(s) of the opposite class
GRAMMAR_SEQUENCE_INJECT_THRESHOLD = 0xFF
# Number of common word generators in DictionaryGenerator.generate_text()
# This is used to calculate a minimum token length
COUNT_WORD_GEN = 3
class DictionaryGenerator(Dictionary):
def __init__(self, note_tone: NoteTones, note_mood: NoteMoods, note_type: NoteTypes, seed: bytes = None):
super().__init__()
self.tone = note_tone
self.type = note_type
self.mood = note_mood
# Set or generate seed which will be used for word generation
self.seed = seed if seed else self.gen_seed()
self.byte = self.get_byte()
@staticmethod
def gen_seed() -> bytes:
return os.urandom(SEED_BYTES_SIZE)
# Get next byte from seed, roll over if we're at the last byte
def get_byte(self) -> int:
for byte in itertools.cycle(self.seed):
yield byte
# Generate text following Suesity's pattern
def _gen_random_word(self) -> str:
last_word_class = None
output = []
for byte in self.byte:
# If the last word was a glue word, check if we should have another glue word against threshold
if (last_word_class == CommonWords.GLUE and byte <= GRAMMAR_GLUE_AFTER_GLUE_THRESHOLD):
word_class = CommonWords.GLUE
else:
# Pick either a normal or glue word depending on threshold
word_class = CommonWords.WORD if byte <= GRAMMAR_GLUE_OR_WORD_THRESHOLD else CommonWords.GLUE
# Test output against sequence threshold
if (len(output) >= SEQUENCE_START_THRESHOLD):
count = 0
# Check the last n words for a word class sequence
for word in output[(SEQUENCE_START_THRESHOLD * -1):]:
# Increment sequence counter if word has the same class as the previous word
if (word == last_word_class):
count += 1
# Flip word class is same as previous class and if sequence threshold and inject threshold is met
if (word_class == last_word_class and count >= SEQUENCE_START_THRESHOLD and byte <= GRAMMAR_SEQUENCE_INJECT_THRESHOLD):
word_class = CommonWords.WORD if word_class == CommonWords.GLUE else CommonWords.GLUE
last_word_class = word_class
word_list = self.get_words(Dictionaries.COMMON)[word_class.value]
word = word_list[byte % len(word_list)]
output.append(word)
yield word
# Generate n amount of random words
def get_common_words(self, count: int = 1) -> list:
return list(itertools.islice(self._gen_random_word(), count))
# Get a control word
def get_control_word(self, control: ControlWords, words: NoteTones | NoteMoods | NoteTypes) -> str:
words = self.get_words(Dictionaries.CONTROL)[control.value][words.value]
return words[next(self.byte) % len(words)]
def get_emoji(self) -> str:
self.load_dictionary(Dictionaries.EMOJI)
emojis = self.get_words(Dictionaries.EMOJI)[self.tone.value][self.mood.value][self.type.value]
return emojis[next(self.byte) % len(emojis)]
def generate_text(self, min_token_length: int) -> str:
# List of word tokens
output = []
# Append some common words
output.extend(self.get_common_words(round(min_token_length / COUNT_WORD_GEN)))
# Capitalize first word
output[0] = output[0].capitalize()
# Append an emoji to first word if tenary pass
if (next(self.byte) % 2 == 1):
output[0] += self.get_emoji()
# Append punctuation to last word unless 0
punctuation_idx = next(self.byte) % 3
output[-1] += ("", ",", ".")[punctuation_idx]
# Append a tone word
output.append(self.get_control_word(ControlWords.TONE, self.tone))
# Capitalize first word if punctuation from last output was full stop
if (punctuation_idx == 2):
output[-1] = output[-1].capitalize()
# Append some more common words
output.extend(self.get_common_words(round(min_token_length / COUNT_WORD_GEN)))
# Append a mood word
output.append(self.get_control_word(ControlWords.MOOD, self.mood))
# Append a type word
output.append(self.get_control_word(ControlWords.TYPE, self.type))
# Append some more common words
output.extend(self.get_common_words(round(min_token_length / COUNT_WORD_GEN)))
# Append an emoji to last word if tenary pass
if (next(self.byte) % 2 == 1):
output[-1] += self.get_emoji()
# We'll make the whole note lowercase if tone is formal, and mood is decent
if (self.tone == NoteTones.FORMAL and self.mood == NoteMoods.DECENT):
output = [item.lower() for item in output]
# We'll make all words uppercase if the user is "angry"
if (self.tone == NoteTones.INFORMAL and self.mood == NoteMoods.ANNOYED and self.type == NoteTypes.EXAGGERATED):
output = [item.upper() for item in output]
return " ".join(output)

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import typing
from .Dictionary import Dictionary
from ..Enums import Dictionaries, NoteTones, NoteMoods, NoteTypes
class DictionaryParser(Dictionary):
def __init__(self, note: dict):
super().__init__()
# Split note text by spaces and coerce into a set
self.tokens = self._parse_tokens_from_note(note)
# Parse tokens from text in note
@staticmethod
def _parse_tokens_from_note(note: dict) -> set:
tokens = [token.lower() for token in note["text"].split(" ")]
return set(tokens)
def get_tone(self) -> NoteTones:
words = self.get_words(Dictionaries.CONTROL)["tone"]
if (self.tokens & set(words[NoteTones.INFORMAL.value])): return NoteTones.INFORMAL
elif (self.tokens & set(words[NoteTones.FORMAL.value])): return NoteTones.FORMAL
return NoteTones.UNKNOWN
def get_mood(self) -> NoteMoods:
words = self.get_words(Dictionaries.CONTROL)["mood"]
if (self.tokens & set(words[NoteMoods.FUNNY.value])): return NoteMoods.FUNNY
elif (self.tokens & set(words[NoteMoods.DECENT.value])): return NoteMoods.DECENT
elif (self.tokens & set(words[NoteMoods.ANNOYED.value])): return NoteMoods.ANNOYED
return NoteMoods.UNKNOWN
def get_type(self) -> NoteTypes:
words = self.get_words(Dictionaries.CONTROL)["type"]
if (self.tokens & set(words[NoteTypes.QUESTION.value])): return NoteTypes.QUESTION
elif (self.tokens & set(words[NoteTypes.EXAGGERATED.value])): return NoteTypes.EXAGGERATED
elif (self.tokens & set(words[NoteTypes.STATEMENT.value])): return NoteTypes.STATEMENT
return NoteTypes.UNKNOWN

0
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from enum import Enum
class Traits(Enum):
UNKNOWN = None
class Errors(Enum):
WORD_LIST_TOO_LONG = 0
WORD_LIST_HAS_DUPLICATES = 1
class Ansi(Enum):
RED = "\033[31m"
GREEN = "\033[32m"
WHITE = "\033[37m"
RESET = "\033[0m"
# //
class RelationshipType(Enum):
PARTNER = "partner"
FRIEND = "friends"
NEUTRAL = "neutral"
ENEMY = "enemies"
class Intent(Enum):
POST = "posts"
REPLY = "replies"
REACT = "reacts"
class Dictionaries(Enum):
EMOJI = "emoji"
COMMON = "common"
CONTROL = "control"
class CommonWords(Enum):
GLUE = "glue"
WORD = "words"
class ControlWords(Enum):
TONE = "tone"
MOOD = "mood"
TYPE = "type"
class NoteTones(Enum):
FORMAL = "formal"
INFORMAL = "informal"
UNKNOWN = Traits.UNKNOWN.value
class NoteMoods(Enum):
FUNNY = "funny"
DECENT = "decent"
ANNOYED = "annoyed"
UNKNOWN = Traits.UNKNOWN.value
class NoteTypes(Enum):
QUESTION = "question"
EXAGGERATED = "exaggerated"
STATEMENT = "statement"
UNKNOWN = Traits.UNKNOWN.value

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import typing
from datetime import datetime, timedelta
from misskey import Misskey as lib_Misskey
from misskey.enum import NotificationsType, NoteVisibility
NOTES_FETCH_LIMIT = 100
# It is recommended to keep the timeline fetch limit low as every note that a user WOULD reply to in their timeline will make an API call even if a user WON'T reply
TIMELINE_FETCH_LIMIT = 5
# Throttle note timeline to prevent instant reactions on runtime
TIMELINE_THROTTLE_SECONDS = 300
class Misskey(lib_Misskey):
def __init__(self, server: str, key: str):
super().__init__(server, i=key)
# Reverse lists returned by Misskey.py because for some stupid reason they're ordered oldest-to-newest
@staticmethod
def _reverse(x: list) -> list:
x.reverse()
return x
def resolve_user_id(self, username: str) -> str:
return self.users_show(username=username)["id"]
# Return filtered Misskey home timeline for user
def get_timeline(self) -> list:
return Misskey._reverse(self.notes_timeline(
limit=TIMELINE_FETCH_LIMIT,
with_files=False,
include_my_renotes=False,
include_renoted_my_notes=False,
# Don't fetch notes older than 24 hours
since_date=datetime.now() - timedelta(days=1),
# Don't fetch notes newer than threshold
until_date=datetime.now() - timedelta(seconds=TIMELINE_THROTTLE_SECONDS)
))
def get_user_notes(self, username: str) -> list:
return self.users_notes(
# Resolve user id from username
user_id=self.resolve_user_id(username),
limit=NOTES_FETCH_LIMIT
)
# Return replies for a given note
def get_replies(self, note: dict) -> list:
return self.notes_replies(
note_id=note["id"],
limit=NOTES_FETCH_LIMIT
)
def post_note(self, text: str, username: str = None) -> dict:
# Set note visibility to specified (DM) if a username is provided
visibility = NoteVisibility.SPECIFIED if username else NoteVisibility.PUBLIC
return self.notes_create(
text=text,
visibility=visibility.value,
# Resolve user id from username if note is a DM
visible_user_ids=[self.resolve_user_id(username)] if username else None
)
# Send a reply to a given note
def post_reply(self, text: str, note: dict) -> dict:
visibility = NoteVisibility(note["visibility"])
# Tag the sender in our reply
text = "@{} {}".format(note["user"]["username"], text)
return self.notes_create(
text=text,
visibility=visibility.value,
visible_user_ids=[note["user"]["id"]] if visibility == NoteVisibility.SPECIFIED else None,
reply_id=note["id"]
)
# Send a reaction to a given note
def post_reaction(self, reaction: str, note: dict) -> bool:
return self.notes_reactions_create(
note_id=note["id"],
reaction=reaction
)

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import typing
from .User.UserPersonality import UserPersonality
from .Dictionary.DictionaryParser import DictionaryParser
from .Dictionary.DictionaryGenerator import Dictionary, DictionaryGenerator
class Note():
def __init__(self, username: str):
self.user = UserPersonality(username)
def get_reply_text(self, note: dict) -> str:
# Create a text parser for original note
note_text = DictionaryParser(note)
# Generate a reply with user's personality biased against the original note
return DictionaryGenerator(
note_tone=self.user.get_text_tone(note_text.get_tone()),
note_type=self.user.get_text_type(note_text.get_type()),
note_mood=self.user.get_text_mood(note_text.get_mood())
).generate_text(self.user.get_note_length())
def get_text(self) -> str:
# Generate a note with user's personality
return DictionaryGenerator(
note_tone=self.user.get_text_tone(),
note_type=self.user.get_text_type(),
note_mood=self.user.get_text_mood()
).generate_text(self.user.get_note_length())

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import typing
from datetime import datetime
from .Note import Note
from .Enums import Intent
from .Misskey import Misskey
from .User.UserIntent import UserIntent
from misskey.enum import NoteVisibility
class Poster():
def __init__(self, username: str, mk: Misskey):
self.mk = mk
self.note = Note(username)
self.user = UserIntent(username)
def note_is_older_than_cooldown(self, note: dict) -> bool:
date_now = datetime.now()
date_posted = datetime.fromisoformat(note["createdAt"])
# Return true if the provided note is older than user's "post note cooldown"
return (date_now.timestamp() - date_posted.timestamp()) > self.user.get_post_cooldown()
# Returns true if the user will reply to this note
def will_reply_to_note(self, note: dict) -> bool:
# User is not interested in replying to this note right now
if (not self.user.would_reply_to_note(note)):
return False
# User will not reply to this note if they have already replied
for reply in self.mk.get_replies(note):
if (reply["user"]["username"] == self.user.username):
return False
return True
# Returns true if the user will react to this note
def will_react_to_note(self, note: dict) -> bool:
# User is not interested in reacting to this note right now
if (not self.user.would_react_to_note(note)):
return False
# User will not reply to this note if they have already replied
for reaction in self.mk.notes_reactions(note_id=note["id"]):
if (reaction["user"]["username"] == self.user.username):
return False
return True
# Returns ture if the user will post a note right now
def will_post_note(self, username: str = None) -> bool:
# User is not interested in posting a note right now
if (not self.user.would_post_new_note(username)):
return False
# Get last notes for user
notes = self.mk.get_user_notes(self.user.username)
# New note is a DM to a user
if (username):
user_id = self.mk.resolve_user_id(username)
# Get latest posted DMs for user
for note in [note for note in notes if note["visibility"] == NoteVisibility.SPECIFIED.value]:
# Check if note is a DM to the user we want to message
if (user_id in note["visibleUserIds"]):
return self.note_is_older_than_cooldown(note)
# User will post a DM to username if its their first in a long time
return True
# Get latest public notes from user notes (non-DMs)
public_notes = [note for note in notes if note["visibility"] != NoteVisibility.SPECIFIED.value]
# User will post a public note if its their first public note in a long time
return public_notes and self.note_is_older_than_cooldown(public_notes[0])
def check_own_note_replies(self, note: dict) -> None:
# Note has no replies
if (note["repliesCount"] < 1):
return
# Reply to replies on own note
for reply in self.mk.get_replies(note):
if (self.will_reply_to_note(reply)):
self.mk.post_reply(self.note.get_reply_text(reply), reply)
def autorun(self) -> None:
# Don't do anything if user is offline right now
if (not self.user.is_online()):
return
# The first thing the user does is to check and interact with their timeline
for note in self.mk.get_timeline():
# Note is written by self
if (note["user"]["username"] == self.user.username):
self.check_own_note_replies(note)
continue
# Check if user wants to reply to a note written by another user
if (self.will_reply_to_note(note)):
self.mk.post_reply(self.note.get_reply_text(note), note)
# Check if user wants to react to a note written by another user
if (self.will_react_to_note(note)):
self.mk.post_reaction(self.user.get_reaction(note), note)
# Next up, the user thinks about sending a DM to their partner if they have one
if (self.user.get_partner()):
if (self.will_post_note(self.user.get_partner())):
self.mk.post_note(self.note.get_text(), self.user.get_partner())
# And then DMs to friends
for username in self.user.get_friends():
if (self.will_post_note(username)):
self.mk.post_note(self.note.get_text(), username)
# And the last thing the user does is to think about maybe posting a new public note
if (self.will_post_note()):
self.mk.post_note(self.note.get_text())
# Let's finish off by marking all notifications as read (even tho we didn't read them)
self.mk.notifications_mark_all_as_read()

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import json
import random
import typing
from pathlib import Path
from datetime import datetime
from misskey.enum import NoteVisibility
from ..Enums import RelationshipType, Intent
USER_CONFIG_DIR = Path.cwd() / "data" / "users"
DEFAULT_REACTION = "❤"
class User():
def __init__(self, username: str):
self.username = username
# Load user config from file
with open(USER_CONFIG_DIR / f"{self.username}.json", "r") as f:
self.config = json.load(f)
# Check if the user is currently online given their time intervals
def is_online(self) -> bool:
# Find the first time interval that is within the current time
for interval in self.config["online"]["intervals"]:
time_now = datetime.now()
# Convert current hours and minutes to minutes
time_now = time_now.hour * 100 + time_now.minute
# Generate a random float between from and two floats and convert time to minutes
time_start = random.uniform(interval["start"]["from"], interval["start"]["to"]) * 100
time_end = random.uniform(interval["end"]["from"], interval["end"]["to"]) * 100
# Bail out if current time is in range of interval
if (time_now > time_start and time_now < time_end):
return True
# Current time was not in range of any configured intervals
return False
def get_post_cooldown(self, visibility: NoteVisibility = NoteVisibility.PUBLIC) -> int:
return self.config["actions"][Intent.POST.value][visibility.value]["cooldown"]
def get_partner(self) -> str | None:
return self.config["relationships"]["partner"]
def get_friends(self) -> list:
return self.config["relationships"]["friends"]
def get_enemies(self) -> list:
return self.config["relationships"]["enemies"]
# Get the relationship with another user by username
def get_relationship_with_user(self, username: str) -> RelationshipType:
if (username == self.get_partner()): return RelationshipType.PARTNER
elif (username in self.get_friends()): return RelationshipType.FRIEND
elif (username in self.get_enemies()): return RelationshipType.ENEMY
return RelationshipType.NEUTRAL
# Get prefered reaction for user against another user
def get_reaction(self, note: dict) -> str:
relationship = self.get_relationship_with_user(note["user"]["username"])
reaction = self.config["actions"][Intent.REACT.value]["prefrerred_reaction"][relationship.value]
# Return preferred reaction if set else return default
return reaction if reaction and len(reaction) == 1 else DEFAULT_REACTION

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import typing
import random
from misskey.enum import NoteVisibility
from .User import User
from ..Enums import Intent
ROLL_MAX = 10000
ROLL_MULTIPLIER = 0.1
class UserIntent(User):
def __init__(self, username: str):
super().__init__(username)
# Do a ranom roll between 0 and ROLL_MAX and test against target percent with multiplier
@staticmethod
def _roll(target: int) -> bool:
return random.randint(0, ROLL_MAX) < target * (target * ROLL_MULTIPLIER)
# Don't interact if offline or with notes from bots or self
def would_interact_with_note(self, note: dict) -> bool:
# User is not online right now
if (not self.is_online()):
return False
return not note["user"]["isBot"] and note["user"]["username"] != self.username
def would_post_new_note(self, username: str = None) -> bool:
# Check if user would make a public post if no username is provided
if (not username):
return self._roll(self.config["actions"][Intent.POST.value][NoteVisibility.PUBLIC.value]["percent"])
# Check if user would send a new DM to username
relationship = self.get_relationship_with_user(username)
return self._roll(self.config["actions"][Intent.POST.value][NoteVisibility.SPECIFIED.value]["percent"][relationship.value])
def would_reply_to_note(self, note: dict) -> bool:
if (not self.would_interact_with_note(note)):
return False
visibility = NoteVisibility(note["visibility"])
relationship = self.get_relationship_with_user(note["user"]["username"])
# Get reply percent from config by note visibility and relationship with poster
percent = self.config["actions"][Intent.REPLY.value][visibility.value]["percent"][relationship.value]
return self._roll(percent)
def would_react_to_note(self, note: dict) -> bool:
if (not self.would_interact_with_note(note)):
return False
# Don't react to DMs
if (NoteVisibility(note["visibility"]) == NoteVisibility.SPECIFIED):
return False
relationship = self.get_relationship_with_user(note["user"]["username"])
# Get reply percent from config by note visibility and relationship with poster
percent = self.config["actions"][Intent.REACT.value]["percent"][relationship.value]
return self._roll(percent)

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import typing
import random
from .User import User
from ..Enums import NoteTones, NoteMoods, NoteTypes
RECURSE_DEPTH_LIMIT = 10
class UserPersonality(User):
def __init__(self, username: str):
super().__init__(username)
@staticmethod
def _get_random_weighted_item_from_list(items: dict, bias: str | None = None, i: int = 0) -> str:
# Return a random item from the list if we've reached the recurse depth limit
if (i >= RECURSE_DEPTH_LIMIT):
return random.choice(list(items.keys()))
# Exponentially increase an existing weight with a multiplier of .25x
if (bias):
items[bias] = round(items[bias] + (items[bias] / 4))
# Iterate over items from lowest to highest by value
for k, v in dict(sorted(items.items(), key=lambda item: item[1])).items():
# Return key of item whose value rolled within range
if (random.randint(0, 100) <= v):
return k
# Try again if none of the rolls succeeded
i += 1
return UserPersonality._get_random_weighted_item_from_list(items, bias, i)
# Generate a tone for user given their personality probabilities
def get_text_tone(self, bias: NoteTones = None) -> NoteTones:
return NoteTones(self._get_random_weighted_item_from_list(self.config["personality"]["tone"]["probability"], bias.value if bias else None))
# Generate a tone for user given their personality probabilities
def get_text_mood(self, bias: NoteMoods = None) -> NoteMoods:
return NoteMoods(self._get_random_weighted_item_from_list(self.config["personality"]["mood"]["probability"], bias.value if bias else None))
# Generate a tone for user given their personality probabilities
def get_text_type(self, bias: NoteTypes = None) -> NoteTypes:
return NoteTypes(self._get_random_weighted_item_from_list(self.config["personality"]["type"]["probability"], bias.value if bias else None))
# Get what the length of a note would be for this user given their average text lenghth plus or minus some flux
def get_note_length(self) -> int:
flux = self.config["note"]["text_length"]["flux"]
return self.config["note"]["text_length"]["average"] + random.randint(flux * -1, flux)

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