def run_python(text,stack=[]):
args = parse.args(text)
#print('\nDEBUG run_python %s %s'%(args,stack))
def get(key,default=None):
for k,v in chain.from_iterable([args]+[f['args'] for f in stack]):
if k==key: return v
return default
# TODO capture and echo stdout, stderr
for k,v in args:
if k=='':
# TODO refector into separate function
try:
# TODO something that works in py2 and py3
exec(v,globals(),locals()) # python3
#exec v in globals(),locals() # python2
except Exception as e:
e_name = e.__class__.__name__
e_info = e.args[0]
tb = sys.exc_info()[2]
e_line = traceback.extract_tb(tb)[-1][1]
# TODO filename and linenumber
error = "ERROR: {0} - {1} at line {2}".format(e_name,e_info,e_line)
print(error,file=sys.stderr)
#print(v.splitlines()[e_line-1])
# TODO print call stack
exit(1)
def run_other(text,stack=[]):
name = parse.name(text)
code,path = get_proc_code(name)
args = parse.args(text)
#print('\nDEBUG run_other %s %s'%(args,stack))
frame = dict(name=name,args=args,path=path)
stack += [frame]
run_str(code,stack)
del stack[-1]
def test_calls_parse_args_on_init(monkeypatch):
"""
Test parse.args uses initialised parser to get args
"""
mock_parsed_args = ["mockReturn", "argValues"]
mock_arg_parser = argparse.ArgumentParser("Mock Argument Parser")
monkeypatch.setattr(mock_arg_parser, "parse_args",
lambda: mock_parsed_args)
monkeypatch.setattr(parse, "init", lambda: mock_arg_parser)
assert parse.args() == mock_parsed_args
async def scribble(ctx):
global scribble_bank
try:
(arguments, message) = parse.args(ctx.message.content)
value = message.lower()
if "ls" in arguments or len(value) == 0:
await bot.say(", ".join(scribble_bank))
return
if "rm" in arguments:
if value not in scribble_bank:
await bot.say("I don't have the term `" + value +
"` saved to my list")
else:
scribble_bank.remove(value)
await bot.say("Alright, I removed `" + message +
"` from my list")
return
if "," not in value:
value_list = [value]
else:
value_list = [i.strip() for i in value.split(",")]
added = list()
rejected = list()
for value in value_list:
if value in scribble_bank:
rejected.append(value)
else:
scribble_bank.append(value)
added.append(value)
utils.update_cache(bot.dbconn, "scribble", ",".join(scribble_bank))
if len(added) > 0:
await bot.say("Alright, I recorded " + ", ".join([("`" + i + "`")
for i in added]))
if len(rejected) == 1:
await bot.say("`" + rejected[0] + "` was rejected as a duplicate")
elif len(rejected) > 2:
await bot.say(", ".join([("`" + i + "`") for i in rejected]) +
" were rejected as duplicates")
except Exception as e:
await utils.report(bot, str(e), source="scribble")
def should_run(section,frame):
args = parse.args(section)
# handle overwriting of arguments
if util.flag(frame.get('force','false')):
return True
args += [('skip',frame.get('skip','false'))]
args += [('run',frame.get('run','true'))]
args += [('when',frame.get('when','true'))]
for k,v in args:
if k not in ('skip','run','when'): continue
v = frame.render(v)
#print('DEBUG COND',k,v,util.flag(v))
if k=='skip':
if util.flag(v):
return False
elif k=='run':
if not util.flag(v):
return False
elif k=='when':
if not v.strip():
return False
return True
async def tag(self, ctx):
"""
Tag command
Parameters
------------
ctx : discord.context
The message context object
"""
try:
# -------------------------------- SET-UP
# Makes the apostrophe types consistent
# (See function documentation for explanation)
parsed_ctx = parse.apos(ctx.message.content)
# Parses CLI arguments
(arguments, message) = parse.args(parsed_ctx)
# -------------------------------- ARGUMENTS
# Acting on arguments
if "help" in arguments or (len(message) == 0 and len(arguments) == 0):
title = "!tag - User Guide"
description = (
"Bot call and response. Allows the user to pair a message or attached image with a tag. " +
"These tags can then be used to have the bot respond with the associated content. By " +
"default, these tags are server wide, but by using the user list argument (`-u`, e.g. " +
"`!tag -u [base] All your base are belong to us`) the user can specify personal tags. " +
"This allows a user to store a different value for a key than the server value and to " +
"make tags that will be available for that user across servers and in DMs.")
helpdict = {
"-ap [<key>] <value>": "If the tag entered already exists, the " +
"new text will be appended to the end after a space",
"-apnl [<key>] <value>": "If the tag entered already exists, " +
"the new text will be appended to the end after a line break",
"-edit [<key>] <value>": "If the tag entered already exists, " +
"the existing tag will be overwritten",
"-help": "Show this guide",
"-ls": "Lists the tags within the selected group. Overrides any " +
"other argument",
"-rm <key>": "removes a tag from the group",
"-u": "Selects your specific tag group instead of the server " +
"tags for the following command"}
await self.bot.say(embed=utils.embedfromdict(helpdict,
title=title,
description=description,
thumbnail_url=COMMAND_THUMBNAILS["tag"]))
return
# Rejects ambiguous argument pairs
if "rm" in arguments and "edit" in arguments:
await self.bot.say("`-rm` and `-edit` are incompatible arguments")
return
elif ("apnl" in arguments or "ap" in arguments) and ("edit" in arguments or "rm" in arguments):
await self.bot.say("`ap` or `apnl` are incompatible with the arguments `-rm` or `-edit`")
return
elif "ap" in arguments and "apnl" in arguments:
await self.bot.say("`-ap` and `-apnl` is an ambiguous argument pair")
return
# flag for if the user is overwriting an existing tag
edit = False
# flag for if the user is appending to an existing tag
append = False
# flag for if the user wants a line break before their append is added
newline = False
# String specifying tag domain
domain = "server"
if ctx.message.server is None or "u" in arguments:
domain = "user"
# MySQL parameter to specify owner of the tag
tagowner = ctx.message.author.id
# if user does not have a user tag group
if ctx.message.author.id not in self.tags["user"].keys():
# Creates a user tag group
self.tags["user"][ctx.message.author.id] = {}
# Changes the selected tag group to the user's tags
selected_tags = self.tags["user"][ctx.message.author.id]
else:
# Selecting tag group (default is 'server')
if ctx.message.server.id not in self.tags["server"].keys():
self.tags["server"][ctx.message.server.id] = {}
# Gets domain tag group
selected_tags = self.tags["server"][ctx.message.server.id]
# MySQL parameter to specify owner of the tag
tagowner = ctx.message.server.id
# Adds global tags to server tag group
for key in self.tags["global"].keys():
selected_tags[key] = self.tags["global"][key]
# List the saved tags in the selected tag group
if "ls" in arguments:
taglist = ""
for tagkey in sorted(selected_tags.keys()):
if tagkey in self.tags["global"].keys():
taglist += ", `" + tagkey + "`"
else:
taglist += ", " + tagkey
if taglist == "":
if domain == "user":
await self.bot.say("You do not have any saved tags")
else:
await self.bot.say("This server does not have any saved tags")
return
taglist = taglist[2:] # pulls the extraneous comma off
await self.bot.say("**The tags I know are**\n" + taglist + "")
return
# Reject empty messages (`-ls` calls have already been handled)
if len(message) == 0:
await self.bot.say("I see some arguments `` " + str(arguments) +
" ``, but no key or value to work with :/")
return
# Deletes a saved tag
if "rm" in arguments:
key = message.lower()
if key in selected_tags.keys():
del selected_tags[key]
await self.bot.say("Okay. I deleted it")
self.update_tag_remove(key, tagowner, domain)
else: # If that tag didn't exist
await self.bot.say("Hmmm, that's funny. I didn't see the tag `` " + message +
" `` in the saved tags list.")
return
# ------ Set or Get ------
# Check for modification flags
if any(edit_arg in arguments for edit_arg in ["edit", "apnl", "ap"]):
edit = True # Allows modification of existing tag
if any(append_arg in arguments for append_arg in ["apnl", "ap"]):
append = True # Adds new text to end of existing tag
if "apnl" in arguments:
newline = True # Adds a new line before appending text
# Setting
if message[0] is "[":
tag_keyvalue = parse.key_value(message, ctx.message.attachments)
if tag_keyvalue[0] is None:
error_messages = {"EMPTY KEY": "There was no key to store",
"UNCLOSED KEY": "You didn't close your brackets",
"NO VALUE": "There was no text to save for the key provided",
"WHITESPACE KEY": "Just because this bot is written in Python " +
"does not mean whitespace is an acceptable tag",
"KEY STARTS WITH -": "The `-` character denotes the start of " +
"an argument and cannot be used in tag keys"}
await self.bot.say(error_messages[tag_keyvalue[1]])
return
else:
tagkey = tag_keyvalue[0].lower()
tagvalue = tag_keyvalue[1]
if tagkey in selected_tags.keys():
if tagkey in self.tags["global"].keys():
await self.bot.say(
"I'm sorry, but the key `` " + tagkey +
" `` has already been reserved for a global tag")
return
elif edit is False:
await self.bot.say("I already have a value stored for the tag `` " + tagkey +
" ``. Add `-edit` to overwrite existing self.tags")
return
elif append is True:
if newline is True:
selected_tags[tagkey] = selected_tags[tagkey] + "\n" + tagvalue
else:
selected_tags[tagkey] = selected_tags[tagkey] + " " + tagvalue
self.update_tag_edit(tagkey, selected_tags[tagkey], tagowner, domain)
await self.bot.say("Edited!")
return
else:
selected_tags[tagkey] = tagvalue
self.update_tag_edit(tagkey, tagvalue, tagowner, domain)
await self.bot.say("Edited!")
return
selected_tags[tagkey] = tagvalue
self.update_tag_add(tagkey, tagvalue, tagowner, domain)
await self.bot.say("Saved!")
# Getting
else:
key = message.lower()
if key in selected_tags.keys():
await self.bot.say(utils.trimtolength(selected_tags[key], 2000))
elif domain == "user":
await self.bot.say("I don't think I have a tag `" + key +
"` stored for you. Type `!tag -u -ls` to see the self.tags I have " +
"saved for you")
else:
await self.bot.say("I don't think I have a tag `" + key + "`. Type `!tag -ls` to see the tags " +
"I have saved for this server")
except Exception as e:
await utils.report(self.bot, str(e), source="Tag command", ctx=ctx)
async def wiki(self, ctx):
# ---------------------------------------------------- HELPER METHODS
# Find an article with a matching title
async def search_for_term(term):
wiki_search_url = (
"http://en.wikipedia.org/w/api.php?action=query&format=json" +
"&prop=&list=search&titles=&srsearch=" + quote(term))
# Looks for articles matching the search term
wiki_search_json = await utils.get_json_with_get(wiki_search_url)
if wiki_search_json[0]['query']['searchinfo']['totalhits'] == 0:
return None
return wiki_search_json[0]['query']['search'][0]['title']
# Gets the details of an article with an exact URL title (not always the same as the article title)
# Returns a tuple of the article's title, its extract, and a brief description of the subject
# Returns None if no article was found or the result has no extract
async def query_article(querytitle):
# Makes the title URL friendly
quoted_article_title = quote(querytitle)
wiki_query_url = (
"http://en.wikipedia.org/w/api.php?action=query&format=json" +
"&prop=info%7Cextracts%7Cdescription&titles=" +
quoted_article_title +
"&exlimit=max&explaintext=1&exsectionformat=plain")
# Gets the article details
response = await utils.get_json_with_get(wiki_query_url)
# If Wikipedia found nothing
if "-1" in response[0]['query']['pages'].keys():
return None
# Gets the first result
response = list(response[0]['query']['pages'].values())[0]
# If the returned result isn't usable
if "extract" not in response.keys():
await utils.report(
utils.trim_to_len(response, 2000),
source="Wiki command found no useful article",
ctx=ctx)
return None
response_title = response['title']
response_extract = response['extract']
if 'description' in response.keys():
response_description = response['description']
else:
response_description = None
return response_title, response_extract, response_description
# ---------------------------------------------------- COMMAND LOGIC
try:
# WIKI -------------------------------- SET-UP
(arguments, search_term) = parse.args(ctx.message.content)
# WIKI -------------------------------- ARGUMENTS
# Act on arguments
if "help" in arguments: # provides help using this command
title = "`!wiki` User Guide"
description = "Wikipedia search engine. Searches wikipedia for an article with the title provided " \
"and returns the opening section or the full article text. Additionally, it can " \
"return the sections of an article or the text of a designated section."
helpdict = {
"-help":
"Displays this user guide. Gives instructions on how to use the command and its features",
"-full <title>":
"Displays the full extract of the article, up to the embed character limit"
}
await ctx.send(embed=utils.embed_from_dict(
helpdict,
title=title,
description=description,
thumbnail_url=COMMAND_THUMBNAILS["wiki"]))
return
# Performs article search
if search_term == "":
await ctx.send("I need a term to search")
return
article_title = await search_for_term(search_term)
if article_title is None:
await ctx.send("I found no articles matching the term '" +
search_term + "'")
return
# Shows the text of the article searched for
[title, extract, summary] = await query_article(article_title)
wiki_embed = Embed()
wiki_embed.title = title
wiki_embed.set_footer(
text="Wikipedia",
icon_url="https://dwcamp.net/logos/wikipedia.png")
if "full" in arguments or "f" in arguments:
description = utils.trim_to_len(extract, 2048)
else:
description = utils.trim_to_len(extract[:extract.find("\n")],
2048)
wiki_embed.description = description
wiki_embed.add_field(name="Summary", value=summary, inline=False)
wiki_embed.add_field(name="Full Article",
value="http://en.wikipedia.org/wiki/" +
quote(title),
inline=False)
wiki_embed.colour = EMBED_COLORS['wiki'] # Make the embed white
await ctx.send(embed=wiki_embed)
except Exception as e:
await utils.report(str(e), source="Wiki command", ctx=ctx)
async def youtube(self, ctx):
""" Search Youtube for a video """
try:
# YOUTUBE -------------------------------- SET-UP
(arguments, query) = parse.args(ctx.message.content)
api_url = "https://www.googleapis.com/youtube/v3/search"
params = {
"part": "id, snippet",
"maxResults": 5,
"q": query,
"relevanceLanguage": "en-us",
"type": "video",
"videoEmbeddable": "true",
"fields": "items(id/videoId,snippet/title)",
"key": credentials.tokens["YOUTUBE_KEY"]
}
# Get the top 5 search results for a given query
[json, resp_code] = await utils.get_json_with_get(api_url,
params=params)
if resp_code != 200:
await utils.report("Failed to find video with search '" +
query + "'",
source="youtube command",
ctx=ctx)
await ctx.send("There was a problem retrieving that video")
return
# YOUTUBE -------------------------------- ARGUMENTS
# User asks for a list of results and picks with an emoji reaction
if "r" in arguments:
emoji_list = [
'1\u20e3', '2\u20e3', '3\u20e3', '4\u20e3', '5\u20e3'
]
description = ""
for (index, result) in enumerate(json['items']):
description += "**" + str(
index + 1) + "**. " + result['snippet']['title'] + "\n"
search_embed = Embed()
search_embed.colour = EMBED_COLORS['youtube']
search_embed.title = "Search results"
search_embed.description = description
search_message = await ctx.send(embed=search_embed)
for emoji in emoji_list:
await self.bot.add_reaction(search_message, emoji)
response = await self.bot.wait_for_reaction(
emoji_list,
timeout=30,
user=ctx.author,
message=search_message)
# Reject response if it takes too long
if response is None:
search_embed.description = "(Response timeout)"
await self.bot.edit_message(search_message,
embed=search_embed)
else:
# Delete the results embed and post the youtube link
await self.bot.delete_message(search_message)
index = emoji_list.index(response[0].emoji)
video_id = json['items'][index]['id']['videoId']
title = json['items'][index]['snippet']['title']
await ctx.send("**" + title +
"**\nhttps://www.youtube.com/watch?v=" +
video_id)
# Otherwise just provide the top result
else:
video_id = json['items'][0]['id']['videoId']
title = json['items'][0]['snippet']['title']
await ctx.send("**" + title +
"**\nhttps://www.youtube.com/watch?v=" +
video_id)
except Exception as e:
await utils.report(str(e), source="youtube command", ctx=ctx)
async def code(self, ctx):
"""
code command
Parameters
------------
ctx : discord.context
The message context object
"""
try:
(arguments, message) = parse.args(ctx.message.content)
# Explain all the arguments to the user
if "help" in arguments or (len(message) == 0
and len(arguments) == 0):
title = "!code - User Guide"
description = (
"Remote code execution. Allows users to write code and submit it to the bot for "
+
"remote execution, after which the bot prints out the results, any error codes, "
+
"the execution time, and memory consumption. The command supports 65 different "
+
"languages, including Java, Python 2/3, PHP, Swift, C++, Rust, and Go.\n\nTo invoke "
+
"execution, include a block of code using the multi-line Discord code format "
+
"( https://support.discordapp.com/hc/en-us/articles/210298617-Markdown-Text-101-Chat-"
+
"Formatting-Bold-Italic-Underline- ). To use this formatting, use three backticks "
+
"(`, the key above the tab key), followed immediately (no spaces!) by the language "
+
"tag, followed by a linebreak, followed by your code. Close off the code block with "
+
"three more backticks. It's a little complicated, I apologize. It's Discord's "
+
"formatting rules, not mine.\n\n**Be advised**\nRemote execution will time out after "
+
"5 seconds and does not support external libraries or access to the internet."
)
helpdict = {
"-help":
"Shows this user guide",
"-full":
"Shows the full list of supported languages",
"-lang":
"Shows the common languages supported by this command",
}
await self.bot.say(embed=utils.embedfromdict(
helpdict,
title=title,
description=description,
thumbnail_url=COMMAND_THUMBNAILS["code"]))
return
if "ls" in arguments or "full" in arguments:
message = "`Name` (`compiler version`) - `tag`\n---------"
for langname in self.langs.keys():
name = self.langs[langname][0] # Name
message += "\n**" + name + "** : " + langname
if "full" in arguments:
message += "\n---------"
for langname in self.esolangs.keys():
name = self.esolangs[langname][0] # Name
message += "\n**" + name + "** : " + langname
await self.bot.say(utils.trimtolength(message, 2000))
return
if "dev" in arguments:
[json, resp_code
] = await utils.get_json_with_post(url=self.credits_check_url,
json={
"clientId":
self.JDOODLE_ID,
"clientSecret":
self.JDOODLE_SECRET
})
if resp_code != 200:
await utils.report(self.bot,
"Failed to check credits\n" + str(json),
source="!code dev",
ctx=ctx)
return
if "used" not in json.keys():
await utils.report(
self.bot,
json,
"Failed to get credit count for JDOODLE account",
ctx=ctx)
await self.bot.say(
"Forces external to your request have caused this command to fail."
)
return
await self.bot.say(json['used'])
return
if "```" in message:
trimmedmessage = message[message.find("```") + 3:]
if "```" in trimmedmessage:
trimmedmessage = trimmedmessage[:trimmedmessage.find("```"
)]
splitmessage = trimmedmessage.split("\n", maxsplit=1)
if len(trimmedmessage) == 0:
await self.bot.say(
"You need to put code inside the backticks")
return
if trimmedmessage[0] not in [" ", "\n"
] and len(splitmessage) > 1:
[language, script] = splitmessage
language = language.strip()
for key in self.esolangs.keys():
self.langs[key] = self.esolangs[key]
if language.lower() in self.langs.keys():
response = await utils.get_json_with_post(
url=self.execute_url,
json={
"clientId": self.JDOODLE_ID,
"clientSecret": self.JDOODLE_SECRET,
"script": script,
"language":
self.langs[language.lower()][1],
"versionIndex":
self.langs[language.lower()][2]
})
[json, resp_code] = response
if resp_code == 429:
await utils.report(
self.bot,
json,
"Bot has reached its JDOODLE execution limit",
ctx=ctx)
await self.bot.say(
"The bot has reached its code execution limit for the day."
)
return
output_embed = Embed()
if "error" in json.keys():
output_embed.description = json['error']
output_embed.title = "ERROR"
output_embed.colour = EMBED_COLORS["error"]
await self.bot.say(embed=output_embed)
return
output_embed.title = "Output"
output_embed.colour = EMBED_COLORS["code"]
output_embed.add_field(name="CPU Time",
value=str(json['cpuTime']) +
" seconds")
output_embed.add_field(name="Memory Usage",
value=json['memory'])
if len(json['output']) > 2046:
output_embed.description = "``` " + utils.trimtolength(
json['output'], 2040) + "```"
else:
output_embed.description = "``` " + json[
'output'] + "```"
await self.bot.say(embed=output_embed)
else:
await self.bot.say(
"I don't know the language '" + language +
"'. Type `!code -full` " +
"to see the list of languages I support, or type `!code -ls` to see "
+ "the most popular ones")
else:
await self.bot.say(
"There was no language tag. Remember to include the language tag "
+
"immediately after the opening backticks. Type `!code -ls` or "
+ "`!code -full` to find your language's tag")
else:
await self.bot.say("You didn't close your triple backticks"
)
else:
await self.bot.say("I don't see any code")
except Exception as e:
await utils.report(self.bot,
str(e),
source="!code command",
ctx=ctx)
async def say(self, ctx):
"""
Makes SuitsBot say a stored audio clip in voice via a tag system. (e.g. `!say anthem`)
The command also supports several CLI arguments for different tasks
"-help": Shows the command's help embed
"-ls": Lists all audio clip tags
"-stop": Stops the current audio clip
"""
# List of quote files
quotes = {
"ah f**k":
["Ah f**k. I can't believe you've done this", "ah-f**k.mp3"],
"anthem": [
"**SOYUZ NERUSHIMY RESPUBLIK SVOBODNYKH SPLOTILA NAVEKI VELIKAYA RUS'!**",
"anthem.mp3"
],
"austin": ["IT'S ME, AUSTIN!", "itsMeAustin.mp3"],
"bold strategy": [
"It's a bold strategy cotton, let's see if it pays off for 'em",
"bold-strategy-cotton.mp3"
],
"careless whisper":
["*sexy sax solo intensifies*", "careless_whispers.mp3"],
"cavalry": ["*britishness intensifies*", "cheersLove.ogg"],
"deja vu": ["Ever get that feeling of deja vu?", "dejaVu.ogg"],
"disco": [
"Reminder: You can stop media using the `!say -stop` command",
"platinumDisco.mp3"
],
"do it": ["*Do it*", "doIt.mp3"],
"everybody": ["Se *no*!", "everybody.wav"],
"ftsio": ["F**k this shit I'm out", "f**k-this-shit-im-out.mp3"],
"f**k you": ["**F**k yoooooou!**", "fuckYou.mp3"],
"gfd": ["God *f*****g* dammit!", "gfd.mp3"],
"hentai":
["It's called hentai, and it's *art*", "itsCalledHentai.mp3"],
"hello darkness":
["*Hello darkness my old friend...*", "helloDarkness.mp3"],
"hello there": ["**GENERAL KENOBI**", "hello_there_obi.mp3"],
"heroes never die": ["Heroes never die!", "heroesNeverDie.ogg"],
"high noon": ["It's hiiiiiigh nooooooon...", "itsHighNoon.ogg"],
"how": ["**I MADE MY MISTAKES**", "howCould.mp3"],
"i tried so hard":
["Woah there, don't cut yourself on that edge", "inTheEnd.mp3"],
"it was me": ["Ko! No! Dio! Da!", "itWasMeDio.mp3"],
"jokerfied": ["**HAHAHAHAHAHAHAHAHAHAAAAHAHA**", "jokerfied.mp3"],
"laser sights":
["*Fooking laser sights*", "fookin-laser-sights.mp3"],
"leroy": ["LEEEEEEROOOOOOOOOOOOOY", "leroy.mp3"],
"love": [
"AND IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII...",
"iWillAlwaysLoveYou.mp3"
],
"morning": [
"Let's get this shit. Let's get this shit. Let's—HUNH! Top of the mornin'. "
"Top of the mornin'. Top of the mornin'. Top of the mornin'. Top of the mornin'. "
"Top of the mornin'. Top of the mornin'. HO—",
"TopOfTheMorning.mp3"
],
"my power": [
"*You underestimate my power!*",
"you-underestimate-my-power.mp3"
],
"nerf this": ["It's nerf or nothing", "nerfThis.ogg"],
"nani": ["NANI SORE!?", "nani-sore.mp3"],
"nico":
[("Nico Nico-nii~ Anata no Heart ni Nico Nico-nii, Egao todokeru Yazawa "
+ "Nico Nico~ Nico-nii te oboeteru Love Nico~ XD"),
"nico_nico_nii.mp3"],
"nyan": [("Naname nanajyuunana-do no narabi de nakunaku inanaku " +
"nanahan nanadai nannaku narabete naganagame.\nOwO"),
"nyan.mp3"],
"omg": ["OH MY GOD!", "omg.mp3"],
"oof": ["OOF!", "oof.mp3"],
"over 9000": ["It's over **9000!!!**", "over9000.mp3"],
"pingas": ["Pingas.", "pingas.mp3"],
"rimshot": ["Badum, tiss", "rimshot.mp3"],
"roundabout": ["To be continued...", "roundabout.mp3"],
"sanic": ["goTtA gO faSt!", "sanic.mp3"],
"satania": ["BWAHAHAHA!", "sataniaLaugh.mp3"],
"sob": ["SON OF A BITCH!", "sob.mp3"],
"somebody":
["What are you doing in my swamp?!", "somebodyClipping.wav"],
"star destroyers":
["**IT BROKE NEW GROUND**", "starDestroyers.mp3"],
"stop": ["It's time to stop!", "stop.mp3"],
"take a sip": ["Take a f****n' sip, babes...", "takeASip.mp3"],
"tea": ["I've got f*****g tea, ya dickhead!", "gotTea.wav"],
"trash": ["**Endless trash**", "Endless Trash.mp3"],
"tuturu": ["TUTURUUUUUUUU", "tuturu.mp3"],
"violin": ["*sadness intensifies*", "sadViolin.mp3"],
"wake me up": ["**I CAN'T WAKE UP**", "wakeMeUp.mp3"],
"winky face": [":wink:", "winkyFace.ogg"],
"woomy": ["Woomy!", "woomy.mp3"],
"wow": ["Wow", "wow.mp3"],
"wtf": ["**Hey Todd?!**", "whatTheFuck.mp3"],
"yeah": ["*Puts on sunglasses*", "yeah.mp3"],
"yes": ["YES YES YES YES... **YES**!", "yes.mp3"],
"your way":
["Don't lose your waaaaaaaaay!", "dontloseyourway.mp3"],
"zaworldo": ["ZA WARLDO!", "za_warudo.mp3"]
}
try:
(arguments, key) = parse.args(ctx.message.content)
# ------------------------------ NO AUDIO ARGUMENTS
# Acting on arguments
if "help" in arguments: # provides help using this command
title = "`!say` User Guide"
description = (
"Plays an audio clip in voice. If not already in the user's voice channel, the bot "
+
"will automatically join the voice channel of the user issuing the command. The bot "
+
"holds a list of stored audio files which can be summoned using predefined tags "
+
"(the list of tags can be viewed using the `!say -ls` command). If an audio clip is "
+
"currently playing, another tag cannot be started. If all users leave the audio "
+
"channel the bot is in, the bot will leave as well. If the user is not in a voice "
+ "channel, the command will be rejected")
helpdict = {
"<tag>":
("Plays the predetermined audio clip for that tag. Tags are case-insensitive, but make "
+ "sure your spelling is right!"),
"-help":
"Shows this list",
"-ls":
"Lists the tags for all the available audio clips",
"-stop":
"Stops the current voice clip"
}
await ctx.send(embed=utils.embed_from_dict(
helpdict,
title=title,
description=description,
thumbnail_url=COMMAND_THUMBNAILS["say"]))
return
if "ls" in arguments:
message = "The audio clips I know are: \n" + ", ".join(
quotes.keys())
await ctx.send(utils.trim_to_len(message, 2000))
return
if "stop" in arguments:
if not self.bot.voice.is_playing():
await ctx.send("I'm not saying anything...")
else:
self.bot.voice.stop()
await ctx.send("Shutting up.")
return
# ------------------------------ VALIDATING KEY
if key == "":
await ctx.send(
"You need to type the name of an audio clip for me to say. Type `!say -ls` for "
+
"a list of my audio clips or type `!say -help` for a full list of my arguments"
)
return
if key not in quotes.keys():
await ctx.send("I don't see an audio clip tagged '" + key +
"'. Type `!say -ls` for a list of tags")
return
# ------------------------------ VALIDATING BOT AVAILABILITY
# Gets the voice channel the author is in. If the author is not in voice, author_voice_channel is `None`
author_voice_channel = ctx.author.voice.channel if ctx.author.voice is not None else None
# Ignores the command if the author is not in voice
if author_voice_channel is None:
await ctx.send("You are not in a voice channel right now")
return
# Ignores command if bot is already playing a voice clip
if self.bot.voice and self.bot.voice.is_playing():
await ctx.send("Currently processing other voice command")
return
# ------------------------------ AUDIO INITIALIZATION
self.bot.voice = await join_audio_channel(author_voice_channel)
if self.bot.voice is None: # If bot failed to join, show error message
await ctx.send(
f"I'm sorry {ctx.author.mention}, but I was not able to join {author_voice_channel}"
)
return
# ------------------------------ PLAYING AUDIO
# Play audio clip
self.bot.voice.play(FFmpegPCMAudio(SOUNDS_DIR + quotes[key][1]))
await ctx.send(quotes[key][0]
) # Responds with the text of the voice clip
except Exception as e:
await utils.report(str(e), source="say command", ctx=ctx)
async def anime(self, ctx):
"""
anime command
Parameters
------------
ctx : discord.context
The message context object
"""
try:
# Gets the arguments from the message
(arguments, searchterm) = parse.args(ctx.message.content)
if "dev" in arguments:
await self.bot.say(self.character_synonyms)
return
# Explain all the arguments to the user
if "help" in arguments or searchterm == "help":
title = "!anime - User Guide"
description = (
"A search tool for anime shows and characters. This command uses the AniList.co API to "
+
"return details on the search term provided for the show/character whose name is provide "
+
"with the command (e.g. `!anime Kill la Kill`). For shows, information like a show "
+
"description, air date, rating, and genre information will be returned. For characters, "
+
"the bot provides a description, their nicknames, and the media they've been in.\n\nThe "
+
"bot uses a synonym engine to make it easier to find popular characters and allow for "
+
"searching for entries using unofficial nicknames (e.g. `!anime klk` redirects to "
+
"`!anime Kill la Kill`). The bot's synonym table can be modified by users to allow for a "
+ "more complete table of synonyms")
helpdict = {
"<search>":
"Searches the database for an anime",
"-help":
"Displays this message",
"-add [<Synonym>] <Value>":
("Adds a synonym to the list. Will search for " +
"`Value` when a user types `Synonym`. Can be used " +
"with the `-char` command to create character " +
"synonyms. `<Synonym>` also supports semicolon-" +
"delineated lists"),
"-char <search>":
"Searches the database for a character page",
"-info <search>":
("Shows the complete details for an anime. Has no effect on "
+ "`-char` searches"),
"-ls":
("Lists the anime synonym table. If used with the `-char` command, it "
+ "lists the character synonym table"),
"-raw <search>":
"Disables synonym correction for search terms",
"-remove <Search Value>":
("Removes a synonym from the list. Can be used with " +
"the `-char` command to remove character synonyms")
}
await self.bot.say(embed=utils.embedfromdict(
helpdict,
title=title,
description=description,
thumbnail_url=COMMAND_THUMBNAILS["anime"]))
return
if "ls" in arguments:
if "char" in arguments:
searchdict = self.character_synonyms
title = "Character name synonyms"
else:
searchdict = self.anime_synonyms
title = "Anime title synonyms"
message = ""
for changeto in sorted(list(searchdict.keys())):
message += "**" + changeto + "** <- " + ", ".join(
searchdict[changeto]) + "\n"
embed = Embed()
embed.title = title
embed.description = utils.trimtolength(message, 2040)
embed.colour = EMBED_COLORS["anime"]
await self.bot.say(embed=embed)
return
if "add" in arguments and "remove" in arguments:
await self.bot.say(
"I don't know how you possibly expect me to both add and "
+ "remove a synonym in the same command")
if "char" in arguments:
synonymdict = self.character_synonyms
searchtype = "character"
else:
synonymdict = self.anime_synonyms
searchtype = "anime"
# Add search synonym
if "add" in arguments:
tag_kv = parse.key_value(searchterm)
if tag_kv[0] is None:
errormessages = {
"EMPTY KEY":
"There was no synonym for the search value",
"UNCLOSED KEY":
"You didn't close your brackets",
"NO VALUE":
"There was no search value to save for the synonym",
"WHITESPACE KEY":
("Just because this bot is written in Python does not mean whitespace is an "
+ "acceptable synonym"),
"KEY STARTS WITH -":
("The `-` character denotes the start of an argument and cannot be used to "
+ "start a synonym")
}
await self.bot.say(errormessages[tag_kv[1]])
return
changefrom = tag_kv[0].lower()
changeto = tag_kv[1]
collision = checkforexistingsynonym(changefrom, synonymdict)
if collision is None:
if changeto not in synonymdict.keys():
synonymdict[changeto] = list()
changefromlist = changefrom.split(";")
for element in changefromlist:
synonymdict[changeto].append(element.strip())
self.add_synonym(searchtype.upper(), changeto, element)
await self.bot.say("All " + searchtype +
" searches for `" +
"` or `".join(changefromlist) +
"` will now correct to `" + changeto +
"`")
else:
await self.bot.say(
"The synonym `` {} `` already corrects to `` {} ``. Pick a different "
+
"word/phrase or remove the existing synonym with the command "
+ "``!anime -remove {} ``".format(
changefrom, collision, changefrom))
return
# Remove search synonym
if "remove" in arguments:
correction = checkforexistingsynonym(searchterm, synonymdict)
if correction is not None:
synonymdict[correction].remove(searchterm)
if len(synonymdict[correction]) == 0:
del synonymdict[correction]
self.remove_synonym(searchtype.upper(), searchterm)
await self.bot.say("Alright, `" + searchterm +
"` will no longer correct to `" +
correction + "` for " + searchtype +
" searches")
else:
await self.bot.say((
"The synonym you searched for does not exist. Check your use "
+
"(or lack thereof) of the `-char` command, or use the `-ls` command to check "
+ "that everything is spelled correctly"))
return
if searchterm == "":
await self.bot.say(
"I don't see a search term to look up. Type `!anime -help` for a user guide"
)
return
embedgenerator = None
if "char" in arguments:
if "raw" not in arguments:
for key in self.character_synonyms.keys():
if searchterm.lower() in self.character_synonyms[key]:
searchterm = key
char_var = {'name': searchterm}
[json,
status] = await utils.get_json_with_post(self.api_url,
json={
'query':
self.char_query,
'variables':
char_var
})
if "json" in arguments:
await self.bot.say(utils.trimtolength(json, 2000))
if status == 200:
embedgenerator = Character(json['data']['Character'])
else:
if "raw" not in arguments:
for key in self.anime_synonyms.keys():
if searchterm.lower() in self.anime_synonyms[key]:
searchterm = key
anime_var = {'title': searchterm}
[json,
status] = await utils.get_json_with_post(self.api_url,
json={
'query':
self.anime_query,
'variables':
anime_var
})
if "json" in arguments:
await self.bot.say(utils.trimtolength(json, 2000))
if status == 200:
embedgenerator = Anime(json['data']['Media'])
if status != 200:
if status == 500:
await utils.flag(self.bot,
"500 Server Error on search term " +
searchterm,
description=str(json),
ctx=ctx)
await self.bot.say(
"`500 Server Error`. The AniList servers had a brief hiccup. Try again in a little bit"
)
elif status == 404:
await utils.flag(self.bot,
"Failed to find result for search term " +
searchterm,
description=str(json),
ctx=ctx)
await self.bot.say("I found no results for `" +
searchterm + "`")
elif status == 400:
await utils.report(
self.bot,
str(json),
source="Error in `!anime` search for term " +
searchterm,
ctx=ctx)
await self.bot.say(
"The bot made an error. My bad. A bug report has been automatically submitted"
)
else:
await utils.report(self.bot,
str(json),
source="Unknown Error Type",
ctx=ctx)
await self.bot.say(
"Something went wrong and I don't know why")
return
if "info" in arguments:
await self.bot.say(embed=embedgenerator.info_embed())
else:
await self.bot.say(embed=embedgenerator.embed())
except Exception as e:
await utils.report(self.bot,
str(e),
source="!anime command",
ctx=ctx)
def main():
"""
Run main code
"""
build.run(args=parse.args())