def my_search_gl(args, message):
query = " ".join(utils.m2list(args)).strip().casefold()
res = []
for repo in gl.projects.list(owned=True, all=True):
log(repo.name.casefold())
if query.casefold() in repo.name.casefold():
res.append(repo.web_url)
return res
def my_search_gh(args, message):
query = " ".join(utils.m2list(args))
res = []
for repo in gh.get_user().get_repos():
if query.casefold() in repo.name.casefold(
) and gh_owner == repo.owner.login:
res.append(repo.html_url)
return res
def add(args, message):
nicks = utils.m2list(args)
if message.sender_nick == ADMIN and MASTER:
for nick in nicks:
if nick in pids:
return f"{message.sender_nick}: {nick} is already in use!"
for nick in nicks:
pids[nick] = subprocess.Popen(
f"python3 /home/mattf/projects/ircbots/cbbot.py {shlex.quote(nick)} '{message.channel}'",
stdout=subprocess.PIPE,
shell=True)
async def send(bot: IrcBot, args, message): # If a handler is async, its first argument will be the bot itself
args = utils.m2list(args)
if len(args) < 3:
return "Check help send"
if not args[1].isdigit():
return "Delay argument should be integer and in seconds"
utils.log("waiting")
await bot.sleep(int(args[1])) #Wait for the delay
# Sends the message. The channel can be also a username for private messages
utils.log("sending")
await bot.send_message(Message(channel=args[0], message=" ".join(args[2:])))
def _del(args, message):
nicks = utils.m2list(args)
output = []
if message.sender_nick == ADMIN:
if NICK in nicks:
sys.exit(0)
if message.sender_nick == ADMIN and MASTER:
for nick in nicks:
if nick not in pids:
output.append(f"{message.sender_nick}: {nick} is not in use!")
continue
pids[nick].kill()
pids.pop(nick)
return output
def echo(args, message):
utils.log("echoing")
return " ".join(utils.m2list(args)) # m2list converts a re.match to a list
def rainbow(args, message):
utils.log("rainbowing")
return "".join([Color(char, Color.random()).str for char in " ".join(utils.m2list(args))])
def fs(args, message):
args = utils.m2list(args)
query = " ".join(args)
return gh_search(f"{query}")
def f2(args, message):
args = utils.m2list(args)
return gh_search(f"user:{args[0]}")
def f1(args, message):
args = utils.m2list(args)
query = " ".join(args[1:])
return gh_search(f"{query} language:{args[0]}")
def echo(args, message):
return Color(" ".join(utils.m2list(args)), Color.random())