def _hype_stats_command(self, session: InboundMessageSession):
stats_filename = self._config.get('hype_stats_filename')
if not stats_filename or \
stats_filename and not os.path.exists(stats_filename):
session.reply('{} This command is currently unavailable!'.format(
gen_roar()))
return
try:
with open(stats_filename) as file:
doc = json.load(file)
text_1 = '[{duration}] Lines/sec {averages_str} ' \
'· Hints/sec {hint_averages_str}'.format(
duration=doc['stats']['duration'],
averages_str=doc['stats']['averages_str'],
hint_averages_str=doc['stats']['hint_averages_str'],
)
text_2 = 'Chat {chat_graph} · Hint {hint_graph}'.format(
chat_graph=doc['stats']['chat_graph'],
hint_graph=doc['stats']['hint_graph'],
)
except (ValueError, KeyError, IndexError):
_logger.exception('Error formatting stats')
else:
session.say(text_1)
session.say(text_2)
def _spell_chatot_command(self, session: InboundMessageSession):
limiter_key = ('chatot', session.message['channel'])
if not self._spam_limiter.is_ok(limiter_key):
return
text = session.match.group(1).strip() or 'I LIKE CHATOT'
text = text[:len(self.CHATOT_TEMPLATE)]
buf = io.StringIO()
text_index = 0
for index, letter in enumerate(self.CHATOT_TEMPLATE):
if index % 2 == 0:
buf.write(letter)
elif text_index < len(text) and letter.strip():
if text[text_index].strip():
buf.write(text[text_index])
else:
buf.write(letter)
text_index += 1
else:
buf.write(letter)
formatted_text = buf.getvalue()
session.say(formatted_text, multiline=True)
self._spam_limiter.update(limiter_key)
def _try_say_or_reply_too_long(cls, formatted_text, session: InboundMessageSession):
if cls.is_too_long(formatted_text):
session.reply(cls.TOO_LONG_TEXT_TEMPLATE.format(gen_roar()))
return False
else:
session.say(formatted_text)
return True
def _try_say_or_reply_too_long(cls, formatted_text,
session: InboundMessageSession):
if cls.is_too_long(formatted_text):
session.reply(cls.TOO_LONG_TEXT_TEMPLATE.format(gen_roar()))
return False
else:
session.say(formatted_text)
return True
def _wow_command(self, session: InboundMessageSession):
if self._tellnext_generator:
platform_name = session.get_platform_name()
max_len = 500 if platform_name == 'discord' else 400
session.say('> {}'.format(
self._censor_text(
session, self._tellnext_generator.get_paragraph(max_len))),
multiline=True)
else:
session.reply('{} Feature not available!'.format(gen_roar()))
def _xd_rand_command(self, session: InboundMessageSession):
if (
_random.random() < 0.1
or session.message["username"] == "wow_deku_onehand"
and session.message["text"].strip() == "xD MingLee"
):
def rep_func(match):
return "!" if _random.random() < 0.6 else "1"
session.say("{} xD MingLee".format(re.sub("!", rep_func, gen_roar().lower())))
def _xd_rand_command(self, session: InboundMessageSession):
if _random.random() < 0.1 or \
session.message['username'] == 'wow_deku_onehand' and \
session.message['text'].strip() == 'xD MingLee':
def rep_func(match):
return '!' if _random.random() < 0.6 else '1'
session.say('{} xD MingLee'.format(
re.sub('!', rep_func,
gen_roar().lower())))
def _greeting_command(self, session: InboundMessageSession):
is_set = session.match.group(1)
text = session.match.group(3).strip()
if is_set:
self._database.set_greeting(
session.message['channel'], session.message['user_id']
or session.message['username'], text)
session.reply('{} Greeting saved'.format(gen_roar()))
else:
greeting = self._database.get_greeting(session.message['channel'])
if greeting:
formatted_text = '{} {}'.format(gen_roar(), greeting)
else:
formatted_text = '{}'.format(gen_roar())
session.say(formatted_text, multiline=True)
def _try_say_or_reply_too_long(self, formatted_text,
session: InboundMessageSession):
platform_name = session.get_platform_name()
if platform_name == 'twitch' and self._bot.twitch_char_limit:
max_length = 500
max_byte_length = 1800
elif platform_name == 'discord':
max_length = 2000
max_byte_length = max_length * 4
else:
max_length = 400
max_byte_length = 400
if len(formatted_text) > max_length or self.is_too_long(
formatted_text, max_byte_length):
session.reply(self.TOO_LONG_TEXT_TEMPLATE.format(gen_roar()))
return False
else:
session.say(formatted_text)
return True
def _hype_stats_command(self, session: InboundMessageSession):
stats_filename = self._config.get("hype_stats_filename")
if not stats_filename or stats_filename and not os.path.exists(stats_filename):
session.reply("{} This command is currently unavailable!".format(gen_roar()))
return
try:
with open(stats_filename) as file:
doc = json.load(file)
text_1 = "[{duration}] Lines/sec {averages_str} " "· Hints/sec {hint_averages_str}".format(
duration=doc["stats"]["duration"],
averages_str=doc["stats"]["averages_str"],
hint_averages_str=doc["stats"]["hint_averages_str"],
)
text_2 = "Chat {chat_graph} · Hint {hint_graph}".format(
chat_graph=doc["stats"]["chat_graph"], hint_graph=doc["stats"]["hint_graph"]
)
except (ValueError, KeyError, IndexError):
_logger.exception("Error formatting stats")
else:
session.say(text_1)
session.say(text_2)
def _klappa_command(self, session: InboundMessageSession):
session.say('{}'.format(_random.choice(('Kappa //', gen_roar()))))
def _klappa_command(self, session: InboundMessageSession):
session.say("{}".format(_random.choice(("Kappa //", gen_roar()))))
def _huffle_command(self, session: InboundMessageSession):
session.say(random.choice(['卅(◕‿◕)卅', '卅( ◕‿◕)卅つ✂ (◕‿◕ )卅']))
def _roar_command(self, session: InboundMessageSession):
session.say('{} {} {}'.format(gen_roar(), gen_roar(),
gen_roar().upper()))
def _roar_command(self, session: InboundMessageSession):
session.say("{} {} {}".format(gen_roar(), gen_roar(), gen_roar().upper()))
def _wow_command(self, session: InboundMessageSession):
if self._tellnext_generator:
session.say('> {}'.format(
self._tellnext_generator.get_paragraph()))
else:
session.reply('{} Feature not available!'.format(gen_roar()))
def _wow_command(self, session: InboundMessageSession):
if self._tellnext_generator:
session.say("> {}".format(self._tellnext_generator.get_paragraph()))
else:
session.reply("{} Feature not available!".format(gen_roar()))
