def get_factoid(bot, msg, key):
"""
Get a factoid. Invoked with `foo?` or `foo!` for a factoid named foo.
"""
key = util.flatten_incoming_text(bot, key)
if key in factoids:
bot.reply(factoids[key])
def get_factoid(bot, msg, key):
"""
Get a factoid. Invoked with `foo?` or `foo!` for a factoid named foo.
"""
key = util.flatten_incoming_text(bot, key)
if key in factoids:
bot.reply(factoids[key])
def code(bot, msg, language, _, code):
"""
Run arbitrary code of the specified language.
Usage:
@you: @bot python `print [x ** 2 for x in xrange(10) if x % 2]`
@bot: [1, 9, 25, 49, 81]
Valid languages include python, py3, ruby, coffeescript, gcc (C),
and php.
"""
uri = 'https://eval.in/'
data = {
"utf8": "\xce\xbb",
"execute": "on",
"private": "on",
"lang": supported_languages[language],
"input": "",
"code": util.flatten_incoming_text(bot, code).encode('utf-8'),
}
response = requests.post(uri, data)
bot.debug(response.url)
_, html = response.content.split("<h2>Program Output</h2>", 1)
html = html.lstrip()
html = html[5: html.index("</pre>")]
output = util.unescape(html).rstrip().decode('utf-8')
if output:
try:
bot.reply(u"```{}```".format(output))
except exception.MessageTooLongException:
bot.reply(response.url)
else:
bot.reply("No output...")
def set_factoid(bot, msg, key, verb, value):
"""
Set a factoid. Invoked with `@bot: [key] is [value]` or
`@bot: [key] are value`. You can also use the form
`@bot: [key] is <reply>[value]` to have the bot respond with only the
value instead of repeating "[key] is".
"""
key = util.flatten_incoming_text(bot, key)
value = util.flatten_incoming_text(bot, value)
factoid = Factoid(key=key, verb=verb, value=value, reply=False)
if value.startswith('<reply>'):
factoid.value = re.sub(r'^<reply>\s*', '', value)
factoid.reply = True
factoids[key] = factoid
bot.reply('ok')
def set_factoid(bot, msg, key, verb, value):
"""
Set a factoid. Invoked with `@bot: [key] is [value]` or
`@bot: [key] are value`. You can also use the form
`@bot: [key] is <reply>[value]` to have the bot respond with only the
value instead of repeating "[key] is".
"""
key = util.flatten_incoming_text(bot, key)
value = util.flatten_incoming_text(bot, value)
factoid = Factoid(key=key, verb=verb, value=value, reply=False)
if value.startswith('<reply>'):
factoid.value = re.sub(r'^<reply>\s*', '', value)
factoid.reply = True
factoids[key] = factoid
bot.reply('ok')
def forget_factoid(bot, msg, key):
"""
Forget a factoid. Invoked with `@bot: forget foo` for a factoid named foo.
"""
key = util.flatten_incoming_text(bot, key)
try:
del factoids[key]
bot.reply('ok')
except KeyError:
bot.reply('no factoid named {key}'.format(key))
def forget_factoid(bot, msg, key):
"""
Forget a factoid. Invoked with `@bot: forget foo` for a factoid named foo.
"""
key = util.flatten_incoming_text(bot, key)
try:
del factoids[key]
bot.reply('ok')
except KeyError:
bot.reply('no factoid named {key}'.format(key))
def choose(bot, msg, choose_string):
"""
Given a sequence definition, return an element at random from that
sequence.
Sequence definition syntax is detailed in `shuffle`.
"""
choose_string = util.flatten_incoming_text(bot, choose_string, flatten_notice=False)
success, choose_list = _parse_shuffle_set(bot, choose_string)
if not success:
bot.reply('\n'.join(choose_list))
return
bot.reply(" {}".format(random.choice(choose_list)))
def shuffle(bot, msg, shuffle_string):
"""
Given a sequence definition, return the elements of that sequence
in a random order.
Note that if the sequence is over 200 elements, only the first 200
will be shown.
A sequence is generated by the following rules:
1. If the sequence definition contains spaces the spaces are
considered a delimiter and each of the tokens is considered
literally.
Example:
@you: @bot shuffle four score and seven years ago
@bot: years, seven, four, ago, score, and
2. Otherwise, commas are used as the delimiter. Each comma delimited
element is interpreted as follows:
i. Two integers of the format ``a:b`` are a range from ``a``
to ``b``, inclusive.
ii. The @channel mention, if in a channel, is expanded as the
nick of every person in the channel. Note that since spaces
are disallowed the @channel mention must come first.
iii. A literal string. If a literal string is the only
comma-delimited element it is interpreted as its characters.
Example:
@you: @bot shuffle @channel,4:6,word
@bot: 5, @you, 6, @bot, word, 4
@you: @bot shuffle exemplify
@bot: l, f, i, m, x, p, y, e, e
"""
CUTOFF = 200
shuffle_string = util.flatten_incoming_text(bot,
shuffle_string,
flatten_notice=False)
success, shuffle_list = _parse_shuffle_set(bot, shuffle_string)
if not success:
bot.reply('\n'.join(shuffle_list))
return
shuffle_list = random.sample(shuffle_list, min(len(shuffle_list), CUTOFF))
bot.reply(" " + ", ".join(map(str, shuffle_list)))
def shuffle(bot, msg, shuffle_string):
"""
Given a sequence definition, return the elements of that sequence
in a random order.
Note that if the sequence is over 200 elements, only the first 200
will be shown.
A sequence is generated by the following rules:
1. If the sequence definition contains spaces the spaces are
considered a delimiter and each of the tokens is considered
literally.
Example:
@you: @bot shuffle four score and seven years ago
@bot: years, seven, four, ago, score, and
2. Otherwise, commas are used as the delimiter. Each comma delimited
element is interpreted as follows:
i. Two integers of the format ``a:b`` are a range from ``a``
to ``b``, inclusive.
ii. The @channel mention, if in a channel, is expanded as the
nick of every person in the channel. Note that since spaces
are disallowed the @channel mention must come first.
iii. A literal string. If a literal string is the only
comma-delimited element it is interpreted as its characters.
Example:
@you: @bot shuffle @channel,4:6,word
@bot: 5, @you, 6, @bot, word, 4
@you: @bot shuffle exemplify
@bot: l, f, i, m, x, p, y, e, e
"""
CUTOFF = 200
shuffle_string = util.flatten_incoming_text(bot, shuffle_string, flatten_notice=False)
success, shuffle_list = _parse_shuffle_set(bot, shuffle_string)
if not success:
bot.reply('\n'.join(shuffle_list))
return
shuffle_list = random.sample(shuffle_list, min(len(shuffle_list), CUTOFF))
bot.reply(" " + ", ".join(map(str, shuffle_list)))