quote = mb.data['quotes'][int(index) - 1]
except:
mb.tell(
nick + ": I got " + str(len(mb.data['quotes'])) + " of those here",
target)
return
mb.tell(quote['quote'], target, True)
mb.tell("added by {} on {}".format(quote['added by'], quote['date']),
target)
return
def add_quote_func(nick, match, target):
text = match.group('quote')
date = datetime.date.today().isoformat()
quote = {'quote': text, 'added by': nick, 'date': date}
mb.data['quotes'].append(quote)
mb.save('quotes')
mb.tell(nick + ': added.', target)
return
mb.help[
"quotes"] = "mb add quote <text>, mb read/quote [<index>], mb search <text>, mb random"
print("loaded quotes")
mb.add_command(add_quote, add_quote_func)
mb.add_command(read_quote, read_quote_func)
mb.add_command(search_quote, search_quote_func)
mb.add_command(random_quote, random_quote_func)
message = match.group('what')
if not who in mb.data['logs']:
mb.data['logs'][who]={}
if not 'messages' in mb.data['logs'][who]:
mb.data['logs'][who]['messages']=[]
mb.data['logs'][who]['messages'].append({'text':message, 'nick': nick,'date':when})
mb.tell(nick+": jeez FINE I'll tell em",target)
mb.save('logs')
mb.add_command(send_message,send_message_func)
mb.add_command(seen,seen_func)
mb.add_command(hi,hi_func)
mb.add_command(coin,coin_func)
mb.add_command(thank,thank_func)
#mb.add_command(daddy,daddy_func,priority=0)
#mb.add_command(parent,parent_func)
mb.add_command(yiff,yiff_func)
mb.add_command(get,get_func)
mb.add_command(save,save_func, level=1)
mb.add_command(help,help_func)
mb.add_command(time,time_func)
mb.add_command(eightball,eightball_func,priority=999)
mb.help['choice'] = "mb choose <list of things separated by , 'or' or 'and'>"
mb.help['seen'] = "mb seen <who>"
req=urllib2.Request('https://giphy.p.mashape.com/v1/gifs/search?api_key=dc6zaTOxFJmzC&'+query,headers=headers)
response=urllib2.urlopen(req).read()
results=json.loads(response.decode("utf-8"))["data"]
if results==[]:
mb.tell(nick+": none of that stuff", target)
return
if index:
data=results[int(index)]
else:
data=choice(results)
gif="https://media.giphy.com/media/{id}/giphy.gif".format(id=data['id'])
mb.tell(nick+": "+gif,target,True)
mb.add_command(show_me,show_me_func,priority=3)
mb.add_command(lewd,lewd_func)
mb.add_command(tumblr,tumblr_func)
mb.help["gifs"]="mb show me <whatever> (searches for <whatever> on giphy), mb lewd <whatever> (searches for gifs in \\tagged of several p**n tumblrs)"
mb.help["tumblr"]="mb tumblr [text|photo](optional) <something>"
print("loaded gifs")
# coding: utf-8
from mbclient import mb
import urllib,urllib2,traceback
import re
prequel="prequel"
def prequel_func(nick,match,target):
try:
resp=urllib2.urlopen("http://www.prequeladventure.com/feed").read().decode("utf-8")
date=re.search("<pubDate>(.*)</pubDate>",resp,re.I).group(1)
mb.tell(nick+", last update: "+date,target)
except:
mb.tell(nick+": ERROЯ",target)
traceback.print_exc()
mb.help["updates"]="mb prequel"
print("loaded updates")
mb.add_command(prequel,prequel_func)
link = "http://www.colourlovers.com/img/" + hex + "/600/600"
mb.tell(nick + ": " + "#" + hex + ", " + title, target)
mb.tell(link, target, True)
return
def what_color_func(nick, match, target):
color = match.group('hex')
req = urllib2.Request("http://www.colourlovers.com/api/color/" + color +
"?format=json")
req.add_header('User-Agent', "ColourLovers Browser")
try:
response = urllib2.urlopen(req)
cdict = json.loads(response.read().decode('utf-8'))[0]
except IndexError:
mb.tell(nick + ": did you pull that out of your ass?? shove it back")
return
title = "'" + cdict['title'] + "'"
link = "http://www.colourlovers.com/img/" + color + "/600/600"
mb.tell(nick + ": " + title + " ", target)
mb.tell(link, target, True)
return
mb.add_command(what_color, what_color_func)
mb.add_command(keyword_color, keyword_color_func)
mb.help[
"colors"] = "mb <hex color, e.g. #ff00ff>, mb what's the color of <something>"
print("loaded colors")
faces=[]
for result in response:
emotion_list = [{"emotion":emotion,"score":score} for emotion,score in result["scores"].items()]
emotion_list = sorted(emotion_list, key = lambda k: k["score"])
scores = [entry["emotion"] for entry in emotion_list][-2:]
face = {"emotion": " and ".join(scores), "left": result["faceRectangle"]["left"]}
faces.append(face)
faces_ordered = sorted(faces, key = lambda k: k["left"])
emotions= [face["emotion"] for face in faces_ordered]
answer = nick+": "
if len(response)>1:
answer+="from left to right: "
mb.tell(answer+", ".join(emotions),target)
return
mb.add_command(emotion,emotion_func)
mb.add_command(nsfw,nsfw_func)
mb.add_command(tags,tags_func)
mb.help['recognition']="mb tags <picture url>, mb nsfw <picture url>, mb emotion <picture url>"
print('loaded recognition')
for message in mb.data['logs'][nick]['messages']:
date = datetime.now()
now=shared.time_dict(date)
when = message['date']
time = shared.time_diff(now,when)
mb.tell(message['nick']+" said "+time+": "+message['text'],nick)
mb.data['logs'][nick]['messages']=[]
mb.save('logs')
return
def last_message_func(nick,match,target):
date = datetime.now()
when=shared.time_dict(date)
message = match.group(0)
if not nick in mb.data['logs']:
mb.data['logs'][nick]={}
mb.data['logs'][nick]['message'] = message
mb.data['logs'][nick]['date'] = when
mb.save('logs')
print("loaded passive functions")
#mb.add_command(picture,picture_func,call=False, passive= True,priority=6)
mb.add_command(anything,last_message_func,call=False, passive=True,priority=5)
mb.add_command(anything,deliver_message_func,call=False,passive=True,priority=5)
def next_func(nick, match, target, param=None):
if len(mb.data['interview']['questions']) > 2:
mb.tell(
nick + ": you only get three questions pal, now make up your mind",
target)
return
detective = mb.data['interview']['detective']
while True:
question = choice(mb.data["interview_questions"])
if question not in mb.data['interview']['questions']:
break
mb.data['interview']['questions'].append(question)
mb.save('interview')
mb.tell("Here's another one:", detective)
mb.tell(question, detective)
def reset_func(nick, match, target):
mb.tell(nick + ": fun cancelled, gotcha", target)
mb.data['interview'] = {'players': []}
mb.save('interview')
mb.help[
"interview"] = "'mb interview' to start\join the game, once you're playing: 'shoot' or 'bam' or 'bang' to shoot the opponent, 'dismiss' or 'you can go' to dismiss, 'next' or 'next question' to get another question"
mb.add_command(interview_champion, interview_champion_func, level=1)
mb.add_command(reset, reset_func, level=1)
mb.add_command(interview_init, interview_init_func)
mb.add_command(interview, interview_func)
mb.add_command(interview_stats, interview_stats_func)
print("loaded interview")
if id>0.5:
antonym=None
synsets=wn.synsets(adjective)
antonym=None
for synset in synsets:
for lemma in synset.lemmas():
antonyms=lemma.antonyms()
if antonyms!=[]:
antonym=lemma.antonyms()[0].name()
break
break
if antonym:
adjective=antonym
index=floor(id*len(mb.data['stuff']['degrees']))
response=mb.data['stuff']['degrees'][int(index)]
if who!="":
what=who+" "+what
response=response.replace("<what>",what)
response=response.replace("<be>",be)
response=response.replace("<adjective>",adjective)
mb.tell(nick+": "+response,target)
return
mb.add_command(define,define_func, priority=8)
mb.add_command(antonym,antonym_func)
mb.add_command(synonym,synonym_func)
mb.add_command(measure,measure_func)
mb.help['dictionary']="mb define <word or sentence>, mb analyze <word or sentence> mb what's the opposite of <word>,mb what's the other word for <word>"
mb.help['measurement']="mb how <adjective> is\are <word or sentence>"
print("loaded dictionary")
lang_from = code
if re.search("^" + re.escape(lang_to) + "$", language, re.IGNORECASE):
lang_to = code
data['from'] = lang_from
data['to'] = lang_to
data['text'] = match.group('text')
url = 'http://api.microsofttranslator.com/v2/Http.svc/Translate?' + urllib.urlencode(
data)
print("Translation url request: " + url)
req = urllib2.Request(url)
req.add_header('Authorization', 'Bearer ' + token)
try:
response = urllib2.urlopen(req)
except urllib2.HTTPError as e:
mb.tell("Erroя.", target)
print(e.read())
return None
pattern = re.compile(".*>(?P<tr>.+)<", flags=re.IGNORECASE)
m = re.match(pattern, response.read().decode('utf-8'))
mb.tell(nick + ": " + m.group('tr'), target)
return None
mb.add_command(translate, translate_func)
mb.add_command(languages, languages_func)
mb.add_command(can_you_speak, can_you_speak_func)
mb.help[
'translation'] = "mb languages, mb do you speak <language>, mb translate from <language> to <language> <text to translate> (languages default to english if not specified)"
print("loaded translation")
else:
mb.tell(nick+", here's what I found ("+str(len(results))+" results): "+", ".join(results),target)
return
def read_quote_func(nick,match,target):
index=match.group('index')
try:
quote=mb.data['quotes'][int(index)-1]
except:
mb.tell(nick+": I got "+str(len(mb.data['quotes']))+" of those here",target)
return
mb.tell(quote['quote'],target,True)
mb.tell("added by {} on {}".format(quote['added by'],quote['date']),target)
return
def add_quote_func(nick,match,target):
text=match.group('quote')
date=datetime.date.today().isoformat()
quote={'quote':text,'added by':nick,'date':date}
mb.data['quotes'].append(quote)
mb.save('quotes')
mb.tell(nick+': added.',target)
return
mb.help["quotes"]="mb add quote <text>, mb read/quote [<index>], mb search <text>, mb random"
print("loaded quotes")
mb.add_command(add_quote,add_quote_func)
mb.add_command(read_quote,read_quote_func)
mb.add_command(search_quote,search_quote_func)
mb.add_command(random_quote,random_quote_func)
params = urllib.urlencode(
{
"from-type": what,
"from-value": amount,
"to-type": to
}, 'utf-8').encode('utf-8')
headers = {
"X-Mashape-Key": "6SRh5ZIyhhmshOjLLIEVlfRzZR3Mp1KJgLsjsny2Vq36opmhI6",
"Content-Type": "application/x-www-form-urlencoded",
"Accept": "application/json"
}
request = urllib2.Request(
"https://community-neutrino-currency-conversion.p.mashape.com/convert",
headers=headers,
data=params)
response = urllib2.urlopen(request).read()
result = json.loads(response.decode('utf-8'))
if result['valid'] == True:
mb.tell(
nick + ": {} {} is {:.4f} {}".format(amount, what,
float(result['result']), to),
target)
else:
mb.tell(nick + ": convert these nuts on your chin", target)
return
print("loaded conversion")
mb.add_command(convert, convert_func, priority=10)
mb.help[
"convert"] = "mb [convert] <number (defaults to 1)> <units> to/in/into <units>"
for code,language in langs.items():
if re.search("^"+re.escape(lang_from)+"$",language,re.IGNORECASE):
lang_from=code
if re.search("^"+re.escape(lang_to)+"$",language,re.IGNORECASE):
lang_to=code
data['from']=lang_from
data['to']=lang_to
data['text']=match.group('text')
url='http://api.microsofttranslator.com/v2/Http.svc/Translate?'+urllib.urlencode(data)
print("Translation url request: "+url)
req=urllib2.Request(url)
req.add_header('Authorization','Bearer '+token)
try:
response=urllib2.urlopen(req)
except urllib2.HTTPError as e:
mb.tell("Erroя.",target)
print(e.read())
return None
pattern=re.compile(".*>(?P<tr>.+)<",flags=re.IGNORECASE)
m=re.match(pattern,response.read().decode('utf-8'))
mb.tell(nick+": "+m.group('tr'),target)
return None
mb.add_command(translate,translate_func)
mb.add_command(languages,languages_func)
mb.add_command(can_you_speak,can_you_speak_func)
mb.help['translation']="mb languages, mb do you speak <language>, mb translate from <language> to <language> <text to translate> (languages default to english if not specified)"
print("loaded translation")
# coding: utf-8
from mbclient import mb
import json,urllib2
whow="^how.*"
def whow_func(nick,match,target):
headers={'X-Mashape-Key': '6SRh5ZIyhhmshOjLLIEVlfRzZR3Mp1KJgLsjsny2Vq36opmhI6',
'Accept':'application/json'}
req=urllib2.Request('https://hargrimm-wikihow-v1.p.mashape.com/steps?count=3',headers=headers)
response=urllib2.urlopen(req).read()
data=json.loads(response.decode("utf-8"))
mb.tell(nick+": 1.{} 2.{} 3.{}".format(data['1'],data['2'],data['3']),target)
mb.add_command(whow,whow_func,priority=99)
mb.help["wikihow"]="mb how <whatever> (random steps from wikihow)"
print("loaded wikihow")
mb.data['logs'][who] = {}
if not 'messages' in mb.data['logs'][who]:
mb.data['logs'][who]['messages'] = []
mb.data['logs'][who]['messages'].append({
'text': message,
'nick': nick,
'date': when
})
mb.tell(nick + ": jeez FINE I'll tell em", target)
mb.save('logs')
mb.add_command(send_message, send_message_func)
mb.add_command(seen, seen_func)
mb.add_command(hi, hi_func)
mb.add_command(coin, coin_func)
mb.add_command(thank, thank_func)
#mb.add_command(daddy,daddy_func,priority=0)
#mb.add_command(parent,parent_func)
mb.add_command(yiff, yiff_func)
mb.add_command(get, get_func)
mb.add_command(save, save_func, level=1)
mb.add_command(help, help_func)
mb.add_command(time, time_func)
mb.add_command(eightball, eightball_func, priority=999)
mb.help['choice'] = "mb choose <list of things separated by , 'or' or 'and'>"
mb.help['seen'] = "mb seen <who>"
mb.tell(nick+": no idea",target)
return
title="'"+cdict['title']+"'"
hex=cdict['hex']
link="http://www.colourlovers.com/img/"+hex+"/600/600"
mb.tell(nick+": "+"#"+hex+", "+title,target)
mb.tell(link, target,True)
return
def what_color_func(nick,match,target):
color=match.group('hex')
req=urllib2.Request("http://www.colourlovers.com/api/color/"+color+"?format=json")
req.add_header('User-Agent', "ColourLovers Browser")
try:
response=urllib2.urlopen(req)
cdict=json.loads(response.read().decode('utf-8'))[0]
except IndexError:
mb.tell(nick+": did you pull that out of your ass?? shove it back")
return
title="'"+cdict['title']+"'"
link="http://www.colourlovers.com/img/"+color+"/600/600"
mb.tell(nick+": "+title+" ",target)
mb.tell(link,target,True)
return
mb.add_command(what_color,what_color_func)
mb.add_command(keyword_color,keyword_color_func)
mb.help["colors"]="mb <hex color, e.g. #ff00ff>, mb what's the color of <something>"
print("loaded colors")
# coding: utf-8
from mbclient import mb
import math
import re
calc="calc\s+(?P<expr>[\de*()пpi+-/]+)"
def calc_func(nick,match,target):
expr=match.group("expr")
vpi=re.compile("п|pi",flags=re.IGNORECASE)
ve=re.compile("(?<!\d)e(?!\d)",flags=re.IGNORECASE)
expr=re.sub(ve,"math.e",expr)
expr=re.sub(vpi,"math.pi",expr)
try:
mb.tell(nick+": "+str(eval(expr)),target)
except:
mb.tell(nick+": yeah nah",target)
mb.add_command(calc,calc_func)
mb.help['calculator']="mb calc <expression to calculate>"
print('loaded calculator')
mb.data['options']['quirk']=[]
mb.data['options']['caps']=False
mb.data['options']['color']=""
else:
quirks=[mb.format[option] for option in options if option in mb.format]
if no:
mb.data['options']['quirk']=list(set(mb.data['options']['quirk'])-set(quirks))
else:
mb.data['options']['quirk'].extend(quirks)
mb.data['options']['quirk']=list(set(mb.data['options']['quirk']))
for index,color in enumerate(mb.colors):
if color in options:
mb.data['options']['color']=chr(0x03)+str(index)
break
mb.save('options')
mb.tell(nick+": I'll try",target)
mb.add_command(last_picture,last_picture_func)
mb.add_command(console,console_func,level=2)
#mb.add_command(shut_down,shut_down_func,level=2)
#mb.add_command(list_uncles,list_uncles_func)
mb.add_command(reload,reload_func,level=2)
#mb.add_command(add_uncle,add_uncle_func,level=2)
mb.add_command(type_in,type_in_func,level=1)
mb.add_command(font_options,font_options_func,level=1)
mb.add_command(join,join_func,level=2)
mb.add_command(leave,leave_func,level=2)
mb.add_command(on_start,on_start_func,level=2)
print("loaded commands")
# coding: utf-8
from mbclient import mb
import json,urllib,urllib2,os
bing="bing\s+(?P<query>.+)"
def bing_func(nick,match,target):
query=urllib.urlencode({"Query":"'"+match.group('query')+"'"})
try:
key=mb.data['passwords']['bing']['key']
req=urllib2.Request("https://api.datamarket.azure.com/Bing/SearchWeb/v1/Web?"+query+"&$top=1&$format=json&Market=%27en-US%27&Adult=%27Off%27")
req.add_header("Authorization","Basic "+key)
response=urllib2.urlopen(req).read()
data=json.loads(response.decode("utf-8"))['d']['results'][0]
mb.tell(data['Description'],target)
mb.tell(data['Url'],target,True)
except urllib2.HTTPError as er:
print(er)
mb.tell("ERROЯ",target)
mb.add_command(bing,bing_func)
print("loaded bing search")
mb.help['bing']="mb bing <text>"
nick)
mb.data['logs'][nick]['messages'] = []
mb.save('logs')
return
def last_message_func(nick, match, target):
date = datetime.now()
when = shared.time_dict(date)
message = match.group(0)
if not nick in mb.data['logs']:
mb.data['logs'][nick] = {}
mb.data['logs'][nick]['message'] = message
mb.data['logs'][nick]['date'] = when
mb.save('logs')
print("loaded passive functions")
#mb.add_command(picture,picture_func,call=False, passive= True,priority=6)
mb.add_command(anything,
last_message_func,
call=False,
passive=True,
priority=5)
mb.add_command(anything,
deliver_message_func,
call=False,
passive=True,
priority=5)
# coding: utf-8
from mbclient import mb
import json,urllib
convert="(?:convert\s+)?(?P<amount>[0-9,e\.\-+\(\)*\/]+)?\s*(?P<what>(?!as\s+)[a-z°'\"]+)\s+(in|to|into)\s+(?P<to>[a-z°'\"]+)\s*$"
def convert_func(nick,match,target):
amount=match.group('amount')
if not amount:
amount="1";
what=match.group('what')
to=match.group('to')
params=urllib.urlencode({"from-type": what,
"from-value": amount,
"to-type": to},'utf-8').encode('utf-8')
headers={"X-Mashape-Key": "6SRh5ZIyhhmshOjLLIEVlfRzZR3Mp1KJgLsjsny2Vq36opmhI6",
"Content-Type": "application/x-www-form-urlencoded",
"Accept": "application/json"}
request = urllib2.Request("https://community-neutrino-currency-conversion.p.mashape.com/convert",headers=headers,data=params)
response=urllib2.urlopen(request).read()
result=json.loads(response.decode('utf-8'))
if result['valid']==True:
mb.tell(nick+": {} {} is {:.4f} {}".format(amount,what,float(result['result']),to),target)
else:
mb.tell(nick+": convert these nuts on your chin",target)
return
print("loaded conversion")
mb.add_command(convert,convert_func,priority=10)
mb.help["convert"]="mb [convert] <number (defaults to 1)> <units> to/in/into <units>"
lat = float(data['lat'])
lon = float(data['lon'])
if lat < 0:
lat = str(int(-lat)) + "S"
else:
lat = str(int(lat)) + "N"
if lon < 0:
lon = str(int(-lon)) + "W"
else:
lon = str(int(lon)) + "E"
data['lat'] = lat
data['lon'] = lon
answer = "{lat} {lon}: {description}, {clouds}% cloudy, temp: {min}-{max}{degrees}, humidity: {humidity}%, wind:{wind}{speed}".format(
**data)
except:
mb.tell(nick + ": Ouch, you broke something", target)
traceback.print_exc()
return
mb.tell(nick + ": " + answer, target)
return
mb.add_command(weather, weather_func)
print("loaded weather")
mb.help[
"weather"] = "mb weather [f] [tomorrow|in a week|in a month|in N days] <city>"
return
def aka_func(nick,match,target):
who=match.group('who')
lst=None
if not who:
who=nick
if who in mb.data['aliases']:
lst=mb.data['aliases'][who]
else:
for player in mb.data['aliases']:
if who in mb.data['aliases'][player]:
lst=mb.data['aliases'][player]
who=player
break
if not lst:
lst=['big nerd']
mb.tell("{}, a.k.a {}".format(who,", ".join(lst)),target)
return
mb.help["quiz"]="mb quiz, mb quiz stats [for <name>], mb quiz champion, mb aliases [for <name>]"
mb.add_command(add_aliases,add_aliases_func,level=2)
mb.add_command(purge_aliases,purge_aliases_func,level=2)
mb.add_command(points,points_func,level=2)
mb.add_command(aka,aka_func)
mb.add_command(quiz,quiz_func)
mb.add_command(show_quiz_stats,show_quiz_stats_func)
mb.add_command(quiz_champ,quiz_champ_func)
print("loaded quiz")
what)
req.add_header("X-Mashape-Key",
"6SRh5ZIyhhmshOjLLIEVlfRzZR3Mp1KJgLsjsny2Vq36opmhI6")
req.add_header("Accept", "text/plain")
try:
response = json.loads(urllib2.urlopen(req).read().decode('utf-8'))
if response['result_type'] == "no_results":
mb.tell(nick + ": none of that", target)
return
if s:
mb.tell(choice(response['sounds']), target)
else:
if r:
result = choice(response['list'])
else:
result = response['list'][0]
mb.tell(" ".join(result['definition'].splitlines())[:200], target)
mb.tell(
"example: " + " ".join(result['example'].splitlines())[:200],
target)
except:
mb.tell(nick + ": whoops.", target)
traceback.print_exc()
print("loaded urban")
mb.add_command(urban, urban_func)
mb.help['urban'] = "mb urban <something>"
lat = float(data['lat'])
lon = float(data['lon'])
if lat<0:
lat = str(int(-lat))+"S"
else:
lat = str(int(lat))+"N"
if lon<0:
lon = str(int(-lon))+"W"
else:
lon = str(int(lon))+"E"
data['lat'] = lat
data['lon'] = lon
answer = "{lat} {lon}: {description}, {clouds}% cloudy, temp: {min}-{max}{degrees}, humidity: {humidity}%, wind:{wind}{speed}".format(**data)
except:
mb.tell(nick+": Ouch, you broke something",target)
traceback.print_exc()
return
mb.tell(nick+": "+answer,target)
return
mb.add_command(weather,weather_func)
print("loaded weather")
mb.help["weather"] = "mb weather [f] [tomorrow|in a week|in a month|in N days] <city>"
from random import choice
import re,json,urllib,urllib2,traceback
wiki="wiki\s+(?P<r>random\s+)?(?P<what>.+)"
html_tags = re.compile(r'<[^>]+>')
def wiki_func(nick,match,target):
what = urllib.urlencode({"srsearch":match.group("what")})
r=match.group('r')
req = urllib2.Request('https://en.wikipedia.org/w/api.php?format=json&action=query&prop=extracts&exintro=&explaintext&list=search&'+what)
try:
response = json.loads(urllib2.urlopen(req).read().decode('utf-8'))['query']
if response['searchinfo']['totalhits']==0:
mb.tell(nick+": none of that", target)
return
else:
if r:
result = choice(response['search'])
else:
result = response['search'][0]
mb.tell(result['title'],target)
mb.tell(re.sub(html_tags,"",result['snippet']),target)
except:
mb.tell(nick+": whoops.",target)
traceback.print_exc()
print("loaded wiki")
mb.help['wiki']="mb wiki <whatever>"
mb.add_command(wiki,wiki_func)
# coding: utf-8
from mbclient import mb
import math
import re
calc = "calc\s+(?P<expr>[\de*()пpi+-/]+)"
def calc_func(nick, match, target):
expr = match.group("expr")
vpi = re.compile("п|pi", flags=re.IGNORECASE)
ve = re.compile("(?<!\d)e(?!\d)", flags=re.IGNORECASE)
expr = re.sub(ve, "math.e", expr)
expr = re.sub(vpi, "math.pi", expr)
try:
mb.tell(nick + ": " + str(eval(expr)), target)
except:
mb.tell(nick + ": yeah nah", target)
mb.add_command(calc, calc_func)
mb.help['calculator'] = "mb calc <expression to calculate>"
print('loaded calculator')
def next_func(nick,match,target,param=None):
if len(mb.data['interview']['questions'])>2:
mb.tell(nick+": you only get three questions pal, now make up your mind",target)
return
detective=mb.data['interview']['detective']
while True:
question=choice(mb.data["interview_questions"])
if question not in mb.data['interview']['questions']:
break
mb.data['interview']['questions'].append(question)
mb.save('interview')
mb.tell("Here's another one:", detective)
mb.tell(question, detective)
def reset_func(nick,match,target):
mb.tell(nick+": fun cancelled, gotcha",target)
mb.data['interview']={'players':[]}
mb.save('interview')
mb.help["interview"]="'mb interview' to start\join the game, once you're playing: 'shoot' or 'bam' or 'bang' to shoot the opponent, 'dismiss' or 'you can go' to dismiss, 'next' or 'next question' to get another question"
mb.add_command(interview_champion,interview_champion_func,level=1)
mb.add_command(reset,reset_func,level=1)
mb.add_command(interview_init,interview_init_func)
mb.add_command(interview,interview_func)
mb.add_command(interview_stats,interview_stats_func)
print("loaded interview")
# coding: utf-8
from mbclient import mb
import json, urllib2
whow = "^how.*"
def whow_func(nick, match, target):
headers = {
'X-Mashape-Key': '6SRh5ZIyhhmshOjLLIEVlfRzZR3Mp1KJgLsjsny2Vq36opmhI6',
'Accept': 'application/json'
}
req = urllib2.Request(
'https://hargrimm-wikihow-v1.p.mashape.com/steps?count=3',
headers=headers)
response = urllib2.urlopen(req).read()
data = json.loads(response.decode("utf-8"))
mb.tell(nick + ": 1.{} 2.{} 3.{}".format(data['1'], data['2'], data['3']),
target)
mb.add_command(whow, whow_func, priority=99)
mb.help["wikihow"] = "mb how <whatever> (random steps from wikihow)"
print("loaded wikihow")
# coding: utf-8
from mbclient import mb
import urllib, urllib2, traceback
import re
prequel = "prequel"
def prequel_func(nick, match, target):
try:
resp = urllib2.urlopen(
"http://www.prequeladventure.com/feed").read().decode("utf-8")
date = re.search("<pubDate>(.*)</pubDate>", resp, re.I).group(1)
mb.tell(nick + ", last update: " + date, target)
except:
mb.tell(nick + ": ERROЯ", target)
traceback.print_exc()
mb.help["updates"] = "mb prequel"
print("loaded updates")
mb.add_command(prequel, prequel_func)
