def search(self, term):
try:
exactterm = format_term(term)
exactterm = quote(exactterm)
exacturl = self.endpoints['url'].format(exactterm)
html = web.get(exacturl)
return (html, exacturl)
except HTTPError:
pass
term = deformat_term(term)
term = quote(term)
apiurl = self.endpoints['api'].format(term)
try:
result = json.loads(web.get(apiurl))
except ValueError:
return None
result = result['query']['search']
if not result:
return None
term = result[0]['title']
term = format_term(term)
term = quote(term)
url = self.endpoints['url'].format(term)
html = web.get(url)
return (html, url)
def scrape_wiki_codes():
data = {}
base_url = 'http://en.wikipedia.org/wiki/List_of_ISO_639'
#639-1
resp = web.get(base_url + '-1_codes')
h = html.document_fromstring(resp)
table = h.find_class('wikitable')[0]
for row in table.findall('tr')[1:]:
name = row.findall('td')[2].find('a').text
code = row.findall('td')[4].text
data[code] = name
#639-2
resp = web.get(base_url + '-2_codes')
h = html.document_fromstring(resp)
table = h.find_class('wikitable')[0]
for row in table.findall('tr')[1:]:
name = row.findall('td')[3].find('a')
if name:
name = name.text
else:
continue
code_list = row.findall('td')[0].text.split(' ')
if len(code_list) == 1:
code = code_list[0]
else:
for i in code_list:
if '*' in i:
code = i.replace('*', '')
break
data[code] = name
return data
def getdjia(date):
if date in djiacache:
return djiacache[date]
conn = pool.connection()
cur = conn.cursor()
cur.execute("select djia from djiacache where dato = '%s'" % (date,))
djia = cur.fetchone()
if djia:
return djia[0]
for crox in croxes:
try:
djia = web.get(crox % date)
if not (("error" in djia) or ("available" in djia)):
djiacache[date] = djia
cur.execute("insert into djiacache values ('%s','%s')" % (date, djia))
conn.commit()
return djia
except:
pass
try:
y, m, d = str(date).split("-")
djia = web.get("http://irc.peeron.com/xkcd/map/data/%s/%s/%s" % (y, m, d))
return djia
except Exception, e:
return None
def forecast(phenny, input):
if input.group(2):
fetch=readdbattr(input.group(2).lower(),'location')
else:
fetch=readdbattr(input.nick.lower(),'location')
if fetch:
arg=fetch.split(".")[0]
if arg.isdigit():
arg=fetch.split(";")[0] #fetched something so use location from said nick
else:
arg=fetch.split(".")[0] #fetched something so use location from said nick
else:
arg=input.group(2) # look up arguments given (place)
try:
if not arg:
return phenny.say("Location please?")
except:
pass
fccoordsjs=json.loads(web.get("http://maps.googleapis.com/maps/api/geocode/json?sensor=false&address="+arg))
pprint.pprint(fccoordsjs)
coords=fccoordsjs['results'][0]['geometry']['location']
fciojs=web.get("https://api.forecast.io/forecast/"+ phenny.config.forecastapikey+"/"+str(coords['lat'])+','+str(coords['lng']))
fcjs=json.loads(fciojs)
pprint.pprint(fcjs)
try:
out='Currently : ' + fcjs['currently']['summary']
except:
try:
out='Next few minutes : '+fcjs['minutely']['summary']
except:
out='Next Hour : ' + fcjs['hourly']['summary']
return phenny.say(out)
def randomreddit(phenny, input):
subreddit = input.group(2)
if not subreddit:
phenny.say(".random <subreddit> - get a random link from the subreddit's frontpage")
return
if not re.match('^[A-Za-z0-9_-]*$',subreddit):
phenny.say(input.nick + ": bad subreddit format.")
return
url = "http://www.reddit.com/r/" + subreddit + "/.json"
try:
resp = web.get(url)
except:
try:
resp = web.get(url)
except:
try:
resp = web.get(url)
except:
raise GrumbleError('Reddit or subreddit unreachable.')
reddit = json.loads(resp)
post = choice(reddit['data']['children'])
nsfw = False
if post['data']['over_18']:
nsfw = True
if nsfw:
phenny.reply("!!NSFW!! " + post['data']['url'] + " (" + post['data']['title'] + ") !!NSFW!!")
else:
phenny.reply(post['data']['url'] + " (" + post['data']['title'] + ")")
def checkBeacon(phenny):
global beaconStatus
beaconStatus = True
while not singleton.beaconPlzStop:
"""check beacon """
f = open(beaconFile)
activated = int(f.read())
f.close()
if (int(activated) + beaconDelay) > int(time.time()):
web.get(beaconURL + 'ACTIVE')
a.digital_write(9, firmata.HIGH)
LEDShift(a, c.currentColor, "00FF00", 2)
time.sleep(2)
LEDShift(a, "00FF00", c.currentColor, 2)
if (beaconStatus == False):
print "Beacon has been activated"
phenny.msg('#hive76', "Beacon has been activated")
beaconStatus = True
else:
web.get(beaconURL + 'INACTIVE')
a.digital_write(9, firmata.LOW)
LEDShift(a, c.currentColor, "FF0000", 2)
time.sleep(2)
LEDShift(a, "FF0000", c.currentColor, 2)
if (beaconStatus == True):
phenny.msg('#hive76', "Beacon has deactivated")
print "Beacon has been deactivated"
beaconStatus = False
time.sleep(30)
def search(self, term):
try:
exactterm = format_term(term)
exactterm = quote(exactterm)
exacturl = self.endpoints['url'].format(exactterm)
html = web.get(exacturl)
return (html, exacturl)
except HTTPError:
pass
term = deformat_term(term)
term = quote(term)
apiurl = self.endpoints['api'].format(term)
try:
result = json.loads(web.get(apiurl))
except ValueError as e:
raise ContentDecodingError(str(e))
if 'error' in result:
raise ServerFault(result['error'])
result = result['query']['search']
if not result:
return None
term = result[0]['title']
term = format_term(term)
term = quote(term)
url = self.endpoints['url'].format(term)
html = web.get(url)
return (html, url)
def dictionary_search(query, phenny):
if hasattr(phenny.config, 'wordnik_api_key'):
query = query.replace('!', '')
query = web.quote(query)
try:
uri = 'http://api.wordnik.com/v4/word.json/' + query + '/definitions?limit=1&includeRelated=false&sourceDictionaries=wiktionary&useCanonical=false&includeTags=false&api_key=' + phenny.config.wordnik_api_key
rec_bytes = web.get(uri)
jsonstring = json.loads(rec_bytes)
dword = jsonstring[0]['word']
except:
try:
query = query.lower()
uri = 'http://api.wordnik.com/v4/word.json/' + query + '/definitions?limit=1&includeRelated=false&sourceDictionaries=wiktionary&useCanonical=false&includeTags=false&api_key=' + phenny.config.wordnik_api_key
rec_bytes = web.get(uri)
jsonstring = json.loads(rec_bytes)
dword = jsonstring[0]['word']
except:
query = string.capwords(query)
uri = 'http://api.wordnik.com/v4/word.json/' + query + '/definitions?limit=1&includeRelated=false&sourceDictionaries=wiktionary&useCanonical=false&includeTags=false&api_key=' + phenny.config.wordnik_api_key
rec_bytes = web.get(uri)
jsonstring = json.loads(rec_bytes)
try:
dword = jsonstring[0]['word']
except:
return None
if dword:
ddef = jsonstring[0]['text']
dattr = jsonstring[0]['attributionText']
dpart = jsonstring[0]['partOfSpeech']
dpart = dpart.replace('-', ' ')
dpart = string.capwords(dpart)
return (dword + ' - ' + dpart + ' - ' + ddef + ' - ' + dattr)
else:
return 'Sorry but you need to set your wordnik_api_key in the config file.'
def office(jenni, input):
try:
site = web.get("http://opensource.osu.edu/~meinwald/office.php")
except:
site = web.get("http://web2/~meinwald/office.php")
lines = site.split("\n")
jenni.reply(lines[2])
def duck_api(query):
'''Send 'query' to DDG's API and return results as a dictionary'''
query = web.urllib.quote(query)
uri = 'https://api.duckduckgo.com/?q=%s&format=json&no_html=1&no_redirect=1&kp=-1' % query
results = web.get(uri)
results = json.loads(web.get(uri))
return results
def ShowWeather(self, local, para, nick, todos, detalhes):
host = 'http://br.weather.com'
uri = host + '/search/search?what=WeatherLocalUndeclared&where=' + local.replace(' ', '+').lower()
dados = web.get(uri, True)
src = dados[0]
if Tag.inicio_conteudo in src:
self.weather(src, para, dados[1], detalhes)
else:
locais = []
if not (Tag.titulo in src):
self.Bot.Say(para, self.msg_rand(Frases.nao_encontrado).replace('%cidade', local) )
else:
src = src[src.find(Tag.titulo):]
while (Tag.link_inicio in src):
tag = src.find(Tag.link_fim)
item = src[src.find(Tag.link_inicio):tag]
locais.append(item[:item.find('"')])
src = src[tag+len(Tag.link_fim):]
if len(locais) == 0: return
if len(locais) == 1: todos = True
if not todos:
self.Bot.Say(para, Frases.varios_resultados % len(locais))
else:
for link in locais:
dados = web.get(host + link, True)
self.weather(dados[0], para, dados[1], detalhes)
def spotify_track(uri, phenny, radio):
idsplit = uri.split('/')
if radio is False:
id = idsplit[4]
else:
id = idsplit[5]
apiuri = 'https://api.spotify.com/v1/tracks/' + id
try:
rec_bytes = web.get(apiuri)
except:
return
jsonstring = json.loads(rec_bytes)
track = jsonstring['name']
album = jsonstring['album']['name']
artistarray = jsonstring['artists']
if len(artistarray) > 1:
multipleartists = True
else:
multipleartists = False
if multipleartists is False:
artist = artistarray[0]['name']
else:
artist = "Various Artists"
albumid = jsonstring['album']['id']
albumurl = 'https://api.spotify.com/v1/albums/' + albumid
try:
rec_bytes_album = web.get(albumurl)
jsonstringalbum = json.loads(rec_bytes_album)
released = jsonstringalbum['release_date']
except:
isdateutil = False
try:
import dateutil.parser
isdateutil = True
dt = dateutil.parser.parse(released)
timestamp1 = calendar.timegm(dt.timetuple())
timestamp1 = time.gmtime(timestamp1)
if re.compile('day').match(jsonstringalbum['release_date_precision']):
releasedformat = time.strftime('on %A %B %d, %Y',timestamp1)
else:
if re.compile('month').match(jsonstringalbum['release_date_precision']):
releasedformat = time.strftime('in %B, %Y',timestamp1)
else:
if re.compile('year').match(jsonstringalbum['release_date_precision']):
releasedformat = time.strftime('in %Y',timestamp1)
else:
isdateutil = False
except:
isdateutil = False
milliseconds = jsonstring['duration_ms']
seconds=(milliseconds/1000)%60
minutes=(milliseconds/(1000*60))%60
minutes = str(int(minutes))
seconds = str(round(seconds)).zfill(2)
tracktime = minutes + ":" + seconds
if isdateutil is True:
return '\002\00303,01Spotify\017 ' + track + ' - ' + artist + ' - ' + album + ' - ' + tracktime + ' released ' + releasedformat
else:
return '\002\00303,01Spotify\017 ' + track + ' - ' + artist + ' - ' + album + ' - ' + tracktime
def nws_lookup(jenni, input):
""" Look up weather watches, warnings, and advisories. """
text = input.group(2)
if not text:
return
bits = text.split(",")
master_url = False
if len(bits) == 2:
## county given
url_part1 = "http://alerts.weather.gov"
state = bits[1].lstrip().rstrip().lower()
county = bits[0].lstrip().rstrip().lower()
if state not in states:
jenni.reply("State not found.")
return
url1 = county_list.format(states[state])
page1 = web.get(url1).split("\n")
for line in page1:
mystr = ">" + unicode(county) + "<"
if mystr in line.lower():
url_part2 = line[9:36]
break
if not url_part2:
jenni.reply("Could not find county.")
return
master_url = url_part1 + url_part2
location = text
elif len(bits) == 1:
## zip code
if bits[0]:
urlz = zip_code_lookup.format(bits[0])
pagez = web.get(urlz)
fips = re_fips.findall(pagez)
if fips:
state = re_state.findall(pagez)
if not state:
jenni.reply("Could not match ZIP code to a state")
return
location = state[0]
state = location[-2:]
fips = unicode(state) + "C" + unicode(fips[0])
master_url = alerts.format(fips)
else:
jenni.reply("ZIP code does not exist.")
return
if not master_url:
jenni.reply("Invalid input. Please enter a ZIP code or a county and state pairing, such as 'Franklin, Ohio'")
return
feed = feedparser.parse(master_url)
for item in feed.entries:
if nomsg[:51] == item["title"]:
jenni.reply(nomsg.format(location))
break
else:
jenni.reply(unicode(item["title"]))
jenni.reply(unicode(item["summary"]))
def setup(bot):
if True:#not hasattr(bot,'stringtables'):
bot.stringtable_version = None
verinfo = bot.masterserver_request({'version' : '0.0.0.0', 'os' : 'lac' ,'arch' : 'x86-biarch'},path = 'patcher/patcher.php')
verinfo = verinfo[0]
if bot.stringtable_version == verinfo['version']:
print("no need to update stringtables")
return
manifest = None
try:
manifest = web.get('{0}{1}/{2}/{3}/manifest.xml.zip'.format(verinfo['url'],verinfo['os'],verinfo['arch'],verinfo['version']))
except:pass
if manifest is None:
try:
manifest = web.get('{0}{1}/{2}/{3}/manifest.xml.zip'.format(verinfo['url2'],verinfo['os'],verinfo['arch'],verinfo['version']))
except:pass
if manifest is None:
print("Couldn't get manifest for hon's files")
return
bot.stringtables = {}
manifest = etree.fromstring(zipfile.ZipFile(StringIO.StringIO(manifest)).read('manifest.xml'))
files = []
for e in manifest:
if e.tag == 'file' and e.attrib['path'] in stringtablefiles:
files.append(e.attrib)
for f in files:
if f['version'].count('.') == 3 and f['version'].endswith('.0'):
f['version'] = f['version'][:-2]
table = None
try:
table = web.get('{0}{1}/{2}/{3}/{4}.zip'.format(verinfo['url'],verinfo['os'],verinfo['arch'],f['version'],f['path']))
except:pass
if table is None:
try:
table = web.get('{0}{1}/{2}/{3}/{4}.zip'.format(verinfo['url2'],verinfo['os'],verinfo['arch'],f['version'],f['path']))
except:pass
if table is None:
print("Wasn't able to fetch {0}".format(f['path']))
continue
table = zipfile.ZipFile(StringIO.StringIO(table)).read(basename(f['path']))
try:
table = table.decode("utf8")
except:
table = table.decode("cp1251")
table = table.splitlines()
for line in table:
m = re_entry.match(line)
if m:
bot.stringtables[m.group(1)] = m.group(2)
bot.stringtable_version = verinfo['version']
def getdjia(date):
for crox in croxes:
try:
return web.get(crox % date)
except:
pass
try:
y,m,d = str(date).split("-")
return web.get("http://irc.peeron.com/xkcd/map/data/%s/%s/%s" % (y,m,d))
except Exception,e:
print date, e
return None
def awik(phenny, input):
"""Search for something on Apertium wiki."""
origterm = input.groups()[1]
if not origterm:
return phenny.say('Perhaps you meant ".wik Zen"?')
#origterm = origterm.encode('utf-8')
term = format_term(origterm)
try:
html = str(web.get(wikiuri % (term)))
except:
apiResponse = json.loads(str(web.get(wikisearchuri % (term, 'title'))))
if len(apiResponse['query']['search']):
term = apiResponse['query']['search'][0]['title']
html = str(web.get(wikiuri % (term)))
else:
apiResponse = json.loads(str(web.get(wikisearchuri % (term, 'text'))))
if len(apiResponse['query']['search']):
term = apiResponse['query']['search'][0]['title']
html = str(web.get(wikiuri % (term)))
else:
phenny.reply("No wiki results for that term.")
return
page = lxml.html.fromstring(html)
if "#" in origterm:
section = format_subsection(origterm.split("#")[1])
text = page.find(".//span[@id='%s']" % section)
if text is None:
phenny.reply("That subsection does not exist.")
return
text = text.getparent().getnext()
else:
paragraphs = page.findall('.//p')
if len(paragraphs) > 2:
text = page.findall('.//p')[1]
else:
text = page.findall(".//*[@id='mw-content-text']")[0]
sentences = text.text_content().split(". ")
sentence = '"' + sentences[0] + '"'
maxlength = 430 - len((' - ' + wikiuri % (format_term_display(term))).encode('utf-8'))
if len(sentence.encode('utf-8')) > maxlength:
sentence = sentence.encode('utf-8')[:maxlength].decode('utf-8', 'ignore')
words = sentence[:-5].split(' ')
words.pop()
sentence = ' '.join(words) + ' [...]'
phenny.say(sentence + ' - ' + wikiuri % (format_term_display(term)))
def imdb_search(query):
query = query.replace('!', '')
query = web.quote(query)
uri = 'http://imdb.com/find?q=%s' % query
bytes = web.get(uri)
m = r_imdb_find.search(bytes)
if not m: return m
ID = web.decode(m.group(1))
uri = 'http://imdb.com/title/%s' % ID
bytes = web.get(uri)
bytes = bytes.replace('\n', '')
info = r_imdb_details.search(bytes)
info = {'Title': info.group(1), 'Year': info.group(2), 'Plot': info.group(3), 'imdbID': ID}
return info
def strava(phenny, input):
return phenny.reply("Strava is no worky because of API updates. Until Strava releases their API to the public. No can do.")
n=input.nick
r=" lives in "
l=""
if not input.group(2):
fetch=readdbattr(n.lower(),'strava')
if fetch:
l=fetch
else:
return
else:
t = unicodedata.normalize('NFKD', input.group(2)).encode('ascii', 'ignore').split(' ')
if len(t) >= 1:
if t[0] == 'set':
if len(t) < 2:
return
else:
updatedbattr(n.lower(), 'strava',input.group(2)[4:])
return phenny.say('Strava set up!')
else:
n=t[0]
fetch=readdbattr(n.lower(),'strava')
if fetch:
l=fetch
else:
return
saresp=urllib2.urlopen('http://www.strava.com/api/v1/rides/' + l).read()
pprint.pprint(saresp)
erract=False
if 'error' in saresp:
erract=True
else:
js2resp=json.loads(saresp)
pprint.pprint(erract)
sresp=web.get('http://www.strava.com/api/v1/rides?athleteName=' + l);
pprint.pprint(sresp)
if erract==True:
if 'rides' in sresp:
jsresp=json.loads(sresp)
jsrespid=jsresp['rides'][0]
pprint.pprint(jsrespid)
s2resp=web.get('http://www.strava.com/api/v1/rides/' + str(jsresp['rides'][0]['id']))
js2resp=json.loads(s2resp)
pprint.pprint(js2resp)
else:
phenny.reply('something gone wrong tell krisfremen')
return
phenny.reply(js2resp['ride']['athlete']['username'] + ' rode ' + "%.2f" % float(js2resp['ride']['distance']/1000) + ' km ('+ "%.2f" % float((js2resp['ride']['distance']/1000)*0.621371) +' mi) in ' + str(datetime.timedelta(seconds=js2resp['ride']['elapsedTime'])) + ' (' +str(datetime.timedelta(seconds=js2resp['ride']['movingTime'])) + ' moving) averaging ' + "%.2f" % float(js2resp['ride']['averageSpeed']*3.6) + ' kph (' + "%.2f" % float((js2resp['ride']['averageSpeed']*3.6)*0.621371) + ' mph) climbing ' + "%.2f" % float((js2resp['ride']['elevationGain'])) + 'm (' + "%.2f" % float((js2resp['ride']['elevationGain'])*3.2808399) + ' ft) on ' + time.strftime('%b %d, %Y',time.strptime(js2resp['ride']['startDate'],'%Y-%m-%dT%H:%M:%SZ')) + ' titled ' + js2resp['ride']['name'])
def tfw(phenny, input, fahrenheit=False, celsius=False):
""".tfw <city/zip> - Show the f*****g weather at the specified location."""
where = input.group(2)
url = "http://thefuckingweather.com/?where=" + urlquote(where)
if not where:
url = "http://thefuckingweather.com/?random=True"
if not fahrenheit:
url += "&unit=c"
try:
req = web.get(url)
except (HTTPError, IOError):
# the f*****g weather is f*****g unstable, try again
try:
req = web.get(url)
except (HTTPError, IOError):
raise GrumbleError("THE INTERNET IS F*****G BROKEN. Please try again later.")
doc = lxml.html.fromstring(req)
try:
location = doc.get_element_by_id('locationDisplaySpan').text_content()
temp_sel = lxml.cssselect.CSSSelector('span.temperature')
temp = temp_sel(doc)[0].text_content()
temp = int(temp)
except (IndexError, KeyError):
phenny.say("UNKNOWN F*****G LOCATION. Try another?")
return
# add units and convert if necessary
if fahrenheit:
temp = "{0:d}°F‽".format(temp)
elif celsius:
temp = "{0:d}°C‽".format(temp)
else:
tempev = (temp + 273.15) * 8.617343e-5 * 1000
temp = "%f meV‽" % tempev
remark_sel = lxml.cssselect.CSSSelector('p.remark')
remark = remark_sel(doc)[0].text_content()
flavor_sel = lxml.cssselect.CSSSelector('p.flavor')
flavor = flavor_sel(doc)[0].text_content()
response = "%s %s - %s - %s" % (temp, remark, flavor, location)
phenny.say(response)
def wuvt(phenny, input) :
try:
playing = web.get('http://www.wuvt.vt.edu/playlists/latest_track.php')
djpage = web.get('http://www.wuvt.vt.edu/playlists/current_dj.php')
except (URLError, HTTPError):
raise GrumbleError('Cannot connect to wuvt')
play= r_play.search(playing)
song = play.group(1)
artist = play.group(2)
dj = r_dj.search(djpage).group(1)
if song and artist:
phenny.reply('DJ {0} is currently playing: {1} by {2}'.format(dj.strip(),song,artist))
else:
phenny.reply('Cannot connect to wuvt')
def wuvt(phenny, input):
try:
playing = web.get("http://www.wuvt.vt.edu/playlists/latest_track.php")
djpage = web.get("http://www.wuvt.vt.edu/playlists/current_dj.php")
except:
raise GrumbleError("Cannot connect to wuvt")
play = r_play.search(playing)
song = play.group(2)
artist = play.group(1)
dj = r_dj.search(djpage).group(1)
if song and artist:
phenny.reply("DJ {0} is currently playing: {1} by {2}".format(dj.strip(), song.strip(), artist.strip()))
else:
phenny.reply("Cannot connect to wuvt")
def py(caesar, input):
query = input.group(2).encode('utf-8')
uri = 'http://tumbolia.appspot.com/py/'
answer = web.get(uri + web.urllib.quote(query))
if answer:
caesar.say(answer)
else: caesar.reply('Sorry, no result.')
def fucking_dinner(jenni, input):
'''.fd -- provide suggestions for dinner'''
txt = input.group(2)
url = 'http://www.whatthefuckshouldimakefordinner.com'
if txt == '-v':
url = 'http://whatthefuckshouldimakefordinner.com/veg.php'
page = web.get(url)
re_mark = re.compile('<dt><a href="(.*?)" target="_blank">(.*?)</a></dt>')
results = re_mark.findall(page)
if results:
dish = results[0][1].upper()
long_url = results[0][0]
try:
short_url = web.urllib.urlopen(metamark_api,
web.urllib.urlencode({'long_url':long_url})).read()
except:
short_url = long_url
jenni.say("WHY DON'T YOU EAT SOME F*****G: " + dish +
" HERE IS THE RECIPE: " + short_url)
else:
jenni.say("I DON'T F*****G KNOW, EAT PIZZA.")
def detect(text):
uri = 'http://ajax.googleapis.com/ajax/services/language/detect'
q = urllib.quote(text)
bytes = web.get(uri + '?q=' + q + '&v=1.0')
result = web.json(bytes)
try: return result['responseData']['language']
except Exception: return None
def load_data():
all_code = web.get('http://www.unicode.org/Public/UCD/latest/ucd/UnicodeData.txt')
for line in all_code.split('\n'):
parts = line.split(';')
if len(parts) >= 10:
name = parts[1]
name_parts = name.split(',')
name_part_tmp = name_parts[0].replace('<', '')
## look for codepoint ranges
if 'First>' in name:
if name_part_tmp not in cp_ranges:
cp_ranges[name_part_tmp] = list()
cp_ranges[name_part_tmp].append(parts[0])
elif 'Last>' in name:
if name_part_tmp not in cp_ranges:
cp_ranges[name_part_tmp] = list()
cp_ranges[name_part_tmp].append(parts[0])
if parts[10]:
name += ' ' + str(parts[10])
## remove '<' and '>' from names (usually only on ranges)
name = name.replace('<', '')
name = name.replace('>', '')
cp_names[parts[0]] = name
## generate codepoints for ranges founded above
for cp_range in cp_ranges:
cps = cp_ranges[cp_range]
start = cps[0]
end = cps[1]
for number in xrange(int(start, 16), int(end, 16)):
cp_names['%04X' % (number)] = cp_range
def get_boru(phenny, site, tags):
try:
req = web.get("https://{0}.net/post/index.json?tags={1}".format(site, urlquoteplus(tags)))
except (HTTPError, IOError):
phenny.say("Oopsies, looks like the Internet is broken.")
return
results = json.loads(req, encoding="utf-8")
if len(results) <= 0:
phenny.reply("Huh. {0} is missing {1}".format(site, tags))
return
try:
link = "https://{0}.net/post/show/{1}/".format(site, choice(results)["id"])
if site is "e621":
image = choice(results)["file_url"]
if site is "twentypercentcooler":
image = "https://twentypercentcooler.net" + (choice(results)["file_url"])
except AttributeError:
phenny.say("Oopsies, looks like the Internet is broken.")
tags = results[0]
rating = tags["rating"]
if rating in ("q", "e"):
link = "!!NSFW!! -> {0} <- !!NSFW!!".format(link)
image = "!!NSFW!! -> {0} <- !!NSFW!!".format(image)
return image
def rule34(phenny, input):
""".rule34 <query> - Rule 34: If it exists there is p**n of it."""
if input.nick in phenny.config.user_ignore:
return
if check_nsfw(phenny, input.sender, None, input.nick):
return
q = input.group(2)
if not q:
phenny.say(rule34.__doc__.strip())
return
try:
req = web.get(
"https://rule34.xxx/index.php?page=dapi&s=post&q=index&tags={0}".format(urlquote(q))
) # Lets use XML!
except (HTTPError, IOError):
raise GrumbleError("THE INTERNET IS F*****G BROKEN. Please try again later.")
results = ET.fromstring(req)
if len(results) <= 0:
phenny.reply("Huh. rule34.xxx is missing {0}".format(q))
return
try:
link = "https:" + (choice(results).attrib["file_url"])
except AttributeError:
raise GrumbleError("THE INTERNET IS BROKEN. Please try again later.")
response = "!!NSFW!! -> {0} <- !!NSFW!!".format(link)
phenny.reply(response)
def wa(jenni, input):
""".wa <input> -- queries WolframAlpha with the given input."""
if not input.group(2):
return jenni.reply("No search term.")
query = input.group(2).encode('utf-8')
uri = 'https://tumbolia.appspot.com/wa/'
try:
answer = web.get(uri + web.urllib.quote(query.replace('+', '%2B')))
except timeout as e:
return jenni.say("Request timd out")
if answer:
answer = answer.decode("string_escape")
answer = HTMLParser.HTMLParser().unescape(answer)
match = re.search('\\\:([0-9A-Fa-f]{4})', answer)
if match is not None:
char_code = match.group(1)
char = unichr(int(char_code, 16))
answer = answer.replace('\:' + char_code, char)
waOutputArray = string.split(answer, ";")
newOutput = list()
for each in waOutputArray:
temp = each.replace('\/', '/')
newOutput.append(temp)
waOutputArray = newOutput
if (len(waOutputArray) < 2):
jenni.say(answer)
else:
jenni.say(waOutputArray[0] + " = " + waOutputArray[1])
waOutputArray = list()
else:
jenni.say('Sorry, no result from WolframAlpha.')
def derpibooru_search(query, phenny):
query = query.replace("!", "")
query = web.quote(query)
if hasattr(phenny.config, "derpibooru_key"):
uri = "https://derpibooru.org/search.json?q=" + query + "&key=" + phenny.config.derpibooru_key
else:
uri = "https://derpibooru.org/search.json?q=" + query
rec_bytes = web.get(uri)
jsonstring = json.loads(rec_bytes)
dhits = jsonstring["total"]
if dhits > 0:
results = choice(jsonstring["search"])
url = "https:" + results["image"]
uploader = results["uploader"]
uploaded = results["created_at"]
try:
import dateutil.parser
isdateutil = True
dt = dateutil.parser.parse(uploaded)
timestamp1 = calendar.timegm(dt.timetuple())
timestamp1 = time.gmtime(timestamp1)
uploadedformat = time.strftime("%A %B %d, %Y at %I:%M:%S %p", timestamp1)
except:
isdateutil = False
if isdateutil is True:
return url + " uploaded by " + uploader + " on " + uploadedformat
else:
return url + " uploaded by " + uploader
else:
return
def short(text):
"""
This function creates a bitly url for each url in the provided "text" string.
The return type is a list.
"""
if not bitly_loaded: return [ ]
bitlys = [ ]
try:
a = re.findall(url_finder, text)
k = len(a)
i = 0
while i < k:
b = str(a[i][0])
if not b.startswith("http://bit.ly") or not b.startswith("http://j.mp/"):
# check to see if the url is valid
try: c = web.head(b)
except: return [[None, None]]
url = "http://api.j.mp/v3/shorten?login=%s&apiKey=%s&longUrl=%s&format=txt" % (bitly_user, bitly_api_key, urllib2.quote(b))
shorter = web.get(url)
shorter.strip()
bitlys.append([b, shorter])
i += 1
return bitlys
except:
return
def nws_lookup(jenni, input):
''' Look up weather watches, warnings, and advisories. '''
text = input.group(2)
if not text:
return jenni.reply('You need to provide some input.')
bits = text.split(',')
master_url = False
if len(bits) == 2:
## county given
county = bits[0]
state = bits[1]
url_part1 = 'https://alerts.weather.gov'
state = (state).strip().lower()
county = (county).strip().lower()
reverse_lookup = list()
if len(state) == 2:
reverse_lookup = [k for k, v in states.iteritems() if v == state]
if reverse_lookup:
state = reverse_lookup[0]
if state not in states and len(reverse_lookup) < 1:
jenni.reply('State not found.')
return
url1 = county_list.format(states[state])
page1 = web.get(url1).split('\n')
prev1 = str()
prev2 = str()
url_part2 = str()
for line in page1:
mystr = '>' + unicode(county) + '<'
if mystr in line.lower():
url_part2 = prev2[9:40]
break
prev2 = prev1
prev1 = line
if not url_part2:
return jenni.reply('Could not find county.')
master_url = 'https://alerts.weather.gov/cap/' + url_part2
location = text
elif len(bits) == 1:
## zip code
if bits[0]:
zip_code = bits[0]
zips = re_zip.findall(zip_code)
if not zips:
return jenni.reply('ZIP is invalid.')
else:
try:
zip_code = zips[0][0]
except:
return jenni.reply('ZIP could not be validated.')
urlz = zip_code_lookup.format(zip_code)
pagez = web.get(urlz)
fips = re_fips.findall(pagez)
if fips:
state = re_state.findall(pagez)
city = re_city.findall(pagez)
if not state and not city:
return jenni.reply('Could not match ZIP code to a state')
try:
state = state[0].lower()
state = states[state].upper()
location = city[0] + ', ' + state
fips_combo = unicode(state) + 'C' + unicode(fips[0])
master_url = alerts.format(fips_combo)
except:
return jenni.reply(
'Could not parse state or city from database.')
else:
return jenni.reply('ZIP code does not exist.')
if not master_url:
return jenni.reply(
'Invalid input. Please enter a ZIP code or a county and state pairing, such as \'Franklin, Ohio\''
)
feed = feedparser.parse(master_url)
warnings_dict = dict()
for item in feed.entries:
if nomsg[:51] == colourize(item['title']):
return jenni.say(nomsg.format(location))
else:
warnings_dict[colourize(unicode(item['title']))] = unicode(
item['summary'])
if len(warnings_dict) > 0:
## if we have any alerts...
## let us sort it so the most recent thing is first, then second, etc...
warn_keys = warnings_dict.keys()
find_issue = re.compile('issued (\S+) (\S+) at (\S+):(\S+)(\S)M')
warn_keys_dt = dict()
for warn in warn_keys:
warn_dt = find_issue.findall(warn)
if len(warn_dt) > 0:
warn_dt = warn_dt[0]
month = months[warn_dt[0]]
day = int(warn_dt[1])
hour = int(warn_dt[2])
minute = int(warn_dt[3])
if warn_dt[-1] == 'P':
if hour < 12:
hour += 12
year = datetime.datetime.now().year
hour -= 1
warn_keys_dt[warn] = datetime.datetime(year, month, day, hour,
minute)
warn_list_dt = sorted(warn_keys_dt, key=warn_keys_dt.get, reverse=True)
#print 'warn_list_dt', warn_list_dt
if input.sender.startswith('#') and not (
input.group(1)).startswith('nws-more'):
## if queried in channel
for key in warn_list_dt:
jenni.say(key)
jenni.say(more_info.format(location, master_url))
else:
## if queried in private message
for key in warn_list_dt:
jenni.say(key)
jenni.say(warnings_dict[key])
jenni.say(more_info.format(location, master_url))
def southparktimes(jenni, input):
global cache, cachets, maxtitlelen, maxepilen
tsnow = datetime.now()
if cache['TIMES'] is not None and cachets[
'TIMES'] is not None and tsnow - cachets['TIMES'] <= cachetsreset:
printListings(jenni)
return
src = web.get(
'http://www.comedycentral.com/tv_schedule/index.jhtml?seriesId=11600&forever=please'
)
parts = src.split('<div id="tv_schedule_content">')
cont = parts[1]
parts = cont.split('<div id="tv_schedule_bottom">')
cont = parts[0]
schedule = cont.split('<div class="schedDiv">')
del schedule[0]
info = []
count = 5
for s in schedule:
s = s.replace('\n', ' ')
s = htmlDecode(s)
## gets the date
sidx = s.index('<div class="schedDateText">')
send = s.index('</div>', sidx)
if sidx == -1 or send == -1: break
m = re.search('>([^<]{2,})$', s[sidx:send])
if m is None: break
date = m.group(1).strip()
sdate = time.strptime(date, '%A %b %d %Y')
## get episodes for the s-th date
tepi = s.split('<td class="mtvn-cal-time"')
del tepi[0]
for t in tepi:
## gets the schedule time
sidx = t.index('<nobr>')
send = t.index('</nobr>', sidx)
if sidx == -1 or send == -1: break
stime = t[sidx + 6:send].strip()
## gets the schedule episode name
sidx = t.index('<b>', send)
send = t.index('</b>', sidx)
if sidx == -1 or send == -1: break
stitle = t[sidx + 3:send].strip()
m = re.search('\(([^)]+)\)$', stitle)
if m is None: break
sepi = str(int(m.group(1)))
if len(sepi) > maxepilen: maxepilen = len(sepi)
stitle = stitle.replace(m.group(), '')
lenstitle = len(stitle)
if lenstitle > maxtitlelen: maxtitlelen = lenstitle
## gets the schedule episode desc
sidx = send
send = t.index('</span>', sidx)
if send == -1: break
m = re.search('>([^<]{2,})$', t[sidx:send])
if m is None: break
sdesc = m.group(1).strip()
info.append([sdate, sepi, stitle, stime])
count -= 1
if count == 0: break
if count == 0: break
cache['TIMES'] = info
cachets['TIMES'] = tsnow
printListings(jenni)
def scrape_wiki_zones():
data = {}
url = 'http://en.wikipedia.org/wiki/List_of_time_zone_abbreviations'
resp = web.get(url)
h = html.document_fromstring(resp)
table = h.find_class('wikitable')[0]
for row in table.findall('tr')[1:]:
code = row.findall('td')[0].text
offset = row.findall('td')[2].find('a').text[3:]
offset = offset.replace('−', '-') # replacing minus sign with hyphen
if offset.find(':') > 0:
offset = int(offset.split(':')[0]) + int(offset.split(':')[1]) / 60
else:
if offset == '':
offset = 0
offset = offset.strip('±')
offset = int(offset)
data[code] = offset
#this is now broken
#file_url = "http://www.citytimezones.info/database/cities_csv.zip"
#file_name = "cities_csv.zip"
#
#with urllib.request.urlopen(file_url) as response, open(file_name, 'wb') as out_file:
# shutil.copyfileobj(response, out_file)
# with zipfile.ZipFile(file_name) as zf:
# a = zf.extractall()
# print(zf)
#
#with open("cities.txt", "rt", encoding="UTF8") as csvfile:
# csvreader = csv.reader(csvfile)
# for row in csvreader:
# tmr = 0
# for elem in row:
# tmr=tmr+1
# if tmr==1:
# ctz=elem
# elif tmr==2:
# if re.match("\(GMT\)", elem):
# ctu="+00:00"
# else:
# r = re.compile("\(GMT([+-]*\d*:\d*)\)")
# m = r.match(elem)
# if m.group(1) != None:
# ctu = m.group(1)
# else:
# return
# if ctu[ctu.find(':')+1]=='0':
# ctu=ctu[:ctu.find(':')]
# else:
# ctu=ctu[:ctu.find(':')]+'.5'
# if ctu[0]=='−':
# ctu='-'+ctu[1:]
# data[ctz.upper()]=float(ctu)
# else:
# break
url = 'http://en.wikipedia.org/wiki/List_of_tz_database_time_zones'
resp = web.get(url)
h = html.document_fromstring(resp)
table = h.find_class('wikitable')[0]
for trs in table.findall('tr'):
tmr = 0
for tds in trs.findall('td'):
tmr = tmr + 1
if tmr == 3:
ctz = tds.find('a').text[tds.find('a').text.find('/') +
1:].replace('_', ' ')
if ctz.find('/') != -1:
ctz = ctz[ctz.find('/') + 1:]
if tmr == 5:
ctuFind = tds.find('a')
if ctuFind != None:
ctu = ctuFind.text
if ctu[ctu.find(':') + 1] == '0':
ctu = ctu[:ctu.find(':')]
else:
ctu = ctu[:ctu.find(':')] + '.5'
if ctu[0] == '−':
ctu = '-' + ctu[1:]
data[ctz.upper()] = float(ctu)
return data
import web #importerar filen med get funktionen
a = "" #den ville ha a som någonting
a = web.get(
"https://5hyqtreww2.execute-api.eu-north-1.amazonaws.com/artists/"
) #exempelurl för uppgift 6.3, get returnerar ett värde som vi sätter a till
print(a)
def gettitle(phenny, input, uri):
if "posted" in phenny.variables:
from modules.posted import check_posted
if not ':' in uri:
uri = 'http://' + uri
uri = uri.replace('#!', '?_escaped_fragment_=')
if uri.startswith('http://wiki.apertium.org/wiki/'):
item = uri[len('http://wiki.apertium.org/wiki/'):]
check_posted(phenny, input, uri)
return awik(phenny, re.match(r'(blahblah)?(.*)', item))
if re.match(r'https?://en.wiktionary.org/wiki/(.*)', uri):
check_posted(phenny, input, uri)
item = re.match(r'https?://en.wiktionary.org/wiki/(.*)', uri).group(1)
return w(phenny, re.match(r'(blahblah)?(.*)', web.unquote(item)))
if re.match(r'https?://([a-z]{2,3}).wikipedia.org/wiki/(.*)', uri):
match = re.match(r'https?://([a-z]{2,3}).wikipedia.org/wiki/(.*)', uri)
lang, page = match.group(1), match.group(2)
return wikipedia(phenny, input, page, lang)
parts = uri.split(".")
start = parts[0]
parts.pop(0)
uri = start + "." + web.quote('.'.join(parts), safe='/#')
title = None
localhost = [
'http://localhost/',
'http://localhost:80/',
'http://localhost:8080/',
'http://127.0.0.1/',
'http://127.0.0.1:80/',
'http://127.0.0.1:8080/',
'https://localhost/',
'https://localhost:80/',
'https://localhost:8080/',
'https://127.0.0.1/',
'https://127.0.0.1:80/',
'https://127.0.0.1:8080/',
'http://localhost:',
'https://localhost:',
]
for s in localhost:
if uri.startswith(s):
return #phenny.reply('Sorry, access forbidden.')
if not hasattr(phenny.config, 'blacklisted_urls'):
phenny.config.blacklisted_urls = []
if not hasattr(phenny.bot, 'blacklisted_urls'):
phenny.bot.blacklisted_urls = []
for s in phenny.config.blacklisted_urls:
phenny.bot.blacklisted_urls.append(re.compile(s))
for regex in phenny.bot.blacklisted_urls:
if regex.match(uri):
return
try:
redirects = 0
while True:
try:
info = web.head(uri)
if not isinstance(info, list):
status = '200'
else:
status = str(info[1])
info = info[0]
except web.HTTPError:
try:
info = requests.get(uri,
headers=web.default_headers,
verify=True)
status = str(info.status_code)
info = info.headers
except web.HTTPError:
return None
if status.startswith('3'):
uri = urllib.parse.urljoin(uri, info['Location'])
else:
break
redirects += 1
if redirects >= 25:
return None
try:
mtype = info['content-type']
except:
return None
if not mtype or not (('/html' in mtype) or ('/xhtml' in mtype)):
return None
try:
bytes = web.get(uri)
except:
return None
#bytes = u.read(262144)
#u.close()
except:
return
m = r_title.search(bytes)
if m:
title = m.group(1)
title = title.strip()
title = title.replace('\t', ' ')
title = title.replace('\r', ' ')
title = title.replace('\n', ' ')
while ' ' in title:
title = title.replace(' ', ' ')
if len(title) > 200:
title = title[:200] + '[...]'
def e(m):
entity = m.group(0)
if entity.startswith('&#x'):
cp = int(entity[3:-1], 16)
return chr(cp)
elif entity.startswith('&#'):
cp = int(entity[2:-1])
return chr(cp)
else:
char = name2codepoint[entity[1:-1]]
return chr(char)
title = r_entity.sub(e, title)
if title:
title = title.replace('\n', '')
title = title.replace('\r', '')
title = "[ {0} ]".format(title)
posted = check_posted(phenny, input, uri)
if posted:
title = "{0} (posted: {1})".format(title, posted)
else:
title = None
return title
def tasteometer(phenny, input):
input1 = input.group(2)
if not input1 or len(input1) == 0:
phenny.say("tasteometer: compares two users' musical taste")
phenny.say("syntax: .taste user1 user2")
return
input2 = input.group(3)
user1 = resolve_username(input1)
if not user1:
user1 = input1
user2 = resolve_username(input2)
if not user2:
user2 = input2
if not user2 or len(user2) == 0:
user2 = resolve_username(input.nick)
if not user2:
user2 = input.nick
try:
req = web.get(
"%smethod=tasteometer.compare&type1=user&type2=user&value1=%s&value2=%s"
% (APIURL, web.quote(user1), web.quote(user2)))
except web.HTTPError as e:
if e.response.status_code == 400:
phenny.say(
"uhoh, someone doesn't exist on last.fm, perhaps they need to set user"
)
return
else:
phenny.say("uhoh. try again later, mmkay?")
return
root = etree.fromstring(req.encode('utf-8'))
score = root.xpath('comparison/result/score')
if len(score) == 0:
phenny.say("something isn't right. have those users scrobbled?")
return
score = float(score[0].text)
rating = ""
if score >= 0.9:
rating = "Super"
elif score >= 0.7:
rating = "Very High"
elif score >= 0.5:
rating = "High"
elif score >= 0.3:
rating = "Medium"
elif score >= 0.1:
rating = "Low"
else:
rating = "Very Low"
artists = root.xpath("comparison/result/artists/artist/name")
common_artists = ""
names = []
if len(artists) == 0:
common_artists = ". they don't have any artists in common."
else:
list(map(lambda a: names.append(a.text), artists))
common_artists = "and music they have in common includes: %s" % ", ".join(
names)
phenny.say("%s's and %s's musical compatibility rating is %s %s" %
(user1, user2, rating, common_artists))
def forecastio_current_weather(jenni, input):
if not hasattr(jenni.config, 'forecastio_apikey'):
return jenni.say(
'Please sign up for a forecast.io API key at https://forecast.io/')
txt = input.group(2)
if not txt:
return jenni.say('Please provide a location.')
#name, county, region, countryName, lat, lng = location(txt)
name, lat, lng = location(txt)
if name == 'ImportError' and not lat and not lng:
return install_geopy
url = 'https://api.forecast.io/forecast/%s/%s,%s'
url = url % (jenni.config.forecastio_apikey, urllib.quote(lat),
urllib.quote(lng))
## do some error checking
try:
## if the Internet is working this should work, \o/
page = web.get(url)
except:
## well, crap, check your Internet, and if you can access forecast.io
return jenni.say('Could not acess https://api.forecast.io/')
try:
## we want tasty JSON
data = json.loads(page)
except:
## that wasn't tasty
return jenni.say(
'The server did not return anything that was readable as JSON.')
if 'currently' not in data:
## doesn't happen until the GPS coords are completely bonkers
return jenni.say(
'No information obtained from forecast.io for the given location: %s,'
% (
name,
lat,
lng,
))
## let the fun begin!!
today = data['currently']
cond = today['icon'] ## 0.17
cover = today['cloudCover']
temp = today['temperature']
dew = today['dewPoint']
pressure = today['pressure']
speed = today['windSpeed']
degrees = today['windBearing']
humidity = today['humidity']
APtemp = today['apparentTemperature']
## this code is different than the section in the previous sectio
## as forecast.io uses more precise measurements than NOAA
if cover >= 0.8:
cover_word = 'Overcast'
elif cover >= 0.5:
cover_word = 'Cloudy'
elif cover >= 0.2:
cover_word = 'Scattered'
else:
cover_word = 'Clear'
temp_c = (temp - 32) / 1.8
temp = u'%.1f\u00B0F (%.1f\u00B0C)'.encode('utf-8') % (temp, temp_c)
dew_c = (dew - 32) / 1.8
dew = u'%.1f\u00B0F (%.1f\u00B0C)'.encode('utf-8') % (dew, dew_c)
APtemp_c = (APtemp - 32) / 1.8
APtemp = u'%.1f\u00B0F (%.1f\u00B0C)'.encode('utf-8') % (APtemp, APtemp_c)
humidity = str(int(float(humidity) * 100)) + '%'
pressure = '%.2fin (%.2fmb)' % (pressure * 0.0295301, pressure)
cond = cond.replace('-', ' ')
cond = cond.title()
description = speed_desc(speed)
degrees = wind_dir(degrees)
## value taken from, https://is.gd/3dNrbW
speedC = 1.609344 * speed
wind = '%s %.1fmph (%.1fkmh) (%s)' % (description, speed, speedC, degrees)
## ISO-8601 ftw, https://xkcd.com/1179/
time = datetime.datetime.fromtimestamp(int(
today['time'])).strftime('%Y-%m-%d %H:%M:%S')
## build output string.
## a bit messy, but better than other alternatives
output = str()
output += '\x1FCover\x1F: ' + cover_word
output += ', \x1FTemp\x1F: ' + str(temp)
output += ', \x1FDew Point\x1F: ' + str(dew)
output += ', \x1FHumidity\x1F: ' + str(humidity)
output += ', \x1FApparent Temp\x1F: ' + str(APtemp)
output += ', \x1FPressure\x1F: ' + pressure
if cond:
output += ', \x1FCondition\x1F: ' + (cond).encode('utf-8')
output += ', \x1FWind\x1F: ' + wind
output += ' - '
output += uc.encode(name)
output + '; %s UTC' % (time)
## required according to ToS by forecast.io
output += ' (Powered by Forecast, forecast.io)'
jenni.say(output)
def forecast_wg(jenni, input):
if not hasattr(jenni.config, 'wunderground_apikey'):
return jenni.say('Please sign up for a wunderground.com API key at http://www.wunderground.com/weather/api/ or try .wx-noaa or .weather-noaa')
apikey = jenni.config.wunderground_apikey
url = 'https://api.wunderground.com/api/%s/forecast10day/geolookup/q/%s.json'
txt = input.group(2)
if not txt:
return jenni.say('No input provided. Please provide a locaiton.')
url_new = url % (apikey, txt)
try:
page = web.get(url_new)
except:
return jenni.say("We could not access wunderground.com's API at the moment.")
try:
useful = json.loads(page)
except:
return jenni.say('We could not obtain useful information from the wunderground.com API.')
if 'response' in useful and 'error' in useful['response'] and 'description' in useful['response']['error']:
return jenni.say(str(useful['response']['error']['description']))
days = useful['forecast']['simpleforecast']['forecastday']
forecast_text = useful['forecast']['txt_forecast']['forecastday']
days_text = list()
for each in forecast_text:
txt = each['fcttext']
temp = txt.split('. Low')
temp = temp[0]
temp = temp.split('. High')
temp = temp[0]
days_text.append(temp)
city = useful['location']['city']
region = str()
if 'state' in useful['location']:
region += useful['location']['state']
country = useful['location']['country_name']
def preface_location(ci, reg, cty):
out = str()
out += '[' + ci
if reg:
out += ', ' + reg
out += ', %s] ' % (country)
return out
output = preface_location(city, region, country)
output_second = preface_location(city, region, country)
k = 0
for day in days:
day_of_week = day['date']['weekday_short']
conditions = day['conditions']
highs = u'\x02\x0304%s\u00B0F (%s\u00B0C)\x03\x02' % (day['high']['fahrenheit'], day['high']['celsius'])
lows = u'\x02\x0302%s\u00B0F (%s\u00B0C)\x03\x02' % (day['low']['fahrenheit'], day['low']['celsius'])
#wind = 'From %s at %s-mph (%s-kph)' % (day['avewind']['dir'], day['maxwind']['mph'], day['maxwind']['kph'])
temp = '\x02\x0310%s\x03\x02: %s / %s, \x1FConditions\x1F: %s. Eve: %s | ' % (day_of_week, highs, lows, days_text[k], days_text[k + 1])
k += 1
if k <= 2:
output += temp
elif 4 >= k > 2:
output_second += temp
output = output[:-3]
output_second = output_second[:-3]
jenni.say(output)
jenni.say(output_second)
def location(name):
name = urllib.quote(name.encode('utf-8'))
uri = "http://www.geonames.org/search.html?q=%s" % (name)
in_usa = False
if re.match('\d{5}', name):
uri += '&country=us'
in_usa = True
page = web.get(uri)
line = re_line.findall(page)
if not line:
return ('?', '?', '?', '?', '?', '?',)
line = line[0]
find_lat = re_lat.findall(line)
find_lng = re_long.findall(line)
find_cnty = re_cnty.findall(line)
find_city = re_city.findall(line)
find_region = re_region.findall(line)
find_county = re_county.findall(line)
name = '?'
countryName = '?'
lng = '0'
lat = '0'
region = '?'
county = '?'
if find_city:
name = clean(find_city[0])
if find_cnty:
countryName = clean(find_cnty[0])
if find_lat:
lat = clean(find_lat[0])
if find_lng:
lng = clean(find_lng[0])
if find_region:
region = clean(find_region[0])
if find_county:
county = clean(find_county[0])
if in_usa:
re_columns = re.compile('<td.*?>(.*?)</td>')
columns = re_columns.findall(line)
if lat == '0' and lng == '0':
gps_clean = clean(columns[-1])
gps = gps_clean.split('/')
lat = clean(gps[0]).replace(' ', '')
lng = clean(gps[1]).replace(' ', '')
if name == '?':
name = clean(columns[0])
if countryName == '?':
countryName = clean(columns[2])
if region == '?':
region = clean(columns[3])
#print 'name', name
#print 'county', county
#print 'region', region
#print 'countryName', countryName
#print 'lat', lat
#print 'lng', lng
#print ''
return name, county, region, countryName, lat, lng
def btc_page():
try:
page = web.get('https://api.bitcoincharts.com/v1/markets.json')
except Exception, e:
print time.time(), e
return False, 'Failed to reach bitcoincharts.com'
def btc_coinbase_page():
try:
page = web.get('https://coinbase.com/api/v1/currencies/exchange_rates')
except Exception, e:
print time.time(), e
return False, 'Failed to reach coinbase.com'
def tfw(phenny, input, fahrenheit=False, celsius=False, mev=False):
""".tfw <city/zip> - Show the f*****g weather at the specified location."""
where = input.group(2)
if not where:
# default to Blacksburg, VA
icao_code = "KBCB"
else:
icao_code = weather.code(phenny, where)
if not icao_code:
phenny.say("WHERE THE F**K IS THAT? Try another location.")
return
uri = 'http://weather.noaa.gov/pub/data/observations/metar/stations/%s.TXT'
try:
bytes = web.get(uri % icao_code)
except AttributeError:
raise GrumbleError(
"THE INTERNET IS F*****G BROKEN. Please try again later.")
except web.HTTPError:
phenny.say("WHERE THE F**K IS THAT? Try another location.")
return
if 'Not Found' in bytes:
phenny.say("WHERE THE F**K IS THAT? Try another location.")
return
w = metar.parse(bytes)
tempf = w.temperature * 9 / 5 + 32
# add units and convert if necessary
if fahrenheit:
temp = "{0:d}°F‽".format(int(tempf))
elif celsius:
temp = "{0:d}°C‽".format(w.temperature)
else:
tempev = (w.temperature + 273.15) * 8.6173324e-5 / 2
if mev:
temp = "{0:f} meV‽".format(tempev * 1000)
else:
temp = "{0:f} Meters‽".format(tempev * 12.39842)
if w.temperature < 6:
remark = "IT'S F*****G COLD"
flavors = [
"Where's the cat? Oh shit. Fluffy's frozen.",
"Nothing a few shots couldn't fix", "Should have gone south",
"You think this is cold? Have you been to upstate New York?",
"Why do I live here?", "wang icicles.",
"Freezing my balls off out here", "F**k this place.",
"GREAT! If you're a penguin.", "Fresh off the tap.",
"Fantastic do-nothing weather.", "Put on some f*****g socks.",
"Blue balls x 2",
"Good news, food won't spoil nearly as fast outside. Bad news, who cares?",
"Really?", "Wear a f*****g jacket.",
"I hear Siberia is the same this time of year.",
"NOT F*****G JOGGING WEATHER", "Shrinkage's best friend.",
"Warmer than Hoth.", "Good baby making weather.",
"Where's a Tauntaun when you need one?",
"My nipples could cut glass", "Global Warming? Bullshit.",
"Call your local travel agency and ask them if they're serious.",
"Freezing my balls off IN here",
"I'm not sure how you can stand it", "I'm sorry.",
"Even penguins are wearing jackets.",
"Keep track of your local old people.",
"WHAT THE F**K DO YOU MEAN IT'S NICER IN ALASKA?",
"Sock warmers are go. Everywhere.",
"Why does my car feel like a pair of ice skates?",
"Actually, a sharp-stick in the eye might not all be that bad right now.",
"THO Season.", "It's a tit-bit nipplie.",
"Anything wooden will make a good fireplace. Thank us later.",
"MOVE THE F**K ON GOLDILOCKS",
"I'm defrosting inside of my freezer.",
"It's time for a vacation.",
"It's bone chilling cold out. Sorry ladies."
]
elif w.temperature < 20:
remark = "IT'S F*****G...ALRIGHT"
flavors = [
"Might as well rain, I'm not going out in that.",
"Better than a sharp stick in the eye.",
"Everything's nice butter weather!",
"At least you aren't living in a small town in Alaska",
"It could be worse.", "F*****G NOTHING TO SEE HERE",
"Listen, weather. We need to have a talk.",
"OH NO. THE WEATHER MACHINE IS BROKEN.",
"An Eskimo would beat your ass to be here",
"Where life is mediocre",
"Can't complain about today, but I want to!",
"Maybe inviting the inlaws over will improve today.",
"Let's go to the beach! In three months when it's nice again...",
"From inside it looks nice out.", "WHAT THE F**K EVER",
"I love keeping the heat on for this long.",
"Inside or outside? Either way it's still today.",
"It's either only going to get better or worse from here!",
"If it's raining cats and dogs, hope you're not a pet person.",
"Today makes warm showers way nicer.",
"Here's to making your blankets feel useful.",
"I've seen better days",
"Compared to how awful it's been this is great!",
"If we go running maybe we won't notice.",
"Is that the sun outside? Why isn't it doing anything?",
"Well, at least we're not in prison.",
"Slap me around and call me Sally. It'd be an improvement.",
"Today is the perfect size, really honey.",
"Maybe Jersey Shore is on tonight."
]
elif w.temperature < 27:
remark = "IT'S F*****G NICE"
flavors = [
"I made today breakfast in bed.", "F*****G SWEET",
"Quit your bitching", "Enjoy.", "IT'S ABOUT F*****G TIME",
"READ A F****N' BOOK", "LETS HAVE A F*****G PICNIC",
"It is safe to take your ball-mittens off.", "More please.",
"uh, can we trade?", "WOO, Spring Break!",
"I can't believe it's not p**n!", "I approve of this message!",
"Operation beach volleyball is go.", "Plucky ducky kinda day.",
"Today called just to say \"Hi.\"",
"STOP AND SMELL THE F*****G ROSES",
"F*****G NOTHING WRONG WITH TODAY", "LETS HAVE A F*****G SOIREE",
"What would you do for a holyshititsniceout bar?",
"There are no rules today, blow shit up!",
"Celebrate Today's Day and buy your Today a present so it knows you care.",
"I feel bad about playing on my computer all day.",
"Party in the woods.", "It is now safe to leave your home.",
"PUT A F*****G CAPE ON TODAY, BECAUSE IT'S SUPER",
"Today is like \"ice\" if it started with an \"n\". F**k you, we don't mean nce.",
"Water park! Water drive! Just get wet!",
"The geese are on their way back! Unless you live where they migrate to for the winter.",
"F*****G AFFABLE AS SHIT", "Give the sun a raise!",
"Today is better than an original holographic Charizard. Loser!"
]
else:
remark = "IT'S F*****G HOT"
flavors = [
"Do you have life insurance?",
"Like super models, IT'S TOO F*****G HOT.",
"Not even PAM can make me not stick to this seat", "SWIMMIN HOLE!",
"Time to crank the AC.",
"THE F*****G EQUATOR CALLED, AND IT'S JEALOUS.",
"Looked in the fridge this morning for some eggs. They're already cooked.",
"Keeping the AC business in business.",
"I burned my feet walking on grass.",
"times you wish you didn't have leather seats",
"Isn't the desert nice this time of year?",
"Why, oh why did we decide to live in an oven?",
"It's hotter outside than my fever.",
"I recommend staying away from fat people.", "TAKE IT OFF!",
"Even your frigid girlfriend can't save you from today.",
"I need gloves to touch the steering wheel.",
"Lock up yo' ice cream trucks, lock up yo' wife.",
"F*****G SUNBURNED, AND I WAS INSIDE ALL DAY.",
"F**k this shit, I'm moving back to Alaska."
]
if w.descriptor == "thunderstorm":
remark += " AND THUNDERING"
elif w.precipitation in ("snow", "snow grains"):
remark += " AND SNOWING"
elif w.precipitation in ("drizzle", "rain", "unknown precipitation"):
remark += " AND WET"
elif w.precipitation in ("ice crystals", "ice pellets"):
remark += " AND ICY"
elif w.precipitation in ("hail", "small hail"):
remark += " AND HAILING"
if int(tempf) == 69:
remark = "IT'S F*****G SEXY TIME"
flavors = [
"Why is 77 better than 69? You get eight more.",
"What comes after 69? Mouthwash.",
"If you are given two contradictory orders, obey them both.",
"a good f****n' time! ;)",
"What's the square root of 69? Eight something."
]
flavor = random.choice(flavors)
response = "{temp} {remark} - {flavor} - {location} {time}Z".format(
temp=temp,
remark=remark,
flavor=flavor,
location=w.station,
time=w.time.strftime("%H:%M"))
phenny.say(response)
def wikipedia(term, language='en', last=False):
global wikiuri
if not '%' in term:
if isinstance(term, str):
t = term.encode('utf-8')
else:
t = term
q = urllib.parse.quote(t)
u = wikiuri % (language, q)
bytes = web.get(u)
else:
bytes = web.get(wikiuri % (language, term))
if bytes.startswith('\x1f\x8b\x08\x00\x00\x00\x00\x00'):
f = io.StringIO(bytes)
f.seek(0)
gzip_file = gzip.GzipFile(fileobj=f)
bytes = gzip_file.read()
gzip_file.close()
f.close()
bytes = r_tr.sub('', bytes)
if not last:
r = r_redirect.search(bytes[:4096])
if r:
term = urllib.parse.unquote(r.group(1))
return wikipedia(term, language=language, last=True)
paragraphs = r_paragraph.findall(bytes)
if not paragraphs:
if not last:
term = search(term)
return wikipedia(term, language=language, last=True)
return None
# Pre-process
paragraphs = [
para for para in paragraphs
if (para and 'technical limitations' not in para
and 'window.showTocToggle' not in para and 'Deletion_policy' not in
para and 'Template:AfD_footer' not in para
and not (para.startswith('<p><i>') and para.endswith('</i></p>'))
and not 'disambiguation)"' in para) and not '(images and media)' in
para and not 'This article contains a' in para
and not 'id="coordinates"' in para and not 'class="thumb' in para
]
# and not 'style="display:none"' in para]
for i, para in enumerate(paragraphs):
para = para.replace('<sup>', '|')
para = para.replace('</sup>', '|')
paragraphs[i] = text(para).strip()
# Post-process
paragraphs = [
para for para in paragraphs
if (para and not (para.endswith(':') and len(para) < 150))
]
para = text(paragraphs[0])
m = r_sentence.match(para)
if not m:
if not last:
term = search(term)
return wikipedia(term, language=language, last=True)
return None
sentence = m.group(0)
maxlength = 275
if len(sentence) > maxlength:
sentence = sentence[:maxlength]
words = sentence[:-5].split(' ')
words.pop()
sentence = ' '.join(words) + ' [...]'
if (('using the Article Wizard if you wish' in sentence)
or ('or add a request for it' in sentence)
or ('in existing articles' in sentence)):
if not last:
term = search(term)
return wikipedia(term, language=language, last=True)
return None
sentence = '"' + sentence.replace('"', "'") + '"'
sentence = sentence.decode('utf-8').encode('utf-8')
wikiuri = wikiuri.decode('utf-8').encode('utf-8')
term = term.decode('utf-8').encode('utf-8')
return sentence + ' - ' + (wikiuri % (language, term))
def weather_wunderground(jenni, input):
if not hasattr(jenni.config, 'wunderground_apikey'):
return jenni.say(
'Please sign up for a wunderground.com API key at http://www.wunderground.com/weather/api/ or try .wx-noaa or .weather-noaa'
)
apikey = jenni.config.wunderground_apikey
url = 'http://api.wunderground.com/api/%s/conditions/geolookup/q/%s.json'
txt = input.group(2)
if not txt:
return jenni.say('No input provided. Please provide a locaiton.')
txt = txt.encode('utf-8')
url_new = url % (apikey, urllib.quote(txt))
try:
page = web.get(url_new)
except:
return jenni.say(
"We could not access wunderground.com's API at the moment.")
useful = False
try:
useful = json.loads(page)
except:
return jenni.say(
'We could not obtain useful information from the wunderground.com API.'
)
if 'response' in useful and 'error' in useful[
'response'] and 'description' in useful['response']['error']:
return jenni.say(str(useful['response']['error']['description']))
if 'current_observation' not in useful:
return jenni.say('No observations currently found.')
current = useful['current_observation']
condition = current['weather']
temp = current['temperature_string']
wind_kph = current['wind_kph']
wind_mph = current['wind_mph']
wind_dir = current['wind_dir']
feelslike = current['feelslike_string']
dewpoint = current['dewpoint_string']
location = current['observation_location']['full']
time_updated = current['observation_time']
precip_today = current['precip_today_string']
#precip_1hr = current['precip_1hr_string']
rh = current['relative_humidity']
pressure_in = current['pressure_in']
pressure_mb = current['pressure_mb']
pressure_trend = current['pressure_trend']
if pressure_trend == '-':
#pressure_trend = re.sub('-', u'\u2193', pressure_trend)
pressure_trend = u'\u2193'
elif pressure_trend == '+':
#pressure_trend = re.sub('\+', u'\u2191', pressure_trend)
pressure_trend = u'\u2191'
elif pressure_trend == '0':
pressure_trend = u'\u2192'
time_updated = re.sub('Last Updated on ', '\x1FLast Updated\x1F: ',
time_updated)
output = str()
output += '\x1FCover\x1F: ' + condition
output += ', \x1FTemp\x1F: ' + add_degree(temp)
output += ', \x1FDew Point\x1F: ' + add_degree(dewpoint)
output += ', \x1FHumdity\x1F: ' + rh
output += ', \x1FFeels Like\x1F: ' + add_degree(feelslike)
output += ', \x1FPressure\x1F: ' + '[%s] %sin (%smb)' % (
pressure_trend, pressure_in, pressure_mb)
output += ', \x1FWind\x1F: ' + 'From the %s at %s mph (%s kmh)' % (
wind_dir, wind_mph, wind_kph)
output += ', \x1FLocation\x1F: ' + (
location).encode('utf-8').decode('utf-8')
output += ', ' + time_updated
output += ', (Powered by wunderground.com)'
jenni.say(output)
def getquote(code, input):
page = web.get(quoteuri)
paragraphs = r_paragraph.findall(page)
line = re.sub(r'<[^>]*?>', '', unicode(paragraphs[0]))
code.say(code.bold(line.lower().capitalize() + "."))
def catfacts_ajax():
uri = 'http://facts.cat/getfact'
bytes = web.get(uri)
return web.json(bytes)
def now_playing(phenny, input):
nick = input.nick
user = ""
arg = input.group(2)
if not arg or len(arg.strip()) == 0:
user = resolve_username(nick) # use the sender
if not user: #nick didnt resolve
user = nick
else: # use the argument
user = resolve_username(arg.strip())
if not user: # user didnt resolve
user = arg
user = user.strip()
try:
req = web.get("%smethod=user.getrecenttracks&user=%s" %
(APIURL, web.quote(user)))
except web.HTTPError as e:
if e.response.status_code == 400:
phenny.say(
"%s doesn't exist on last.fm, perhaps they need to set user" %
(user))
return
else:
phenny.say("uhoh. try again later, mmkay?")
return
root = etree.fromstring(req.encode('utf-8'))
recenttracks = list(root)
if len(recenttracks) == 0:
phenny.say(
"%s hasn't played anything recently. this isn't you? try lastfm-set"
% (user))
return
tracks = list(recenttracks[0])
#print(etree.tostring(recenttracks[0]))
if len(tracks) == 0:
phenny.say(
"%s hasn't played anything recently. this isn't you? try lastfm-set"
% (user))
return
first = tracks[0]
now = True if first.get("nowplaying") == "true" else False
tags = {}
for e in first.getiterator():
tags[e.tag] = e
track = tags['name'].text.strip()
artist = tags['artist'].text.strip()
album = "unknown"
if tags['album'].text:
album = tags['album'].text
date = None
stamp = None
if not now:
date = tags['date'].get("uts")
stamp = int(date)
if now:
present = get_verb(nick)[1]
phenny.say("%s %s \"%s\" by %s on %s" %
(user.strip(), present.strip(), track, artist, album))
return
else:
past = get_verb(nick)[0]
phenny.say("%s %s \"%s\" by %s on %s %s" %
(user.strip(), past.strip(), track, artist, album,
pretty_date(stamp)))
def _fetch():
wf().logger.info("retrieving releases for %r ...", repo)
r = web.get(url)
r.raise_for_status()
return r.content
def movie(kenni, input):
'''.omdb movie/show title -- displays information about a production'''
if not hasattr(kenni.config,'omdb_apikey'):
return kenni,say("Please sign up for an OMDb apikey")
API_BASE_URL = "http://www.omdbapi.com/?apikey=" + kenni.config.omdb_apikey + "&"
if not input.group(2):
return kenni.say('Please enter a movie or TV show title. '
'Year is optional.')
word = input.group(2).rstrip()
matchObj = re.match(r'([\w\s]*)\s?,\s?(\d{4})', word, re.M | re.I)
if matchObj:
title = matchObj.group(1)
year = matchObj.group(2)
title = prep_title(title)
uri = API_BASE_URL + 't=%s&y=%s&plot=short&r=json' % (title, year)
else:
title = word
title = prep_title(title)
uri = API_BASE_URL + 't=%s&plot=short&r=json' % (title)
try:
page = web.get(uri)
except:
return kenni.say('[OMDB] Connection to API did not succeed.')
try:
data = json.loads(page)
except:
return kenni.say("[OMDB] Couldn't make sense of information from API")
message = '[OMDB] '
if data['Response'] == 'False':
if 'Error' in data:
message += data['Error']
else:
message += 'Got an error from omdbapi'
else:
pre_plot_output = 'Title: {0} | Released: {1} | Rated: {2} '
pre_plot_output += '| Rating: {3} | Metascore: {4} | Genre: {5} '
pre_plot_output += '| Runtime: {6} | Plot: '
genre = data['Genre']
runtime = data['Runtime']
pre_plot = pre_plot_output.format(data['Title'], data['Released'],
data['Rated'], data['imdbRating'],
data['Metascore'], genre,
runtime)
after_plot_output = ' | IMDB Link: http://imdb.com/title/{0}'
after_plot = after_plot_output.format(data['imdbID'])
truncation = '[...]'
## 510 - (16 + 8 + 63)
## max_chars (minus \r\n) - (max_nick_length + max_ident_length
## + max_vhost_lenth_on_freenode)
max_len_of_plot = 423 - (len(pre_plot) + len(after_plot) + len(truncation))
new_plot = data['Plot']
if len(data['Plot']) > max_len_of_plot:
new_plot = data['Plot'][:max_len_of_plot] + truncation
message = pre_plot + new_plot + after_plot
kenni.say(message)
def retrieve_releases():
log.info('Retriving releases for `{}` ...'.format(github_slug))
return web.get(api_url).json()
def f_weather(self, origin, match, args):
""".weather <ICAO> - Show the weather at airport with the code <ICAO>."""
if origin.sender == '#talis':
if args[0].startswith('.weather '): return
icao_code = match.group(2)
if not icao_code:
return self.msg(origin.sender, 'Try .weather London, for example?')
icao_code = code(self, icao_code)
if not icao_code:
self.msg(origin.sender, 'No ICAO code found, sorry')
return
uri = 'http://weather.noaa.gov/pub/data/observations/metar/stations/%s.TXT'
try: bytes = web.get(uri % icao_code)
except AttributeError:
raise GrumbleError('OH CRAP NOAA HAS GONE DOWN THE WEB IS BROKEN')
if 'Not Found' in bytes:
self.msg(origin.sender, icao_code+': no such ICAO code, or no NOAA data')
return
metar = bytes.splitlines().pop()
metar = metar.split(' ')
if len(metar[0]) == 4:
metar = metar[1:]
if metar[0].endswith('Z'):
time = metar[0]
metar = metar[1:]
else: time = None
if metar[0] == 'AUTO':
metar = metar[1:]
if metar[0] == 'VCU':
self.msg(origin.sender, icao_code + ': no data provided')
return
if metar[0].endswith('KT'):
wind = metar[0]
metar = metar[1:]
else: wind = None
if ('V' in metar[0]) and (metar[0] != 'CAVOK'):
vari = metar[0]
metar = metar[1:]
else: vari = None
if ((len(metar[0]) == 4) or
metar[0].endswith('SM')):
visibility = metar[0]
metar = metar[1:]
else: visibility = None
while metar[0].startswith('R') and (metar[0].endswith('L')
or 'L/' in metar[0]):
metar = metar[1:]
if len(metar[0]) == 6 and (metar[0].endswith('N') or
metar[0].endswith('E') or
metar[0].endswith('S') or
metar[0].endswith('W')):
metar = metar[1:] # 7000SE?
cond = []
while (((len(metar[0]) < 5) or
metar[0].startswith('+') or
metar[0].startswith('-')) and (not (metar[0].startswith('VV') or
metar[0].startswith('SKC') or metar[0].startswith('CLR') or
metar[0].startswith('FEW') or metar[0].startswith('SCT') or
metar[0].startswith('BKN') or metar[0].startswith('OVC')))):
cond.append(metar[0])
metar = metar[1:]
while '/P' in metar[0]:
metar = metar[1:]
if not metar:
self.msg(origin.sender, icao_code + ': no data provided')
return
cover = []
while (metar[0].startswith('VV') or metar[0].startswith('SKC') or
metar[0].startswith('CLR') or metar[0].startswith('FEW') or
metar[0].startswith('SCT') or metar[0].startswith('BKN') or
metar[0].startswith('OVC')):
cover.append(metar[0])
metar = metar[1:]
if not metar:
self.msg(origin.sender, icao_code + ': no data provided')
return
if metar[0] == 'CAVOK':
cover.append('CLR')
metar = metar[1:]
if metar[0] == 'PRFG':
cover.append('CLR') # @@?
metar = metar[1:]
if metar[0] == 'NSC':
cover.append('CLR')
metar = metar[1:]
if ('/' in metar[0]) or (len(metar[0]) == 5 and metar[0][2] == '.'):
temp = metar[0]
metar = metar[1:]
else: temp = None
if metar[0].startswith('QFE'):
metar = metar[1:]
if metar[0].startswith('Q') or metar[0].startswith('A'):
pressure = metar[0]
metar = metar[1:]
else: pressure = None
if time:
hour = time[2:4]
minute = time[4:6]
time = local(icao_code, hour, minute)
else: time = '(time unknown)'
if wind:
speed = int(wind[3:5])
if speed < 1:
description = 'Calm'
elif speed < 4:
description = 'Light air'
elif speed < 7:
description = 'Light breeze'
elif speed < 11:
description = 'Gentle breeze'
elif speed < 16:
description = 'Moderate breeze'
elif speed < 22:
description = 'Fresh breeze'
elif speed < 28:
description = 'Strong breeze'
elif speed < 34:
description = 'Near gale'
elif speed < 41:
description = 'Gale'
elif speed < 48:
description = 'Strong gale'
elif speed < 56:
description = 'Storm'
elif speed < 64:
description = 'Violent storm'
else: description = 'Hurricane'
degrees = wind[0:3]
if degrees == 'VRB':
degrees = u'\u21BB'.encode('utf-8')
elif (degrees <= 22.5) or (degrees > 337.5):
degrees = u'\u2191'.encode('utf-8')
elif (degrees > 22.5) and (degrees <= 67.5):
degrees = u'\u2197'.encode('utf-8')
elif (degrees > 67.5) and (degrees <= 112.5):
degrees = u'\u2192'.encode('utf-8')
elif (degrees > 112.5) and (degrees <= 157.5):
degrees = u'\u2198'.encode('utf-8')
elif (degrees > 157.5) and (degrees <= 202.5):
degrees = u'\u2193'.encode('utf-8')
elif (degrees > 202.5) and (degrees <= 247.5):
degrees = u'\u2199'.encode('utf-8')
elif (degrees > 247.5) and (degrees <= 292.5):
degrees = u'\u2190'.encode('utf-8')
elif (degrees > 292.5) and (degrees <= 337.5):
degrees = u'\u2196'.encode('utf-8')
if not icao_code.startswith('EN') and not icao_code.startswith('ED'):
wind = '%s %skt (%s)' % (description, speed, degrees)
elif icao_code.startswith('ED'):
kmh = int(round(speed * 1.852, 0))
wind = '%s %skm/h (%skt) (%s)' % (description, kmh, speed, degrees)
elif icao_code.startswith('EN'):
ms = int(round(speed * 0.514444444, 0))
wind = '%s %sm/s (%skt) (%s)' % (description, ms, speed, degrees)
else: wind = '(wind unknown)'
if visibility:
visibility = visibility + 'm'
else: visibility = '(visibility unknown)'
if cover:
level = None
for c in cover:
if c.startswith('OVC') or c.startswith('VV'):
if (level is None) or (level < 8):
level = 8
elif c.startswith('BKN'):
if (level is None) or (level < 5):
level = 5
elif c.startswith('SCT'):
if (level is None) or (level < 3):
level = 3
elif c.startswith('FEW'):
if (level is None) or (level < 1):
level = 1
elif c.startswith('SKC') or c.startswith('CLR'):
if level is None:
level = 0
if level == 8:
cover = u'Overcast \u2601'.encode('utf-8')
elif level == 5:
cover = 'Cloudy'
elif level == 3:
cover = 'Scattered'
elif (level == 1) or (level == 0):
cover = u'Clear \u263C'.encode('utf-8')
else: cover = 'Cover Unknown'
else: cover = 'Cover Unknown'
if temp:
if '/' in temp:
temp = temp.split('/')[0]
else: temp = temp.split('.')[0]
if temp.startswith('M'):
temp = '-' + temp[1:]
try: temp = int(temp)
except ValueError: temp = '?'
else: temp = '?'
if pressure:
if pressure.startswith('Q'):
pressure = pressure.lstrip('Q')
if pressure != 'NIL':
pressure = str(int(pressure)) + 'mb'
else: pressure = '?mb'
elif pressure.startswith('A'):
pressure = pressure.lstrip('A')
if pressure != 'NIL':
inches = pressure[:2] + '.' + pressure[2:]
mb = int(float(inches) * 33.7685)
pressure = '%sin (%smb)' % (inches, mb)
else: pressure = '?mb'
if isinstance(temp, int):
f = round((temp * 1.8) + 32, 2)
temp = u'%s\u2109 (%s\u2103)'.encode('utf-8') % (f, temp)
else: pressure = '?mb'
if isinstance(temp, int):
temp = u'%s\u2103'.encode('utf-8') % temp
if cond:
conds = cond
cond = ''
intensities = {
'-': 'Light',
'+': 'Heavy'
}
descriptors = {
'MI': 'Shallow',
'PR': 'Partial',
'BC': 'Patches',
'DR': 'Drifting',
'BL': 'Blowing',
'SH': 'Showers of',
'TS': 'Thundery',
'FZ': 'Freezing',
'VC': 'In the vicinity:'
}
phenomena = {
'DZ': 'Drizzle',
'RA': 'Rain',
'SN': 'Snow',
'SG': 'Snow Grains',
'IC': 'Ice Crystals',
'PL': 'Ice Pellets',
'GR': 'Hail',
'GS': 'Small Hail',
'UP': 'Unknown Precipitation',
'BR': 'Mist',
'FG': 'Fog',
'FU': 'Smoke',
'VA': 'Volcanic Ash',
'DU': 'Dust',
'SA': 'Sand',
'HZ': 'Haze',
'PY': 'Spray',
'PO': 'Whirls',
'SQ': 'Squalls',
'FC': 'Tornado',
'SS': 'Sandstorm',
'DS': 'Duststorm',
# ? Cf. http://swhack.com/logs/2007-10-05#T07-58-56
'TS': 'Thunderstorm',
'SH': 'Showers'
}
for c in conds:
if c.endswith('//'):
if cond: cond += ', '
cond += 'Some Precipitation'
elif len(c) == 5:
intensity = intensities[c[0]]
descriptor = descriptors[c[1:3]]
phenomenon = phenomena.get(c[3:], c[3:])
if cond: cond += ', '
cond += intensity + ' ' + descriptor + ' ' + phenomenon
elif len(c) == 4:
descriptor = descriptors.get(c[:2], c[:2])
phenomenon = phenomena.get(c[2:], c[2:])
if cond: cond += ', '
cond += descriptor + ' ' + phenomenon
elif len(c) == 3:
intensity = intensities.get(c[0], c[0])
phenomenon = phenomena.get(c[1:], c[1:])
if cond: cond += ', '
cond += intensity + ' ' + phenomenon
elif len(c) == 2:
phenomenon = phenomena.get(c, c)
if cond: cond += ', '
cond += phenomenon
# if not cond:
# format = u'%s at %s: %s, %s, %s, %s'
# args = (icao, time, cover, temp, pressure, wind)
# else:
# format = u'%s at %s: %s, %s, %s, %s, %s'
# args = (icao, time, cover, temp, pressure, cond, wind)
if not cond:
format = u'%s, %s, %s, %s - %s %s'
args = (cover, temp, pressure, wind, str(icao_code), time)
else:
format = u'%s, %s, %s, %s, %s - %s, %s'
args = (cover, temp, pressure, cond, wind, str(icao_code), time)
self.msg(origin.sender, format.encode('utf-8') % args)
More info:
* jenni: https://github.com/myano/jenni/
* Phenny: http://inamidst.com/phenny/
"""
import BeautifulSoup
import re
import urllib2
import web
BS = BeautifulSoup.BeautifulSoup
uri = 'https://en.wikipedia.org/wiki/List_of_Internet_top-level_domains'
r_tag = re.compile(r'<(?!!)[^>]+>')
page = web.get(uri)
soup = BS(page)
def gettld(jenni, input):
'''.tld .sh -- displays information about a given top level domain.'''
text = input.group(2)
if not text:
jenni.reply("You didn't provide any input.")
return
text = text.split()[0]
if text and text.startswith('.'):
text = text[1:]
text = text.encode('utf-8')
tlds = soup.findAll('tr', {'valign': 'top'})
def forecast_search(query, phenny):
if hasattr(phenny.config, 'wunderground_api_key'):
query = query.replace('!', '')
query = query.replace(' ', '_')
query = web.quote(query)
uri = 'https://api.wunderground.com/api/' + phenny.config.wunderground_api_key + '/conditions/forecast/alerts/q/' + query + '.json'
rec_bytes = web.get(uri)
jsonstring = json.loads(rec_bytes)
wferror = 0
try:
wferrorexist = jsonstring['response']['error']['type']
wferror = 1
except:
wferror = 0
if wferror is 1:
wferrortype = jsonstring['response']['error']['type']
wferrordesc = jsonstring['response']['error']['description']
wferrorfull = 'Error Code: ' + wferrortype + ' - ' + wferrordesc
return wferrorfull, None
else:
try:
wfcity = jsonstring['current_observation']['display_location'][
'full']
wfdate1 = jsonstring['forecast']['simpleforecast'][
'forecastday'][0]['date']['weekday']
wfdate2 = jsonstring['forecast']['simpleforecast'][
'forecastday'][1]['date']['weekday']
wfdate3 = jsonstring['forecast']['simpleforecast'][
'forecastday'][2]['date']['weekday']
wfdate4 = jsonstring['forecast']['simpleforecast'][
'forecastday'][3]['date']['weekday']
wfcond1 = jsonstring['forecast']['simpleforecast'][
'forecastday'][0]['conditions']
wfcond2 = jsonstring['forecast']['simpleforecast'][
'forecastday'][1]['conditions']
wfcond3 = jsonstring['forecast']['simpleforecast'][
'forecastday'][2]['conditions']
wfcond4 = jsonstring['forecast']['simpleforecast'][
'forecastday'][3]['conditions']
wfhigh1f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][0]['high']['fahrenheit'])
wfhigh2f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][1]['high']['fahrenheit'])
wfhigh3f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][2]['high']['fahrenheit'])
wfhigh4f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][3]['high']['fahrenheit'])
wfhigh1c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][0]['high']['celsius'])
wfhigh2c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][1]['high']['celsius'])
wfhigh3c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][2]['high']['celsius'])
wfhigh4c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][3]['high']['celsius'])
wflow1f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][0]['low']['fahrenheit'])
wflow2f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][1]['low']['fahrenheit'])
wflow3f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][2]['low']['fahrenheit'])
wflow4f = str(jsonstring['forecast']['simpleforecast']
['forecastday'][3]['low']['fahrenheit'])
wflow1c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][0]['low']['celsius'])
wflow2c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][1]['low']['celsius'])
wflow3c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][2]['low']['celsius'])
wflow4c = str(jsonstring['forecast']['simpleforecast']
['forecastday'][3]['low']['celsius'])
degree_sign = u'\N{DEGREE SIGN}'
return ('The forecast for ' + wfdate1 + ' in ' + wfcity +
' is ' + wfcond1 + ' with a high of ' + wfhigh1f +
degree_sign + 'F (' + wfhigh1c + degree_sign +
'C) and a low of ' + wflow1f + degree_sign + 'F (' +
wflow1c + degree_sign + 'C). On ' + wfdate2 +
' it will be ' + wfcond2 + ' with a high of ' +
wfhigh2f + degree_sign + 'F (' + wfhigh2c +
degree_sign + 'C) and a low of ' + wflow2f +
degree_sign + 'F (' + wflow2c + degree_sign +
'C). On ' + wfdate3 + ' it will be ' + wfcond3 +
' with a high of ' + wfhigh3f + degree_sign + 'F (' +
wfhigh3c + degree_sign + 'C) and a low of ' + wflow3f +
degree_sign + 'F (' + wflow3c + degree_sign +
'C). On ' + wfdate4 + ' it will be ' + wfcond4 +
' with a high of ' + wfhigh4f + degree_sign + 'F (' +
wfhigh4c + degree_sign + 'C) and a low of ' + wflow4f +
degree_sign + 'F (' + wflow4c + degree_sign +
'C).'), jsonstring
except KeyError:
return None, None
else:
return 'Sorry but you need to set your wunderground_api_key in the config file.', None
def retrieve_releases():
wf().logger.info('retrieving releases: %s', github_slug)
return web.get(api_url).json()
def forecast(jenni, input):
if not hasattr(jenni.config, 'forecastio_apikey'):
return jenni.say('Please sign up for a forecast.io API key at https://forecast.io/ or try .wx-noaa or .weather-noaa')
txt = input.group(2)
if not txt:
return jenni.say('Please provide a location.')
name, county, region, countryName, lat, lng = location(txt)
url = 'https://api.forecast.io/forecast/%s/%s,%s'
url = url % (jenni.config.forecastio_apikey, urllib.quote(lat), urllib.quote(lng))
## do some error checking
try:
## if this fails, we got bigger problems
page = web.get(url)
except:
return jenni.say('Could not acess https://api.forecast.io/')
## we want some tasty JSON
try:
data = json.loads(page)
except:
return jenni.say('The server did not return anything that was readable as JSON.')
if 'daily' not in data or 'data' not in data['daily']:
return jenni.say('Cannot find usable info in information returned by the server.')
## here we go...
days = data['daily']['data']
new_name = uc.decode(name)
new_region = uc.decode(region)
new_countryName = uc.decode(countryName)
new_county = uc.decode(county)
output = u'[%s, %s, %s] ' % (new_name, region, new_countryName)
if 'alerts' in data:
## TODO: modularize the colourful parsing of alerts from nws.py so this can be colourized
for alert in data['alerts']:
jenni.say(alert['title'] + ' Expires at: ' + str(datetime.datetime.fromtimestamp(int(alert['expires']))))
k = 1
units = data['flags']['units']
second_output = str()
second_output = u'[%s, %s, %s] ' % (new_name, region, new_countryName)
for day in days:
## give me floats with only one significant digit
form = u'%.1f'
hi = form % (day['temperatureMax'])
low = form % (day['temperatureMin'])
dew = form % (day['dewPoint'])
## convert measurements in F to C
hiC = form % ((float(day['temperatureMax']) - 32) * (5.0 / 9.0))
lowC = form % ((float(day['temperatureMin']) - 32) * (5.0 / 9.0))
dewC = form % ((float(day['dewPoint'] - 32)) * (5.0 / 9.0))
## value taken from, https://is.gd/3dNrbW
windspeedC = form % (float(day['windSpeed']) * 1.609344)
windspeed = form % (day['windSpeed'])
summary = day['summary']
dotw_day = datetime.datetime.fromtimestamp(int(day['sunriseTime'])).weekday()
dotw_day_pretty = u'\x0310\x02\x1F%s\x1F\x02\x03' % (dotw[dotw_day])
line = u'%s: \x02\x0304%sF (%sC)\x03\x02 / \x02\x0312%sF (%sC)\x03\x02, \x1FDew\x1F: %sF (%sC), \x1FWind\x1F: %smph (%skmh), %s | '
## remove extra whitespace
dotw_day_pretty = (dotw_day_pretty).strip()
hi = (hi).strip()
low = (low).strip()
dew = (dew).strip()
windspeed = (windspeed).strip()
summary = (summary).strip()
## toggle unicode nonsense
dotw_day_pretty = uc.encode(dotw_day_pretty)
hi = uc.encode(hi)
low = uc.encode(low)
dew = uc.encode(dew)
windspeed = uc.encode(windspeed)
summary = uc.encode(summary)
## more unicode nonsense
dotw_day_pretty = uc.decode(dotw_day_pretty).upper()
hi = uc.decode(hi)
low = uc.decode(low)
dew = uc.decode(dew)
windspeed = uc.decode(windspeed)
summary = uc.decode(summary)
## only show 'today' and the next 3-days.
## but only show 2 days on each line
if k <= 2:
output += line % (dotw_day_pretty, hi, hiC, low, lowC, dew, dewC, windspeed, windspeedC, summary)
elif k <= 4:
second_output += line % (dotw_day_pretty, hi, hiC, low, lowC, dew, dewC, windspeed, windspeedC, summary)
else:
break
k += 1
## chomp off the ending |
if output.endswith(' | '):
output = output[:-3]
## say the first part
jenni.say(output)
if second_output.endswith(' | '):
second_output = second_output[:-3]
## required according to ToS by forecast.io
second_output += ' (Powered by Forecast, forecast.io)'
jenni.say(second_output)
def uncyclopedia(term, last=False):
global wikiuri
if not '%' in term:
if isinstance(term, str):
t = term
else: t = term
q = urllib.parse.quote(t)
u = wikiuri % q
bytes = web.get(u)
else: bytes = web.get(wikiuri % term)
bytes = r_tr.sub('', bytes)
if not last:
r = r_redirect.search(bytes[:4096])
if r:
term = urllib.parse.unquote(r.group(1))
return uncyclopedia(term, last=True)
paragraphs = r_paragraph.findall(bytes)
if not paragraphs:
if not last:
term = search(term)
return uncyclopedia(term, last=True)
return None
# Pre-process
paragraphs = [para for para in paragraphs
if (para and 'technical limitations' not in para
and 'window.showTocToggle' not in para
and 'Deletion_policy' not in para
and 'Template:AfD_footer' not in para
and not (para.startswith('<p><i>') and
para.endswith('</i></p>'))
and not 'disambiguation)"' in para)
and not '(images and media)' in para
and not 'This article contains a' in para
and not 'id="coordinates"' in para
and not 'class="thumb' in para
and not 'There is currently no text in this page.' in para]
# and not 'style="display:none"' in para]
for i, para in enumerate(paragraphs):
para = para.replace('<sup>', '|')
para = para.replace('</sup>', '|')
paragraphs[i] = text(para).strip()
# Post-process
paragraphs = [para for para in paragraphs if
(para and not (para.endswith(':') and len(para) < 150))]
para = text(paragraphs[0])
m = r_sentence.match(para)
if not m:
if not last:
term = search(term)
return uncyclopedia(term, last=True)
return None
sentence = m.group(0)
maxlength = 275
if len(sentence) > maxlength:
sentence = sentence[:maxlength]
words = sentence[:-5].split(' ')
words.pop()
sentence = ' '.join(words) + ' [...]'
if (('using the Article Wizard if you wish' in sentence)
or ('or add a request for it' in sentence)):
if not last:
term = search(term)
return uncyclopedia(term, last=True)
return None
sentence = '"' + sentence.replace('"', "'") + '"'
return sentence + ' - ' + (wikiuri % term)
def c(jenni, input):
'''.c -- Google calculator.'''
## let's not bother if someone doesn't give us input
if not input.group(2):
return jenni.reply('Nothing to calculate.')
## handle some unicode conversions
q = input.group(2).encode('utf-8')
q = q.replace('\xcf\x95', 'phi') # utf-8 U+03D5
q = q.replace('\xcf\x80', 'pi') # utf-8 U+03C0
## Attempt #1 (Google)
uri = 'https://www.google.com/search?gbv=1&q='
uri += web.urllib.quote(q)
## To the webs!
try:
page = web.get(uri)
except:
## if we can't access Google for calculating
## let us move on to Attempt #2
page = None
answer = None
if page:
## if we get a response from Google
## let us parse out an equation from Google Search results
answer = c_answer.findall(page)
if answer:
## if the regex finding found a match we want the first result
answer = answer[0]
#answer = answer.replace(u'\xc2\xa0', ',')
answer = answer.decode('unicode-escape')
answer = ''.join(chr(ord(c)) for c in answer)
answer = uc.decode(answer)
answer = answer.replace('<sup>', '^(')
answer = answer.replace('</sup>', ')')
answer = web.decode(answer)
answer = answer.strip()
jenni.say(answer)
else:
#### Attempt #2 (DuckDuckGo's API)
ddg_uri = 'https://api.duckduckgo.com/?format=json&q='
ddg_uri += urllib.quote(q)
## Try to grab page (results)
## If page can't be accessed, we shall fail!
try:
page = web.get(ddg_uri)
except:
page = None
## Try to take page source and json-ify it!
try:
json_response = json.loads(page)
except:
## if it can't be json-ified, then we shall fail!
json_response = None
## Check for 'AnswerType' (stolen from search.py)
## Also 'fail' to None so we can move on to Attempt #3
if (not json_response) or (hasattr(json_response, 'AnswerType')
and json_response['AnswerType'] != 'calc'):
answer = None
else:
## If the json contains an Answer that is the result of 'calc'
## then continue
answer = re.sub(r'\<.*?\>', '', json_response['Answer']).strip()
if answer:
## If we have found answer with Attempt #2
## go ahead and display it
jenni.say(answer)
else:
#### Attempt #3 (DuckDuckGo's HTML)
## This relies on BeautifulSoup; if it can't be found, don't even bother
try:
from BeautifulSoup import BeautifulSoup
except:
return jenni.say(
'No results. (Please install BeautifulSoup for additional checking.)'
)
ddg_html_page = web.get(
'https://duckduckgo.com/html/?q=%s&kl=us-en&kp=-1' %
(web.urllib.quote(q)))
soup = BeautifulSoup(ddg_html_page)
## use BeautifulSoup to parse HTML for an answer
zero_click = str()
if soup('div', {'class': 'zero-click-result'}):
zero_click = str(
soup('div', {'class': 'zero-click-result'})[0])
## remove some excess text
output = r_tag.sub('', zero_click).strip()
output = output.replace('\n', '').replace('\t', '')
## test to see if the search module has 'remove_spaces'
## otherwise, let us fail
try:
output = search.remove_spaces(output)
except:
output = str()
if output:
## If Attempt #3 worked, display the answer
jenni.say(output)
else:
## If we made it this far, we have tried all available resources
jenni.say('Absolutely no results!')
def ytget(jenni, trigger):
if not hasattr(jenni.config, 'google_dev_apikey'):
return 'err'
key = jenni.config.google_dev_apikey
try:
vid_id = trigger.group(2)
uri = BASE_URL + "videos?part=snippet,contentDetails,statistics&id=" + vid_id + "&key=" + key
bytes = web.get(uri)
result = json.loads(bytes)
video_entry = result['items'][0]
except IndexError:
jenni.say('Video not found through the YouTube API.')
return 'err'
except Exception:
jenni.say('Something went wrong when accessing the YouTube API.')
traceback.print_exc()
return 'err'
vid_info = {}
vid_info['link'] = 'https://youtu.be/' + vid_id
try:
vid_info['title'] = video_entry['snippet']['title']
except KeyError:
vid_info['title'] = 'N/A'
#get youtube channel
try:
vid_info['uploader'] = video_entry['snippet']['channelTitle']
except KeyError:
vid_info['uploader'] = 'N/A'
#get upload time in format: yyyy-MM-ddThh:mm:ss.sssZ
try:
upraw = video_entry['snippet']['publishedAt']
vid_info['uploaded'] = '%s/%s/%s, %s:%s' % (
upraw[0:4], upraw[5:7], upraw[8:10], upraw[11:13], upraw[14:16])
except KeyError:
vid_info['uploaded'] = 'N/A'
#get duration in seconds (contentDetails)
try:
if video_entry["snippet"]["liveBroadcastContent"] == "live":
vid_info['length'] = 'LIVE'
elif video_entry["snippet"]["liveBroadcastContent"] == "upcoming":
vid_info['length'] = 'UPCOMING'
else:
duration = video_entry["contentDetails"]["duration"]
# Now replace
duration = duration.replace("P", "")
duration = duration.replace("D", "days ")
duration = duration.replace("T", "")
duration = duration.replace("H", "hours ")
duration = duration.replace("M", "mins ")
duration = duration.replace("S", "secs")
vid_info['length'] = duration
except KeyError:
vid_info['length'] = 'N/A'
#get views (statistics)
try:
views = video_entry['statistics']['viewCount']
vid_info['views'] = str('{0:20,d}'.format(int(views))).lstrip(' ')
except KeyError:
vid_info['views'] = 'N/A'
#get comment count (statistics)
try:
comments = video_entry['statistics']['commentCount']
vid_info['comments'] = str('{0:20,d}'.format(
int(comments))).lstrip(' ')
except KeyError:
vid_info['comments'] = 'N/A'
#get favourites (statistics)
try:
favourites = video_entry['statistics']['favoriteCount']
vid_info['favourites'] = str('{0:20,d}'.format(
int(favourites))).lstrip(' ')
except KeyError:
vid_info['favourites'] = 'N/A'
#get likes & dislikes (statistics)
try:
likes = video_entry['statistics']['likeCount']
vid_info['likes'] = str('{0:20,d}'.format(int(likes))).lstrip(' ')
except KeyError:
vid_info['likes'] = 'N/A'
try:
dislikes = video_entry['statistics']['dislikeCount']
vid_info['dislikes'] = str('{0:20,d}'.format(
int(dislikes))).lstrip(' ')
except KeyError:
vid_info['dislikes'] = 'N/A'
#get video description (snippet)
try:
vid_info['description'] = video_entry['snippet']['description']
except KeyError:
vid_info['description'] = 'N/A'
return vid_info
def bing_search(query, lang='en-GB'):
query = web.urllib.quote(query)
base = 'http://www.bing.com/search?mkt=%s&q=' % lang
bytes = web.get(base + query)
m = r_bing.search(bytes)
if m: return m.group(1)
# coding:utf8
from selenium import webdriver
import web, time
driver = web.open_browser()
web.get('http://www.5gegg.cn')
web.input('//*[@id="app"]/div/div/div[2]/div[1]/div[2]/div[1]/input', 'wlj')
web.input('//*[@id="app"]/div/div/div[2]/div[1]/div[2]/div[2]/input', '123567')
web.input('//*[@id="app"]/div/div/div[2]/div[1]/div[2]/div[3]/input', '1')
web.click('//*[@id="app"]/div/div/div[2]/div[1]/div[2]/button')
time.sleep(1)
text = web.get_text('//*[@id="app"]/div/div/div[2]/div[1]/div[3]/span[1]')
web.assert_equals('{text}','王丽娟欢迎您~')
