def callmodule(message,peer):
message=message.lower()
modules=["wiki","bot","google"] #Add module name here so that the for loop below works
for module in modules:
if (message.find(module)==0):
message=message[len(module)+1:]
if module=="wiki":
reply=wiki(message)
if ("Cannot acces link!" in reply):
reply="No wikipedia article on that, googling instead\n"+google(message)
return reply
if module=="google":
return google(message)
if module=="bot":
message=message.lstrip()
reply=wolfram(message)
if (reply=="noidea"):
reply="tough. I'll google that\n"+google(message)
return reply
global chattybot
if chattybot:
global botsessions
global bot1
if peer not in botsessions:
botsessions[peer]=bot1.create_session()
reply = botsessions[peer].think(message)
VALID_TAGS = ['br']
soup = BeautifulSoup(reply)
for tag in soup.findAll(True):
if tag.name not in VALID_TAGS:
tag.hidden = True
reply=soup.renderContents()
reply=reply.replace('<br />','\n')
return reply
def getTextFromWeb(self):
num_results = 10
search_list = ["bbc", "Little Red Riding Hood"]
sites = []
text = []
results = []
while len(search_list)!=0 and len(results) < num_results:
search = search_list.pop()
results = results + google.google(search,nltk.word_tokenize)
for d in results:
sites.append(d)
if len(sites) == num_results:
break
for url in sites:
print url
try:
page = urllib2.urlopen(url).read()
except urllib2.HTTPError, e:
print "Search failed: %s" % e
continue
paragraphs = justext.justext(page, justext.get_stoplist('English'))
if len(text) < 50:
for paragraph in paragraphs:
if paragraph['class'] == 'good' and len(text) < 50:
sentences = self.segment_sentences(paragraph['text'].encode('utf8'))
for s in sentences:
if not text.__contains__(s):
text.append(s)
def getTextFromWeb(self):
num_results = 10
search_list = ["bbc", "Little Red Riding Hood"]
sites = []
text = []
results = []
while len(search_list) != 0 and len(results) < num_results:
search = search_list.pop()
results = results + google.google(search, nltk.word_tokenize)
for d in results:
sites.append(d)
if len(sites) == num_results:
break
for url in sites:
print url
try:
page = urllib2.urlopen(url).read()
except urllib2.HTTPError, e:
print "Search failed: %s" % e
continue
paragraphs = justext.justext(page, justext.get_stoplist('English'))
if len(text) < 50:
for paragraph in paragraphs:
if paragraph['class'] == 'good' and len(text) < 50:
sentences = self.segment_sentences(
paragraph['text'].encode('utf8'))
for s in sentences:
if not text.__contains__(s):
text.append(s)
def on_enter_google_search_state(self, event):
print("I'm entering google search state")
sender_id = event['sender']['id']
search_result = google(event['message']['text'])
send_text_message(sender_id, "我們幫你從Google找到：")
send_text_message(sender_id, search_result)
self.go_back(event)
def callmodule(message, peer):
message = message.lower()
modules = ["wiki", "bot", "google"
] #Add module name here so that the for loop below works
for module in modules:
if (message.find(module) == 0):
message = message[len(module) + 1:]
if module == "wiki":
reply = wiki(message)
if ("Cannot acces link!" in reply):
reply = "No wikipedia article on that, googling instead\n" + google(
message)
return reply
if module == "google":
return google(message)
if module == "bot":
message = message.lstrip()
reply = wolfram(message)
if (reply == "noidea"):
reply = "tough. I'll google that\n" + google(message)
return reply
global chattybot
if chattybot:
global botsessions
global bot1
if peer not in botsessions:
botsessions[peer] = bot1.create_session()
reply = botsessions[peer].think(message)
VALID_TAGS = ['br']
soup = BeautifulSoup(reply)
for tag in soup.findAll(True):
if tag.name not in VALID_TAGS:
tag.hidden = True
reply = soup.renderContents()
reply = reply.replace('<br />', '\n')
return reply
def wolfram_it(query):
result = client.query(query)
response = ''
interpreted_response = ''
for i in result.pods:
if ('Input' in i.title):
interpreted_response = i.text
elif i.text:
response += i.text.replace(u'\xb0F', '')
break
if response:
return response
elif interpreted_response:
return interpreted_response
else:
return "I don't know idiot, google it? " + google(query)
def wolfram_it(query):
result = client.query(query)
response = ""
interpreted_response = ""
for i in result.pods:
if "Input" in i.title:
interpreted_response = i.text
elif i.text:
response += i.text.replace(u"\xb0F", "")
break
if response:
return response
elif interpreted_response:
return interpreted_response
else:
return "I don't know idiot, google it? " + google(query)
def wolfram_it(query):
result = client.query(query)
response = ''
interpreted_response = ''
for i in result.pods:
if ('Input' in i.title):
interpreted_response = i.text
elif i.text:
response += i.text.replace(u'\xb0F', '')
break
if response:
return response
elif interpreted_response:
return interpreted_response
else:
return "I don't know idiot, google it? " + google(query)
def getfy(self):
'''获取翻译对象
'''
self.logger.debug("getfy call")
s = self.comboxlist0.get()
if s == "使用谷歌翻译":
return google()
elif s == "使用百度翻译":
return baidu()
elif s == "C/C++代码运行":
return runcpp()
elif s == "C/C++代码美化":
return formatcpp()
elif s == "发布临时文字":
return pasteUbuntu()
else:
k = plus_traslate() # 从dll插件获取
k.s = self
return k
from requests_html import HTMLSession
import re
import json
import Wbads
import google
import resume
session = HTMLSession()
film = google.google("la ligne verte", session)
r = session.get(film[0])
dic1 = Wbads.distrib_and_date(r)
dic2 = resume.image_descript(r)
fiche = {**dic2, **dic1}
print(fiche)
facebook().logout(driver)
elif "message" in keyword["transcription"].lower():
facebook().message(driver)
elif "scroll down" in keyword["transcription"].lower():
common().scrolldown(driver)
elif "scroll up" in keyword["transcription"].lower():
common().scrollup(driver)
elif "play" in keyword["transcription"].lower(
) or "pause" in keyword["transcription"].lower():
youtube().playpause(driver)
elif "open notifications" in keyword["transcription"].lower(
) or "close notifications" in keyword["transcription"].lower():
facebook().notification(driver)
elif "open google" in keyword["transcription"].lower():
print("What do want to search for?")
google().start_google(driver)
while (1):
print("I am listening")
keyword2 = main().recognize_speech_from_mic(recognizer, microphone)
if keyword2["transcription"]:
break
if not keyword2["success"]:
break
print("I didn't catch that. What did you say?\n")
google().search_google(driver, keyword2["transcription"])
elif "open youtube" in keyword["transcription"].lower():
youtube().start_youtube(driver)
elif "forward video" in keyword["transcription"].lower():
youtube().fvideo(driver)
elif "reverse video" in keyword["transcription"].lower():
youtube().rvideo(driver)
def callmodule(message,peer,search):
global flag
global cursor
global cnxn
message=message.lower()
modules=["wiki","bot","google","math","trans","weather","cricket","youtube","nearby"] #Add module name here so that the for loop below works
for module in modules:
if (message.find(module)==0):
message=message[len(module)+1:]
if module=="wiki":
reply=wiki(message,peer,search,cursor,cnxn)
print reply
try:
if ("Cannot acces link!" in reply):
reply="No wikipedia article on that, googling instead\n"+google(message)
return reply
except:
print"except"
return None
if module=="google":
return google(message)
if module=="bot":
message=message.lstrip()
reply=wolfram(message)
if (reply=="noidea"):
reply="tough. I'll google that\n"+google(message)
return reply
if module=="math":
a=eval(compile(message, '<string>', 'eval', __future__.division.compiler_flag))
#print a
return str(a)
if module=="trans":
result=translate(message)
return result
if module=="nearby":
print "nearby"
m=message.split(",")
m1=m[0]
print m1
try:
m2=m[1]
except:
m2=10000
print m2
places(m1,peer,search,cursor,cnxn,m2)
return None
if module=="weather":
result=setUrl(message)
return result
if module=="youtube":
#print "done"
try:
a=querry(message,peer,search,cursor,cnxn)
return None
except:
print"else main"
return None
# return module
# else:
#return result
if module=="cricket":
cric = CricbuzzParser()
match = cric.getXml()
details = cric.handleMatches(match) #Returns Match details as a Dictionary. Parse it according to requirements.
b=''
for i in details :
b=b+str(i)
#print b
return b
global chattybot
if chattybot:
global botsessions
global bot1
if peer not in botsessions:
botsessions[peer]=bot1.create_session()
reply = botsessions[peer].think(message)
VALID_TAGS = ['br']
soup = BeautifulSoup(reply)
for tag in soup.findAll(True):
if tag.name not in VALID_TAGS:
tag.hidden = True
reply=soup.renderContents()
reply=reply.replace('<br />','\n')
return reply
# -*- coding: utf-8 -*-
import sys
import codecs
import google
if __name__ == '__main__':
infile = codecs.open(sys.argv[1], 'r', 'utf-8')
outfile = codecs.open(sys.argv[1].split('.')[0] + '.ext', 'a', 'utf-8')
skip = int(sys.argv[2])
print 'skip %d lines' % skip
browser = google.get_browser()
firstline = True
for l in infile:
if firstline:
firstline = False
continue
csv = l.split(',')
# print csv
n = int(csv[0])
if n <= skip:
continue
word = csv[2] # кавычки оставим для улучшения результатов поиска
print "processing " + word
result = google.google(browser, word)
outfile.write('%d,%s,%s\n' % (n, word, ','.join(result)))
outfile.flush()
infile.close()
outfile.close()
ola Valtercio bem vindo de volta. Estou a sua desposição.
++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
''')
perg = str(input('Voce: ')) # entrada com o nome jarvis
print()
jarvis = ''
if perg == 'não quero fazer nada': # comando para sair do Bot
print() # para da espaços entre as linhas
print('Ok senhor, até a proxima...')
if perg == 'jarvis': # comando para iniciar o Bot
jarvis = str(
input('ola senhor o que deseja? ')) # escolha das funções do Bot.
print() # para da espaços entre as linhas
if jarvis == 'faca uma busca' or jarvis == 'faça uma busca': # Bot faz uma busca no google ou youtube
google.google()
if jarvis == 'abra um site' or jarvis == 'quero abrir um site': # Bot abrirá um site
web.site() # funcao para abrir sites
if jarvis == 'quero conversar': # para conversar com o Bot
chat.conv() # funcao do chat
if jarvis == 'faca uma busca na wikipedia' or jarvis == 'faça uma busca na wikipedia': # Bot pesquisa na wikipedia
wikipedia.wiki() # funcao da wikipedia
if jarvis == 'faca uma busca na trend':
trend.trend()