def showresults():
if(re.match('^Who', request.form['search'])):
ggen = google.search(request.form['search'], stop=1)
results = [google.get_page(link) for link in ggen]
results = [soupify(x) for x in results]
results = [findName(x) for x in results]
return render_template("index.html", results = results)
elif(re.match('^When', request.form['search'])):
ggen = google.search(request.form['search'], stop=1)
results = [google.get_page(link) for link in ggen]
results = [soupify(x) for x in results]
results = [findDate(x) for x in results]
return render_template("index.html", results = results)
return render_template("index.html", results = "Please enter 'Who' or 'When'")
def showresults():
if (re.match('^Who', request.form['search'])):
ggen = google.search(request.form['search'], stop=1)
results = [google.get_page(link) for link in ggen]
results = [soupify(x) for x in results]
results = [findName(x) for x in results]
return render_template("index.html", results=results)
elif (re.match('^When', request.form['search'])):
ggen = google.search(request.form['search'], stop=1)
results = [google.get_page(link) for link in ggen]
results = [soupify(x) for x in results]
results = [findDate(x) for x in results]
return render_template("index.html", results=results)
return render_template("index.html",
results="Please enter 'Who' or 'When'")
def wiki_zh_to_en(self, s):
""" 利用維基百科的頁面跳轉功能找到英文 """
#""" 利用 google translate 中翻英 """
#url = "https://translate.googleapis.com/translate_a/single?client=gtx&sl=zh-TW&tl=en&dt=t&q=%s" %\
# (urllib.parse.quote(s))
#response = urllib.request.urlopen(url)
#html = response.read()
#print(html)
url = "https://zh.wikipedia.org/wiki/%s" % (urllib.parse.quote(s))
try:
page = get_page(url)
soup = BeautifulSoup(page, 'lxml')
en_link = soup.findAll('li', class_='interwiki-en')
if len(en_link) == 0:
return None
p = en_link[0].a
if p is None:
return None
en = p.get('href', None)
if en is None:
return None
tr = en.split('/')[-1].lower().replace("_", " ")
print("找到翻譯了... [%s] => %s" % (s, tr))
return tr
except Exception as e:
print("Error: %s" % str(e))
return None
def get_tokens(query, src="google"):
opener = urllib2.build_opener()
opener.addheaders = [('User-agent', 'Mozilla/5.0')]
if src == "wikipedia":
print "Searching Wikipedia for " + query
infile = opener.open('http://en.wikipedia.org/wiki/' + query)
page = infile.read()
else:
print "Searching Google for " + query
page = ""
results = google.search(query, "com", "en", 1, 0, 1, 2.0)
for result in results:
print "on " + result
page = google.get_page(result)
#print page
raw = nltk.clean_html(page)
#parses into tokens and saves as lwoercase
tokens = map(lambda x:x.lower(),word_tokenize(raw))
#removes punctuation and empty strings
tokens = [s.translate(None, string.punctuation) for s in tokens]
tokens = [s for s in tokens if s]
return tokens
def whoAnswer(question,n): #returns top n occurrences of names from question
numPages = 10;#uses top 10 results
links = google.search("Who " + question,num=numPages,start=0,stop=0,pause=2.0)
txt = ""
for i in range(numPages):
txt += BeautifulSoup(google.get_page(links.next())).getText()
return getNames(txt,n)
def get_company_domain(self, searchKey):
'''looks for the company website from the top five
url return by google search. If company website
is found then it parses the url to get domain name
'''
search_result = search(searchKey, stop=5)
for url in search_result:
keywords = searchKey.split(" ")
print keywords
if keywords[0] in url.lower():
# if links is wikipedia link then parse the webpage to get
# company homepage
if "en.wikipedia.org" in url:
chomepage = get_company_website(url)
if chomepage is not None:
return extract_domainname(chomepage)
return extract_domainname(url)
try:
htmlpage = get_page(url)
soup = BeautifulSoup(htmlpage)
title = soup.title.text.lower()
if keywords[0] in title:
return extract_domainname(url)
except:
print searchKey.ljust(52) + ": Can't parse web page at " + colored(url.ljust(100), 'blue')
def who(s):
g = google.search(s, num=1, start=0, stop=8)
#l = BeautifulSoup(google.get_page(g.next()))
#x = givetext(l.prettify())
f = []
#soup=[(BeautifulSoup(google.get_page(x)).find_all('p') for x in urls] HOW TO SOUP
urls = [x for x in g]
f.append("Step 1 - Collecting URLS:")
for x in urls:
f.append(x)
f.append("")
f.append("")
soup = [(google.get_page(x)) for x in urls]
alphabetsoup = [nameapp.givetext(x) for x in soup]
f.append("Step 2 - Collecting all the Names:")
f.append(str(alphabetsoup))
f.append("")
f.append("")
splitted = []
for x in alphabetsoup:
splitted += x
"""for i in urls:
html.append(BeautifulSoup(google.get_page(i)))
allnames = []
for i in html:
allnames.append(nameapp.givetext(i))
splitted = []
for i in allnames:
splitted += i.split(",")"""
namestats = {}
##all names
for i in splitted:
if i in namestats:
namestats[i] += 1
else:
namestats[i] = 1
f.append("Step 3 - Making a Dictionary:")
f.append(str(namestats))
f.append("")
f.append("")
final = {}
for i in namestats:
if namestats[i] >= 25:
final[i] = namestats[i]
f.append("Step 4 - Narrowing Possibilites:")
f.append(str(final))
f.append("")
f.append("")
maxname = final.keys()[0]
if (maxname == s):
maxname = final.keys()[1]
maxvalue = final[maxname]
for x in final.keys():
if final[x] > maxvalue and x != s:
maxname = x
maxvalue = final[x]
f.append("Step 5 - The Answer:")
f.append(maxname)
return f
def who(s):
g = google.search(s, num= 1,start = 0, stop = 8)
#l = BeautifulSoup(google.get_page(g.next()))
#x = givetext(l.prettify())
#soup=[(BeautifulSoup(google.get_page(x)).find_all('p') for x in urls] HOW TO SOUP
soup=[(google.get_page(x)) for x in g]
alphabetsoup=[nameapp.givetext(x) for x in soup]
splitted=[]
for x in alphabetsoup:
splitted+=x
"""for i in urls:
html.append(BeautifulSoup(google.get_page(i)))
allnames = []
for i in html:
allnames.append(nameapp.givetext(i))
splitted = []
for i in allnames:
splitted += i.split(",")"""
namestats = {}
##all names
for i in splitted:
if i in namestats:
namestats[i] += 1
else:
namestats[i] = 1
final = {}
for i in namestats:
if namestats[i] >= 25:
final[i] = namestats[i]
return final
def get_tokens(query, src="google"):
opener = urllib2.build_opener()
opener.addheaders = [('User-agent', 'Mozilla/5.0')]
if src == "wikipedia":
print "Searching Wikipedia for " + query
infile = opener.open('http://en.wikipedia.org/wiki/' + query)
page = infile.read()
else:
print "Searching Google for " + query
page = ""
results = google.search(query, "com", "en", 1, 0, 1, 2.0)
for result in results:
print "on " + result
page = google.get_page(result)
#print page
raw = nltk.clean_html(page)
#parses into tokens and saves as lwoercase
tokens = map(lambda x: x.lower(), word_tokenize(raw))
#removes punctuation and empty strings
tokens = [s.translate(None, string.punctuation) for s in tokens]
tokens = [s for s in tokens if s]
return tokens
def get_google(url, seen):
from bs4 import BeautifulSoup
from google import search, get_page
soup = BeautifulSoup(get_page(url), 'lxml')
content = { url : [str(s) for paragraph in soup.find_all('p') for s in paragraph.strings] }
remaining = { link.get('href') for link in soup.find_all('a') if link.get('href') not in seen }
return content, remaining
def ask_google_en_to_zh(s):
q = s + " wikipedia 中文"
result = search(q, lang="zh", pause=1.0)
cnt = 0
for x in result:
cnt += 1
if cnt >= 10:
break
if 'wikipedia' in x:
x = urllib.parse.unquote(x)
x = x.split('/')[-1]
if mafan.text.is_traditional(x):
return x
if mafan.text.is_simplified(x):
url = "http://zh.wikipedia.org/zh-tw/" + urllib.parse.quote_plus(
x)
print(url)
try:
w = get_page(url)
except:
continue
soup = BeautifulSoup(w, 'lxml')
x = soup.title.string
x = x.strip().split(' ')[0]
if '維基百科' not in x:
return x
return None
def who(s):
g = google.search(s, num= 1,start = 0, stop = 8)
#l = BeautifulSoup(google.get_page(g.next()))
#x = givetext(l.prettify())
f=[]
#soup=[(BeautifulSoup(google.get_page(x)).find_all('p') for x in urls] HOW TO SOUP
urls = [x for x in g]
f.append("Step 1 - Collecting URLS:")
for x in urls:
f.append(x)
f.append("")
f.append("")
soup=[(google.get_page(x)) for x in urls]
alphabetsoup=[nameapp.givetext(x) for x in soup]
f.append("Step 2 - Collecting all the Names:")
f.append(str(alphabetsoup))
f.append("")
f.append("")
splitted=[]
for x in alphabetsoup:
splitted+=x
"""for i in urls:
html.append(BeautifulSoup(google.get_page(i)))
allnames = []
for i in html:
allnames.append(nameapp.givetext(i))
splitted = []
for i in allnames:
splitted += i.split(",")"""
namestats = {}
##all names
for i in splitted:
if i in namestats:
namestats[i] += 1
else:
namestats[i] = 1
f.append("Step 3 - Making a Dictionary:")
f.append(str(namestats))
f.append("")
f.append("")
final = {};
for i in namestats:
if namestats[i] >= 25:
final[i] = namestats[i]
f.append("Step 4 - Narrowing Possibilites:")
f.append(str(final))
f.append("")
f.append("")
maxname=final.keys()[0]
if (maxname == s):
maxname=final.keys()[1]
maxvalue=final[maxname]
for x in final.keys():
if final[x] > maxvalue and x != s:
maxname=x
maxvalue=final[x]
f.append("Step 5 - The Answer:")
f.append(maxname)
return f
def get_stuff(query):
s = google.search (query, tld = 'com', lang = 'en', start=0, stop=10, pause=2.0)
l = []
for url in s:
l.append(url)
data = []
for x in l:
data.append(google.get_page(x))
return data
def get_stuff(query):
s = google.search(query, tld='com', lang='en', start=0, stop=10, pause=2.0)
l = []
for url in s:
l.append(url)
data = []
for x in l:
data.append(google.get_page(x))
return data
def parse_urls(urlsList):
#takes list of urls, returns only text
#beautiful soup
html = ""
for u in urlsList:
content = google.get_page(u)
soup = BeautifulSoup(content)
html += soup.get_text()
print "Parsed HTML code!"
return html
def parse_urls(urlsList):
#takes list of urls, returns only text
#beautiful soup
html = ""
for u in urlsList:
content = google.get_page(u)
soup = BeautifulSoup(content)
html += soup.get_text()
print "Parsed HTML code!"
return html
def retRandomResult(search):
result = {}
res = google.search(search)
for c,i in enumerate(res):
if c > 15: break
if c % 6 == random.randint(0,5):
g = Goose()
a = g.extract(raw_html=google.get_page(i))
result["resNum"] = c
result["title"] = a.title
result["url"] = i
result["blob"] = getBlob(search,a.cleaned_text)
else:
continue
if len(result) == 0:
for i in res:
g = Goose()
a = g.extract(raw_html=google.get_page(i))
result["title"] = a.title
result["url"] = i
result["blob"] = getBlob(search,a.cleaned_text)
return result
return result
def search(question):
name = False
date = False
searchtype = question.split(" ")[0]
if searchtype.lower() == "who":
name = True
elif searchtype.lower() == "when":
date = True
else:
return [None,0]
g = google.search(question, num = 10, start = 0, stop = 10, pause=3.0)
utils = [w for w in g]
d = {}
count = 0
for x in utils:
#run beautiful soup to find names
try:
html_doc = google.get_page(x)
soup = BeautifulSoup(html_doc)
y = soup.get_text()
if name:
names = check_names(get_potential_names(y))
#names = findname(y)
for k in names.keys():
count = count + names[k]
if k not in d.keys():
d[k] = names[k]
else:
d[k] = d[k] + names[k]
#find highest number of names
# dhigh=findhigh(d);
#return addition of that
elif date:
dates = find_dates( y )
for k in dates.keys():
count = count + dates[k]
if k not in d.keys():
d[k] = dates[k]
else:
d[k] = d[k] + dates[k]
else:
return
except Exception, error:
pass
def get_google_result(q, result_map):
# Form search url
google_url = get_google_search_url(q)
# Parse text of result page
print(google_url)
google_search_results = google.get_page(google_url)
google_search_soup = BeautifulSoup(google_search_results, "html.parser")
google_text_search_results = google_search_soup.get_text().encode(
"utf-8").lower()
result_map["content"] = google_text_search_results
result_map["words"] = google_text_search_results.split(" ")
# Return text
return google_text_search_results
def parsePages(urls, wordsInQuery):
# For example, {"Zeus":500, "Jupiter": 366}
namesByFrequency = {}
# Loop through urls, remembering the index for weighting
for index, url in enumerate(urls):
try:
html = google.get_page(url)
except:
continue
if wordsInQuery[0] == "WHEN":
namesInThisPage = searchHelper.extractDates(html)
else:
namesInThisPage = searchHelper.extractNames(html)
namesInThisPage = searchHelper.weightNames(namesInThisPage, index, NUM_GOOGLE_RESULTS)
namesByFrequency = searchHelper.addDicts(namesByFrequency, namesInThisPage)
namesByPercent = searchHelper.compareNames(namesByFrequency)
return namesByPercent
def when(s):
f = []
f.append("Step 1 - Collecting URLS:")
g = google.search(s, num = 1, start = 0, stop = 8)
urls = [x for x in g]
for annoyingvariable in urls:
f.append(annoyingvariable)
f.append("")
f.append("")
soup = [(google.get_page(x)) for x in urls]
f.append("Step 2 - Collecting all the Years:")
yearsoup = [re.findall('\s[1-2][0-9]{3}',x) for x in soup]
y = yearsoup
f.append(str(y))
f.append("")
f.append("")
yeardict = {}
for page in yearsoup:
if len(page) > 0:
for year in page:
if year in yeardict:
yeardict[year] += 1
else:
yeardict[year] = 1
# return yeardict
# yeardict.update(monthdict)
f.append("Step 3 - Collecting all the Months:")
monthsoup = [findmonths(x) for x in soup]
m = monthsoup
f.append(str(m))
f.append("")
f.append("")
monthdict = {}
for page in monthsoup:
for month in page:
if len(month) > 0:
if month[0] in monthdict:
monthdict[month[0]] += len(month)
else:
monthdict[month[0]] = len(month)
f.append("Step 4 - Making the Dictionaries:")
yd = yeardict
f.append(str(yd))
f.append("")
f.append("")
md = monthdict
f.append(str(md))
f.append("")
f.append("")
topyear = yeardict.keys()[0]
for year in yeardict:
if yeardict[year] > yeardict[topyear]:
topyear = year
topmonth = monthdict.keys()[0]
for month in monthdict:
if monthdict[month] > monthdict[topmonth]:
topmonth = month
f.append("Step 5 - The Answer:")
f.append(topmonth + ", " + topyear)
return f
keyword = 'apple'
res_gen = google.search(keyword, stop=10)
res = []
for site in res_gen:
if site not in res:
res.append(site)
print "a"
fo = open("res.html", "wb")
site_html = google.get_page(res[5])
p = Parser()
p.init_parser()
p.feed(site_html)
print p.data_list
fo.write("<meta charset='UTF-8'><html><body>")
for sentence in p.data_list:
braille_sentence = t.convert(sentence)
print braille_sentence
fo.write("<p>")
fo.write("".join(braille_sentence))
fo.write("</p>")
#print site_html
fo.write("</body></html>")
fo.close()
def when(s):
f = []
f.append("Step 1 - Collecting URLS:")
g = google.search(s, num=1, start=0, stop=8)
urls = [x for x in g]
for annoyingvariable in urls:
f.append(annoyingvariable)
f.append("")
f.append("")
soup = [(google.get_page(x)) for x in urls]
f.append("Step 2 - Collecting all the Years:")
yearsoup = [re.findall('\s[1-2][0-9]{3}', x) for x in soup]
y = yearsoup
f.append(str(y))
f.append("")
f.append("")
yeardict = {}
for page in yearsoup:
if len(page) > 0:
for year in page:
if year in yeardict:
yeardict[year] += 1
else:
yeardict[year] = 1
# return yeardict
# yeardict.update(monthdict)
f.append("Step 3 - Collecting all the Months:")
monthsoup = [findmonths(x) for x in soup]
m = monthsoup
f.append(str(m))
f.append("")
f.append("")
monthdict = {}
for page in monthsoup:
for month in page:
if len(month) > 0:
if month[0] in monthdict:
monthdict[month[0]] += len(month)
else:
monthdict[month[0]] = len(month)
f.append("Step 4 - Making the Dictionaries:")
yd = yeardict
f.append(str(yd))
f.append("")
f.append("")
md = monthdict
f.append(str(md))
f.append("")
f.append("")
topyear = yeardict.keys()[0]
for year in yeardict:
if yeardict[year] > yeardict[topyear]:
topyear = year
topmonth = monthdict.keys()[0]
for month in monthdict:
if monthdict[month] > monthdict[topmonth]:
topmonth = month
f.append("Step 5 - The Answer:")
f.append(topmonth + ", " + topyear)
return f
def fetch_pages(question):
return [google.get_page(url) for url in google.search(question, stop=10)]
def findContactPage(url):
html = google.get_page(url)
soup = BeautifulSoup(html)
contactStr = soup.find_all('a', href=re.compile(".*?contact", re.IGNORECASE))
return contactStr
import google
import re
from bs4 import BeautifulSoup
def findContactPage(url):
html = google.get_page(url)
soup = BeautifulSoup(html)
contactStr = soup.find_all('a', href=re.compile(".*?contact", re.IGNORECASE))
return contactStr
if __name__ == "__main__":
url = "http://www.wrangler.com/"
contactStr = findContactPage(url)
if(len(contactStr) > 0):
contactPage = google.get_page(contactStr[0].get("href"))
print contactStr[0].get("href")#.find_parents("a")
soup = BeautifulSoup(contactPage)
emailStr = soup.find_all(text=re.compile("[\w\.-]+@[\w\.-]+"))
if(len(emailStr) > 0) :
print addressStr
else:
print "could not find email"
else:
print "could not find contacts page"
def myNewsSearch(key):
data = {'q' : key}
url = 'https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&tbs=qdr:h72&'+urllib.urlencode(data)
page = google.get_page(url)
return page
def myNewsSearch(key):
data = {'q': key}
url = 'https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&tbs=qdr:h72&' + urllib.urlencode(
data)
page = google.get_page(url)
return page