def invite():
dbh1 = BlogsDB.BlogsDB_Handler() # used to get all the valid profiles and necessary info
''' select profiles that
1) has an email
2) has not been considered as invalid (with too few words)
3) has not been sent an email
'''
cmd = '''
select p.url, p.email, pb.blog_url, blogs.name
from profiles as p, profiles_blogs as pb, blogs
where p.url = pb.profile_url
and pb.blog_url = blogs.url
and p.email is not null
and p.url not in (select url from invalid_profiles)
and p.url not in (select profile_url from profiles_tokens)
limit 5;
'''
cmd = '''
select p.url, p.email, pb.blog_url, blogs.name
from profiles as p, profiles_blogs as pb, blogs
where p.url = pb.profile_url
and pb.blog_url = blogs.url
and p.url = 'http://www.blogger.com/profile/00420783423172718178';
'''
#ipdb.set_trace()
profiles_detail = {}
for e in dbh1.exec_and_get(stmt=cmd, params=[]):
profile_url = e[0]
email = e[1]
blog_url = e[2]
blog_name = e[3]
if profile_url not in profiles_detail:
profiles_detail[profile_url] = {}
profiles_detail[profile_url]['email'] = email
profiles_detail[profile_url]['name'] = blog_name
if 'blog_posts' not in profiles_detail[profile_url]:
profiles_detail[profile_url]['blog_posts'] = {}
profiles_detail[profile_url]['blog_posts'][blog_url] = partial_result(blog_url)
for profile_url in profiles_detail:
longest_blog = [] # the blog of the most words of the user
max_words = -1 # number of words in longest_blog
all_posts = []
for blog_url in profiles_detail[profile_url]['blog_posts']:
num_words = 0 # number of words in this blog
for post in profiles_detail[profile_url]['blog_posts'][blog_url]:
txt = post['content']
soup = BeautifulSoup(txt)
post['content'] = soup.get_text() # parse the post in case of raw html format
num_words += len(post['content'].split())
all_posts.append(post)
if num_words > max_words:
max_words = num_words
longest_blog = profiles_detail[profile_url]['blog_posts'][blog_url]
if max_words < MIN_NUM_WORD:
stmt = 'insert into invalid_profiles values(%s);'
dbh1.exec_stmt(stmt, [profile_url])
print 'This profile has too few words'
continue
ctx = {'blog_name': profiles_detail[profile_url]['name'].replace("\'", '')}
#ctx['wf_vs_month'] = visualize.words_vs_time(posts=longest_blog, freq_words=[], group_by='month')
#ctx['wf_vs_year'] = visualize.words_vs_time(posts=longest_blog, freq_words=[], group_by='year')
#ctx['wf_vs_week'] = visualize.words_vs_time(posts=longest_blog, freq_words=[], group_by='week')
#ctx['wf_vs_day'] = visualize.words_vs_time(posts=longest_blog, freq_words=[], group_by='day')
ctx['word_cloud'] = visualize.word_cloud(longest_blog)
token = get_token(profile_url)
ctx['id'] = token
ctx['surveys_taken'] = ', '.join(qualtrics_get.surveys_taken(profile_url))
# compute the big_5 score before sending email
visualize.get_personality(profile_url, all_posts, dbh1)
send_email('*****@*****.**', ctx)
def search_blog_by_link(request):
if 'link' not in request.GET:
return HttpResponse('Please input a url to the blog')
dbh = BlogsDB.BlogsDB_Handler()
blog_link = request.GET['link']
MAX_TO_DISPLAY = int(request.GET['num_posts'])
MAX_TO_DISPLAY = min(MAX_TO_DISPLAY, 200)
posts = dbh.get_posts_in_blog(blog_link)
# ipdb.set_trace()
if len(posts) == 0:
latest = -1
else:
latest = posts[-1]['published']
profile, blog, new_posts, next_page_token = get.get_blog_by_link(blog_link, latest, MAX_TO_DISPLAY)
#assert 1==2
if blog is None:
return HttpResponse('Please input a valid Blogger url')
if 'image_url' not in profile:
# save profile and its blogs when failing to scrape it right now
save_profile(profile['url'], blog['url'])
posts.extend(new_posts)
if len(posts) == 0:
return HttpResponse('Oops. Seems like you have published nothing in this blog')
mask = MAX_TO_DISPLAY if len(posts) > MAX_TO_DISPLAY else len(posts)
ctx = {'blog_name': blog['name'].replace("\'", '')}
# visualization
ctx['wf_vs_month'] = visualize.words_vs_time(posts=posts[-mask:], freq_words=[], group_by='month')
ctx['wf_vs_year'] = visualize.words_vs_time(posts=posts[-mask:], freq_words=[], group_by='year')
ctx['wf_vs_week'] = visualize.words_vs_time(posts=posts[-mask:], freq_words=[], group_by='week')
ctx['wf_vs_day'] = visualize.words_vs_time(posts=posts[-mask:], freq_words=[], group_by='day')
'''
with open(dirname + '/debug.txt', 'w') as f:
f.write(posts[0]['author']['url'])
'''
personality_url = visualize.get_personality(posts[0]['author_url'], posts[-mask:], dbh)
ctx['personality_url'] = personality_url
ctx['word_cloud'] = visualize.word_cloud(posts[-mask:])
ctx['le_classes'] = visualize.ling_ethnography(posts[-mask:])
ctx['ngram_model'] = visualize.ngram_model(posts[-mask:])
# update the database
dbh.batch_update(profile, blog, new_posts)
# spawn a parallel process the retrieve the remaining posts
if next_page_token:
proc = mp.Process(target=get.get_remain_posts,
args=(blog_link, blog['id'], next_page_token, get.MAX_TO_DISPLAY - len(posts), latest))
proc.start()
ctx = Context(ctx)
dbh.close()
return render(request, 'blog_search_result.html', ctx)