def run(self):
print(self.dblp_urlpt, 'is created.')
Data.result[self.dblp_urlpt] = DBLPQuery.author_match(
self.dblp_urlpt, self.cdblp_author)['ratio']
Data.objects[self.dblp_urlpt] = DBLPQuery.author_match(
self.dblp_urlpt, self.cdblp_author)['object']
Data.overlaps[self.dblp_urlpt] = DBLPQuery.author_match(
self.dblp_urlpt, self.cdblp_author)['overlap']
print(self.dblp_urlpt, 'is done.')
def query(self, query_type, author1, author2, cdblp_venue, dblp_venue, submit):
tmpl = lookup.get_template('query.html')
cached_author_list = DBLPQuery.get_cached_authors()
name_set = set(map(lambda a: a['full_name'], cached_author_list)).union(set(map(lambda a: a['zh'], cached_author_list)))
if query_type == 'pub':
result = get_publications_by_u(cached_author_list, name_set, author1)
return tmpl.render(type=query_type, data=result, author=author1)
elif query_type == 'coauthor':
result = DBLPQuery.get_coauthors_by_author(cached_author_list, name_set, author1)
return tmpl.render(type=query_type, data=result, author=author1)
elif query_type == 'venue':
result = DBLPQuery.get_venues_by_author(cached_author_list, name_set, author1)
l = []
for k, v in result.items():
l.append({ 'venue': k, 'type': v.get('type'), 'count': v.get('count') })
l.sort(key=lambda i: i['count'], reverse=True)
return tmpl.render(type=query_type, data=l, author=author1)
elif query_type == 'coauthor-pub':
result = DBLPQuery.get_coauthored_publications_by_authors(cached_author_list, name_set, author1, author2)
return tmpl.render(type=query_type, data=result, author1=author1, author2=author2)
elif query_type == 'join-venue':
d = DBLPQuery.get_authors_by_venue(cached_author_list, name_set, { 'title': cdblp_venue }, { 'title': dblp_venue })
l = []
for k, v in d.items():
l.append({ 'name': v['zh'], 'name_en': k, 'count': v['count'] })
#l.sort(key=lambda i: i['count'], reverse=True)
return tmpl.render(type=query_type, data=l, cdblp_venue=cdblp_venue, dblp_venue=dblp_venue)
return tmpl.render()
def get_match(author_name):
Data.clear()
author_cdblp = CDBLPAuthor(author_name)
author_name_comp = CDBLPAuthor.getEnglishName(author_name)
urlpt = '{}/{}:{}'.format(author_name_comp['last_name'][0].lower(),
author_name_comp['last_name'],
author_name_comp['first_name'])
candidate_urlpts = set()
author_affiliation = dict()
res = urlopen(DBLPQuery.get_dblp_url(urlpt))
dom = BeautifulSoup(res)
for cu_tag in dom.find_all('li', 'homonym'):
cu = cu_tag.find('a')['href'][3:-5]
candidate_urlpts.add(cu)
author_affiliation[cu] = cu_tag.find('a').next_sibling.string
if len(candidate_urlpts) == 0:
candidate_urlpts.add(urlpt)
author_affiliation[urlpt] = 'Default University'
l = []
for cu in candidate_urlpts:
t = ThreadMatch(cu, author_cdblp)
t.start()
l.append(t)
for t in l:
t.join()
result = []
for k, v in Data.result.items():
if v > 0.1:
result.append({
'urlpt': k,
'aff': author_affiliation[k],
'rank': v
})
result.sort(key=lambda i: i['rank'], reverse=True)
return {'author': author_cdblp, 'result': result}
def get_match(author_name):
Data.clear()
author_cdblp = CDBLPAuthor(author_name)
author_name_comp = CDBLPAuthor.getEnglishName(author_name)
urlpt = '{}/{}:{}'.format(author_name_comp['last_name'][0].lower(), author_name_comp['last_name'], author_name_comp['first_name'])
candidate_urlpts = set()
author_affiliation = dict()
res = urlopen(DBLPQuery.get_dblp_url(urlpt))
dom = BeautifulSoup(res)
for cu_tag in dom.find_all('li', 'homonym'):
cu = cu_tag.find('a')['href'][3:-5]
candidate_urlpts.add(cu)
author_affiliation[cu] = cu_tag.find('a').next_sibling.string
if len(candidate_urlpts) == 0:
candidate_urlpts.add(urlpt)
author_affiliation[urlpt] = 'Default University'
l = []
for cu in candidate_urlpts:
t = ThreadMatch(cu, author_cdblp)
t.start()
l.append(t)
for t in l:
t.join()
result = []
for k, v in Data.result.items():
if v > 0.1:
result.append({ 'urlpt': k, 'aff': author_affiliation[k], 'rank': v })
result.sort(key=lambda i: i['rank'], reverse=True)
return { 'author': author_cdblp, 'result': result }
def run(self):
print(self.dblp_urlpt, 'is created.')
Data.result[self.dblp_urlpt] = DBLPQuery.author_match(self.dblp_urlpt, self.cdblp_author)['ratio']
Data.objects[self.dblp_urlpt] = DBLPQuery.author_match(self.dblp_urlpt, self.cdblp_author)['object']
Data.overlaps[self.dblp_urlpt] = DBLPQuery.author_match(self.dblp_urlpt, self.cdblp_author)['overlap']
print(self.dblp_urlpt, 'is done.')
