def get_autor_page(author_name, author_idx):
'''Renders author page from author_name and search index'''
print 'Get author:', author_name
author_name = author_name.replace('_',' ')
for author_node in author_idx['name'][author_name]: break
else: return "Author %s not found" % to_ascii(author_name)
paper_nodes = ( ref.startNode for ref in author_node.author.incoming )
paper_nodes_sorted = sorted(paper_nodes, key=lambda node: node['c_citation_count'], reverse=True)
papers_html = ( '<li>' + get_ref_html(paper_node) + '</li>\n' for paper_node in paper_nodes_sorted )
ref_string = u'<ul>'
ref_string += u''.join( papers_html )
ref_string += u'</ul>'
html = author_template.format(
author_name = author_name,
author_url = '#',
references = ref_string,
)
print 'Get author check'
return to_ascii(html_head + html)
def get_autor_page(author_name, author_idx):
'''Renders author page from author_name and search index'''
print 'Get author:', author_name
author_name = author_name.replace('_', ' ')
for author_node in author_idx['name'][author_name]:
break
else:
return "Author %s not found" % to_ascii(author_name)
paper_nodes = (ref.startNode for ref in author_node.author.incoming)
paper_nodes_sorted = sorted(paper_nodes,
key=lambda node: node['c_citation_count'],
reverse=True)
papers_html = ('<li>' + get_ref_html(paper_node) + '</li>\n'
for paper_node in paper_nodes_sorted)
ref_string = u'<ul>'
ref_string += u''.join(papers_html)
ref_string += u'</ul>'
html = author_template.format(
author_name=author_name,
author_url='#',
references=ref_string,
)
print 'Get author check'
return to_ascii(html_head + html)
def get_search_page(search_string, search_idx, limit=None):
'''Renders search page from search_string and search index'''
search_string = sub('[^\w-]+', ' AND ', search_string)
author_html = u'<ul>'
for author_node in islice(search_idx.query('author', search_string), 0,
limit):
author_html += u'''<li> <a href='%s'> %s </a> </li>''' % (
"/author/" + author_node['name'].replace(' ', '_'),
author_node['name'])
author_html += '</ul>'
results_node = islice(search_idx.query('title', search_string), 0, limit)
results_node_sorted = sorted(results_node,
key=lambda node: node['c_citation_count'],
reverse=True)
results_html = ('<li>' + get_ref_html(paper_node) + '</li>\n'
for paper_node in results_node_sorted)
paper_html = u'<ul>'
paper_html += u''.join(results_html)
paper_html += u'</ul>'
html = search_template.format(search_string=search_string,
authors=author_html,
articles=paper_html)
return to_ascii(html_head + html)
def get_paper_page(paper_node):
'''Renders paper page from neo4j node'''
rw_id = paper_node['source_id']
ref_nodes = ( ref.endNode for ref in paper_node.ref.outgoing )
ref_list = ( get_ref_html(node) for node in sorted(ref_nodes, key=lambda node: node['c_citation_count'], reverse = True) )
ref_list_complete = chain(ref_list, paper_node['unknown_references'][1:])
ref_string = '<ul>'
ref_string += '\n'.join( '<li>' + entry + '</li>' for entry in ref_list_complete )
ref_string += '</ul>'
cite_nodes = ( ref.startNode for ref in paper_node.ref.incoming )
cite_list = ( get_ref_html(node) for node in sorted(cite_nodes, key=lambda node: node['c_citation_count'], reverse = True) )
cite_string = '<ul>'
cite_string += '\n'.join( '<li>' + entry + '</li>' for entry in cite_list )
cite_string += '</ul>'
html = main_template.format(
node_id = rw_id,
short_id = rw_id.split(':')[-1],
source_url = paper_node['source_url'],
title = paper_node['title'],
abstract = paper_node['abstract'],
author = get_author_html(paper_node),
references = ref_string,
citations = cite_string,
citation_count = paper_node['c_citation_count'],
reference_count = paper_node['c_reference_count'],
)
return to_ascii(html_head + html)
def get_paper_page(paper_node):
'''Renders paper page from neo4j node'''
rw_id = paper_node['source_id']
ref_nodes = (ref.endNode for ref in paper_node.ref.outgoing)
ref_list = (get_ref_html(node) for node in sorted(
ref_nodes, key=lambda node: node['c_citation_count'], reverse=True))
ref_list_complete = chain(ref_list, paper_node['unknown_references'][1:])
ref_string = '<ul>'
ref_string += '\n'.join('<li>' + entry + '</li>'
for entry in ref_list_complete)
ref_string += '</ul>'
cite_nodes = (ref.startNode for ref in paper_node.ref.incoming)
cite_list = (get_ref_html(node) for node in sorted(
cite_nodes, key=lambda node: node['c_citation_count'], reverse=True))
cite_string = '<ul>'
cite_string += '\n'.join('<li>' + entry + '</li>' for entry in cite_list)
cite_string += '</ul>'
html = main_template.format(
node_id=rw_id,
short_id=rw_id.split(':')[-1],
source_url=paper_node['source_url'],
title=paper_node['title'],
abstract=paper_node['abstract'],
author=get_author_html(paper_node),
references=ref_string,
citations=cite_string,
citation_count=paper_node['c_citation_count'],
reference_count=paper_node['c_reference_count'],
)
return to_ascii(html_head + html)
def get_search_page(search_string, search_idx, limit = None):
'''Renders search page from search_string and search index'''
search_string = sub('[^\w-]+', ' AND ', search_string)
author_html = u'<ul>'
for author_node in islice(search_idx.query('author', search_string),0,limit):
author_html += u'''<li> <a href='%s'> %s </a> </li>''' % ("/author/" + author_node['name'].replace(' ','_'), author_node['name'] )
author_html += '</ul>'
results_node = islice(search_idx.query('title', search_string),0,limit)
results_node_sorted = sorted(results_node, key = lambda node: node['c_citation_count'], reverse=True)
results_html = ( '<li>' + get_ref_html(paper_node) + '</li>\n' for paper_node in results_node_sorted)
paper_html = u'<ul>'
paper_html += u''.join(results_html)
paper_html += u'</ul>'
html = search_template.format(
search_string = search_string,
authors = author_html,
articles = paper_html
)
return to_ascii(html_head + html)
def get_front_page():
'''Renders Related-Work front page'''
return to_ascii(html_head + front_html)
def get_front_page():
'''Renders Related-Work front page'''
return to_ascii(html_head + front_html)