def download():
querier = ScholarQuerier()
settings = ScholarSettings()
settings.set_citation_format(ScholarSettings.CITFORM_BIBTEX)
querier.apply_settings(settings)
query = SearchScholarQuery()
query.set_phrase("eelbrain")
query.set_timeframe(2012, None)
query.set_include_patents(False)
# download entries
bib = BibliographyData()
start = 0
while True:
querier.send_query(query)
if len(querier.articles) == 0:
break
# extract citation data
for article in querier.articles:
querier.get_citation_data(article)
# parse entry
data = parse_bytes(article.citation_data, 'bibtex')
assert len(data.entries) == 1
for key, entry in data.entries.items():
# make sure URL is present
if 'url' not in entry.fields:
url = article.attrs['url'][0]
if url:
entry.fields['url'] = url
# store
bib.add_entry(key, entry)
# next page
start += 10
query.set_start(start)
# write to file
CACHE.write_bytes(bib.to_bytes('bibtex').replace(br'\\&', br'\&'))
def load(collname, bib_content):
"""Load uploaded data into the database"""
coll = Collection(collname)
db.session.add(coll)
bib_data = parse_bytes(bib_content, bib_format="bibtex")
for k, v in bib_data.entries.items():
citation_tag = k
title = v.fields['Title'].replace('{', '').replace('}', '')
year = v.fields['Year']
try:
# If nothing in the 'Journal' tag, try 'BookTitle'
journal_book = v.fields['Journal']
try:
journal_book = journal_abbrev(journal_book)
except KeyError:
pass
except KeyError:
try:
journal_book = v.fields['BookTitle']
except KeyError:
journal_book = ''
try:
volume = v.fields['Volume']
except KeyError:
volume = ''
try:
pages = v.fields['Pages'].replace('+', '')
except:
pages = ''
author_list, editor_list = get_author_list(v.persons)
item = Item(citation_tag=citation_tag,
author_list=author_list,
editor_list=editor_list,
journal_book=journal_book,
volume=volume,
pages=pages,
year=year,
title=title,
collection=coll)
db.session.add(item)
db.session.commit()
query.set_phrase("eelbrain")
query.set_timeframe(2012, None)
query.set_include_patents(False)
bib = parse_file(DST, 'bibtex')
start = 0
while True:
querier.send_query(query)
if len(querier.articles) == 0:
break
# extract articles
for article in querier.articles:
querier.get_citation_data(article)
# convert to pybtex entry
data = parse_bytes(article.citation_data, 'bibtex')
assert len(data.entries) == 1
for entry in data.entries.values():
if entry.key in IGNORE:
continue
elif entry.type != 'article':
continue
elif entry.key in bib.entries:
if entry.fields['journal'] == bib.entries[entry.key].fields['journal']:
continue
# fix title
for repl in ACRONYMS:
entry.fields['title'] = re.sub(repl, '{' + repl + '}', entry.fields['title'])
# add info
if 'url' not in entry.fields:
url = article.attrs['url'][0]
def deserialize(self, string):
return parse_bytes(string, self.bib_format)
query = SearchScholarQuery()
query.set_phrase("eelbrain")
query.set_timeframe(2012, None)
query.set_include_patents(False)
bib = parse_file(DST, 'bibtex')
start = 0
while True:
querier.send_query(query)
if len(querier.articles) == 0:
break
# extract articles
for article in querier.articles:
querier.get_citation_data(article)
# convert to pybtex entry
data = parse_bytes(article.citation_data, 'bibtex')
assert len(data.entries) == 1
for entry in data.entries.values():
if entry.key in IGNORE:
continue
elif entry.type != 'article':
continue
elif entry.key in bib.entries:
if entry.fields['journal'] == bib.entries[
entry.key].fields['journal']:
continue
# fix title
for repl in ACRONYMS:
entry.fields['title'] = re.sub(repl, '{' + repl + '}',
entry.fields['title'])
# add info
