def set_content(self, full_input):
try:
input = full_input.split(":", 1)[1].lower()
except IndexError:
return
if not is_valid(input):
return
response = arxiv2bib_dict([input])
my_reference = response[input]
self.content = {}
try:
self.content["title"] = re.sub("\s+", " ", my_reference.title)
self.content["URL"] = my_reference.url
self.content["container-title"] = "arXiv"
self.content["year"] = my_reference.year
self.content["eprint"] = my_reference.id
self.content["issued"] = {"date-parts": [[my_reference.year]]}
except AttributeError:
pass
self.content["type"] = "article"
self.content["author"] = []
for author in my_reference.authors:
self.content["author"].append(author_name_as_dict(author))
def test_is_valid_return_false(self):
self.assertFalse(a2b.is_valid('a'))
def test_is_valid_old_style(self):
self.assertTrue(a2b.is_valid('math.CO/0000000'))
def test_is_valid_new_style(self):
self.assertTrue(a2b.is_valid('0000.0000'))
start = startidx[i]
end = endidx[i]
for citationkey in extractcitationkey(text[start:end]):
citationkeylist.append(citationkey)
citationkeylist = list(set(citationkeylist))
# =============================================================================
# Classement
# =============================================================================
# Liste de reference provenant d'arXiv
list_arxiv_id = []
for doi in citationkeylist:
if arxiv2bib.is_valid(doi):
list_arxiv_id.append(doi)
refs_arxiv = arxiv2bib.arxiv2bib(list_arxiv_id)
list_text_refs_arxiv = [arxref.bibtex() for arxref in refs_arxiv]
# liste de reference au format doi
list_doi_refs = []
doi_pattern = '(10[.][0-9]{4,}[^\s"/<>]*/[^\s"<>]+)'
for doi in citationkeylist:
if re.search(doi_pattern, doi):
list_doi_refs.append(doi)
list_text_refs_doi = [pydoi2bib(doi) for doi in list_doi_refs]
def test_is_valid_return_false(self):
self.assertFalse(a2b.is_valid('a'))
def test_is_valid_old_style(self):
self.assertTrue(a2b.is_valid('math.CO/0000000'))
def test_is_valid_new_style(self):
self.assertTrue(a2b.is_valid('0000.0000'))
