def test_parse_latex(self):
for reference, string in self.MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ACCENT_MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ASSORTED:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.MATH:
self.assertEqual(reference, parse_latex(string))
def test_parse_latex(self):
for reference, string in self.MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ACCENT_MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ASSORTED:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.MATH:
self.assertEqual(reference, parse_latex(string))
def __init__(self, filename, encoding='ascii'):
bibtex_database = BibTeXParser(filename)
bibtex_database.encoding = encoding
self.preamble_macros = {}
parse_latex(bibtex_database.preamble,
{'newcommand': NewCommand(self.preamble_macros),
'mbox': Macro(1, '{0}'),
'cite': Macro(1, 'CITE({0})')})
for key, entry in bibtex_database.items():
self.add(self.create_reference(key, entry))
def test_parse_latex(self):
for reference, string in self.MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ACCENT_MACROS:
self.assertEqual(reference, parse_latex(string))
for reference, string in self.ASSORTED:
self.assertEqual(reference, parse_latex(string))
for reference, string, warning in self.WARNINGS:
with self.assertWarns(UserWarning) as record:
self.assertEqual(reference, parse_latex(string))
message, = (rec.message.args[0] for rec in record.warnings)
assert warning in message
for reference, string in self.MATH:
self.assertEqual(reference, parse_latex(string))
def _parse_year(self, year):
try:
year_str = parse_latex(year, self.preamble_macros)
except TypeError:
year_str = str(year)
if EN_DASH in year_str:
begin_year, end_year = year_str.split(EN_DASH)
begin_len, end_len = len(begin_year), len(end_year)
if end_len < begin_len:
end_year = begin_year[:begin_len - end_len] + end_year
else:
begin_year = end_year = int(year_str)
return begin_year, end_year
def _parse_author(self, authors):
csl_authors = []
for author in split_names(authors):
first, von, last, jr = parse_name(author)
csl_parts = {}
for part, csl_label in [(first, 'given'),
(von, 'non-dropping-particle'),
(last, 'family'), (jr, 'suffix')]:
if part is not None:
csl_parts[csl_label] = parse_latex(part,
self.preamble_macros)
name = Name(**csl_parts)
csl_authors.append(name)
return csl_authors
def make_string(string, top_level_group=False):
unlatexed = parse_latex(string, self.preamble_macros)
fixed_case = top_level_group and not string.startswith('\\')
string_cls = NoCase if fixed_case else String
return string_cls(unlatexed)