def __parsefile__(self):
self.dict = {}
# Ouvrir le fichier associe
self.parser = _bibtex.open_file(Open.url_to_local(self.key),
Config.get ('bibtex/strict').data)
# Incorporer les definitions de l'utilisateur
if not Config.get('bibtex+/override').data:
user = Config.get('bibtex/macros').data
valid = re.compile('^\w+$')
for k in user.keys():
if not valid.match(k):
raise TypeError, _("key `%s' is malformed") % k
_bibtex.set_string(self.parser, k,
_bibtex.reverse(_base_fieldtype[Text],
Config.get('bibtex+/braces').data,
user [k][0]))
finished = 0
errors = []
# Creer la base de cles
iter = BibtexIterator(self, self.parser)
try:
entry = iter.first()
if entry is not None:
if entry.key is None:
self.add(entry)
else:
if self.dict.has_key(entry.key):
errors.append(_("%s:%d: key `%s' already defined") % (
str(self.key), entry.line, entry.key.key))
else:
self.dict [entry.key] = entry
except Exceptions.ParserError, err:
errors.append (str (err))
def __parsefile__(self):
self.dict = {}
# Ouvrir le fichier associe
self.parser = _bibtex.open_file(Open.url_to_local(self.key),
Config.get('bibtex/strict').data)
# Incorporer les definitions de l'utilisateur
if not Config.get('bibtex+/override').data:
user = Config.get('bibtex/macros').data
valid = re.compile('^\w+$')
for k in user.keys():
if not valid.match(k):
raise TypeError, _(u"key “%s” is malformed") % k
_bibtex.set_string(
self.parser, k,
_bibtex.reverse(_base_fieldtype[Text],
Config.get('bibtex+/braces').data,
user[k][0]))
errors = []
# Creer la base de cles
iter = BibtexIterator(self, self.parser)
try:
entry = iter.first()
if entry is not None:
if entry.key is None:
self.add(entry)
else:
if self.dict.has_key(entry.key):
errors.append(
_(u"%s:%d: key “%s” already defined") %
(str(self.key), entry.line, entry.key.key))
else:
self.dict[entry.key] = entry
except Exceptions.ParserError, err:
errors.append(str(err))
if self.dict.has_key(entry.key):
errors.append(_("%s:%d: key `%s' already defined") % (
repr(self.key), entry.line, repr(entry.key.key)))
else:
self.dict[entry.key] = entry
if len(errors) > 0:
raise Exceptions.ParserError(errors)
# Incorporer les definitions de l'utilisateur
if Config.get('bibtex+/override').data:
user = Config.get('bibtex/macros').data
valid = re.compile('^\w+$')
for k in user.keys():
if not valid.match(k):
raise TypeError, _("key `%s' is malformed") % k
_bibtex.set_string(self.parser, k,
_bibtex.reverse(_base_fieldtype[Text],
Config.get('bibtex+/braces').data,
user[k][0]))
return
def __str__(self):
''' '''
return '<BibTeX database `%s\' (%d entries)>' % \
(self.key, len (self))
def get_native(self, entry):
''' Return the object in its native format '''
stream = Utils.StringStream()
entry_write(entry, stream)
return stream.text
def create_native(self, value):
_(u"%s:%d: key “%s” already defined") %
(repr(self.key), entry.line, repr(entry.key.key)))
else:
self.dict[entry.key] = entry
if len(errors) > 0:
raise Exceptions.ParserError(errors)
# Incorporer les definitions de l'utilisateur
if Config.get('bibtex+/override').data:
user = Config.get('bibtex/macros').data
valid = re.compile('^\w+$')
for k in user.keys():
if not valid.match(k):
raise TypeError, _(u"key “%s” is malformed") % k
_bibtex.set_string(
self.parser, k,
_bibtex.reverse(_base_fieldtype[Text],
Config.get('bibtex+/braces').data,
user[k][0]))
return
def __str__(self):
''' '''
return '<BibTeX database `%s\' (%d entries)>' % \
(self.key, len (self))
def get_native(self, entry):
''' Return the object in its native format '''
stream = Utils.StringStream()
entry_write(entry, stream)
return stream.text
