self.out.write ("\n")
pass
def start (self, key, entry):
if key is None: key = self.next_key ()
self.data = ""
self.key = '[%s] ' % key
extra = self.length - len (self.key)
if extra > 0:
self.key = self.key + ' ' * extra
return
def write (self, text, style = None):
self.data = self.data + text
return
def separator (self):
self.write (" ")
return
def end (self):
self.data = string.strip (self.data)
text = Utils.format (self.data, 79, self.length, self.length)
self.out.write (self.key + text [self.length:] + '\n\n')
return
Autoload.register ('output', 'text', TextFormat)
self.out.write ('<i>%s</i>' % text)
elif style == 'emph':
self.out.write ('<em>%s</em>' % text)
else:
self.out.write (text)
def start_group (self, id, table = None):
self.out.write ('<dl>\n')
return
def end_group (self):
self.out.write ('</dl>\n')
self.out.write ('<p align="right"><small>')
self.out.write ('Generated by Pybliographer')
self.out.write ('</small></p>\n')
return
def start (self, key, entry):
if key is None: key = self.next_key ()
self.out.write ('<dt>[%s]<dd>' % key)
return
def separator (self):
self.out.write (" ")
return
Autoload.register ('output', 'HTML', HTML)
def first_last_full_authors (entry, coding):
return author_desc (entry, coding, 0, -1)
def full_authors (entry, coding):
return author_desc (entry, coding, 0, 0)
def initials_authors (entry, coding):
return author_desc (entry, coding, 1, 0)
def first_last_initials_authors (entry, coding):
return author_desc (entry, coding, 1, -1)
def last_first_initials_authors (entry, coding):
return author_desc (entry, coding, 1, 1)
Autoload.register ('style', 'abbrv', {
'first_last_full_authors' : first_last_full_authors,
'last_first_full_authors' : last_first_full_authors,
'full_authors' : full_authors,
'first_last_initials_authors' : first_last_initials_authors,
'last_first_initials_authors' : last_first_initials_authors,
'initials_authors' : initials_authors,
'string_keys' : create_string_key,
'bibdb_keys' : create_bibdb_key,
'authoryear_keys' : create_authoryear_key,
'unsrtnum_keys' : create_unsrtnum_key,
'european_date' : standard_date,
})
return author_desc (entry, coding, 0, 1)
def first_last_full_authors (entry, coding):
return author_desc (entry, coding, 0, -1)
def full_authors (entry, coding):
return author_desc (entry, coding, 0, 0)
def initials_authors (entry, coding):
return author_desc (entry, coding, 1, 0)
def first_last_initials_authors (entry, coding):
return author_desc (entry, coding, 1, -1)
def last_first_initials_authors (entry, coding):
return author_desc (entry, coding, 1, 1)
# Line below changed
Autoload.register ('style', 'apa4e', {
'first_last_full_authors' : first_last_full_authors,
'last_first_full_authors' : last_first_full_authors,
'full_authors' : full_authors,
'first_last_initials_authors' : first_last_initials_authors,
'last_first_initials_authors' : last_first_initials_authors,
'initials_authors' : initials_authors,
'string_keys' : create_string_key,
'numeric_keys' : create_numeric_key,
'european_date' : standard_date,
})
def opener (url, check):
base = None
if (not check) or (url.url [2] [-4:] == '.med'):
base = Medline (url)
return base
def iterator (url, check):
''' This methods returns an iterator that will parse the
database on the fly (useful for merging or to parse broken
databases '''
if check and url.url [2] [-4:] != '.med': return
return MedlineIterator (open (Open.url_to_local (url), 'r'))
Autoload.register ('format', 'Medline', {'open' : opener,
'write' : writer,
'iter' : iterator})
### Local Variables:
### Mode: python
### py-master-file : "test_medline.py"
### End:
self.out.write ('<i>%s</i>' % text)
elif style == 'emph':
self.out.write ('<em>%s</em>' % text)
else:
self.out.write (text)
def start_group (self, id, table = None):
self.out.write ('<dl>\n')
return
def end_group (self):
self.out.write ('</dl>\n')
self.out.write ('<p align="right"><small>')
self.out.write ('Generated by Pybliographer')
self.out.write ('</small></p>\n')
return
def start (self, key, entry):
if key is None: key = self.next_key ()
self.out.write ('<dt>[%s]<dd>' % key)
return
def separator (self):
self.out.write (" ")
return
Autoload.register ('output', 'HTML', HTML)
return base
def iterator(url, check):
''' This methods returns an iterator that will parse the
database on the fly (useful for merging or to parse broken
databases '''
if check and url.url[2][-5:] != '.ovid': return
file = open(Open.url_to_local(url))
return OvidLike.OvidLike(file,
Config.get('ovid/mapping').data,
Config.get('ovid/deftype').data)
def writer(iter, output, **argh):
mapping = Config.get('ovid/mapping').data
OvidLike.writer(iter, output, mapping)
return
Autoload.register('format', 'Ovid', {
'open': opener,
'write': writer,
'iter': iterator
})
def full_authors(entry, coding):
return author_desc(entry, coding, 0, 0)
def initials_authors(entry, coding):
return author_desc(entry, coding, 1, 0)
def first_last_initials_authors(entry, coding):
return author_desc(entry, coding, 1, -1)
def last_first_initials_authors(entry, coding):
return author_desc(entry, coding, 1, 1)
# Line below changed
Autoload.register(
'style', 'apa4e', {
'first_last_full_authors': first_last_full_authors,
'last_first_full_authors': last_first_full_authors,
'full_authors': full_authors,
'first_last_initials_authors': first_last_initials_authors,
'last_first_initials_authors': last_first_initials_authors,
'initials_authors': initials_authors,
'string_keys': create_string_key,
'numeric_keys': create_numeric_key,
'european_date': standard_date,
})
if table.has_key (key):
suff = ord ('a')
while table.has_key (key):
suff = suff + 1
if suff > ord ('z'):
suff = ord ('a')
base = base + 'a'
key = Key.Key (table, base + chr (suff))
return Key.Key (table, key)
Autoload.register ('key', 'Default', generate_key)
class StringStream:
''' This class simulates a stream and stores it into a simple
string. '''
def __init__ (self):
self.text = ''
return
def write (self, text):
self.text = self.text + text
return
return base
def iterator (url, check):
''' This methods returns an iterator that will parse the
database on the fly (useful for merging or to parse broken
databases '''
if check and url.url [2] [-4:] != '.bib': return None
# Ouvrir le fichier associe
parser = _bibtex.open_file (Open.url_to_local (url),
Config.get ('bibtex/strict').data)
# create a database to generate correct keys
db = Base.DataBase (url)
return BibtexIterator (db, parser)
Autoload.register ('format', 'BibTeX', {'open' : opener,
'write' : writer,
'iter' : iterator})
### Local Variables:
### Mode: python
### py-master-file : "ut_bibtex.py"
### End:
else:
w = w + 1
if w > l:
id = k
l = w
else:
id = 'KEY99'
self.out.write ('\\begin{thebibliography}{%s}\n' % id)
return
def separator (self):
self.out.write ('\n\\newblock ')
return
def end_group (self):
self.out.write ('\\end{thebibliography}\n')
return
def start (self, key, entry):
if key is None: key = self.next_key ()
self.out.write ('\\bibitem[%s]{%s}\n' % (key, entry.key.key))
return
Autoload.register ('output', 'LaTeX', LaTeX)
def first_last_full_authors (entry, coding):
return author_desc (entry, coding, 0, -1)
def full_authors (entry, coding):
return author_desc (entry, coding, 0, 0)
def initials_authors (entry, coding):
return author_desc (entry, coding, 1, 0)
def first_last_initials_authors (entry, coding):
return author_desc (entry, coding, 1, -1)
def last_first_initials_authors (entry, coding):
return author_desc (entry, coding, 1, 1)
Autoload.register ('style', 'abbrv', {
'first_last_full_authors' : first_last_full_authors,
'last_first_full_authors' : last_first_full_authors,
'full_authors' : full_authors,
'first_last_initials_authors' : first_last_initials_authors,
'last_first_initials_authors' : last_first_initials_authors,
'initials_authors' : initials_authors,
'string_keys' : create_string_key,
'bibdb_keys' : create_bibdb_key,
'authoryear_keys' : create_authoryear_key,
'unsrtnum_keys' : create_unsrtnum_key,
'european_date' : standard_date,
})
if table.has_key (key):
suff = ord ('a')
while table.has_key (key):
suff = suff + 1
if suff > ord ('z'):
suff = ord ('a')
base = base + 'a'
key = Key.Key (table, base + chr (suff))
return Key.Key (table, key)
Autoload.register ('key', 'Default', generate_key)
class StringStream:
''' This class simulates a stream and stores it into a simple
string. '''
def __init__ (self):
self.text = ''
return
def write (self, text):
self.text = self.text + text
return
w = w + .5
else:
w = w + 1
if w > l:
id = k
l = w
else:
id = 'KEY99'
self.out.write('\\begin{thebibliography}{%s}\n' % id)
return
def separator(self):
self.out.write('\n\\newblock ')
return
def end_group(self):
self.out.write('\\end{thebibliography}\n')
return
def start(self, key, entry):
if key is None: key = self.next_key()
self.out.write('\\bibitem[%s]{%s}\n' % (key, entry.key.key))
return
Autoload.register('output', 'LaTeX', LaTeX)
