%s

# -*- coding: utf-8 -*- '''Convert utility from bibtex to html''' # -------------------------------------------------------------------------------- # Copyright (C) 2011 by Bjørn Ådlandsvik and Björn Stenger # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to deal # in the Software without restriction, including without limitation the rights # to use, copy, modify, merge, publish, distribute, sublicense, and/or sell # copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN # THE SOFTWARE. # -------------------------------------------------------------------------------- # Python script to convert bibtex to html (4.01) # # Usage: # bib2html [bibfile] [htmlfile] # # Currently not a full bibtex parser. # Restrictions: # entries must end with "}" in first column of a new line # no blank lines allowed within an entry # must have space before and after the "=" in the field definitions # limited special symbols (accents etc.) # # Fields such as author, year, title, ... are marked with # in the html file. Appearance can be controlled with a CSS style sheet. # Selected authors (for instance yourself, your research group) # can be set in the selected_author list (surname only). # They will be marked by %s

[BibTeX file]

""" % (encoding, title, css_file) # now = yyyy-mm-dd now = str(datetime.date.today()) # html epilog epilog = """

Created %s with bib2html.py

""" % (now) # -------------------------------------------------------------------------------- # class and function definitions # -------------------------------------------------------------------------------- # regular expression for \emph{...{...}*...} emph = re.compile(u''' \\\\emph{ # \emph{ (?P([^{}]*{[^{}]*})*.*?) # (...{...})*... }''', re.VERBOSE) # } # -------------------------------------------------------------------------------- # class: bibtex entry # -------------------------------------------------------------------------------- class Entry(object): """Class for bibtex entry""" def clean(self): '''Clean up an entry''' for k, v in self.__dict__.items(): # remove leading and trailing whitespace v = v.strip() # replace special characters - add more if necessary v = v.replace('\\AE', u'Æ') v = v.replace('\\O', u'Ø') v = v.replace('\\AA', u'Å') v = v.replace('\\ae', u'æ') v = v.replace('\\o', u'ø') v = v.replace('\\aa', u'å') v = v.replace('\\\'a', 'á') v = v.replace('\\\'e', 'é') v = v.replace('\\c{c}' , 'ç') # fix \emph in title if k == 'title': v = re.sub(emph, '\g', v) # remove "{" and "}" v = v.replace('{', '') v = v.replace('}', '') v = v.replace('"', '') # remove trailing comma and dot if v[-1] == ',': v = v[:-1] # fix author if k == 'author': # split into list of authors authors = v.split(' and ') # strip each author authors = [a.strip() for a in authors] # make blanks non-breakable authors = [a.replace(' ', ' ') for a in authors] # mark selected authors for i, a in enumerate(authors): surname = a.split(' ')[0] if surname in selected_authors: a = ''.join(['', a, '']) authors[i] = a # concatenate the authors again if len(authors) == 1: v = authors[0] elif len(authors) == 2: v = authors[0] + " and " + authors[1] else: # len(authors) > 2: v = ", ".join(authors[:-1]) + " and " + authors[-1] # fix pages if k == 'pages': v = v.replace('--', '–') v = v.replace('-', '–') setattr(self, k, v) # ------------------ def write(self, fid): """Write entry to html file""" edict = self.__dict__ # bruke # --- Start list --- fid.write('\n') fid.write('

\n') # --- author --- fid.write('') fid.write(self.author) fid.write('') fid.write(',
') # --- chapter --- chapter = False if edict.has_key('chapter'): chapter = True fid.write('') fid.write(self.chapter) fid.write('') fid.write(',
') fid.write('in: ') fid.write('') fid.write(self.title) fid.write('') fid.write(', ') fid.write(self.publisher) # --- title --- if not(chapter): fid.write('') fid.write(self.title) fid.write('') fid.write(',
') # --- journal or similar --- journal = False if edict.has_key('journal'): journal = True fid.write('') fid.write(self.journal) fid.write('') elif edict.has_key('booktitle'): journal = True fid.write(edict['booktitle']) elif edict['type'] == 'phdthesis': journal = True fid.write('PhD thesis, ') fid.write(edict['school']) elif edict['type'] == 'techreport': journal = True fid.write('Tech. Report, ') fid.write(edict['number']) # --- volume, pages, notes etc --- if edict.has_key('volume'): fid.write(', Vol. ') fid.write(edict['volume']) if (edict.has_key('number') and edict['type']!='techreport'): fid.write(', No. ') fid.write(edict['number']) if edict.has_key('pages'): fid.write(', p.') fid.write(edict['pages']) elif edict.has_key('note'): if journal or chapter: fid.write(', ') fid.write(edict['note']) if edict.has_key('month'): fid.write(', ') fid.write(self.month) # --- year --- fid.write('') fid.write(', '); fid.write(self.year) fid.write('') #fid.write(',\n') # final period fid.write('.') # --- Links --- pdf = False url = False if edict.has_key('pdf'): pdf = True if edict.has_key('url') or edict.has_key('doi'): url = True if pdf or url: fid.write('
\n[ ') if pdf: fid.write('pdf ') if url: fid.write('\n| ') if url: fid.write('link ') fid.write(']\n') # Terminate the list entry fid.write('

\n') # -------------------------------------------------------------------------------- # generator: bibtex reader # -------------------------------------------------------------------------------- def bib_reader(filename): '''Generator for iteration over entries in a bibtex file''' fid = open(filename) while True: # skip irrelevant lines while True: line = fid.next() if len(line) > 0: if line[0] == '@': break # Found entry # Handle entry if line[0] == '@': e = Entry() # entry type mellon @ og { words = line.split('{') e.type = words[0][1:].lower() #print e.type + '\n' # Iterate through the fields of the entry first_field = True while True: line = fid.next() #print line + '\n' words = line.split() if words[0] == "}": # end of entry # store last field setattr(e, fieldname, fieldtext) break if len(words) > 1 and words[1] == "=": # new field # store previous field if not first_field: setattr(e, fieldname, fieldtext) else: first_field = False #inline = True fieldname = words[0].lower() fieldtext = " ".join(words[2:]) # remains a text else: # continued line fieldtext = " ".join([fieldtext] + words) yield e # -------------------------------------------------------------------------------- # main # -------------------------------------------------------------------------------- def main(): args = sys.argv[1:] if not args: print 'usage: bib2html [bibfile] [htmlfile]' sys.exit(1) bibfile=args[0] del args[0:1] if not args: htmlfile="publist.html" #default else: htmlfile=args[0] # create the html file with opted encoding f1 = codecs.open(htmlfile, 'w', encoding=encoding) # write the initial part of the file f1.write(prolog) # lists according to publication type bookchapterlist =[] journallist =[] conflist =[] techreportlist =[] thesislist =[] # read bibtex file f0 = bib_reader(bibfile) # Iterate over the entries and bib2html directives for e in f0: e.clean() if (e.type=="inbook"): bookchapterlist.append(e) if (e.type=="article"): journallist.append(e) if (e.type=="inproceedings"): conflist.append(e) if (e.type=="techreport"): techreportlist.append(e) if (e.type=="phdthesis"): thesislist.append(e) # write list according to publication type f1.write('

Book Chapters

'); f1.write('\n

\n\n') for e in bookchapterlist: e.write(f1) f1.write('\n\n\n') f1.write('

Journals

'); f1.write('\n

\n\n') for e in journallist: e.write(f1) f1.write('\n\n\n') f1.write('

Conferences and Workshops

'); f1.write('\n

\n\n') for e in conflist: e.write(f1) f1.write('\n\n\n') f1.write('

Technical Reports

'); f1.write('\n

\n\n') for e in techreportlist: e.write(f1) f1.write('\n\n\n') f1.write('

Theses

'); f1.write('\n

\n\n') for e in thesislist: e.write(f1) f1.write('\n\n\n') # write epilog f1.write(epilog) f1.close() print 'written: '+htmlfile+'\n' if __name__ == '__main__': main()