def to_xml(self, prefix='', indent=2):
if not self.issorted: self.sort()
s=''
for l in self.sortedList:
if self.keepAbbrevs:
bib=bibitem.BibItem(self.get_item(l)) # copy the item to resolve_abbrevs
bib.resolve_abbrevs(self.abbrevDict)
ss= bib.to_xml(p=prefix,indent=indent)
else:
ss= self.get_item(l).to_xml(p=prefix,indent=indent)
s+= '%s' %(ss)
return s
def to_latex(self,style={}):
if not self.issorted:
self.sort()
s=''
for l in self.sortedList:
if self.keepAbbrevs:
bib=bibitem.BibItem(self.get_item(l)) # copy the item to resolve_abbrevs
bib.resolve_abbrevs(self.abbrevDict)
ss= bib.to_latex(style)
else:
ss= self.get_item(l).to_latex(style)
s+= '%s %s\n' %(r'\item',ss)
return s
def to_html(self,style={}):
if not self.issorted:
self.sort()
s=''
for l in self.sortedList:
tipo= self.get_item(l).get_field('_type','article')
if self.keepAbbrevs:
bib= bibitem.BibItem(self.get_item(l)) # copy the item to resolve_abbrevs
bib.resolve_abbrevs(self.abbrevDict)
ss= bib.to_html(style)
else:
ss= self.get_item(l).to_html(style)
s+= '<li class="%s"> %s </li>\n' %(tipo, ss)
return s
def add_item(self, bib, key=None):
be= bibitem.BibItem(bib,key)
key= be.get_key()
if key == None:
sys.stderr.write('%s\nENTRY FAILED TO IMPORT: %s\n%s%s\n'%(80*'*',bib.get_field('_code',''),bib,80*'*'))
return False
if key in self.ListItems:
if key == self.get_item(key).get_field('_code'):
sys.stderr.write('W: ENTRY ALREADY PRESENT: %s (%s)\n'%(key,bib['_code']))
return False
else:
key = be.get_field('_code')
self.bib[key]= be
self.ListItems.append(key)
self.sortedList.append(key)
self.issorted=False
return True
def import_bibtex(self, fname=None, normalize=True, ReplaceAbbrevs=True):
"""
Import a bibliography (set of items) from a file
If normalize the code (citekey) is overwritten with a standard key following our criteria
"""
ncount=0
st,db= bibitem.bibparse.parsefile(fname)
if st != []:
for k,v in st.iteritems():
self.insertAbbrev(k, v)
self.keepAbbrevs = not ReplaceAbbrevs
if db != None:
for k,v in db.iteritems():
b1= bibitem.BibItem(bibitem.bibparse.replace_abbrevs(self.abbrevDict,dict(v)), normalize = normalize)
key= b1.get_key() # The key is generated
if self.keepAbbrevs: status= self.add_item(v, key)
else: status= self.add_item(b1,key)
if status:
ncount+= 1
if normalize: self.get_item(key).normalize() # _code is put equal to key
self.sort()
return ncount