def Header(*args, **kwargs): # XXX REDO THIS!! # NOTE: this has to extract an hname, if the hname is known, then call # the real class, let it do the parsing # if the hname is unknown, set it, and build a generic object # # in all cases, pass hname as a seperate value if args: if len(args) == 1: # args is a buf vals = args[0].split(':', 1) if len(vals) > 1: hname, buf = vals else: hname, buf = vals[0], '' else: hname = args[0] buf = args[1] hdr = _FactoryDict.get(headernames.normalise(hname), GenericHeader) else: buf = '' hdr = GenericHeader # requires updating above code, and headerbase.__init__() #return hdr(hname=hname, buf=buf, params=kwargs) return hdr(buf, params=kwargs)
def Header(*args, **kwargs): # XXX REDO THIS!! # NOTE: this has to extract an hname, if the hname is known, then call # the real class, let it do the parsing # if the hname is unknown, set it, and build a generic object # # in all cases, pass hname as a seperate value if args: if len(args) == 1: # args is a buf vals = args[0].split(':', 1) if len(vals) > 1: hname, buf = vals else: hname, buf = vals[0], '' else: hname = args[0] buf = args[1] hdr = _FactoryDict.get( headernames.normalise( hname ), GenericHeader ) else: buf = '' hdr = GenericHeader # requires updating above code, and headerbase.__init__() #return hdr(hname=hname, buf=buf, params=kwargs) return hdr(buf, params=kwargs)
def _get_key(self, key): if not isinstance(key, headerbases.HeaderBase): key = headernames.normalise(key) else: key = key.name return key