def h_cite(parser, buf, mac, args, delim, pos):
opt1 = args[1]
opt2 = args[2]
if len(opt1) == 1 and type(opt1[0]) is defs.VoidToken:
# only [] given
opt1 = []
if opt2:
pre = opt1
if len(opt2) == 1 and type(opt2[0]) is defs.VoidToken:
# only [] given
opt2 = []
post = opt2
else:
pre = []
post = opt1
out = [defs.TextToken(pos, '[', pos_fix=True)]
if pre:
out += pre
out.append(defs.SpaceToken(out[-1].pos, ' ', pos_fix=True))
out.append(defs.TextToken(out[-1].pos, cite_text, pos_fix=True))
if post:
out += [
defs.TextToken(out[-1].pos, ',', pos_fix=True),
defs.SpaceToken(out[-1].pos, ' ', pos_fix=True)
]
out += post
out += [
defs.TextToken(out[-1].pos, ']', pos_fix=True),
defs.ActionToken(out[-1].pos)
]
return out
def h_xyz(parser, buf, mac, args, delim, pos):
return [
defs.TextToken(pos, str(len(args[0]))),
defs.TextToken(pos, str(len(args[1]))),
defs.TextToken(pos, str(len(args[2]))),
defs.TextToken(pos, repr(type(args[1][0]) is defs.VoidToken)),
defs.TextToken(pos, repr(type(args[2][0]) is defs.VoidToken)),
]
def h_footcite(parser, buf, mac, args, delim, pos):
out = [defs.MacroToken(pos, '\\footnote'), defs.SpecialToken(pos, '{')]
out += h_cite(parser, buf, mac, args, delim, pos)
out += [
defs.TextToken(out[-1].pos, '.', pos_fix=True),
defs.SpecialToken(out[-1].pos, '}'),
defs.ActionToken(out[-1].pos)
]
return out
def modify_description(parser, toks):
toks = cap_first(toks)
txt = parser.get_text_expanded(toks)
if txt and txt[-1] not in ('.', '!', '?'):
toks.append(defs.TextToken(toks[-1].pos, '.', pos_fix=True))
return toks