def _parse_action(s: str, l: int, toks: "list[list[str]]"):
if len(toks) > 1:
raise ValueError("Assumption violated. Investigate.")
if any(not isinstance(s, str) for s in toks[0]):
raise ValueError("Unexpected shortcode nesting.")
is_closing_tag = toks[0][0] == "/"
content = toks[0][1:] if is_closing_tag else toks[0]
name = content[0]
args = [
self.hugo_unescape_shortcode_arg(s) for s in content[1:]
]
shortcode = ShortcodeTag(name,
args,
percent_delimiters,
closer=is_closing_tag)
return ParseResults.from_dict({"shortcode": shortcode})
def parse_action(_s, _l, toks):
token = toks
is_image = token.is_image
title = token.title
text = token.text
destination = token.destination
# Use self.scan_string not grammar.scan_string
# so that parse actions attached to LinkParser fire for the nested
# links, which seems desirable.
text_links = tuple(self.scan_string(text))
link = MarkdownLink(
text=text,
destination=destination,
title=title,
is_image=is_image,
text_links=text_links,
)
return ParseResults.from_dict({"link": link})
def _original_text_for(s: str, _l: int, toks):
original_text = s[toks.pop("_original_start"):toks.pop("_original_end"
)]
results = toks.asDict()
results["original_text"] = original_text
return ParseResults.from_dict(results)
