documents: inline formats toggle as Typora's

MarkdownDocument::format toggles bold, italic, code, strike, underline,
link and image at the selection, or clears every inline mark from the
blocks it touches, following Typora's toggleStyle: off inside the style,
wrap a selection, take the caret's word or write an empty pair. Code,
math, HTML and front matter refuse, as does a selection crossing a
block, a link or another mark. An open block keeps its field open.

Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
This commit is contained in:
ZacharyZhang-NYandClaude Opus 5.5 committed 2026-10-14 11:51:24 -04:00
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@@ -0,0 +1,492 @@
//! Inline formats toggle at the selection, as Typora's (R4.6).
use std::ops::Range;
use gpui::Context;
use markdown::mdast::Node;
use super::MarkdownDocument;
use crate::documents::{
MarkdownMode,
markdown::{file_tree, span, walk},
modes::joint,
tree::inside,
};
/// An inline format of Typora's Format menu.
#[derive(Clone, Copy, Debug, PartialEq, Eq)]
pub enum InlineFormat {
Strong,
Emphasis,
Code,
Strike,
Underline,
Link,
Image,
/// Every inline mark in the touched blocks.
Clear,
}
/// Why a format did not happen.
#[derive(Clone, Copy, Debug, PartialEq, Eq)]
pub enum FormatRefusal {
/// Preview takes no edits.
Preview,
Code,
Math,
Html,
FrontMatter,
/// No paragraph, heading or cell at the caret.
Outside,
/// The selection crosses a block or another mark.
Across,
}
/// The edits and the selection after them.
pub(super) type Change = (Vec<(Range<usize>, String)>, Range<usize>);
/// Typora's word stops: punctuation and space.
fn stop(ch: char) -> bool {
ch.is_whitespace() || "()[]^&_-+*#@!~`\\/{}'\":;<>,.?%".contains(ch)
}
/// The text a block holds: its children, past heading marks.
fn content(node: &Node) -> Range<usize> {
let whole = span(node);
match node.children().map(|kids| (kids.first(), kids.last())) {
Some((Some(first), Some(last))) => span(first).start..span(last).end,
_ => whole.end..whole.end,
}
}
fn block(node: &Node) -> bool {
matches!(
node,
Node::Paragraph(_) | Node::Heading(_) | Node::TableCell(_)
)
}
/// A styled node's two marks, kept text between.
fn marks(node: &Node, text: &str) -> Option<[Range<usize>; 2]> {
let whole = span(node);
let inner = match node {
Node::Strong(_) | Node::Emphasis(_) | Node::Delete(_) => content(node),
Node::Link(_) | Node::LinkReference(_) => content(node),
Node::InlineCode(_) => inside(text, whole.clone(), '`'),
Node::Image(_) | Node::ImageReference(_) => {
// Typora keeps the alt up to its first `]`.
let end = whole.start + text[whole.clone()].find(']')?;
whole.start + 2..end
}
_ => return None,
};
Some([whole.start..inner.start, inner.end..whole.end])
}
fn styled(format: InlineFormat, node: &Node) -> bool {
match format {
InlineFormat::Strong => matches!(node, Node::Strong(_)),
InlineFormat::Emphasis => matches!(node, Node::Emphasis(_)),
InlineFormat::Code => matches!(node, Node::InlineCode(_)),
InlineFormat::Strike => matches!(node, Node::Delete(_)),
InlineFormat::Link => matches!(node, Node::Link(_) | Node::LinkReference(_)),
InlineFormat::Image => matches!(node, Node::Image(_) | Node::ImageReference(_)),
InlineFormat::Underline | InlineFormat::Clear => false,
}
}
/// `text[range]` without `holes`, sorted and inside it.
fn cut(text: &str, range: Range<usize>, holes: &[Range<usize>]) -> String {
let mut out = String::new();
let mut at = range.start;
for hole in holes {
out.push_str(&text[at..hole.start]);
at = hole.end;
}
out.push_str(&text[at..range.end]);
out
}
/// Byte `at` once `holes` are cut; inside one, its start.
fn after(at: usize, holes: &[Range<usize>]) -> usize {
let gone: usize = holes
.iter()
.map(|hole| at.clamp(hole.start, hole.end) - hole.start)
.sum();
at - gone
}
/// Refuses an end inside code, math, HTML or front matter.
fn verbatim(
nodes: &[&Node],
selection: &Range<usize>,
format: InlineFormat,
) -> Result<(), FormatRefusal> {
let blocks: Vec<Range<usize>> = nodes
.iter()
.filter(|node| block(node))
.map(|node| span(node))
.collect();
for node in nodes {
let whole = span(node);
let touches = |edge: bool| {
[selection.start, selection.end]
.iter()
.any(|&at| match edge {
true => whole.start <= at && at <= whole.end,
false => whole.start < at && at < whole.end,
})
};
let inline = blocks
.iter()
.any(|block| block.start <= whole.start && whole.end <= block.end);
// Clear takes a block's inline code and tags too.
let held = format != InlineFormat::Clear && touches(false);
let why = match node {
Node::Code(_) if touches(true) => FormatRefusal::Code,
Node::Math(_) if touches(true) => FormatRefusal::Math,
Node::Yaml(_) | Node::Toml(_) if touches(true) => FormatRefusal::FrontMatter,
Node::InlineCode(_) if format != InlineFormat::Code && held => FormatRefusal::Code,
Node::InlineMath(_) if held => FormatRefusal::Math,
Node::Html(_) if (inline && held) || (!inline && touches(true)) => FormatRefusal::Html,
_ => continue,
};
return Err(why);
}
Ok(())
}
/// The `<u>` and `</u>` around `s..e` in `within`.
fn underline(
nodes: &[&Node],
within: &Range<usize>,
s: usize,
e: usize,
) -> Option<[Range<usize>; 2]> {
let tag = |node: &&&Node, name: &str| match node {
Node::Html(html) => html.value.trim().eq_ignore_ascii_case(name),
_ => false,
};
let tags: Vec<(&Node, Range<usize>)> = nodes
.iter()
.filter(|node| matches!(node, Node::Html(_)) && within.contains(&span(node).start))
.map(|node| (*node, span(node)))
.collect();
let open = tags.iter().rfind(|(_, at)| at.end <= s)?;
let close = tags.iter().find(|(_, at)| at.start >= e)?;
let between = |from: usize, to: usize, name: &str| {
tags.iter()
.any(|(node, at)| at.start >= from && at.end <= to && tag(&node, name))
};
let paired = tag(&&open.0, "<u>") && tag(&&close.0, "</u>");
(paired && !between(open.1.end, s, "</u>") && !between(e, close.1.start, "<u>"))
.then(|| [open.1.clone(), close.1.clone()])
}
/// `format` toggled at `selection` in `text`, or why not.
pub(super) fn toggle(
text: &str,
selection: Range<usize>,
format: InlineFormat,
) -> Result<Change, FormatRefusal> {
let root = file_tree(text);
let mut nodes = Vec::new();
walk(&root, &mut nodes);
verbatim(&nodes, &selection, format)?;
if format == InlineFormat::Clear {
return clear(text, &nodes, selection);
}
let picked = &text[selection.clone()];
let s = selection.start + (picked.len() - picked.trim_start().len());
let e = (selection.end - (picked.len() - picked.trim_end().len())).max(s);
let holds = |whole: &Range<usize>| match s == e {
true => whole.start < s && s < whole.end,
false => whole.start <= s && e <= whole.end,
};
let unwrap = |range: Range<usize>, holes: [Range<usize>; 2]| -> Change {
let written = cut(text, range.clone(), &holes);
(vec![(range, written)], after(s, &holes)..after(e, &holes))
};
let found = (nodes.iter())
.filter(|node| styled(format, node) && holds(&span(node)))
.min_by_key(|node| span(node).len());
if let Some(node) = found {
return Ok(unwrap(
span(node),
marks(node, text).expect("a styled node has marks"),
));
}
let within = (nodes.iter())
.filter(|node| block(node))
.map(|node| content(node))
.filter(|range| range.start <= s && e <= range.end)
.min_by_key(|range| range.len());
let Some(within) = within else {
let line = text[..s]
.rsplit('\n')
.next()
.unwrap_or_default()
.to_string()
+ text[s..].split('\n').next().unwrap_or_default();
return match s == e && line.trim().is_empty() {
true => Ok(pair(s, format)),
false => Err(FormatRefusal::Outside),
};
};
if format == InlineFormat::Underline
&& let Some(tags) = underline(&nodes, &within, s, e)
{
return Ok(unwrap(tags[0].start..tags[1].end, tags));
}
if s != e {
return wrap(text, &nodes, &within, s, e, format);
}
let prev = text[within.start..s].chars().next_back();
let next = text[s..within.end].chars().next();
if prev.is_none_or(stop) && next.is_none_or(stop) {
crossed(text, &nodes, &within, s, s, format)?;
return Ok(pair(s, format));
}
let word = (nodes.iter())
.filter(|node| matches!(node, Node::Text(_)))
.map(|node| span(node))
.find(|run| run.start <= s && s <= run.end)
.map(|run| {
let start = (text[run.start..s].char_indices().rev())
.find(|(_, ch)| stop(*ch))
.map_or(run.start, |(at, ch)| run.start + at + ch.len_utf8());
let end = s + text[s..run.end].find(stop).unwrap_or(run.end - s);
start..end
})
.filter(|word| !word.is_empty());
match word {
Some(word) => wrap(text, &nodes, &within, word.start, word.end, format),
None => {
crossed(text, &nodes, &within, s, s, format)?;
Ok(pair(s, format))
}
}
}
/// The marks `format` writes around `inner`.
fn written(format: InlineFormat, inner: &str) -> (String, String) {
let (open, close) = match format {
InlineFormat::Strong => ("**", "**"),
InlineFormat::Emphasis => ("*", "*"),
InlineFormat::Strike => ("~~", "~~"),
InlineFormat::Underline => ("<u>", "</u>"),
InlineFormat::Link => ("[", "]()"),
InlineFormat::Image => ("![", "]()"),
InlineFormat::Code => {
let longest = inner.split(|ch| ch != '`').map(str::len).max().unwrap_or(0);
let fence = "`".repeat(longest + 1);
let pad = if inner.starts_with('`') || inner.ends_with('`') {
" "
} else {
""
};
return (format!("{fence}{pad}"), format!("{pad}{fence}"));
}
InlineFormat::Clear => unreachable!("clear writes no marks"),
};
(open.into(), close.into())
}
/// An empty pair at `at`, the caret inside it.
fn pair(at: usize, format: InlineFormat) -> Change {
let (open, close) = written(format, "");
let caret = at + open.len();
(vec![(at..at, format!("{open}{close}"))], caret..caret)
}
/// Refuses `s..e` cutting a node or landing in its marks.
fn crossed(
text: &str,
nodes: &[&Node],
within: &Range<usize>,
s: usize,
e: usize,
format: InlineFormat,
) -> Result<(), FormatRefusal> {
let merges = matches!(
format,
InlineFormat::Strong | InlineFormat::Emphasis | InlineFormat::Strike
);
for node in nodes {
let whole = span(node);
let merged = merges && styled(format, node) && s <= whole.start && whole.end <= e;
if matches!(node, Node::Text(_))
|| merged
|| whole.start < within.start
|| whole.end > within.end
{
continue;
}
let holes = match node {
Node::InlineMath(_) | Node::Html(_) | Node::Break(_) | Node::FootnoteReference(_) => {
vec![whole.clone()]
}
_ => match marks(node, text) {
Some(marks) => marks.to_vec(),
None => continue,
},
};
let holds = whole.start <= s && e <= whole.end;
let cuts =
whole.start < e && s < whole.end && !holds && !(s <= whole.start && whole.end <= e);
let in_mark = |at: usize| holes.iter().any(|hole| hole.start < at && at < hole.end);
if cuts || in_mark(s) || in_mark(e) {
return Err(FormatRefusal::Across);
}
}
Ok(())
}
/// `s..e` in `format`, same marks inside taken in.
fn wrap(
text: &str,
nodes: &[&Node],
within: &Range<usize>,
mut s: usize,
mut e: usize,
format: InlineFormat,
) -> Result<Change, FormatRefusal> {
if matches!(
format,
InlineFormat::Strong | InlineFormat::Emphasis | InlineFormat::Strike
) {
for node in nodes.iter().filter(|node| styled(format, node)) {
let whole = span(node);
if whole.start < e
&& s < whole.end
&& within.start <= whole.start
&& whole.end <= within.end
{
(s, e) = (s.min(whole.start), e.max(whole.end));
}
}
}
crossed(text, nodes, within, s, e, format)?;
let mut holes: Vec<Range<usize>> = (nodes.iter())
.filter(|node| styled(format, node) && s <= span(node).start && span(node).end <= e)
.flat_map(|node| marks(node, text).expect("a styled node has marks"))
.filter(|hole| !hole.is_empty())
.collect();
holes.sort_by_key(|hole| hole.start);
let inner = cut(text, s..e, &holes);
let (open, close) = written(format, &inner);
let at = s + open.len();
let selection = match format {
InlineFormat::Link | InlineFormat::Image => at + inner.len() + 2..at + inner.len() + 2,
_ => at..at + inner.len(),
};
Ok((vec![(s..e, format!("{open}{inner}{close}"))], selection))
}
/// Every inline mark in the blocks `selection` touches.
fn clear(text: &str, nodes: &[&Node], selection: Range<usize>) -> Result<Change, FormatRefusal> {
let blocks: Vec<Range<usize>> = (nodes.iter())
.filter(|node| block(node))
.map(|node| content(node))
.filter(|range| range.start <= selection.end && selection.start <= range.end)
.collect();
if blocks.is_empty() {
return Err(FormatRefusal::Outside);
}
let held = |hole: &Range<usize>| {
blocks
.iter()
.any(|block| block.start <= hole.start && hole.end <= block.end)
};
let mut holes: Vec<Range<usize>> = (nodes.iter())
.flat_map(|node| match node {
Node::Html(_) => vec![span(node)],
_ => marks(node, text).map(Vec::from).unwrap_or_default(),
})
.filter(|hole| !hole.is_empty() && held(hole))
.collect();
holes.sort_by_key(|hole| hole.start);
let edits = (blocks.iter())
.filter_map(|block| {
let inside: Vec<Range<usize>> = (holes.iter())
.filter(|hole| block.start <= hole.start && hole.end <= block.end)
.cloned()
.collect();
(!inside.is_empty()).then(|| (block.clone(), cut(text, block.clone(), &inside)))
})
.collect();
Ok((
edits,
after(selection.start, &holes)..after(selection.end, &holes),
))
}
impl MarkdownDocument {
/// `format` at the selection, Typora's way, or why not.
pub fn format(
&mut self,
format: InlineFormat,
cx: &mut Context<Self>,
) -> Result<(), FormatRefusal> {
if self.mode == MarkdownMode::Preview {
return Err(FormatRefusal::Preview);
}
let text = self.editor.read(cx).text();
let (full, offset, selection) = match &self.open {
Some(open) => {
let input = open.input.read(cx);
let (before, after) = match open.append {
true => (format!("{text}{}", joint(text)), ""),
false => (
text[..open.range.start].to_string(),
&text[open.range.end..],
),
};
let picked = input.selection();
let offset = before.len();
let full = format!("{before}{}{after}", input.text());
(full, offset, offset + picked.start..offset + picked.end)
}
None => (text.to_string(), 0, self.editor.read(cx).primary().range()),
};
let (edits, selected) = toggle(&full, selection, format).inspect_err(|why| {
log::info!("markdown document: format {format:?} refused: {why:?}");
})?;
log::info!("markdown document: format {format:?}");
let Some(open) = &self.open else {
self.editor.update(cx, |editor, cx| {
editor.edit(edits, cx);
editor.select(std::iter::once(selected), cx);
});
return Ok(());
};
let end = offset + open.input.read(cx).text().len();
if !edits
.iter()
.all(|(range, _)| offset <= range.start && range.end <= end)
{
log::warn!("markdown document: format {format:?} reaches past the open block");
return Err(FormatRefusal::Across);
}
let (Some(from), Some(to)) = (
edits.iter().map(|(range, _)| range.start).min(),
edits.iter().map(|(range, _)| range.end).max(),
) else {
return Ok(());
};
let mut written = String::new();
let mut at = from;
for (range, with) in &edits {
written.push_str(&full[at..range.start]);
written.push_str(with);
at = range.end;
}
written.push_str(&full[at..to]);
open.input.update(cx, |input, cx| {
input.select(from - offset..to - offset, cx);
input.insert(&written, cx);
input.select(selected.start - offset..selected.end - offset, cx);
});
Ok(())
}
}
+2
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@@ -1,6 +1,7 @@
mod attach;
mod edit;
mod finding;
mod format;
mod lists;
mod look;
mod parse;
@@ -22,6 +23,7 @@ use gpui::{
pub use crate::documents::tree::DocumentHeading;
pub use attach::Attachment;
pub use format::{FormatRefusal, InlineFormat};
pub use look::DocumentLook;
use parse::{Parsed, alike, parsed};
pub use point::{DocumentTarget, TargetBlock};
+180
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@@ -0,0 +1,180 @@
//! Inline formats toggle as Typora's (R4.6).
use gpui::{Modifiers, TestAppContext};
use super::{open, opened, press, text};
use crate::documents::{
FormatRefusal, InlineFormat, MarkdownMode,
document::{format::toggle, visual},
};
/// `marked` toggled: `‸` is the caret, `⟨…⟩` the selection.
fn toggled(marked: &str, format: InlineFormat) -> Result<String, FormatRefusal> {
let caret = marked.find('‸');
let text: String = marked.chars().filter(|ch| !"‸⟨⟩".contains(*ch)).collect();
let selection = match caret {
Some(at) => at..at,
None => {
let start = marked.find('⟨').expect("a selection");
start..marked.find('⟩').expect("its end") - '⟨'.len_utf8()
}
};
let (edits, selected) = toggle(&text, selection, format)?;
let mut out = text.clone();
for (range, with) in edits.into_iter().rev() {
out.replace_range(range, &with);
}
Ok(match selected.is_empty() {
true => format!("{}‸{}", &out[..selected.start], &out[selected.start..]),
false => format!(
"{}⟨{}⟩{}",
&out[..selected.start],
&out[selected.clone()],
&out[selected.end..]
),
})
}
fn ok(marked: &str, format: InlineFormat) -> String {
toggled(marked, format).expect("toggled")
}
#[test]
fn a_selection_wraps_and_a_styled_one_unwraps() {
use InlineFormat::*;
assert_eq!(ok("a ⟨bold⟩ z", Strong), "a **⟨bold⟩** z");
assert_eq!(
ok("a ⟨word ⟩z", Strong),
"a **⟨word⟩** z",
"end space stays out"
);
assert_eq!(ok("a **⟨bold⟩** z", Strong), "a ⟨bold⟩ z");
assert_eq!(ok("⟨a⟩", Emphasis), "*⟨a⟩*");
assert_eq!(ok("⟨a⟩", Strike), "~~⟨a⟩~~");
assert_eq!(ok("⟨a⟩", Underline), "<u>⟨a⟩</u>");
assert_eq!(ok("x ⟨a`b⟩ y", Code), "x ``⟨a`b⟩`` y");
assert_eq!(ok("⟨site⟩", Link), "[site](‸)");
assert_eq!(ok("⟨cat⟩", Image), "![cat](‸)");
}
#[test]
fn a_caret_takes_its_word_or_an_empty_pair() {
use InlineFormat::*;
assert_eq!(ok("a wo‸rd z", Strong), "a **⟨word⟩** z");
assert_eq!(ok("a ‸ z", Strong), "a **‸** z");
assert_eq!(ok("a\n\n‸", Emphasis), "a\n\n*‸*", "a blank line");
assert_eq!(ok("a ‸ z", Link), "a [‸]() z");
assert_eq!(
ok("x wo‸rd", Strong),
"x **⟨word⟩**",
"a wide space stops it"
);
}
#[test]
fn a_caret_in_a_style_takes_it_off() {
use InlineFormat::*;
assert_eq!(ok("a **b‸old** z", Strong), "a b‸old z");
assert_eq!(ok("~~a‸~~", Strike), "a‸");
assert_eq!(ok("x `co‸de` y", Code), "x co‸de y");
assert_eq!(ok("<u>a‸b</u>", Underline), "a‸b");
assert_eq!(ok("[si‸te](https://x)", Link), "si‸te");
assert_eq!(ok("![c‸at](x.png)", Image), "c‸at");
}
#[test]
fn a_partly_bold_selection_takes_the_bold_in() {
assert_eq!(ok("a **b** ⟨c⟩", InlineFormat::Strong), "a **b** **⟨c⟩**");
assert_eq!(ok("a **⟨b** c⟩", InlineFormat::Strong), "a **⟨b c⟩**");
}
#[test]
fn clear_takes_every_mark_off_the_touched_blocks() {
let cleared = ok(
"**a** ‸`b` [c](u) <u>d</u> ![e](f.png)",
InlineFormat::Clear,
);
assert_eq!(cleared, "a ‸b c d e");
assert_eq!(ok("**a‸**\n\n*b*", InlineFormat::Clear), "a‸\n\n*b*");
assert_eq!(ok("⟨**a**\n\n*b*⟩", InlineFormat::Clear), "⟨a\n\nb⟩");
}
#[test]
fn code_math_html_and_front_matter_refuse() {
use FormatRefusal as Why;
use InlineFormat::*;
assert_eq!(toggled("```\nco‸de\n```", Strong), Err(Why::Code));
assert_eq!(toggled("x `co‸de` y", Strong), Err(Why::Code));
assert_eq!(toggled("$$\nx‸\n$$", Strong), Err(Why::Math));
assert_eq!(toggled("a $x‸$ b", Emphasis), Err(Why::Math));
assert_eq!(toggled("<div>\nx‸\n</div>", Strong), Err(Why::Html));
assert_eq!(
toggled("---\nti‸tle: a\n---\n\nbody", Strong),
Err(Why::FrontMatter)
);
assert_eq!(toggled("```\nco‸de\n```", Clear), Err(Why::Code));
}
#[test]
fn a_selection_across_a_link_or_into_its_address_refuses() {
use InlineFormat::*;
assert_eq!(toggled("[a ⟨b](u) c⟩", Strong), Err(FormatRefusal::Across));
assert_eq!(
toggled("[a](ht‸tp://x)", Strong),
Err(FormatRefusal::Across)
);
assert_eq!(toggled("a\n\n> ‸", Strong), Err(FormatRefusal::Outside));
}
#[gpui::test]
fn an_open_block_stays_open_and_undoes_as_one_step(cx: &mut TestAppContext) {
let (document, cx) = open("alpha beta\n", MarkdownMode::Visual, cx);
press(0, Modifiers::none(), cx);
document.update(cx, |document, cx| {
let open = document.open.as_ref().expect("opened");
open.input.update(cx, |input, cx| input.select(6..10, cx));
document
.format(InlineFormat::Strong, cx)
.expect("formatted");
});
assert_eq!(
opened(&document, cx),
"alpha **beta**",
"still open to type in"
);
document.update(cx, |document, cx| {
let open = document.open.as_ref().expect("opened");
assert_eq!(
open.input.read(cx).selection(),
8..12,
"the word stays picked"
);
});
cx.dispatch_action(visual::Undo);
cx.run_until_parked();
assert_eq!(text(&document, cx), "alpha beta\n");
}
#[gpui::test]
fn the_source_takes_a_format_as_one_step(cx: &mut TestAppContext) {
let (document, cx) = open("alpha beta\n", MarkdownMode::Source, cx);
document.update(cx, |document, cx| {
document
.editor
.update(cx, |editor, cx| editor.select(std::iter::once(2..2), cx));
document.format(InlineFormat::Code, cx).expect("formatted");
});
assert_eq!(text(&document, cx), "`alpha` beta\n");
document.update(cx, |document, cx| {
document.editor.update(cx, |editor, cx| editor.undo(cx));
});
assert_eq!(text(&document, cx), "alpha beta\n");
}
#[gpui::test]
fn preview_refuses_a_format(cx: &mut TestAppContext) {
let (document, cx) = open("alpha\n", MarkdownMode::Preview, cx);
let refused = document.update(cx, |document, cx| document.format(InlineFormat::Strong, cx));
assert_eq!(refused, Err(FormatRefusal::Preview));
assert_eq!(text(&document, cx), "alpha\n");
}
+1
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@@ -366,6 +366,7 @@ fn a_press_after_a_write_back_waits_for_the_long_read(cx: &mut TestAppContext) {
}
mod attach;
mod format;
mod history;
mod links;
mod look;
+2 -2
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@@ -36,8 +36,8 @@ pub use counts::{ReadingTime, WordCount};
pub use diagram::{Diagram, diagram_svg};
pub(crate) use diagram::{flatten, options as svg_options};
pub use document::{
Attachment, DocumentEvent, DocumentHeading, DocumentLook, DocumentTarget, LARGEST_READ,
MarkdownDocument, TableEdit, TableRefusal, TargetBlock,
Attachment, DocumentEvent, DocumentHeading, DocumentLook, DocumentTarget, FormatRefusal,
InlineFormat, LARGEST_READ, MarkdownDocument, TableEdit, TableRefusal, TargetBlock,
};
pub use epub::{Chapter, EpubReader};
pub use format::{Format, format};
+1 -1
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@@ -14,7 +14,7 @@ mod stack;
pub use blocks::{AlertKind, DocumentHeading, alert, is_toc};
use html_block::html_block_text;
pub use sources::Escapes;
pub(crate) use sources::lines_at;
pub(crate) use sources::{inside, lines_at};
use stack::close;
/// How a stretch of inline text prints.
+1 -1
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@@ -38,7 +38,7 @@ pub(super) fn written(node: &Node, source: &str) -> Option<(Range<usize>, Escape
}
/// A code span's text, one end space cut each side.
fn inside(source: &str, whole: Range<usize>, mark: char) -> Range<usize> {
pub(crate) fn inside(source: &str, whole: Range<usize>, mark: char) -> Range<usize> {
let written = &source[whole.clone()];
let open = written.len() - written.trim_start_matches(mark).len();
let close = written.len() - written.trim_end_matches(mark).len();