`.
//! See
//! [*§ 4.9.1 The `table` element*][html_table],
//! [*§ 4.9.5 The `tbody` element*][html_tbody],
//! [*§ 4.9.9 The `td` element*][html_td],
//! [*§ 4.9.10 The `th` element*][html_th],
//! [*§ 4.9.6 The `thead` element*][html_thead], and
//! [*§ 4.9.8 The `tr` element*][html_tr]
//! in the HTML spec for more info.
//!
//! If the the alignment of a column is left, right, or center, a deprecated
//! `align` attribute is added to each `| ` and ` | ` element belonging to
//! that column.
//! That attribute is interpreted by browsers as if a CSS `text-align` property
//! was included, with its value set to that same keyword.
//!
//! ## Recommendation
//!
//! When authoring markdown with GFM tables, it’s recommended to *always* put
//! pipes around cells.
//! Without them, it can be hard to infer whether the table will work, how many
//! columns there are, and which column you are currently editing.
//!
//! It is recommended to not use many columns, as it results in very long lines,
//! making it hard to infer which column you are currently editing.
//!
//! For larger tables, particularly when cells vary in size, it is recommended
//! *not* to manually “pad” cell text.
//! While it can look better, it results in a lot of time spent realigning
//! everything when a new, longer cell is added or the longest cell removed, as
//! every row then must be changed.
//! Other than costing time, it also causes large diffs in Git.
//!
//! To illustrate, when authoring large tables, it is discouraged to pad cells
//! like this:
//!
//! ```markdown
//! | Alpha bravo charlie | delta |
//! | ------------------- | -----------------: |
//! | Echo | Foxtrot golf hotel |
//! ```
//!
//! Instead, use single spaces (and single filler dashes):
//!
//! ```markdown
//! | Alpha bravo charlie | delta |
//! | - | -: |
//! | Echo | Foxtrot golf hotel |
//! ```
//!
//! ## Bugs
//!
//! GitHub’s own algorithm to parse tables contains a bug.
//! This bug is not present in this project.
//! The issue relating to tables is:
//!
//! * [GFM tables: escaped escapes are incorrectly treated as escapes](https://github.com/github/cmark-gfm/issues/277)
//!
//! ## Tokens
//!
//! * [`GfmTable`][Name::GfmTable]
//! * [`GfmTableBody`][Name::GfmTableBody]
//! * [`GfmTableCell`][Name::GfmTableCell]
//! * [`GfmTableCellDivider`][Name::GfmTableCellDivider]
//! * [`GfmTableCellText`][Name::GfmTableCellText]
//! * [`GfmTableDelimiterCell`][Name::GfmTableDelimiterCell]
//! * [`GfmTableDelimiterCellValue`][Name::GfmTableDelimiterCellValue]
//! * [`GfmTableDelimiterFiller`][Name::GfmTableDelimiterFiller]
//! * [`GfmTableDelimiterMarker`][Name::GfmTableDelimiterMarker]
//! * [`GfmTableDelimiterRow`][Name::GfmTableDelimiterRow]
//! * [`GfmTableHead`][Name::GfmTableHead]
//! * [`GfmTableRow`][Name::GfmTableRow]
//! * [`LineEnding`][Name::LineEnding]
//!
//! ## References
//!
//! * [`micromark-extension-gfm-table`](https://github.com/micromark/micromark-extension-gfm-table)
//! * [*§ 4.10 Tables (extension)* in `GFM`](https://github.github.com/gfm/#tables-extension-)
//!
//! [flow]: crate::construct::flow
//! [text]: crate::construct::text
//! [attention]: crate::construct::attention
//! [raw_text]: crate::construct::raw_text
//! [html_table]: https://html.spec.whatwg.org/multipage/tables.html#the-table-element
//! [html_tbody]: https://html.spec.whatwg.org/multipage/tables.html#the-tbody-element
//! [html_td]: https://html.spec.whatwg.org/multipage/tables.html#the-td-element
//! [html_th]: https://html.spec.whatwg.org/multipage/tables.html#the-th-element
//! [html_thead]: https://html.spec.whatwg.org/multipage/tables.html#the-thead-element
//! [html_tr]: https://html.spec.whatwg.org/multipage/tables.html#the-tr-element
use crate::construct::partial_space_or_tab::{space_or_tab, space_or_tab_min_max};
use crate::event::{Content, Event, Kind, Link, Name};
use crate::resolve::Name as ResolveName;
use crate::state::{Name as StateName, State};
use crate::subtokenize::Subresult;
use crate::tokenizer::Tokenizer;
use crate::util::{constant::TAB_SIZE, skip::opt_back as skip_opt_back};
use alloc::vec;
/// Start of a GFM table.
///
/// If there is a valid table row or table head before, then we try to parse
/// another row.
/// Otherwise, we try to parse a head.
///
/// ```markdown
/// > | | a |
/// ^
/// | | - |
/// > | | b |
/// ^
/// ```
pub fn start(tokenizer: &mut Tokenizer) -> State {
if tokenizer.parse_state.options.constructs.gfm_table {
if !tokenizer.pierce
&& !tokenizer.events.is_empty()
&& matches!(
tokenizer.events[skip_opt_back(
&tokenizer.events,
tokenizer.events.len() - 1,
&[Name::LineEnding, Name::SpaceOrTab],
)]
.name,
Name::GfmTableHead | Name::GfmTableRow
)
{
State::Retry(StateName::GfmTableBodyRowStart)
} else {
State::Retry(StateName::GfmTableHeadRowBefore)
}
} else {
State::Nok
}
}
/// Before table head row.
///
/// ```markdown
/// > | | a |
/// ^
/// | | - |
/// | | b |
/// ```
pub fn head_row_before(tokenizer: &mut Tokenizer) -> State {
tokenizer.enter(Name::GfmTableHead);
tokenizer.enter(Name::GfmTableRow);
if matches!(tokenizer.current, Some(b'\t' | b' ')) {
tokenizer.attempt(State::Next(StateName::GfmTableHeadRowStart), State::Nok);
State::Retry(space_or_tab_min_max(
tokenizer,
0,
if tokenizer.parse_state.options.constructs.code_indented {
TAB_SIZE - 1
} else {
usize::MAX
},
))
} else {
State::Retry(StateName::GfmTableHeadRowStart)
}
}
/// Before table head row, after whitespace.
///
/// ```markdown
/// > | | a |
/// ^
/// | | - |
/// | | b |
/// ```
pub fn head_row_start(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
// 4+ spaces.
Some(b'\t' | b' ') => State::Nok,
Some(b'|') => State::Retry(StateName::GfmTableHeadRowBreak),
_ => {
tokenizer.tokenize_state.seen = true;
State::Retry(StateName::GfmTableHeadRowBreak)
}
}
}
/// At break in table head row.
///
/// ```markdown
/// > | | a |
/// ^
/// ^
/// ^
/// | | - |
/// | | b |
/// ```
pub fn head_row_break(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None => {
tokenizer.tokenize_state.seen = false;
tokenizer.tokenize_state.size = 0;
State::Nok
}
Some(b'\n') => {
// Feel free to interrupt:
tokenizer.interrupt = true;
tokenizer.exit(Name::GfmTableRow);
tokenizer.enter(Name::LineEnding);
tokenizer.consume();
tokenizer.exit(Name::LineEnding);
State::Next(StateName::GfmTableHeadDelimiterStart)
}
Some(b'\t' | b' ') => {
tokenizer.attempt(State::Next(StateName::GfmTableHeadRowBreak), State::Nok);
State::Retry(space_or_tab(tokenizer))
}
_ => {
// Whether a delimiter was seen.
if tokenizer.tokenize_state.seen {
tokenizer.tokenize_state.seen = false;
// Header cell count.
tokenizer.tokenize_state.size += 1;
}
if tokenizer.current == Some(b'|') {
tokenizer.enter(Name::GfmTableCellDivider);
tokenizer.consume();
tokenizer.exit(Name::GfmTableCellDivider);
// Whether a delimiter was seen.
tokenizer.tokenize_state.seen = true;
State::Next(StateName::GfmTableHeadRowBreak)
} else {
// Anything else is cell data.
tokenizer.enter(Name::Data);
State::Retry(StateName::GfmTableHeadRowData)
}
}
}
}
/// In table head row data.
///
/// ```markdown
/// > | | a |
/// ^
/// | | - |
/// | | b |
/// ```
pub fn head_row_data(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None | Some(b'\t' | b'\n' | b' ' | b'|') => {
tokenizer.exit(Name::Data);
State::Retry(StateName::GfmTableHeadRowBreak)
}
_ => {
let name = if tokenizer.current == Some(b'\\') {
StateName::GfmTableHeadRowEscape
} else {
StateName::GfmTableHeadRowData
};
tokenizer.consume();
State::Next(name)
}
}
}
/// In table head row escape.
///
/// ```markdown
/// > | | a\-b |
/// ^
/// | | ---- |
/// | | c |
/// ```
pub fn head_row_escape(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'\\' | b'|') => {
tokenizer.consume();
State::Next(StateName::GfmTableHeadRowData)
}
_ => State::Retry(StateName::GfmTableHeadRowData),
}
}
/// Before delimiter row.
///
/// ```markdown
/// | | a |
/// > | | - |
/// ^
/// | | b |
/// ```
pub fn head_delimiter_start(tokenizer: &mut Tokenizer) -> State {
// Reset `interrupt`.
tokenizer.interrupt = false;
if tokenizer.lazy || tokenizer.pierce {
tokenizer.tokenize_state.size = 0;
State::Nok
} else {
tokenizer.enter(Name::GfmTableDelimiterRow);
// Track if we’ve seen a `:` or `|`.
tokenizer.tokenize_state.seen = false;
match tokenizer.current {
Some(b'\t' | b' ') => {
tokenizer.attempt(
State::Next(StateName::GfmTableHeadDelimiterBefore),
State::Next(StateName::GfmTableHeadDelimiterNok),
);
State::Retry(space_or_tab_min_max(
tokenizer,
0,
if tokenizer.parse_state.options.constructs.code_indented {
TAB_SIZE - 1
} else {
usize::MAX
},
))
}
_ => State::Retry(StateName::GfmTableHeadDelimiterBefore),
}
}
}
/// Before delimiter row, after optional whitespace.
///
/// Reused when a `|` is found later, to parse another cell.
///
/// ```markdown
/// | | a |
/// > | | - |
/// ^
/// | | b |
/// ```
pub fn head_delimiter_before(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'-' | b':') => State::Retry(StateName::GfmTableHeadDelimiterValueBefore),
Some(b'|') => {
tokenizer.tokenize_state.seen = true;
// If we start with a pipe, we open a cell marker.
tokenizer.enter(Name::GfmTableCellDivider);
tokenizer.consume();
tokenizer.exit(Name::GfmTableCellDivider);
State::Next(StateName::GfmTableHeadDelimiterCellBefore)
}
// More whitespace / empty row not allowed at start.
_ => State::Retry(StateName::GfmTableHeadDelimiterNok),
}
}
/// After `|`, before delimiter cell.
///
/// ```markdown
/// | | a |
/// > | | - |
/// ^
/// ```
pub fn head_delimiter_cell_before(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'\t' | b' ') => {
tokenizer.attempt(
State::Next(StateName::GfmTableHeadDelimiterValueBefore),
State::Nok,
);
State::Retry(space_or_tab(tokenizer))
}
_ => State::Retry(StateName::GfmTableHeadDelimiterValueBefore),
}
}
/// Before delimiter cell value.
///
/// ```markdown
/// | | a |
/// > | | - |
/// ^
/// ```
pub fn head_delimiter_value_before(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None | Some(b'\n') => State::Retry(StateName::GfmTableHeadDelimiterCellAfter),
Some(b':') => {
// Align: left.
tokenizer.tokenize_state.size_b += 1;
tokenizer.tokenize_state.seen = true;
tokenizer.enter(Name::GfmTableDelimiterMarker);
tokenizer.consume();
tokenizer.exit(Name::GfmTableDelimiterMarker);
State::Next(StateName::GfmTableHeadDelimiterLeftAlignmentAfter)
}
Some(b'-') => {
// Align: none.
tokenizer.tokenize_state.size_b += 1;
State::Retry(StateName::GfmTableHeadDelimiterLeftAlignmentAfter)
}
_ => State::Retry(StateName::GfmTableHeadDelimiterNok),
}
}
/// After delimiter cell left alignment marker.
///
/// ```markdown
/// | | a |
/// > | | :- |
/// ^
/// ```
pub fn head_delimiter_left_alignment_after(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'-') => {
tokenizer.enter(Name::GfmTableDelimiterFiller);
State::Retry(StateName::GfmTableHeadDelimiterFiller)
}
// Anything else is not ok after the left-align colon.
_ => State::Retry(StateName::GfmTableHeadDelimiterNok),
}
}
/// In delimiter cell filler.
///
/// ```markdown
/// | | a |
/// > | | - |
/// ^
/// ```
pub fn head_delimiter_filler(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'-') => {
tokenizer.consume();
State::Next(StateName::GfmTableHeadDelimiterFiller)
}
Some(b':') => {
// Align is `center` if it was `left`, `right` otherwise.
tokenizer.tokenize_state.seen = true;
tokenizer.exit(Name::GfmTableDelimiterFiller);
tokenizer.enter(Name::GfmTableDelimiterMarker);
tokenizer.consume();
tokenizer.exit(Name::GfmTableDelimiterMarker);
State::Next(StateName::GfmTableHeadDelimiterRightAlignmentAfter)
}
_ => {
tokenizer.exit(Name::GfmTableDelimiterFiller);
State::Retry(StateName::GfmTableHeadDelimiterRightAlignmentAfter)
}
}
}
/// After delimiter cell right alignment marker.
///
/// ```markdown
/// | | a |
/// > | | -: |
/// ^
/// ```
pub fn head_delimiter_right_alignment_after(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'\t' | b' ') => {
tokenizer.attempt(
State::Next(StateName::GfmTableHeadDelimiterCellAfter),
State::Nok,
);
State::Retry(space_or_tab(tokenizer))
}
_ => State::Retry(StateName::GfmTableHeadDelimiterCellAfter),
}
}
/// After delimiter cell.
///
/// ```markdown
/// | | a |
/// > | | -: |
/// ^
/// ```
pub fn head_delimiter_cell_after(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None | Some(b'\n') => {
// Exit when:
// * there was no `:` or `|` at all (it’s a thematic break or setext
// underline instead)
// * the header cell count is not the delimiter cell count
if !tokenizer.tokenize_state.seen
|| tokenizer.tokenize_state.size != tokenizer.tokenize_state.size_b
{
State::Retry(StateName::GfmTableHeadDelimiterNok)
} else {
// Reset.
tokenizer.tokenize_state.seen = false;
tokenizer.tokenize_state.size = 0;
tokenizer.tokenize_state.size_b = 0;
tokenizer.exit(Name::GfmTableDelimiterRow);
tokenizer.exit(Name::GfmTableHead);
tokenizer.register_resolver(ResolveName::GfmTable);
State::Ok
}
}
Some(b'|') => State::Retry(StateName::GfmTableHeadDelimiterBefore),
_ => State::Retry(StateName::GfmTableHeadDelimiterNok),
}
}
/// In delimiter row, at a disallowed byte.
///
/// ```markdown
/// | | a |
/// > | | x |
/// ^
/// ```
pub fn head_delimiter_nok(tokenizer: &mut Tokenizer) -> State {
// Reset.
tokenizer.tokenize_state.seen = false;
tokenizer.tokenize_state.size = 0;
tokenizer.tokenize_state.size_b = 0;
State::Nok
}
/// Before table body row.
///
/// ```markdown
/// | | a |
/// | | - |
/// > | | b |
/// ^
/// ```
pub fn body_row_start(tokenizer: &mut Tokenizer) -> State {
if tokenizer.lazy {
State::Nok
} else {
tokenizer.enter(Name::GfmTableRow);
match tokenizer.current {
Some(b'\t' | b' ') => {
tokenizer.attempt(State::Next(StateName::GfmTableBodyRowBreak), State::Nok);
// We’re parsing a body row.
// If we’re here, we already attempted blank lines and indented
// code.
// So parse as much whitespace as needed:
State::Retry(space_or_tab_min_max(tokenizer, 0, usize::MAX))
}
_ => State::Retry(StateName::GfmTableBodyRowBreak),
}
}
}
/// At break in table body row.
///
/// ```markdown
/// | | a |
/// | | - |
/// > | | b |
/// ^
/// ^
/// ^
/// ```
pub fn body_row_break(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None | Some(b'\n') => {
tokenizer.exit(Name::GfmTableRow);
State::Ok
}
Some(b'\t' | b' ') => {
tokenizer.attempt(State::Next(StateName::GfmTableBodyRowBreak), State::Nok);
State::Retry(space_or_tab(tokenizer))
}
Some(b'|') => {
tokenizer.enter(Name::GfmTableCellDivider);
tokenizer.consume();
tokenizer.exit(Name::GfmTableCellDivider);
State::Next(StateName::GfmTableBodyRowBreak)
}
// Anything else is cell content.
_ => {
tokenizer.enter(Name::Data);
State::Retry(StateName::GfmTableBodyRowData)
}
}
}
/// In table body row data.
///
/// ```markdown
/// | | a |
/// | | - |
/// > | | b |
/// ^
/// ```
pub fn body_row_data(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
None | Some(b'\t' | b'\n' | b' ' | b'|') => {
tokenizer.exit(Name::Data);
State::Retry(StateName::GfmTableBodyRowBreak)
}
_ => {
let name = if tokenizer.current == Some(b'\\') {
StateName::GfmTableBodyRowEscape
} else {
StateName::GfmTableBodyRowData
};
tokenizer.consume();
State::Next(name)
}
}
}
/// In table body row escape.
///
/// ```markdown
/// | | a |
/// | | ---- |
/// > | | b\-c |
/// ^
/// ```
pub fn body_row_escape(tokenizer: &mut Tokenizer) -> State {
match tokenizer.current {
Some(b'\\' | b'|') => {
tokenizer.consume();
State::Next(StateName::GfmTableBodyRowData)
}
_ => State::Retry(StateName::GfmTableBodyRowData),
}
}
/// Resolve GFM table.
pub fn resolve(tokenizer: &mut Tokenizer) -> Option {
let mut index = 0;
let mut in_first_cell_awaiting_pipe = true;
let mut in_row = false;
let mut in_delimiter_row = false;
let mut last_cell = (0, 0, 0, 0);
let mut cell = (0, 0, 0, 0);
let mut after_head_awaiting_first_body_row = false;
let mut last_table_end = 0;
let mut last_table_has_body = false;
while index < tokenizer.events.len() {
let event = &tokenizer.events[index];
if event.kind == Kind::Enter {
// Start of head.
if event.name == Name::GfmTableHead {
after_head_awaiting_first_body_row = false;
// Inject previous (body end and) table end.
if last_table_end != 0 {
flush_table_end(tokenizer, last_table_end, last_table_has_body);
last_table_has_body = false;
last_table_end = 0;
}
// Inject table start.
let enter = Event {
kind: Kind::Enter,
name: Name::GfmTable,
point: tokenizer.events[index].point.clone(),
link: None,
};
tokenizer.map.add(index, 0, vec![enter]);
} else if matches!(event.name, Name::GfmTableRow | Name::GfmTableDelimiterRow) {
in_delimiter_row = event.name == Name::GfmTableDelimiterRow;
in_row = true;
in_first_cell_awaiting_pipe = true;
last_cell = (0, 0, 0, 0);
cell = (0, index + 1, 0, 0);
// Inject table body start.
if after_head_awaiting_first_body_row {
after_head_awaiting_first_body_row = false;
last_table_has_body = true;
let enter = Event {
kind: Kind::Enter,
name: Name::GfmTableBody,
point: tokenizer.events[index].point.clone(),
link: None,
};
tokenizer.map.add(index, 0, vec![enter]);
}
}
// Cell data.
else if in_row
&& matches!(
event.name,
Name::Data | Name::GfmTableDelimiterMarker | Name::GfmTableDelimiterFiller
)
{
in_first_cell_awaiting_pipe = false;
// First value in cell.
if cell.2 == 0 {
if last_cell.1 != 0 {
cell.0 = cell.1;
flush_cell(tokenizer, last_cell, in_delimiter_row, None);
last_cell = (0, 0, 0, 0);
}
cell.2 = index;
}
} else if event.name == Name::GfmTableCellDivider {
if in_first_cell_awaiting_pipe {
in_first_cell_awaiting_pipe = false;
} else {
if last_cell.1 != 0 {
cell.0 = cell.1;
flush_cell(tokenizer, last_cell, in_delimiter_row, None);
}
last_cell = cell;
cell = (last_cell.1, index, 0, 0);
}
}
// Exit events.
} else if event.name == Name::GfmTableHead {
after_head_awaiting_first_body_row = true;
last_table_end = index;
} else if matches!(event.name, Name::GfmTableRow | Name::GfmTableDelimiterRow) {
in_row = false;
last_table_end = index;
if last_cell.1 != 0 {
cell.0 = cell.1;
flush_cell(tokenizer, last_cell, in_delimiter_row, Some(index));
} else if cell.1 != 0 {
flush_cell(tokenizer, cell, in_delimiter_row, Some(index));
}
} else if in_row
&& (matches!(
event.name,
Name::Data | Name::GfmTableDelimiterMarker | Name::GfmTableDelimiterFiller
))
{
cell.3 = index;
}
index += 1;
}
if last_table_end != 0 {
flush_table_end(tokenizer, last_table_end, last_table_has_body);
}
None
}
/// Generate a cell.
fn flush_cell(
tokenizer: &mut Tokenizer,
range: (usize, usize, usize, usize),
in_delimiter_row: bool,
row_end: Option,
) {
let group_name = if in_delimiter_row {
Name::GfmTableDelimiterCell
} else {
Name::GfmTableCell
};
let value_name = if in_delimiter_row {
Name::GfmTableDelimiterCellValue
} else {
Name::GfmTableCellText
};
// Insert an exit for the previous cell, if there is one.
//
// ```markdown
// > | | aa | bb | cc |
// ^-- exit
// ^^^^-- this cell
// ```
if range.0 != 0 {
tokenizer.map.add(
range.0,
0,
vec![Event {
kind: Kind::Exit,
name: group_name.clone(),
point: tokenizer.events[range.0].point.clone(),
link: None,
}],
);
}
// Insert enter of this cell.
//
// ```markdown
// > | | aa | bb | cc |
// ^-- enter
// ^^^^-- this cell
// ```
tokenizer.map.add(
range.1,
0,
vec![Event {
kind: Kind::Enter,
name: group_name.clone(),
point: tokenizer.events[range.1].point.clone(),
link: None,
}],
);
// Insert text start at first data start and end at last data end, and
// remove events between.
//
// ```markdown
// > | | aa | bb | cc |
// ^-- enter
// ^-- exit
// ^^^^-- this cell
// ```
if range.2 != 0 {
tokenizer.map.add(
range.2,
0,
vec![Event {
kind: Kind::Enter,
name: value_name.clone(),
point: tokenizer.events[range.2].point.clone(),
link: None,
}],
);
debug_assert_ne!(range.3, 0);
if !in_delimiter_row {
tokenizer.events[range.2].link = Some(Link {
previous: None,
next: None,
content: Content::Text,
});
if !in_delimiter_row && range.3 > range.2 + 1 {
let a = range.2 + 1;
let b = range.3 - range.2 - 1;
tokenizer.map.add(a, b, vec![]);
}
}
tokenizer.map.add(
range.3 + 1,
0,
vec![Event {
kind: Kind::Exit,
name: value_name,
point: tokenizer.events[range.3].point.clone(),
link: None,
}],
);
}
// Insert an exit for the last cell, if at the row end.
//
// ```markdown
// > | | aa | bb | cc |
// ^-- exit
// ^^^^^^-- this cell (the last one contains two “between” parts)
// ```
if let Some(row_end) = row_end {
tokenizer.map.add(
row_end,
0,
vec![Event {
kind: Kind::Exit,
name: group_name,
point: tokenizer.events[row_end].point.clone(),
link: None,
}],
);
}
}
/// Generate table end (and table body end).
fn flush_table_end(tokenizer: &mut Tokenizer, index: usize, body: bool) {
let mut exits = vec![];
if body {
exits.push(Event {
kind: Kind::Exit,
name: Name::GfmTableBody,
point: tokenizer.events[index].point.clone(),
link: None,
});
}
exits.push(Event {
kind: Kind::Exit,
name: Name::GfmTable,
point: tokenizer.events[index].point.clone(),
link: None,
});
tokenizer.map.add(index + 1, 0, exits);
}
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