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grid: reflow: don't special case the first cell in a multi-column character

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Wrap *all* cell copying logic in a for-loop for the characters
width. This _should_, in theory, mean reflow of e.g. cursor
coordinates in the middle of a multi-column character works correctly.

Also fix reflow of cmd start/end integration.
This commit is contained in:
Daniel Eklöf 2025-02-10 12:38:11 +01:00
parent 6a181c9f72
commit eced7cf1d6
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GPG key ID: 5BBD4992C116573F
1 changed files with 60 additions and 58 deletions
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118
grid.c
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@ -984,7 +984,7 @@ grid_resize_and_reflow(
} else
underline_range = underline_range_terminator = NULL;
for (int c = 0; c < col_count; c++) {
for (int c = 0; c < col_count;) {
const struct cell *old = &old_row->cells[c];
/* Row full, emit newline and get a new, fresh, row */
@ -1017,84 +1017,86 @@ grid_resize_and_reflow(
line_wrap();
}
if (unlikely(c == 0))
new_row->shell_integration.prompt_marker = old_row->shell_integration.prompt_marker;
new_row->shell_integration.prompt_marker = old_row->shell_integration.prompt_marker;
new_row->cells[new_col_idx] = *old;
for (int i = 0; i < width; i++) {
if (unlikely(uri_range != NULL && uri_range != uri_range_terminator)) {
if (unlikely(uri_range->start == c)) {
reflow_range_start(
uri_range, ROW_RANGE_URI, new_row, new_col_idx);
}
if (unlikely(uri_range != NULL && uri_range != uri_range_terminator)) {
if (uri_range->start == c) {
reflow_range_start(
uri_range, ROW_RANGE_URI, new_row, new_col_idx);
if (unlikely(uri_range->end == c)) {
reflow_range_end(
uri_range, ROW_RANGE_URI, new_row, new_col_idx);
grid_row_uri_range_destroy(uri_range);
uri_range++;
}
}
if (uri_range->end == c) {
reflow_range_end(
uri_range, ROW_RANGE_URI, new_row, new_col_idx);
grid_row_uri_range_destroy(uri_range);
uri_range++;
}
}
if (unlikely(underline_range != NULL && underline_range != underline_range_terminator)) {
if (unlikely(underline_range->start == c)) {
reflow_range_start(
underline_range, ROW_RANGE_UNDERLINE, new_row, new_col_idx);
}
if (unlikely(underline_range != NULL && underline_range != underline_range_terminator)) {
if (underline_range->start == c) {
reflow_range_start(
underline_range, ROW_RANGE_UNDERLINE, new_row, new_col_idx);
if (unlikely(underline_range->end == c)) {
reflow_range_end(
underline_range, ROW_RANGE_UNDERLINE, new_row, new_col_idx);
grid_row_underline_range_destroy(underline_range);
underline_range++;
}
}
if (underline_range->end == c) {
reflow_range_end(
underline_range, ROW_RANGE_UNDERLINE, new_row, new_col_idx);
grid_row_underline_range_destroy(underline_range);
underline_range++;
if (unlikely(tp != NULL)) {
if (unlikely(tp->col == c)) {
do {
xassert(tp->row == old_row_idx);
tp->row = new_row_idx;
tp->col = new_col_idx;
next_tp++;
tp = *next_tp;
} while (tp->row == old_row_idx && tp->col == c);
if (tp->row != old_row_idx)
tp = NULL;
LOG_DBG("next TP (tp=%p): %dx%d",
(void*)tp, (*next_tp)->row, (*next_tp)->col);
}
}
}
if (unlikely(tp != NULL)) {
if (tp->col == c) {
do {
xassert(tp->row == old_row_idx);
tp->row = new_row_idx;
tp->col = new_col_idx;
next_tp++;
tp = *next_tp;
} while (tp->row == old_row_idx && tp->col == c);
if (tp->row != old_row_idx)
tp = NULL;
LOG_DBG("next TP (tp=%p): %dx%d",
(void*)tp, (*next_tp)->row, (*next_tp)->col);
}
}
if (unlikely(old_row->shell_integration.cmd_start >= 0)) {
if (old_row->shell_integration.cmd_start == c) {
if (unlikely(old_row->shell_integration.cmd_start >= 0 &&
old_row->shell_integration.cmd_start == c))
{
new_row->shell_integration.cmd_start = new_col_idx;
} else if (old_row->shell_integration.cmd_end == c) {
}
if (unlikely(old_row->shell_integration.cmd_end >= 0 &&
old_row->shell_integration.cmd_end == c))
{
new_row->shell_integration.cmd_end = new_col_idx;
}
}
new_col_idx++;
if (unlikely(width > 1)) {
if (unlikely(width > new_cols)) {
/* Wide character no longer fits on a row, replace
it with a single space */
new_row->cells[new_col_idx - 1].wc = 0;
new_row->cells[new_col_idx++].wc = 0;
c++;
/* Walk past the SPACER cells */
for (int i = 1; i < width; i++, c++, old++)
;
} else {
/* Copy spacers */
xassert(new_col_idx + width - 1 <= new_cols);
for (int i = 1; i < width; i++, c++)
new_row->cells[new_col_idx++] = *(++old);
/* Continue with next character in the *old* grid */
break;
}
new_row->cells[new_col_idx++] = *old;
old++;
c++;
}
}