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selection: find_word_boundary{left,right}: what we match depends on initial character
If the initial character is a space, find the next non-space character. If the initial character is a delimiter, find the next non-delimiter character (space, or word character). If the initial character is neither (i.e, it is a word character), find the next non-word character.
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1 changed files with 66 additions and 50 deletions
116
selection.c
116
selection.c
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@ -249,39 +249,47 @@ find_word_boundary_left(struct terminal *term, struct coord *pos,
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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}
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if (!(c != CELL_MULT_COL_SPACER &&
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bool initial_is_space = c == 0 || iswspace(c);
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(c == 0 || !isword(c, spaces_only, term->conf->word_delimiters))))
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bool initial_is_delim = c != 0 && c != CELL_MULT_COL_SPACER &&
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{
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!isword(c, spaces_only, term->conf->word_delimiters);
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while (true) {
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int next_col = pos->col - 1;
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int next_row = pos->row;
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/* Linewrap */
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while (true) {
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if (next_col < 0) {
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int next_col = pos->col - 1;
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next_col = term->cols - 1;
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int next_row = pos->row;
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if (--next_row < 0)
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break;
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}
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const struct row *row = grid_row_in_view(term->grid, next_row);
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/* Linewrap */
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if (next_col < 0) {
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next_col = term->cols - 1;
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if (--next_row < 0)
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break;
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}
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c = row->cells[next_col].wc;
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const struct row *row = grid_row_in_view(term->grid, next_row);
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if (c >= CELL_COMB_CHARS_LO &&
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c < (CELL_COMB_CHARS_LO + term->composed_count))
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{
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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if (c != CELL_MULT_COL_SPACER &&
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c = row->cells[next_col].wc;
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(c == 0 ||
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if (c >= CELL_COMB_CHARS_LO &&
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!isword(c, spaces_only, term->conf->word_delimiters)))
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c < (CELL_COMB_CHARS_LO + term->composed_count))
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{
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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bool is_space = c == 0 || iswspace(c);
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if (initial_is_space && !is_space)
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break;
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if (!initial_is_space) {
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bool is_word = c != 0 && c != CELL_MULT_COL_SPACER &&
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isword(c, spaces_only, term->conf->word_delimiters);
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if ((initial_is_delim && (is_word || is_space)) ||
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(!initial_is_delim && !is_word))
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{
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{
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break;
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break;
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}
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}
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pos->col = next_col;
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pos->row = next_row;
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}
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}
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pos->col = next_col;
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pos->row = next_row;
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}
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}
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}
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}
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@ -298,39 +306,47 @@ find_word_boundary_right(struct terminal *term, struct coord *pos,
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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}
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if (!(c != CELL_MULT_COL_SPACER &&
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bool initial_is_space = c == 0 || iswspace(c);
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(c == 0 || !isword(c, spaces_only, term->conf->word_delimiters))))
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bool initial_is_delim = c != 0 && c != CELL_MULT_COL_SPACER &&
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{
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!isword(c, spaces_only, term->conf->word_delimiters);
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while (true) {
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int next_col = pos->col + 1;
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int next_row = pos->row;
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/* Linewrap */
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while (true) {
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if (next_col >= term->cols) {
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int next_col = pos->col + 1;
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next_col = 0;
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int next_row = pos->row;
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if (++next_row >= term->rows)
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break;
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}
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const struct row *row = grid_row_in_view(term->grid, next_row);
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/* Linewrap */
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if (next_col >= term->cols) {
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next_col = 0;
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if (++next_row >= term->rows)
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break;
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}
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c = row->cells[next_col].wc;
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const struct row *row = grid_row_in_view(term->grid, next_row);
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if (c >= CELL_COMB_CHARS_LO &&
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c < (CELL_COMB_CHARS_LO + term->composed_count))
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{
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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if (c != CELL_MULT_COL_SPACER &&
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c = row->cells[next_col].wc;
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(c == 0 ||
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if (c >= CELL_COMB_CHARS_LO &&
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!isword(c, spaces_only, term->conf->word_delimiters)))
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c < (CELL_COMB_CHARS_LO + term->composed_count))
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{
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c = term->composed[c - CELL_COMB_CHARS_LO].base;
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}
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bool is_space = c == 0 || iswspace(c);
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if (initial_is_space && !is_space)
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break;
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if (!initial_is_space) {
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bool is_word = c != 0 && c != CELL_MULT_COL_SPACER &&
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isword(c, spaces_only, term->conf->word_delimiters);
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if ((initial_is_delim && (is_word || is_space)) ||
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(!initial_is_delim && !is_word))
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{
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{
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break;
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break;
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}
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}
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pos->col = next_col;
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pos->row = next_row;
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}
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}
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pos->col = next_col;
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pos->row = next_row;
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}
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}
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}
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}
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