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Script editor: Rewrite multiline move logic. Preserving all carets and their selections intact on alt+up/down shortcut

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Fixes  #68731.
This commit is contained in:
Eduard Zalyaev 2022-12-05 10:43:27 +03:00
parent e8f9cd8ac5
commit c3eec67f06
1 changed files with 155 additions and 144 deletions
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245
editor/code_editor.cpp
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@ -33,6 +33,7 @@
#include "core/input/input.h"
#include "core/os/keyboard.h"
#include "core/string/string_builder.h"
#include "core/templates/pair.h"
#include "editor/editor_scale.h"
#include "editor/editor_settings.h"
#include "editor/plugins/script_editor_plugin.h"
@ -1290,90 +1291,98 @@ void CodeTextEditor::convert_case(CaseStyle p_case) {
void CodeTextEditor::move_lines_up() {
text_editor->begin_complex_operation();
Vector<int> carets_to_remove;
Vector<int> caret_edit_order = text_editor->get_caret_index_edit_order();
// Lists of carets representing each group
Vector<Vector<int>> caret_groups;
Vector<Pair<int, int>> group_borders;
// Search for groups of carets and their selections residing on the same lines
for (int i = 0; i < caret_edit_order.size(); i++) {
int c = caret_edit_order[i];
int cl = text_editor->get_caret_line(c);
bool swaped_caret = false;
for (int j = i + 1; j < caret_edit_order.size(); j++) {
if (text_editor->has_selection(caret_edit_order[j])) {
if (text_editor->get_selection_from_line() == cl) {
carets_to_remove.push_back(caret_edit_order[j]);
continue;
}
if (text_editor->get_selection_to_line() == cl) {
Vector<int> new_group{ c };
Pair<int, int> group_border;
if (text_editor->has_selection(c)) {
if (text_editor->get_selection_to_line(c) != cl) {
text_editor->select(cl + 1, 0, text_editor->get_selection_to_line(c), text_editor->get_selection_to_column(c), c);
break;
}
group_border.first = text_editor->get_selection_from_line(c);
group_border.second = text_editor->get_selection_to_line(c);
} else {
group_border.first = text_editor->get_caret_line(c);
group_border.second = text_editor->get_caret_line(c);
}
carets_to_remove.push_back(c);
i = j - 1;
swaped_caret = true;
break;
}
break;
}
for (int j = i; j < caret_edit_order.size() - 1; j++) {
int c_current = caret_edit_order[j];
int c_next = caret_edit_order[j + 1];
int next_start_pos = text_editor->has_selection(c_next) ? text_editor->get_selection_from_line(c_next) : text_editor->get_caret_line(c_next);
int next_end_pos = text_editor->has_selection(c_next) ? text_editor->get_selection_to_line(c_next) : text_editor->get_caret_line(c_next);
int current_start_pos = text_editor->has_selection(c_current) ? text_editor->get_selection_from_line(c_current) : text_editor->get_caret_line(c_current);
if (text_editor->get_caret_line(caret_edit_order[j]) == cl) {
carets_to_remove.push_back(caret_edit_order[j]);
i = j;
continue;
}
if (next_end_pos != current_start_pos && next_end_pos + 1 != current_start_pos) {
break;
}
group_border.first = next_start_pos;
new_group.push_back(c_next);
// If the last caret is added to the current group there is no need to process it again
if (j + 1 == caret_edit_order.size() - 1) {
i++;
}
}
group_borders.push_back(group_border);
caret_groups.push_back(new_group);
}
if (swaped_caret) {
for (int i = group_borders.size() - 1; i >= 0; i--) {
if (group_borders[i].first - 1 < 0) {
continue;
}
if (text_editor->has_selection(c)) {
// If the group starts overlapping with the upper group don't move it
if (i < group_borders.size() - 1 && group_borders[i].first - 1 <= group_borders[i + 1].second) {
continue;
}
// We have to remember caret positions and selections prior to line swapping
Vector<Vector<int>> caret_group_parameters;
for (int j = 0; j < caret_groups[i].size(); j++) {
int c = caret_groups[i][j];
int cursor_line = text_editor->get_caret_line(c);
int cursor_column = text_editor->get_caret_column(c);
if (!text_editor->has_selection(c)) {
caret_group_parameters.push_back(Vector<int>{ -1, -1, -1, -1, cursor_line, cursor_column });
continue;
}
int from_line = text_editor->get_selection_from_line(c);
int from_col = text_editor->get_selection_from_column(c);
int to_line = text_editor->get_selection_to_line(c);
int to_column = text_editor->get_selection_to_column(c);
int cursor_line = text_editor->get_caret_line(c);
for (int j = from_line; j <= to_line; j++) {
int line_id = j;
int next_id = j - 1;
if (line_id == 0 || next_id < 0) {
return;
caret_group_parameters.push_back(Vector<int>{ from_line, from_col, to_line, to_column, cursor_line, cursor_column });
}
for (int line_id = group_borders[i].first; line_id <= group_borders[i].second; line_id++) {
text_editor->unfold_line(line_id);
text_editor->unfold_line(next_id);
text_editor->unfold_line(line_id - 1);
text_editor->swap_lines(line_id, next_id);
text_editor->set_caret_line(next_id, c == 0, true, 0, c);
}
int from_line_up = from_line > 0 ? from_line - 1 : from_line;
int to_line_up = to_line > 0 ? to_line - 1 : to_line;
int cursor_line_up = cursor_line > 0 ? cursor_line - 1 : cursor_line;
text_editor->select(from_line_up, from_col, to_line_up, to_column, c);
text_editor->set_caret_line(cursor_line_up, c == 0, true, 0, c);
} else {
int line_id = text_editor->get_caret_line(c);
int next_id = line_id - 1;
if (line_id == 0 || next_id < 0) {
return;
text_editor->swap_lines(line_id - 1, line_id);
}
text_editor->unfold_line(line_id);
text_editor->unfold_line(next_id);
for (int j = 0; j < caret_groups[i].size(); j++) {
int c = caret_groups[i][j];
Vector<int> caret_parameters = caret_group_parameters[j];
text_editor->set_caret_line(caret_parameters[4] - 1, c == 0, true, 0, c);
text_editor->set_caret_column(caret_parameters[5], c == 0, c);
text_editor->swap_lines(line_id, next_id);
text_editor->set_caret_line(next_id, c == 0, true, 0, c);
if (caret_parameters[0] >= 0) {
text_editor->select(caret_parameters[0] - 1, caret_parameters[1], caret_parameters[2] - 1, caret_parameters[3], c);
}
}
}
text_editor->end_complex_operation();
text_editor->merge_overlapping_carets();
text_editor->queue_redraw();
@ -1382,95 +1391,97 @@ void CodeTextEditor::move_lines_up() {
void CodeTextEditor::move_lines_down() {
text_editor->begin_complex_operation();
Vector<int> carets_to_remove;
Vector<int> caret_edit_order = text_editor->get_caret_index_edit_order();
// Lists of carets representing each group
Vector<Vector<int>> caret_groups;
Vector<Pair<int, int>> group_borders;
// Search for groups of carets and their selections residing on the same lines
for (int i = 0; i < caret_edit_order.size(); i++) {
int c = caret_edit_order[i];
int cl = text_editor->get_caret_line(c);
bool swaped_caret = false;
for (int j = i + 1; j < caret_edit_order.size(); j++) {
if (text_editor->has_selection(caret_edit_order[j])) {
if (text_editor->get_selection_from_line() == cl) {
carets_to_remove.push_back(caret_edit_order[j]);
continue;
}
if (text_editor->get_selection_to_line() == cl) {
Vector<int> new_group{ c };
Pair<int, int> group_border;
if (text_editor->has_selection(c)) {
if (text_editor->get_selection_to_line(c) != cl) {
text_editor->select(cl + 1, 0, text_editor->get_selection_to_line(c), text_editor->get_selection_to_column(c), c);
break;
}
group_border.first = text_editor->get_selection_from_line(c);
group_border.second = text_editor->get_selection_to_line(c);
} else {
group_border.first = text_editor->get_caret_line(c);
group_border.second = text_editor->get_caret_line(c);
}
carets_to_remove.push_back(c);
i = j - 1;
swaped_caret = true;
break;
}
break;
}
for (int j = i; j < caret_edit_order.size() - 1; j++) {
int c_current = caret_edit_order[j];
int c_next = caret_edit_order[j + 1];
int next_start_pos = text_editor->has_selection(c_next) ? text_editor->get_selection_from_line(c_next) : text_editor->get_caret_line(c_next);
int next_end_pos = text_editor->has_selection(c_next) ? text_editor->get_selection_to_line(c_next) : text_editor->get_caret_line(c_next);
int current_start_pos = text_editor->has_selection(c_current) ? text_editor->get_selection_from_line(c_current) : text_editor->get_caret_line(c_current);
if (text_editor->get_caret_line(caret_edit_order[j]) == cl) {
carets_to_remove.push_back(caret_edit_order[j]);
i = j;
continue;
if (next_end_pos == current_start_pos || next_end_pos + 1 == current_start_pos) {
group_border.first = next_start_pos;
new_group.push_back(c_next);
// If the last caret is added to the current group there is no need to process it again
if (j + 1 == caret_edit_order.size() - 1) {
i++;
}
} else {
break;
}
}
group_borders.push_back(group_border);
caret_groups.push_back(new_group);
}
if (swaped_caret) {
for (int i = 0; i < group_borders.size(); i++) {
if (group_borders[i].second + 1 > text_editor->get_line_count() - 1) {
continue;
}
// If the group starts overlapping with the upper group don't move it
if (i > 0 && group_borders[i].second + 1 >= group_borders[i - 1].first) {
continue;
}
// We have to remember caret positions and selections prior to line swapping
Vector<Vector<int>> caret_group_parameters;
for (int j = 0; j < caret_groups[i].size(); j++) {
int c = caret_groups[i][j];
int cursor_line = text_editor->get_caret_line(c);
int cursor_column = text_editor->get_caret_column(c);
if (text_editor->has_selection(c)) {
int from_line = text_editor->get_selection_from_line(c);
int from_col = text_editor->get_selection_from_column(c);
int to_line = text_editor->get_selection_to_line(c);
int to_column = text_editor->get_selection_to_column(c);
int cursor_line = text_editor->get_caret_line(c);
for (int l = to_line; l >= from_line; l--) {
int line_id = l;
int next_id = l + 1;
if (line_id == text_editor->get_line_count() - 1 || next_id > text_editor->get_line_count()) {
continue;
}
text_editor->unfold_line(line_id);
text_editor->unfold_line(next_id);
text_editor->swap_lines(line_id, next_id);
text_editor->set_caret_line(next_id, c == 0, true, 0, c);
}
int from_line_down = from_line < text_editor->get_line_count() ? from_line + 1 : from_line;
int to_line_down = to_line < text_editor->get_line_count() ? to_line + 1 : to_line;
int cursor_line_down = cursor_line < text_editor->get_line_count() ? cursor_line + 1 : cursor_line;
text_editor->select(from_line_down, from_col, to_line_down, to_column, c);
text_editor->set_caret_line(cursor_line_down, c == 0, true, 0, c);
caret_group_parameters.push_back(Vector<int>{ from_line, from_col, to_line, to_column, cursor_line, cursor_column });
} else {
int line_id = text_editor->get_caret_line(c);
int next_id = line_id + 1;
if (line_id == text_editor->get_line_count() - 1 || next_id > text_editor->get_line_count()) {
continue;
caret_group_parameters.push_back(Vector<int>{ -1, -1, -1, -1, cursor_line, cursor_column });
}
}
for (int line_id = group_borders[i].second; line_id >= group_borders[i].first; line_id--) {
text_editor->unfold_line(line_id);
text_editor->unfold_line(next_id);
text_editor->unfold_line(line_id + 1);
text_editor->swap_lines(line_id, next_id);
text_editor->set_caret_line(next_id, c == 0, true, 0, c);
}
text_editor->swap_lines(line_id + 1, line_id);
}
// Sort and remove backwards to preserve indexes.
carets_to_remove.sort();
for (int i = carets_to_remove.size() - 1; i >= 0; i--) {
text_editor->remove_caret(carets_to_remove[i]);
for (int j = 0; j < caret_groups[i].size(); j++) {
int c = caret_groups[i][j];
Vector<int> caret_parameters = caret_group_parameters[j];
text_editor->set_caret_line(caret_parameters[4] + 1, c == 0, true, 0, c);
text_editor->set_caret_column(caret_parameters[5], c == 0, c);
if (caret_parameters[0] >= 0) {
text_editor->select(caret_parameters[0] + 1, caret_parameters[1], caret_parameters[2] + 1, caret_parameters[3], c);
}
}
}
text_editor->merge_overlapping_carets();