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https://github.com/RGBCube/serenity
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LibWeb: Complete table border conflict resolution
Add the element type and grid position to the algorithm and change the table borders painting to apply the new criteria to corners as well.
This commit is contained in:
Andi Gallo
Andreas Kling
parent
849cf894d8
commit
a7166eb103
6 changed files with 317 additions and 127 deletions
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@ -1182,7 +1182,8 @@ void TableFormattingContext::position_cell_boxes()
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bool TableFormattingContext::border_is_less_specific(const CSS::BorderData& a, const CSS::BorderData& b)
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{
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// Implements criteria for steps 1, 2 and 3 of border conflict resolution algorithm.
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// Implements criteria for steps 1, 2 and 3 of border conflict resolution algorithm, as described in
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// https://www.w3.org/TR/CSS22/tables.html#border-conflict-resolution.
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static HashMap<CSS::LineStyle, unsigned> const line_style_score = {
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{ CSS::LineStyle::Inset, 0 },
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{ CSS::LineStyle::Groove, 1 },
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@ -1194,6 +1195,8 @@ bool TableFormattingContext::border_is_less_specific(const CSS::BorderData& a, c
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{ CSS::LineStyle::Double, 7 },
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};
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// 1. Borders with the 'border-style' of 'hidden' take precedence over all other conflicting borders. Any border with this
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// value suppresses all borders at this location.
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if (a.line_style == CSS::LineStyle::Hidden) {
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return false;
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}
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@ -1202,12 +1205,17 @@ bool TableFormattingContext::border_is_less_specific(const CSS::BorderData& a, c
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return true;
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}
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// 2. Borders with a style of 'none' have the lowest priority. Only if the border properties of all the elements meeting
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// at this edge are 'none' will the border be omitted (but note that 'none' is the default value for the border style.)
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if (a.line_style == CSS::LineStyle::None) {
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return true;
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}
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if (b.line_style == CSS::LineStyle::None) {
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return false;
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}
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// 3. If none of the styles are 'hidden' and at least one of them is not 'none', then narrow borders are discarded in favor
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// of wider ones. If several have the same 'border-width' then styles are preferred in this order: 'double', 'solid',
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// 'dashed', 'dotted', 'ridge', 'outset', 'groove', and the lowest: 'inset'.
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if (a.width > b.width) {
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return false;
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} else if (a.width < b.width) {
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@ -1221,11 +1229,6 @@ bool TableFormattingContext::border_is_less_specific(const CSS::BorderData& a, c
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return false;
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}
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static const CSS::BorderData& winning_border_style(const CSS::BorderData& a, const CSS::BorderData& b)
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{
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return TableFormattingContext::border_is_less_specific(a, b) ? b : a;
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}
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const CSS::BorderData& TableFormattingContext::border_data_conflicting_edge(TableFormattingContext::ConflictingEdge const& conflicting_edge)
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{
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auto const& style = conflicting_edge.element->computed_values();
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@ -1248,10 +1251,52 @@ const CSS::BorderData& TableFormattingContext::border_data_conflicting_edge(Tabl
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}
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}
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const Painting::PaintableBox::BorderDataWithElementKind TableFormattingContext::border_data_with_element_kind_from_conflicting_edge(ConflictingEdge const& conflicting_edge)
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{
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auto const& border_data = border_data_conflicting_edge(conflicting_edge);
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return { .border_data = border_data, .element_kind = conflicting_edge.element_kind };
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}
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TableFormattingContext::ConflictingEdge const& TableFormattingContext::winning_conflicting_edge(TableFormattingContext::ConflictingEdge const& a, TableFormattingContext::ConflictingEdge const& b)
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{
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auto a_border_data = border_data_conflicting_edge(a);
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auto b_border_data = border_data_conflicting_edge(b);
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// First check if step 4 of border conflict resolution applies, as described in https://www.w3.org/TR/CSS22/tables.html#border-conflict-resolution.
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if (a_border_data.line_style == b_border_data.line_style && a_border_data.width == b_border_data.width) {
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// 4. If border styles differ only in color, then a style set on a cell wins over one on a row, which wins over a
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// row group, column, column group and, lastly, table. When two elements of the same type conflict, then the one
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// further to the left (if the table's 'direction' is 'ltr'; right, if it is 'rtl') and further to the top wins.
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if (static_cast<unsigned>(a.element_kind) < static_cast<unsigned>(b.element_kind)) {
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return a;
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} else if (static_cast<unsigned>(a.element_kind) > static_cast<unsigned>(b.element_kind)) {
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return b;
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}
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// Here the element kind is the same, thus the coordinates are either both set or not set.
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VERIFY(a.column.has_value() == b.column.has_value());
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VERIFY(a.row.has_value() == b.row.has_value());
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if (a.column.has_value()) {
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if (a.column.value() < b.column.value()) {
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return a;
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} else if (a.column.value() > b.column.value()) {
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return b;
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}
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}
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if (a.row.has_value()) {
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if (a.row.value() < b.row.value()) {
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return a;
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} else if (a.row.value() > b.row.value()) {
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return b;
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}
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}
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return a;
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}
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// Apply steps 1, 2 and 3 of the border conflict resolution algorithm.
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return border_is_less_specific(a_border_data, b_border_data) ? b : a;
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}
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void TableFormattingContext::border_conflict_resolution()
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{
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// Partially implements border conflict resolution, as described in
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// https://www.w3.org/TR/CSS22/tables.html#border-conflict-resolution
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// Implements border conflict resolution, as described in https://www.w3.org/TR/CSS22/tables.html#border-conflict-resolution.
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BorderConflictFinder finder(this);
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for (auto& cell : m_cells) {
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auto& cell_state = m_state.get_mutable(cell.box);
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@ -1264,36 +1309,55 @@ void TableFormattingContext::border_conflict_resolution()
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if (cell.box->computed_values().border_collapse() == CSS::BorderCollapse::Separate) {
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continue;
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}
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// Execute steps 1, 2 and 3 of the algorithm for each edge.
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Painting::BordersData override_borders_data;
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auto const& cell_style = cell.box->computed_values();
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auto winning_border_left = cell_style.border_left();
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for (auto const conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Left)) {
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winning_border_left = winning_border_style(winning_border_left, border_data_conflicting_edge(conflicting_edge));
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Painting::PaintableBox::BordersDataWithElementKind override_borders_data;
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ConflictingEdge winning_edge_left {
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.element = cell.box,
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.element_kind = Painting::PaintableBox::ConflictingElementKind::Cell,
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.side = ConflictingSide::Left,
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.row = cell.row_index,
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.column = cell.column_index,
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};
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for (auto const& conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Left)) {
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winning_edge_left = winning_conflicting_edge(winning_edge_left, conflicting_edge);
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}
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override_borders_data.left = winning_border_left;
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cell_state.border_left = winning_border_left.width;
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auto winning_border_right = cell_style.border_right();
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for (auto const conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Right)) {
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winning_border_right = winning_border_style(winning_border_right, border_data_conflicting_edge(conflicting_edge));
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override_borders_data.left = border_data_with_element_kind_from_conflicting_edge(winning_edge_left);
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cell_state.border_left = override_borders_data.left.border_data.width;
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ConflictingEdge winning_edge_right {
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.element = cell.box,
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.element_kind = Painting::PaintableBox::ConflictingElementKind::Cell,
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.side = ConflictingSide::Right,
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.row = cell.row_index,
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.column = cell.column_index,
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};
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for (auto const& conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Right)) {
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winning_edge_right = winning_conflicting_edge(winning_edge_right, conflicting_edge);
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}
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override_borders_data.right = winning_border_right;
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cell_state.border_right = winning_border_right.width;
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auto winning_border_top = cell_style.border_top();
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for (auto const conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Top)) {
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winning_border_top = winning_border_style(winning_border_top, border_data_conflicting_edge(conflicting_edge));
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override_borders_data.right = border_data_with_element_kind_from_conflicting_edge(winning_edge_right);
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cell_state.border_right = override_borders_data.right.border_data.width;
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ConflictingEdge winning_edge_top {
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.element = cell.box,
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.element_kind = Painting::PaintableBox::ConflictingElementKind::Cell,
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.side = ConflictingSide::Top,
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.row = cell.row_index,
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.column = cell.column_index,
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};
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for (auto const& conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Top)) {
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winning_edge_top = winning_conflicting_edge(winning_edge_top, conflicting_edge);
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}
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override_borders_data.top = winning_border_top;
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cell_state.border_top = winning_border_top.width;
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auto winning_border_bottom = cell_style.border_bottom();
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for (auto const conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Bottom)) {
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winning_border_bottom = winning_border_style(winning_border_bottom, border_data_conflicting_edge(conflicting_edge));
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override_borders_data.top = border_data_with_element_kind_from_conflicting_edge(winning_edge_top);
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cell_state.border_top = override_borders_data.top.border_data.width;
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ConflictingEdge winning_edge_bottom {
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.element = cell.box,
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.element_kind = Painting::PaintableBox::ConflictingElementKind::Cell,
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.side = ConflictingSide::Bottom,
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.row = cell.row_index,
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.column = cell.column_index,
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};
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for (auto const& conflicting_edge : finder.conflicting_edges(cell, ConflictingSide::Bottom)) {
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winning_edge_bottom = winning_conflicting_edge(winning_edge_bottom, conflicting_edge);
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}
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override_borders_data.bottom = winning_border_bottom;
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cell_state.border_bottom = override_borders_data.bottom.width;
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// FIXME: 4. If border styles differ only in color, then a style set on a cell wins over one on a row, which wins over a
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// row group, column, column group and, lastly, table. When two elements of the same type conflict, then the one
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// further to the left (if the table's 'direction' is 'ltr'; right, if it is 'rtl') and further to the top wins.
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override_borders_data.bottom = border_data_with_element_kind_from_conflicting_edge(winning_edge_bottom);
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cell_state.border_bottom = override_borders_data.bottom.border_data.width;
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cell_state.set_override_borders_data(override_borders_data);
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}
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}
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@ -1384,97 +1448,105 @@ Vector<TableFormattingContext::ConflictingEdge> TableFormattingContext::BorderCo
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{
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Vector<ConflictingEdge> result = {};
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if (cell.column_index >= cell.column_span && edge == ConflictingSide::Left) {
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auto maybe_cell_to_left = m_context->m_cells_by_coordinate[cell.row_index][cell.column_index - cell.column_span];
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auto left_cell_column_index = cell.column_index - cell.column_span;
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auto maybe_cell_to_left = m_context->m_cells_by_coordinate[cell.row_index][left_cell_column_index];
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if (maybe_cell_to_left.has_value()) {
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result.append({ maybe_cell_to_left->box, ConflictingSide::Right });
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result.append({ maybe_cell_to_left->box, Painting::PaintableBox::ConflictingElementKind::Cell, ConflictingSide::Right, cell.row_index, left_cell_column_index });
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}
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}
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if (cell.column_index + cell.column_span < m_context->m_cells_by_coordinate[cell.row_index].size() && edge == ConflictingSide::Right) {
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auto maybe_cell_to_right = m_context->m_cells_by_coordinate[cell.row_index][cell.column_index + cell.column_span];
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auto right_cell_column_index = cell.column_index + cell.column_span;
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auto maybe_cell_to_right = m_context->m_cells_by_coordinate[cell.row_index][right_cell_column_index];
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if (maybe_cell_to_right.has_value()) {
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result.append({ maybe_cell_to_right->box, ConflictingSide::Left });
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result.append({ maybe_cell_to_right->box, Painting::PaintableBox::ConflictingElementKind::Cell, ConflictingSide::Left, cell.row_index, right_cell_column_index });
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}
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}
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if (cell.row_index >= cell.row_span && edge == ConflictingSide::Top) {
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auto maybe_cell_above = m_context->m_cells_by_coordinate[cell.row_index - cell.row_span][cell.column_index];
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auto above_cell_row_index = cell.row_index - cell.row_span;
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auto maybe_cell_above = m_context->m_cells_by_coordinate[above_cell_row_index][cell.column_index];
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if (maybe_cell_above.has_value()) {
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result.append({ maybe_cell_above->box, ConflictingSide::Bottom });
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result.append({ maybe_cell_above->box, Painting::PaintableBox::ConflictingElementKind::Cell, ConflictingSide::Bottom, above_cell_row_index, cell.column_index });
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}
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}
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if (cell.row_index + cell.row_span < m_context->m_cells_by_coordinate.size() && edge == ConflictingSide::Bottom) {
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auto maybe_cell_below = m_context->m_cells_by_coordinate[cell.row_index + cell.row_span][cell.column_index];
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auto below_cell_row_index = cell.row_index + cell.row_span;
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auto maybe_cell_below = m_context->m_cells_by_coordinate[below_cell_row_index][cell.column_index];
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if (maybe_cell_below.has_value()) {
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result.append({ maybe_cell_below->box, ConflictingSide::Top });
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result.append({ maybe_cell_below->box, Painting::PaintableBox::ConflictingElementKind::Cell, ConflictingSide::Top, below_cell_row_index, cell.column_index });
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}
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}
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if (edge == ConflictingSide::Top) {
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result.append({ m_context->m_rows[cell.row_index].box, ConflictingSide::Top });
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result.append({ m_context->m_rows[cell.row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Top, cell.row_index, {} });
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}
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if (edge == ConflictingSide::Bottom) {
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result.append({ m_context->m_rows[cell.row_index].box, ConflictingSide::Bottom });
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result.append({ m_context->m_rows[cell.row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Bottom, cell.row_index, {} });
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}
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if (cell.row_index >= cell.row_span && edge == ConflictingSide::Top) {
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result.append({ m_context->m_rows[cell.row_index - cell.row_span].box, ConflictingSide::Bottom });
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auto above_row_index = cell.row_index - cell.row_span;
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result.append({ m_context->m_rows[above_row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Bottom, above_row_index, {} });
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}
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if (cell.row_index + cell.row_span < m_context->m_rows.size() && edge == ConflictingSide::Bottom) {
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result.append({ m_context->m_rows[cell.row_index + cell.row_span].box, ConflictingSide::Top });
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auto below_row_index = cell.row_index + cell.row_span;
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result.append({ m_context->m_rows[below_row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Top, below_row_index, {} });
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}
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auto const& maybe_row_group = m_row_group_elements_by_index[cell.row_index];
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if (maybe_row_group.has_value() && cell.row_index == maybe_row_group->start_index && edge == ConflictingSide::Top) {
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result.append({ maybe_row_group->row_group, ConflictingSide::Top });
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result.append({ maybe_row_group->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Top, maybe_row_group->start_index, {} });
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}
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if (cell.row_index >= cell.row_span) {
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auto const& maybe_row_group_above = m_row_group_elements_by_index[cell.row_index - cell.row_span];
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if (maybe_row_group_above.has_value() && cell.row_index == maybe_row_group_above->start_index + maybe_row_group_above->row_count && edge == ConflictingSide::Top) {
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result.append({ maybe_row_group_above->row_group, ConflictingSide::Bottom });
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result.append({ maybe_row_group_above->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Bottom, maybe_row_group_above->start_index, {} });
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}
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}
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if (maybe_row_group.has_value() && cell.row_index == maybe_row_group->start_index + maybe_row_group->row_count - 1 && edge == ConflictingSide::Bottom) {
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result.append({ maybe_row_group->row_group, ConflictingSide::Bottom });
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result.append({ maybe_row_group->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Bottom, maybe_row_group->start_index, {} });
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}
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if (cell.row_index + cell.row_span < m_row_group_elements_by_index.size()) {
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auto const& maybe_row_group_below = m_row_group_elements_by_index[cell.row_index + cell.row_span];
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if (maybe_row_group_below.has_value() && cell.row_index + cell.row_span == maybe_row_group_below->start_index && edge == ConflictingSide::Bottom) {
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result.append({ maybe_row_group_below->row_group, ConflictingSide::Top });
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result.append({ maybe_row_group_below->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Top, maybe_row_group_below->start_index, {} });
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}
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}
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if (m_col_elements_by_index[cell.column_index] && edge == ConflictingSide::Left) {
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result.append({ m_col_elements_by_index[cell.column_index], ConflictingSide::Left });
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result.append({ m_col_elements_by_index[cell.column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Left, {}, cell.column_index });
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}
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if (cell.column_index >= cell.column_span && m_col_elements_by_index[cell.column_index - cell.column_span] && edge == ConflictingSide::Left) {
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result.append({ m_col_elements_by_index[cell.column_index - cell.column_span], ConflictingSide::Right });
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auto left_column_index = cell.column_index - cell.column_span;
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result.append({ m_col_elements_by_index[left_column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Right, {}, left_column_index });
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}
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if (m_col_elements_by_index[cell.column_index] && edge == ConflictingSide::Right) {
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result.append({ m_col_elements_by_index[cell.column_index], ConflictingSide::Right });
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result.append({ m_col_elements_by_index[cell.column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Right, {}, cell.column_index });
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}
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if (cell.column_index + cell.column_span < m_col_elements_by_index.size() && m_col_elements_by_index[cell.column_index + cell.column_span] && edge == ConflictingSide::Right) {
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result.append({ m_col_elements_by_index[cell.column_index + cell.column_span], ConflictingSide::Left });
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auto right_column_index = cell.column_index + cell.column_span;
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result.append({ m_col_elements_by_index[right_column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Left, {}, right_column_index });
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}
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if (cell.row_index == 0 && edge == ConflictingSide::Top) {
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if (m_col_elements_by_index[cell.column_index]) {
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result.append({ m_col_elements_by_index[cell.column_index], ConflictingSide::Top });
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result.append({ m_col_elements_by_index[cell.column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Top, {}, cell.column_index });
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}
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result.append({ &m_context->table_box(), ConflictingSide::Top });
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||||
result.append({ &m_context->table_box(), Painting::PaintableBox::ConflictingElementKind::Table, ConflictingSide::Top, {}, {} });
|
||||
}
|
||||
if (cell.row_index == m_context->m_rows.size() - 1 && edge == ConflictingSide::Bottom) {
|
||||
if (m_col_elements_by_index[cell.column_index]) {
|
||||
result.append({ m_col_elements_by_index[cell.column_index], ConflictingSide::Bottom });
|
||||
result.append({ m_col_elements_by_index[cell.column_index], Painting::PaintableBox::ConflictingElementKind::ColumnGroup, ConflictingSide::Bottom, {}, cell.column_index });
|
||||
}
|
||||
result.append({ &m_context->table_box(), ConflictingSide::Bottom });
|
||||
result.append({ &m_context->table_box(), Painting::PaintableBox::ConflictingElementKind::Table, ConflictingSide::Bottom, {}, {} });
|
||||
}
|
||||
if (cell.column_index == 0 && edge == ConflictingSide::Left) {
|
||||
result.append({ m_context->m_rows[cell.row_index].box, ConflictingSide::Left });
|
||||
result.append({ m_context->m_rows[cell.row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Left, cell.row_index, {} });
|
||||
if (m_row_group_elements_by_index[cell.row_index].has_value()) {
|
||||
result.append({ m_row_group_elements_by_index[cell.row_index]->row_group, ConflictingSide::Left });
|
||||
result.append({ m_row_group_elements_by_index[cell.row_index]->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Left, cell.row_index, {} });
|
||||
}
|
||||
result.append({ &m_context->table_box(), ConflictingSide::Left });
|
||||
result.append({ &m_context->table_box(), Painting::PaintableBox::ConflictingElementKind::Table, ConflictingSide::Left, {}, {} });
|
||||
}
|
||||
if (cell.column_index == m_context->m_columns.size() - 1 && edge == ConflictingSide::Right) {
|
||||
result.append({ m_context->m_rows[cell.row_index].box, ConflictingSide::Right });
|
||||
result.append({ m_context->m_rows[cell.row_index].box, Painting::PaintableBox::ConflictingElementKind::Row, ConflictingSide::Right, cell.row_index, {} });
|
||||
if (m_row_group_elements_by_index[cell.row_index].has_value()) {
|
||||
result.append({ m_row_group_elements_by_index[cell.row_index]->row_group, ConflictingSide::Right });
|
||||
result.append({ m_row_group_elements_by_index[cell.row_index]->row_group, Painting::PaintableBox::ConflictingElementKind::RowGroup, ConflictingSide::Right, cell.row_index, {} });
|
||||
}
|
||||
result.append({ &m_context->table_box(), ConflictingSide::Right });
|
||||
result.append({ &m_context->table_box(), Painting::PaintableBox::ConflictingElementKind::Table, ConflictingSide::Right, {}, {} });
|
||||
}
|
||||
return result;
|
||||
}
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue