ladybird/Userland/Libraries/LibWeb/Dump.cpp
Andreas Kling f4bdf56212 LibWeb: Rename Element::shadow_root_internal() to shadow_root()
And let the old shadow_root(), which was only supposed to be used by
bindings, be called shadow_root_for_bindings() instead.

This makes it much easier to read DOM code, and we don't have to worry
about when to use shadow_root_internal() or why.
2024-06-25 19:22:35 +02:00

801 lines
32 KiB
C++

/*
* Copyright (c) 2018-2023, Andreas Kling <kling@serenityos.org>
* Copyright (c) 2021, the SerenityOS developers.
*
* SPDX-License-Identifier: BSD-2-Clause
*/
#include <AK/QuickSort.h>
#include <AK/StringBuilder.h>
#include <AK/Utf8View.h>
#include <LibWeb/CSS/CSSFontFaceRule.h>
#include <LibWeb/CSS/CSSImportRule.h>
#include <LibWeb/CSS/CSSMediaRule.h>
#include <LibWeb/CSS/CSSRule.h>
#include <LibWeb/CSS/CSSStyleRule.h>
#include <LibWeb/CSS/CSSStyleSheet.h>
#include <LibWeb/CSS/CSSSupportsRule.h>
#include <LibWeb/CSS/PropertyID.h>
#include <LibWeb/CSS/PseudoClass.h>
#include <LibWeb/DOM/Comment.h>
#include <LibWeb/DOM/Document.h>
#include <LibWeb/DOM/Element.h>
#include <LibWeb/DOM/ShadowRoot.h>
#include <LibWeb/DOM/Text.h>
#include <LibWeb/Dump.h>
#include <LibWeb/HTML/DocumentState.h>
#include <LibWeb/HTML/HTMLImageElement.h>
#include <LibWeb/HTML/HTMLTemplateElement.h>
#include <LibWeb/HTML/ImageRequest.h>
#include <LibWeb/HTML/TraversableNavigable.h>
#include <LibWeb/Layout/BlockContainer.h>
#include <LibWeb/Layout/FormattingContext.h>
#include <LibWeb/Layout/FrameBox.h>
#include <LibWeb/Layout/InlineNode.h>
#include <LibWeb/Layout/Node.h>
#include <LibWeb/Layout/SVGBox.h>
#include <LibWeb/Layout/TextNode.h>
#include <LibWeb/Layout/Viewport.h>
#include <LibWeb/Painting/InlinePaintable.h>
#include <LibWeb/Painting/PaintableBox.h>
#include <LibWeb/Painting/TextPaintable.h>
#include <LibWeb/SVG/SVGDecodedImageData.h>
#include <stdio.h>
namespace Web {
static void indent(StringBuilder& builder, int levels)
{
for (int i = 0; i < levels; i++)
builder.append(" "sv);
}
static ErrorOr<void> dump_session_history_entry(StringBuilder& builder, HTML::SessionHistoryEntry const& session_history_entry, int indent_levels)
{
indent(builder, indent_levels);
auto const& document = session_history_entry.document();
TRY(builder.try_appendff("step=({}) url=({}) is-active=({})\n", session_history_entry.step().get<int>(), session_history_entry.url(), document && document->is_active()));
for (auto const& nested_history : session_history_entry.document_state()->nested_histories()) {
for (auto const& nested_she : nested_history.entries) {
TRY(dump_session_history_entry(builder, *nested_she, indent_levels + 1));
}
}
return {};
}
void dump_tree(HTML::TraversableNavigable& traversable)
{
StringBuilder builder;
for (auto const& she : traversable.session_history_entries()) {
dump_session_history_entry(builder, *she, 0).release_value_but_fixme_should_propagate_errors();
}
dbgln("{}", builder.string_view());
}
void dump_tree(DOM::Node const& node)
{
StringBuilder builder;
dump_tree(builder, node);
dbgln("{}", builder.string_view());
}
void dump_tree(StringBuilder& builder, DOM::Node const& node)
{
static int indent = 0;
for (int i = 0; i < indent; ++i)
builder.append(" "sv);
if (is<DOM::Element>(node)) {
builder.appendff("<{}", verify_cast<DOM::Element>(node).local_name());
verify_cast<DOM::Element>(node).for_each_attribute([&](auto& name, auto& value) {
builder.appendff(" {}={}", name, value);
});
builder.append(">\n"sv);
} else if (is<DOM::Text>(node)) {
builder.appendff("\"{}\"\n", verify_cast<DOM::Text>(node).data());
} else {
builder.appendff("{}\n", node.node_name());
}
++indent;
if (is<DOM::Element>(node)) {
if (auto shadow_root = static_cast<DOM::Element const&>(node).shadow_root()) {
dump_tree(builder, *shadow_root);
}
}
if (is<HTML::HTMLImageElement>(node)) {
if (auto image_data = static_cast<HTML::HTMLImageElement const&>(node).current_request().image_data()) {
if (is<SVG::SVGDecodedImageData>(*image_data)) {
++indent;
for (int i = 0; i < indent; ++i)
builder.append(" "sv);
builder.append("(SVG-as-image isolated context)\n"sv);
auto& svg_data = verify_cast<SVG::SVGDecodedImageData>(*image_data);
dump_tree(builder, svg_data.svg_document());
--indent;
}
}
}
if (is<DOM::ParentNode>(node)) {
if (!is<HTML::HTMLTemplateElement>(node)) {
static_cast<DOM::ParentNode const&>(node).for_each_child([&](auto& child) {
dump_tree(builder, child);
return IterationDecision::Continue;
});
} else {
auto& template_element = verify_cast<HTML::HTMLTemplateElement>(node);
dump_tree(builder, template_element.content());
}
}
--indent;
}
void dump_tree(Layout::Node const& layout_node, bool show_box_model, bool show_specified_style)
{
StringBuilder builder;
dump_tree(builder, layout_node, show_box_model, show_specified_style, true);
dbgln("{}", builder.string_view());
}
void dump_tree(StringBuilder& builder, Layout::Node const& layout_node, bool show_box_model, bool show_specified_style, bool interactive)
{
static size_t indent = 0;
for (size_t i = 0; i < indent; ++i)
builder.append(" "sv);
FlyString tag_name;
if (layout_node.is_anonymous())
tag_name = "(anonymous)"_fly_string;
else if (is<DOM::Element>(layout_node.dom_node()))
tag_name = verify_cast<DOM::Element>(*layout_node.dom_node()).local_name();
else
tag_name = layout_node.dom_node()->node_name();
String identifier;
if (layout_node.dom_node() && is<DOM::Element>(*layout_node.dom_node())) {
auto& element = verify_cast<DOM::Element>(*layout_node.dom_node());
StringBuilder builder;
if (element.id().has_value() && !element.id()->is_empty()) {
builder.append('#');
builder.append(*element.id());
}
for (auto& class_name : element.class_names()) {
builder.append('.');
builder.append(class_name);
}
identifier = MUST(builder.to_string());
}
StringView nonbox_color_on = ""sv;
StringView box_color_on = ""sv;
StringView svg_box_color_on = ""sv;
StringView positioned_color_on = ""sv;
StringView floating_color_on = ""sv;
StringView inline_color_on = ""sv;
StringView line_box_color_on = ""sv;
StringView fragment_color_on = ""sv;
StringView flex_color_on = ""sv;
StringView table_color_on = ""sv;
StringView formatting_context_color_on = ""sv;
StringView color_off = ""sv;
if (interactive) {
nonbox_color_on = "\033[33m"sv;
box_color_on = "\033[34m"sv;
svg_box_color_on = "\033[31m"sv;
positioned_color_on = "\033[31;1m"sv;
floating_color_on = "\033[32;1m"sv;
inline_color_on = "\033[36;1m"sv;
line_box_color_on = "\033[34;1m"sv;
fragment_color_on = "\033[35;1m"sv;
flex_color_on = "\033[34;1m"sv;
table_color_on = "\033[91;1m"sv;
formatting_context_color_on = "\033[37;1m"sv;
color_off = "\033[0m"sv;
}
if (!is<Layout::Box>(layout_node)) {
builder.appendff("{}{}{} <{}{}{}{}>",
nonbox_color_on,
layout_node.class_name(),
color_off,
tag_name,
nonbox_color_on,
identifier,
color_off);
builder.append("\n"sv);
} else {
auto& box = verify_cast<Layout::Box>(layout_node);
StringView color_on = is<Layout::SVGBox>(box) ? svg_box_color_on : box_color_on;
builder.appendff("{}{}{} <{}{}{}{}> ",
color_on,
box.class_name(),
color_off,
color_on,
tag_name,
color_off,
identifier);
if (auto const* paintable_box = box.paintable_box()) {
builder.appendff("at ({},{}) content-size {}x{}",
paintable_box->absolute_x(),
paintable_box->absolute_y(),
paintable_box->content_width(),
paintable_box->content_height());
} else {
builder.appendff("(not painted)");
}
if (box.is_positioned())
builder.appendff(" {}positioned{}", positioned_color_on, color_off);
if (box.is_floating())
builder.appendff(" {}floating{}", floating_color_on, color_off);
if (box.is_inline_block())
builder.appendff(" {}inline-block{}", inline_color_on, color_off);
if (box.is_inline_table())
builder.appendff(" {}inline-table{}", inline_color_on, color_off);
if (box.display().is_flex_inside()) {
StringView direction;
switch (box.computed_values().flex_direction()) {
case CSS::FlexDirection::Column:
direction = "column"sv;
break;
case CSS::FlexDirection::ColumnReverse:
direction = "column-reverse"sv;
break;
case CSS::FlexDirection::Row:
direction = "row"sv;
break;
case CSS::FlexDirection::RowReverse:
direction = "row-reverse"sv;
break;
}
builder.appendff(" {}flex-container({}){}", flex_color_on, direction, color_off);
}
if (box.is_flex_item())
builder.appendff(" {}flex-item{}", flex_color_on, color_off);
if (box.display().is_table_inside())
builder.appendff(" {}table-box{}", table_color_on, color_off);
if (box.display().is_table_row_group())
builder.appendff(" {}table-row-group{}", table_color_on, color_off);
if (box.display().is_table_column_group())
builder.appendff(" {}table-column-group{}", table_color_on, color_off);
if (box.display().is_table_header_group())
builder.appendff(" {}table-header-group{}", table_color_on, color_off);
if (box.display().is_table_footer_group())
builder.appendff(" {}table-footer-group{}", table_color_on, color_off);
if (box.display().is_table_row())
builder.appendff(" {}table-row{}", table_color_on, color_off);
if (box.display().is_table_cell())
builder.appendff(" {}table-cell{}", table_color_on, color_off);
if (show_box_model) {
// Dump the horizontal box properties
builder.appendff(" [{}+{}+{} {} {}+{}+{}]",
box.box_model().margin.left,
box.box_model().border.left,
box.box_model().padding.left,
box.paintable_box() ? box.paintable_box()->content_width() : 0,
box.box_model().padding.right,
box.box_model().border.right,
box.box_model().margin.right);
// And the vertical box properties
builder.appendff(" [{}+{}+{} {} {}+{}+{}]",
box.box_model().margin.top,
box.box_model().border.top,
box.box_model().padding.top,
box.paintable_box() ? box.paintable_box()->content_height() : 0,
box.box_model().padding.bottom,
box.box_model().border.bottom,
box.box_model().margin.bottom);
}
if (auto formatting_context_type = Layout::FormattingContext::formatting_context_type_created_by_box(box); formatting_context_type.has_value()) {
switch (formatting_context_type.value()) {
case Layout::FormattingContext::Type::Block:
builder.appendff(" [{}BFC{}]", formatting_context_color_on, color_off);
break;
case Layout::FormattingContext::Type::Flex:
builder.appendff(" [{}FFC{}]", formatting_context_color_on, color_off);
break;
case Layout::FormattingContext::Type::Grid:
builder.appendff(" [{}GFC{}]", formatting_context_color_on, color_off);
break;
case Layout::FormattingContext::Type::Table:
builder.appendff(" [{}TFC{}]", formatting_context_color_on, color_off);
break;
case Layout::FormattingContext::Type::SVG:
builder.appendff(" [{}SVG{}]", formatting_context_color_on, color_off);
break;
default:
break;
}
}
builder.appendff(" children: {}", box.children_are_inline() ? "inline" : "not-inline");
if (is<Layout::FrameBox>(box)) {
auto const& frame_box = static_cast<Layout::FrameBox const&>(box);
if (auto* nested_browsing_context = frame_box.dom_node().nested_browsing_context()) {
if (auto* document = nested_browsing_context->active_document()) {
builder.appendff(" (url: {})", document->url());
}
}
}
builder.append("\n"sv);
}
if (layout_node.dom_node() && is<HTML::HTMLImageElement>(*layout_node.dom_node())) {
if (auto image_data = static_cast<HTML::HTMLImageElement const&>(*layout_node.dom_node()).current_request().image_data()) {
if (is<SVG::SVGDecodedImageData>(*image_data)) {
auto& svg_data = verify_cast<SVG::SVGDecodedImageData>(*image_data);
if (svg_data.svg_document().layout_node()) {
++indent;
for (size_t i = 0; i < indent; ++i)
builder.append(" "sv);
builder.append("(SVG-as-image isolated context)\n"sv);
dump_tree(builder, *svg_data.svg_document().layout_node(), show_box_model, show_specified_style, interactive);
--indent;
}
}
}
}
auto dump_fragment = [&](auto& fragment, size_t fragment_index) {
for (size_t i = 0; i < indent; ++i)
builder.append(" "sv);
builder.appendff(" {}frag {}{} from {} ",
fragment_color_on,
fragment_index,
color_off,
fragment.layout_node().class_name());
builder.appendff("start: {}, length: {}, rect: {} baseline: {}\n",
fragment.start(),
fragment.length(),
fragment.absolute_rect(),
fragment.baseline());
if (is<Layout::TextNode>(fragment.layout_node())) {
for (size_t i = 0; i < indent; ++i)
builder.append(" "sv);
auto const& layout_text = static_cast<Layout::TextNode const&>(fragment.layout_node());
auto fragment_text = MUST(layout_text.text_for_rendering().substring_from_byte_offset(fragment.start(), fragment.length()));
builder.appendff(" \"{}\"\n", fragment_text);
}
};
if (is<Layout::BlockContainer>(layout_node) && static_cast<Layout::BlockContainer const&>(layout_node).children_are_inline()) {
auto& block = static_cast<Layout::BlockContainer const&>(layout_node);
for (size_t fragment_index = 0; block.paintable_with_lines() && fragment_index < block.paintable_with_lines()->fragments().size(); ++fragment_index) {
auto const& fragment = block.paintable_with_lines()->fragments()[fragment_index];
dump_fragment(fragment, fragment_index);
}
}
if (is<Layout::InlineNode>(layout_node) && layout_node.paintable()) {
auto const& inline_node = static_cast<Layout::InlineNode const&>(layout_node);
auto const& inline_paintable = static_cast<Painting::InlinePaintable const&>(*inline_node.paintable());
auto const& fragments = inline_paintable.fragments();
for (size_t fragment_index = 0; fragment_index < fragments.size(); ++fragment_index) {
auto const& fragment = fragments[fragment_index];
dump_fragment(fragment, fragment_index);
}
}
if (show_specified_style && layout_node.dom_node() && layout_node.dom_node()->is_element() && verify_cast<DOM::Element>(layout_node.dom_node())->computed_css_values()) {
struct NameAndValue {
FlyString name;
String value;
};
Vector<NameAndValue> properties;
verify_cast<DOM::Element>(*layout_node.dom_node()).computed_css_values()->for_each_property([&](auto property_id, auto& value) {
properties.append({ CSS::string_from_property_id(property_id), value.to_string() });
});
quick_sort(properties, [](auto& a, auto& b) { return a.name < b.name; });
for (auto& property : properties) {
for (size_t i = 0; i < indent; ++i)
builder.append(" "sv);
builder.appendff(" ({}: {})\n", property.name, property.value);
}
}
++indent;
layout_node.for_each_child([&](auto& child) {
dump_tree(builder, child, show_box_model, show_specified_style, interactive);
return IterationDecision::Continue;
});
--indent;
}
void dump_selector(CSS::Selector const& selector)
{
StringBuilder builder;
dump_selector(builder, selector);
dbgln("{}", builder.string_view());
}
static void dump_qualified_name(StringBuilder& builder, CSS::Selector::SimpleSelector::QualifiedName const& qualified_name)
{
StringView namespace_type;
switch (qualified_name.namespace_type) {
case CSS::Selector::SimpleSelector::QualifiedName::NamespaceType::Default:
namespace_type = "Default"sv;
break;
case CSS::Selector::SimpleSelector::QualifiedName::NamespaceType::None:
namespace_type = "None"sv;
break;
case CSS::Selector::SimpleSelector::QualifiedName::NamespaceType::Any:
namespace_type = "Any"sv;
break;
case CSS::Selector::SimpleSelector::QualifiedName::NamespaceType::Named:
namespace_type = "Named"sv;
break;
}
builder.appendff("NamespaceType={}, Namespace='{}', Name='{}'", namespace_type, qualified_name.namespace_, qualified_name.name.name);
}
void dump_selector(StringBuilder& builder, CSS::Selector const& selector)
{
builder.append(" CSS::Selector:\n"sv);
for (auto& relative_selector : selector.compound_selectors()) {
builder.append(" "sv);
char const* relation_description = "";
switch (relative_selector.combinator) {
case CSS::Selector::Combinator::None:
relation_description = "None";
break;
case CSS::Selector::Combinator::ImmediateChild:
relation_description = "ImmediateChild";
break;
case CSS::Selector::Combinator::Descendant:
relation_description = "Descendant";
break;
case CSS::Selector::Combinator::NextSibling:
relation_description = "AdjacentSibling";
break;
case CSS::Selector::Combinator::SubsequentSibling:
relation_description = "GeneralSibling";
break;
case CSS::Selector::Combinator::Column:
relation_description = "Column";
break;
}
if (*relation_description)
builder.appendff("{{{}}} ", relation_description);
for (size_t i = 0; i < relative_selector.simple_selectors.size(); ++i) {
auto& simple_selector = relative_selector.simple_selectors[i];
char const* type_description = "Unknown";
switch (simple_selector.type) {
case CSS::Selector::SimpleSelector::Type::Universal:
type_description = "Universal";
break;
case CSS::Selector::SimpleSelector::Type::Id:
type_description = "Id";
break;
case CSS::Selector::SimpleSelector::Type::Class:
type_description = "Class";
break;
case CSS::Selector::SimpleSelector::Type::TagName:
type_description = "TagName";
break;
case CSS::Selector::SimpleSelector::Type::Attribute:
type_description = "Attribute";
break;
case CSS::Selector::SimpleSelector::Type::PseudoClass:
type_description = "PseudoClassSelector";
break;
case CSS::Selector::SimpleSelector::Type::PseudoElement:
type_description = "PseudoElement";
break;
}
builder.appendff("{}:", type_description);
// FIXME: This is goofy
if (simple_selector.value.has<CSS::Selector::SimpleSelector::Name>()) {
builder.append(simple_selector.name());
} else if (simple_selector.value.has<CSS::Selector::SimpleSelector::QualifiedName>()) {
dump_qualified_name(builder, simple_selector.qualified_name());
}
if (simple_selector.type == CSS::Selector::SimpleSelector::Type::PseudoClass) {
auto const& pseudo_class = simple_selector.pseudo_class();
builder.appendff(" pseudo_class={}", CSS::pseudo_class_name(pseudo_class.type));
auto pseudo_class_metadata = CSS::pseudo_class_metadata(pseudo_class.type);
switch (pseudo_class_metadata.parameter_type) {
case CSS::PseudoClassMetadata::ParameterType::None:
break;
case CSS::PseudoClassMetadata::ParameterType::ANPlusB:
case CSS::PseudoClassMetadata::ParameterType::ANPlusBOf: {
builder.appendff("(step={}, offset={}", pseudo_class.nth_child_pattern.step_size, pseudo_class.nth_child_pattern.offset);
if (!pseudo_class.argument_selector_list.is_empty()) {
builder.append(", selectors=["sv);
for (auto const& child_selector : pseudo_class.argument_selector_list)
dump_selector(builder, child_selector);
builder.append("]"sv);
}
builder.append(")"sv);
break;
}
case CSS::PseudoClassMetadata::ParameterType::CompoundSelector:
case CSS::PseudoClassMetadata::ParameterType::ForgivingSelectorList:
case CSS::PseudoClassMetadata::ParameterType::SelectorList: {
builder.append("(["sv);
for (auto& selector : pseudo_class.argument_selector_list)
dump_selector(builder, selector);
builder.append("])"sv);
break;
}
case CSS::PseudoClassMetadata::ParameterType::Ident:
builder.appendff("(ident={})", string_from_value_id(pseudo_class.identifier.value()));
break;
case CSS::PseudoClassMetadata::ParameterType::LanguageRanges: {
builder.append('(');
builder.join(',', pseudo_class.languages);
builder.append(')');
break;
}
}
}
if (simple_selector.type == CSS::Selector::SimpleSelector::Type::PseudoElement) {
builder.appendff(" pseudo_element={}", simple_selector.pseudo_element().name());
}
if (simple_selector.type == CSS::Selector::SimpleSelector::Type::Attribute) {
auto const& attribute = simple_selector.attribute();
char const* attribute_match_type_description = "";
switch (attribute.match_type) {
case CSS::Selector::SimpleSelector::Attribute::MatchType::HasAttribute:
attribute_match_type_description = "HasAttribute";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::ExactValueMatch:
attribute_match_type_description = "ExactValueMatch";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::ContainsWord:
attribute_match_type_description = "ContainsWord";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::ContainsString:
attribute_match_type_description = "ContainsString";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::StartsWithSegment:
attribute_match_type_description = "StartsWithSegment";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::StartsWithString:
attribute_match_type_description = "StartsWithString";
break;
case CSS::Selector::SimpleSelector::Attribute::MatchType::EndsWithString:
attribute_match_type_description = "EndsWithString";
break;
}
builder.appendff(" [{}, ", attribute_match_type_description);
dump_qualified_name(builder, attribute.qualified_name);
builder.appendff(", value='{}']", attribute.value);
}
if (i != relative_selector.simple_selectors.size() - 1)
builder.append(", "sv);
}
builder.append("\n"sv);
}
}
ErrorOr<void> dump_rule(CSS::CSSRule const& rule)
{
StringBuilder builder;
TRY(dump_rule(builder, rule));
dbgln("{}", builder.string_view());
return {};
}
ErrorOr<void> dump_rule(StringBuilder& builder, CSS::CSSRule const& rule, int indent_levels)
{
indent(builder, indent_levels);
builder.appendff("{}:\n", rule.class_name());
switch (rule.type()) {
case CSS::CSSRule::Type::FontFace:
dump_font_face_rule(builder, verify_cast<CSS::CSSFontFaceRule const>(rule), indent_levels);
break;
case CSS::CSSRule::Type::Import:
dump_import_rule(builder, verify_cast<CSS::CSSImportRule const>(rule), indent_levels);
break;
case CSS::CSSRule::Type::Media:
TRY(dump_media_rule(builder, verify_cast<CSS::CSSMediaRule const>(rule), indent_levels));
break;
case CSS::CSSRule::Type::Style:
TRY(dump_style_rule(builder, verify_cast<CSS::CSSStyleRule const>(rule), indent_levels));
break;
case CSS::CSSRule::Type::Supports:
TRY(dump_supports_rule(builder, verify_cast<CSS::CSSSupportsRule const>(rule), indent_levels));
break;
case CSS::CSSRule::Type::Keyframe:
case CSS::CSSRule::Type::Keyframes:
break;
case CSS::CSSRule::Type::Namespace:
TRY(dump_namespace_rule(builder, verify_cast<CSS::CSSNamespaceRule const>(rule), indent_levels));
break;
}
return {};
}
void dump_font_face_rule(StringBuilder& builder, CSS::CSSFontFaceRule const& rule, int indent_levels)
{
auto& font_face = rule.font_face();
indent(builder, indent_levels + 1);
builder.appendff("font-family: {}\n", font_face.font_family());
if (font_face.weight().has_value()) {
indent(builder, indent_levels + 1);
builder.appendff("weight: {}\n", font_face.weight().value());
}
if (font_face.slope().has_value()) {
indent(builder, indent_levels + 1);
builder.appendff("slope: {}\n", font_face.slope().value());
}
indent(builder, indent_levels + 1);
builder.append("sources:\n"sv);
for (auto const& source : font_face.sources()) {
indent(builder, indent_levels + 2);
if (source.local_or_url.has<URL::URL>())
builder.appendff("url={}, format={}\n", source.local_or_url.get<URL::URL>(), source.format.value_or("???"_string));
else
builder.appendff("local={}\n", source.local_or_url.get<AK::String>());
}
indent(builder, indent_levels + 1);
builder.append("unicode-ranges:\n"sv);
for (auto const& unicode_range : font_face.unicode_ranges()) {
indent(builder, indent_levels + 2);
builder.appendff("{}\n", unicode_range.to_string());
}
}
void dump_import_rule(StringBuilder& builder, CSS::CSSImportRule const& rule, int indent_levels)
{
indent(builder, indent_levels);
builder.appendff(" Document URL: {}\n", rule.url());
}
ErrorOr<void> dump_media_rule(StringBuilder& builder, CSS::CSSMediaRule const& media, int indent_levels)
{
indent(builder, indent_levels);
builder.appendff(" Media: {}\n Rules ({}):\n", media.condition_text(), media.css_rules().length());
for (auto& rule : media.css_rules())
TRY(dump_rule(builder, rule, indent_levels + 1));
return {};
}
ErrorOr<void> dump_supports_rule(StringBuilder& builder, CSS::CSSSupportsRule const& supports, int indent_levels)
{
indent(builder, indent_levels);
builder.appendff(" Supports: {}\n Rules ({}):\n", supports.condition_text(), supports.css_rules().length());
for (auto& rule : supports.css_rules())
TRY(dump_rule(builder, rule, indent_levels + 1));
return {};
}
ErrorOr<void> dump_style_rule(StringBuilder& builder, CSS::CSSStyleRule const& rule, int indent_levels)
{
for (auto& selector : rule.selectors()) {
dump_selector(builder, selector);
}
indent(builder, indent_levels);
builder.append(" Declarations:\n"sv);
for (auto& property : rule.declaration().properties()) {
indent(builder, indent_levels);
builder.appendff(" {}: '{}'", CSS::string_from_property_id(property.property_id), property.value->to_string());
if (property.important == CSS::Important::Yes)
builder.append(" \033[31;1m!important\033[0m"sv);
builder.append('\n');
}
for (auto& property : rule.declaration().custom_properties()) {
indent(builder, indent_levels);
builder.appendff(" {}: '{}'", property.key, property.value.value->to_string());
if (property.value.important == CSS::Important::Yes)
builder.append(" \033[31;1m!important\033[0m"sv);
builder.append('\n');
}
return {};
}
ErrorOr<void> dump_sheet(CSS::StyleSheet const& sheet)
{
StringBuilder builder;
TRY(dump_sheet(builder, sheet));
dbgln("{}", builder.string_view());
return {};
}
ErrorOr<void> dump_sheet(StringBuilder& builder, CSS::StyleSheet const& sheet)
{
auto& css_stylesheet = verify_cast<CSS::CSSStyleSheet>(sheet);
builder.appendff("CSSStyleSheet{{{}}}: {} rule(s)\n", &sheet, css_stylesheet.rules().length());
for (auto& rule : css_stylesheet.rules())
TRY(dump_rule(builder, rule));
return {};
}
void dump_tree(Painting::Paintable const& paintable)
{
StringBuilder builder;
dump_tree(builder, paintable, true);
dbgln("{}", builder.string_view());
}
void dump_tree(StringBuilder& builder, Painting::Paintable const& paintable, bool colorize, int indent)
{
for (int i = 0; i < indent; ++i)
builder.append(" "sv);
StringView paintable_with_lines_color_on = ""sv;
StringView paintable_box_color_on = ""sv;
StringView text_paintable_color_on = ""sv;
StringView paintable_color_on = ""sv;
StringView color_off = ""sv;
if (colorize) {
paintable_with_lines_color_on = "\033[34m"sv;
paintable_box_color_on = "\033[33m"sv;
text_paintable_color_on = "\033[35m"sv;
paintable_color_on = "\033[32m"sv;
color_off = "\033[0m"sv;
}
if (is<Painting::PaintableWithLines>(paintable))
builder.append(paintable_with_lines_color_on);
else if (is<Painting::PaintableBox>(paintable))
builder.append(paintable_box_color_on);
else if (is<Painting::TextPaintable>(paintable))
builder.append(text_paintable_color_on);
else
builder.append(paintable_color_on);
builder.appendff("{}{} ({})", paintable.class_name(), color_off, paintable.layout_node().debug_description());
if (paintable.layout_node().is_box()) {
auto const& paintable_box = static_cast<Painting::PaintableBox const&>(paintable);
builder.appendff(" {}", paintable_box.absolute_border_box_rect());
if (paintable_box.has_scrollable_overflow()) {
builder.appendff(" overflow: {}", paintable_box.scrollable_overflow_rect());
}
if (!paintable_box.scroll_offset().is_zero()) {
builder.appendff(" scroll-offset: {}", paintable_box.scroll_offset());
}
}
builder.append("\n"sv);
for (auto const* child = paintable.first_child(); child; child = child->next_sibling()) {
dump_tree(builder, *child, colorize, indent + 1);
}
}
ErrorOr<void> dump_namespace_rule(StringBuilder& builder, CSS::CSSNamespaceRule const& namespace_, int indent_levels)
{
indent(builder, indent_levels);
TRY(builder.try_appendff(" Namespace: {}\n", namespace_.namespace_uri()));
if (!namespace_.prefix().is_empty())
TRY(builder.try_appendff(" Prefix: {}\n", namespace_.prefix()));
return {};
}
}