srctree

#

# -misc-const-correctness: Consts some things that can't be const, and very very noisy.

#

# -modernize-make-unique, -modernize-use-emplace: Clang doesn't implement p0960

# yet, and we're not adding c-tors to all our structs.

#

-cppcoreguidelines-special-member-functions,

-google-build-using-namespace,

-misc-const-correctness,

-modernize-make-unique,

-modernize-use-emplace,

-modernize-use-nodiscard,

 

}

}

 

void Parser::skip_whitespace_and_comments() {

if (starts_with("/*")) {

advance(2);

}

}

 

std::optional<css::Rule> Parser::parse_rule() {

Rule rule{};

while (peek() != '{') {

 

//

// SPDX-License-Identifier: BSD-2-Clause

 

namespace dom {

namespace {

 

void print_node(dom::Node const &node, std::ostream &os, std::uint8_t depth = 0) {

for (std::uint8_t i = 0; i < depth; ++i) {

os << " ";

 

// https://html.spec.whatwg.org/multipage/parsing.html#parsing-main-inhead

// Incomplete.

// TODO(robinlinden): Template nonsense.

std::optional<InsertionMode> InHead::process(IActions &a, html2::Token const &token) {

if (is_boring_whitespace(token)) {

// TODO(robinlinden): Should be inserting characters, but our last

}

 

// https://html.spec.whatwg.org/multipage/parsing.html#the-after-head-insertion-mode

std::optional<InsertionMode> AfterHead::process(IActions &a, html2::Token const &token) {

if (is_boring_whitespace(token)) {

a.insert_character(std::get<html2::CharacterToken>(token));

 

// https://html.spec.whatwg.org/multipage/parsing.html#parsing-main-inbody

// Incomplete.

std::optional<InsertionMode> InBody::process(IActions &a, html2::Token const &token) {

auto const *character = std::get_if<html2::CharacterToken>(&token);

if (character != nullptr && character->data == '\0') {

 

}

 

// https://www.w3.org/TR/CSS2/visuren.html#box-gen

std::optional<LayoutBox> create_tree(style::StyledNode const &node) {

if (auto const *text = std::get_if<dom::Text>(&node.node)) {

return LayoutBox{.node = &node, .layout_text = std::string_view{text->text}};

return c != ' ' && util::is_whitespace(c);

}

 

void remove_empty_text_boxes(LayoutBox &box) {

for (auto it = box.children.begin(); it != box.children.end();) {

auto text = it->text();

remove_empty_text_boxes(box);

}

 

void apply_text_transforms(LayoutBox &box) {

if (std::holds_alternative<std::string>(box.layout_text)

|| std::holds_alternative<std::string_view>(box.layout_text)) {

box.dimensions.content.y = parent.y + parent.height + d.border.top + d.padding.top + d.margin.top;

}

 

void Layouter::layout(LayoutBox &box, geom::Rect const &bounds) const {

if (box.is_anonymous_block()) {

layout_anonymous_block(box, bounds);

return type::Weight::Bold;

}

 

void Layouter::layout_inline(LayoutBox &box, geom::Rect const &bounds) const {

assert(box.node);

auto font_size = box.get_property<css::PropertyId::FontSize>();

calculate_height(box, font_size);

}

 

void Layouter::layout_block(LayoutBox &box, geom::Rect const &bounds) const {

assert(box.node);

auto font_size = box.get_property<css::PropertyId::FontSize>();

calculate_height(box, font_size);

}

 

void Layouter::layout_anonymous_block(LayoutBox &box, geom::Rect const &bounds) const {

calculate_position(box, bounds);

int last_child_end{};

 

return std::move(ss).str();

}

 

void print_box(LayoutBox const &box, std::ostream &os, std::uint8_t depth = 0) {

for (std::uint8_t i = 0; i < depth; ++i) {

os << " ";

return std::visit(Visitor{}, layout_text);

}

 

LayoutBox const *box_at_position(LayoutBox const &box, geom::Position p) {

if (!box.dimensions.contains(p)) {

return nullptr;

 

 

namespace layout {

 

struct LayoutBox {

style::StyledNode const *node;

BoxModel dimensions;

std::vector<LayoutBox> children;

std::variant<std::monostate, std::string_view, std::string> layout_text;

[[nodiscard]] bool operator==(LayoutBox const &) const = default;

 

bool is_anonymous_block() const { return node == nullptr; }

 

 

// Until we have a nicer tree-creation abstraction for the tests, this needs to

// be called if a test relies on property inheritance.

void set_up_parent_ptrs(style::StyledNode &parent) {

for (auto &child : parent.children) {

child.parent = &parent;

 

 

// Until we have a nicer tree-creation abstraction for the tests, this needs to

// be called if a test relies on property inheritance.

void set_up_parent_ptrs(style::StyledNode &parent) {

for (auto &child : parent.children) {

child.parent = &parent;

 

return layout.get_property<css::PropertyId::Display>().has_value();

}

 

void render_layout_impl(gfx::ICanvas &painter, layout::LayoutBox const &layout, std::optional<geom::Rect> const &clip) {

if (clip && clip->intersected(layout.dimensions.border_box()).empty()) {

return;

namespace debug {

namespace {

 

void render_layout_depth_impl(gfx::ICanvas &painter, layout::LayoutBox const &layout) {

painter.fill_rect(layout.dimensions.padding_box(), {0xFF, 0xFF, 0xFF, 0x30});

for (auto const &child : layout.children) {

 

} // namespace

 

// TODO(robinlinden): This needs to match more things.

bool is_match(style::StyledNode const &node, std::string_view selector) {

auto const &element = std::get<dom::Element>(node.node);

// https://developer.mozilla.org/en-US/docs/Web/CSS/Pseudo-classes

}

 

namespace {

void style_tree_impl(StyledNode &current,

dom::Node const &root,

css::StyleSheet const &stylesheet,

 

return gfx::Color{0xFF, 0, 0};

}

 

std::string_view get_parent_raw_property(style::StyledNode const &node, css::PropertyId property) {

if (node.parent != nullptr) {

return node.parent->get_raw_property(property);

return width.resolve(font_size, root_font_size, percent_relative_to);

}

 

std::string_view StyledNode::get_raw_property(css::PropertyId property) const {

// We don't support selector specificity yet, so the last property is found

// in order to allow website style to override the browser built-in style.

return it->second;

}

 

std::optional<std::string_view> StyledNode::resolve_variable(std::string_view name) const {

auto prop = std::ranges::find(custom_properties, name, &std::pair<std::string, std::string>::first);

if (prop == end(custom_properties)) {

{"xxx-large", 3 / 1.f},

});

 

int StyledNode::get_font_size_property() const {

auto get_closest_font_size_and_owner =

[](StyledNode const *starting_node) -> std::optional<std::pair<std::string_view, StyledNode const *>> {

return std::lround(it->second * kMediumFontSize);

}

 

auto parent_or_default_font_size = [&] {

auto const *owner = closest->second;

if (owner->parent == nullptr) {

}

 

// https://drafts.csswg.org/css-fonts-4/#font-weight-prop

std::optional<FontWeight> StyledNode::get_font_weight_property() const {

auto raw = get_raw_property(css::PropertyId::FontWeight);

if (raw == "normal") {

}

 

if (raw == "bolder") {

auto parent_weight = [&] {

if (parent == nullptr) {

return FontWeight::normal();

}

 

if (raw == "lighter") {

auto parent_weight = [&] {

if (parent == nullptr) {

return FontWeight::normal();

 

int resolve(int font_size, int root_font_size, std::optional<int> percent_relative_to = std::nullopt) const;

};

 

struct StyledNode {

dom::Node const &node;

std::vector<std::pair<css::PropertyId, std::string>> properties;

std::pair<int, int> get_border_radius_property(css::PropertyId) const;

};

 

[[nodiscard]] inline bool operator==(style::StyledNode const &a, style::StyledNode const &b) noexcept {

return a.node == b.node && a.properties == b.properties && a.custom_properties == b.custom_properties

&& a.children == b.children;

}

 

inline std::string_view dom_name(StyledNode const &node) {

return std::get<dom::Element>(node.node).name;

 

 

ftxui::Element element_from_node(layout::LayoutBox const &box);

 

ftxui::Elements parse_children(layout::LayoutBox const &box) {

ftxui::Elements children;

for (auto const &child : box.children) {

return children;

}

 

ftxui::Element element_from_node(layout::LayoutBox const &box) {

if (box.is_anonymous_block()) {

return flex(vbox(parse_children(box)));

 

namespace unicode {

namespace {

 

void decompose_to(std::ostream &os, char32_t code_point) {

// * clang-tidy thinks std::ranges::lower_bound is provided by

// <bits/ranges_algo.h> when it's actually provided by <algorithm>.

 

}

}

 

[[nodiscard]] bool complete_from_base_if_needed(Uri &uri, Uri const &base) {

if (uri.scheme.empty() && uri.authority.host.empty() && uri.path.starts_with('/')) {

// Origin-relative.

 

} // namespace

 

std::optional<Uri> Uri::parse(std::string uristr, std::optional<std::reference_wrapper<Uri const>> base_uri) {

// https://gcc.gnu.org/bugzilla/show_bug.cgi?id=86164

// Fuzz-testing w/ libstdc++13 still breaks the stack if 2048 characters are allowed.

 

}

 

// https://url.spec.whatwg.org/#concept-url-origin

Origin Url::origin() const {

// Return tuple origin of the path URL

if (scheme == "blob") {

 

return module;

}

 

std::optional<std::vector<instructions::Instruction>> ByteCodeParser::parse_instructions(std::istream &is) {

using namespace instructions;

std::vector<Instruction> instructions{};