Revert "LibWeb/CSS: Rename CalculatedStyleValue -> CSSMathValue"

This reverts commit 76daba3069.

We're going to need separate types for the JS-exposed style values, so
it doesn't make sense for us to match their names with our internal
types.
This commit is contained in:
Sam Atkins 2024-12-11 15:05:56 +00:00 committed by Andreas Kling
commit 69a0f28d04
Notes: github-actions[bot] 2024-12-21 17:15:55 +00:00
37 changed files with 391 additions and 391 deletions

View file

@ -137,8 +137,8 @@ Variant<LengthPercentage, NormalGap> StyleProperties::gap_value(CSS::PropertyID
return NormalGap {};
}
if (value.is_math())
return LengthPercentage { const_cast<CSSMathValue&>(value.as_math()) };
if (value.is_calculated())
return LengthPercentage { const_cast<CalculatedStyleValue&>(value.as_calculated()) };
if (value.is_percentage())
return LengthPercentage { value.as_percentage().percentage() };
@ -169,8 +169,8 @@ CSS::Size StyleProperties::size_value(CSS::PropertyID id) const
}
}
if (value.is_math())
return CSS::Size::make_calculated(const_cast<CSSMathValue&>(value.as_math()));
if (value.is_calculated())
return CSS::Size::make_calculated(const_cast<CalculatedStyleValue&>(value.as_calculated()));
if (value.is_percentage())
return CSS::Size::make_percentage(value.as_percentage().percentage());
@ -196,8 +196,8 @@ Optional<LengthPercentage> StyleProperties::length_percentage(CSS::PropertyID id
{
auto const& value = property(id);
if (value.is_math())
return LengthPercentage { const_cast<CSSMathValue&>(value.as_math()) };
if (value.is_calculated())
return LengthPercentage { const_cast<CalculatedStyleValue&>(value.as_calculated()) };
if (value.is_percentage())
return value.as_percentage().percentage();
@ -265,19 +265,19 @@ CSSPixels StyleProperties::compute_line_height(CSSPixelRect const& viewport_rect
return Length(percentage.as_fraction(), Length::Type::Em).to_px(viewport_rect, font_metrics, root_font_metrics);
}
if (line_height.is_math()) {
if (line_height.as_math().resolves_to_number()) {
auto resolved = line_height.as_math().resolve_number();
if (line_height.is_calculated()) {
if (line_height.as_calculated().resolves_to_number()) {
auto resolved = line_height.as_calculated().resolve_number();
if (!resolved.has_value()) {
dbgln("FIXME: Failed to resolve calc() line-height (number): {}", line_height.as_math().to_string(CSSStyleValue::SerializationMode::Normal));
dbgln("FIXME: Failed to resolve calc() line-height (number): {}", line_height.as_calculated().to_string(CSSStyleValue::SerializationMode::Normal));
return CSSPixels::nearest_value_for(m_data->m_font_list->first().pixel_metrics().line_spacing());
}
return Length(resolved.value(), Length::Type::Em).to_px(viewport_rect, font_metrics, root_font_metrics);
}
auto resolved = line_height.as_math().resolve_length(Length::ResolutionContext { viewport_rect, font_metrics, root_font_metrics });
auto resolved = line_height.as_calculated().resolve_length(Length::ResolutionContext { viewport_rect, font_metrics, root_font_metrics });
if (!resolved.has_value()) {
dbgln("FIXME: Failed to resolve calc() line-height: {}", line_height.as_math().to_string(CSSStyleValue::SerializationMode::Normal));
dbgln("FIXME: Failed to resolve calc() line-height: {}", line_height.as_calculated().to_string(CSSStyleValue::SerializationMode::Normal));
return CSSPixels::nearest_value_for(m_data->m_font_list->first().pixel_metrics().line_spacing());
}
return resolved->to_px(viewport_rect, font_metrics, root_font_metrics);
@ -309,16 +309,16 @@ float StyleProperties::resolve_opacity_value(CSSStyleValue const& value)
if (value.is_number()) {
unclamped_opacity = value.as_number().number();
} else if (value.is_math()) {
auto const& calculated = value.as_math();
} else if (value.is_calculated()) {
auto const& calculated = value.as_calculated();
if (calculated.resolves_to_percentage()) {
auto maybe_percentage = value.as_math().resolve_percentage();
auto maybe_percentage = value.as_calculated().resolve_percentage();
if (maybe_percentage.has_value())
unclamped_opacity = maybe_percentage->as_fraction();
else
dbgln("Unable to resolve calc() as opacity (percentage): {}", value.to_string(CSSStyleValue::SerializationMode::Normal));
} else if (calculated.resolves_to_number()) {
auto maybe_number = const_cast<CSSMathValue&>(value.as_math()).resolve_number();
auto maybe_number = const_cast<CalculatedStyleValue&>(value.as_calculated()).resolve_number();
if (maybe_number.has_value())
unclamped_opacity = maybe_number.value();
else
@ -359,8 +359,8 @@ NumberOrCalculated StyleProperties::stroke_miterlimit() const
{
auto const& value = property(CSS::PropertyID::StrokeMiterlimit);
if (value.is_math()) {
auto const& math_value = value.as_math();
if (value.is_calculated()) {
auto const& math_value = value.as_calculated();
VERIFY(math_value.resolves_to_number());
return NumberOrCalculated { math_value };
}
@ -449,8 +449,8 @@ CSS::Length StyleProperties::border_spacing_horizontal(Layout::Node const& layou
auto const& value = property(CSS::PropertyID::BorderSpacing);
if (value.is_length())
return value.as_length().length();
if (value.is_math())
return value.as_math().resolve_length(layout_node).value_or(CSS::Length(0, CSS::Length::Type::Px));
if (value.is_calculated())
return value.as_calculated().resolve_length(layout_node).value_or(CSS::Length(0, CSS::Length::Type::Px));
auto const& list = value.as_value_list();
return list.value_at(0, false)->as_length().length();
}
@ -460,8 +460,8 @@ CSS::Length StyleProperties::border_spacing_vertical(Layout::Node const& layout_
auto const& value = property(CSS::PropertyID::BorderSpacing);
if (value.is_length())
return value.as_length().length();
if (value.is_math())
return value.as_math().resolve_length(layout_node).value_or(CSS::Length(0, CSS::Length::Type::Px));
if (value.is_calculated())
return value.as_calculated().resolve_length(layout_node).value_or(CSS::Length(0, CSS::Length::Type::Px));
auto const& list = value.as_value_list();
return list.value_at(1, false)->as_length().length();
}
@ -519,8 +519,8 @@ Vector<CSS::Transformation> StyleProperties::transformations_for_style_value(CSS
Vector<TransformValue> values;
size_t argument_index = 0;
for (auto& transformation_value : transformation_style_value.values()) {
if (transformation_value->is_math()) {
auto& calculated = transformation_value->as_math();
if (transformation_value->is_calculated()) {
auto& calculated = transformation_value->as_calculated();
if (calculated.resolves_to_length_percentage()) {
values.append(CSS::LengthPercentage { calculated });
} else if (calculated.resolves_to_percentage()) {
@ -574,16 +574,16 @@ Optional<CSS::Transformation> StyleProperties::rotate(Layout::Node const& layout
auto resolve_angle = [&layout_node](CSSStyleValue const& value) -> Optional<Angle> {
if (value.is_angle())
return value.as_angle().angle();
if (value.is_math() && value.as_math().resolves_to_angle())
return value.as_math().resolve_angle(layout_node);
if (value.is_calculated() && value.as_calculated().resolves_to_angle())
return value.as_calculated().resolve_angle(layout_node);
return {};
};
auto resolve_number = [&](CSSStyleValue const& value) -> Optional<double> {
if (value.is_number())
return value.as_number().number();
if (value.is_math() && value.as_math().resolves_to_number())
return value.as_math().resolve_number();
if (value.is_calculated() && value.as_calculated().resolves_to_number())
return value.as_calculated().resolve_number();
return {};
};
@ -635,8 +635,8 @@ static Optional<LengthPercentage> length_percentage_for_style_value(CSSStyleValu
return value.as_length().length();
if (value.is_percentage())
return value.as_percentage().percentage();
if (value.is_math())
return LengthPercentage { const_cast<CSSMathValue&>(value.as_math()) };
if (value.is_calculated())
return LengthPercentage { const_cast<CalculatedStyleValue&>(value.as_calculated()) };
return {};
}
@ -797,8 +797,8 @@ Optional<CSS::PointerEvents> StyleProperties::pointer_events() const
Variant<LengthOrCalculated, NumberOrCalculated> StyleProperties::tab_size() const
{
auto const& value = property(CSS::PropertyID::TabSize);
if (value.is_math()) {
auto const& math_value = value.as_math();
if (value.is_calculated()) {
auto const& math_value = value.as_calculated();
if (math_value.resolves_to_length()) {
return LengthOrCalculated { math_value };
}
@ -822,8 +822,8 @@ Optional<CSS::WordBreak> StyleProperties::word_break() const
Optional<CSS::LengthOrCalculated> StyleProperties::word_spacing() const
{
auto const& value = property(CSS::PropertyID::WordSpacing);
if (value.is_math()) {
auto& math_value = value.as_math();
if (value.is_calculated()) {
auto& math_value = value.as_calculated();
if (math_value.resolves_to_length()) {
return LengthOrCalculated { math_value };
}
@ -844,8 +844,8 @@ Optional<CSS::WhiteSpace> StyleProperties::white_space() const
Optional<LengthOrCalculated> StyleProperties::letter_spacing() const
{
auto const& value = property(CSS::PropertyID::LetterSpacing);
if (value.is_math()) {
auto const& math_value = value.as_math();
if (value.is_calculated()) {
auto const& math_value = value.as_calculated();
if (math_value.resolves_to_length()) {
return LengthOrCalculated { math_value };
}
@ -1085,8 +1085,8 @@ Vector<ShadowData> StyleProperties::shadow(PropertyID property_id, Layout::Node
auto resolve_to_length = [&layout_node](NonnullRefPtr<CSSStyleValue const> const& value) -> Optional<Length> {
if (value->is_length())
return value->as_length().length();
if (value->is_math())
return value->as_math().resolve_length(layout_node);
if (value->is_calculated())
return value->as_calculated().resolve_length(layout_node);
return {};
};
@ -1167,8 +1167,8 @@ Variant<CSS::VerticalAlign, CSS::LengthPercentage> StyleProperties::vertical_ali
if (value.is_percentage())
return CSS::LengthPercentage(value.as_percentage().percentage());
if (value.is_math())
return LengthPercentage { const_cast<CSSMathValue&>(value.as_math()) };
if (value.is_calculated())
return LengthPercentage { const_cast<CalculatedStyleValue&>(value.as_calculated()) };
VERIFY_NOT_REACHED();
}
@ -1240,8 +1240,8 @@ Optional<HashMap<FlyString, IntegerOrCalculated>> StyleProperties::font_feature_
if (feature_tag.value()->is_integer()) {
result.set(feature_tag.tag(), feature_tag.value()->as_integer().value());
} else {
VERIFY(feature_tag.value()->is_math());
result.set(feature_tag.tag(), IntegerOrCalculated { feature_tag.value()->as_math() });
VERIFY(feature_tag.value()->is_calculated());
result.set(feature_tag.tag(), IntegerOrCalculated { feature_tag.value()->as_calculated() });
}
}
return result;
@ -1267,8 +1267,8 @@ Optional<HashMap<FlyString, NumberOrCalculated>> StyleProperties::font_variation
if (axis_tag.value()->is_number()) {
result.set(axis_tag.tag(), axis_tag.value()->as_number().value());
} else {
VERIFY(axis_tag.value()->is_math());
result.set(axis_tag.tag(), NumberOrCalculated { axis_tag.value()->as_math() });
VERIFY(axis_tag.value()->is_calculated());
result.set(axis_tag.tag(), NumberOrCalculated { axis_tag.value()->as_calculated() });
}
}
return result;
@ -1470,8 +1470,8 @@ Vector<CounterData> StyleProperties::counter_data(PropertyID property_id) const
if (counter.value) {
if (counter.value->is_integer()) {
data.value = AK::clamp_to<i32>(counter.value->as_integer().integer());
} else if (counter.value->is_math()) {
auto maybe_int = counter.value->as_math().resolve_integer();
} else if (counter.value->is_calculated()) {
auto maybe_int = counter.value->as_calculated().resolve_integer();
if (maybe_int.has_value())
data.value = AK::clamp_to<i32>(*maybe_int);
} else {