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LibWeb: Always serialize CSSScale with at least two values

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This commit is contained in:
Jelle Raaijmakers 2025-11-18 15:22:11 +01:00 • committed by Sam Atkins
parent 3083b19b09
commit 61f9b324c7
Notes: github-actions[bot] 2025-11-18 14:46:03 +00:00
2 changed files with 8 additions and 10 deletions
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6
Libraries/LibWeb/CSS/CSSScale.cpp
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@ -119,10 +119,8 @@ WebIDL::ExceptionOr<Utf16String> CSSScale::to_string() const
builder.append(TRY(m_x->to_string()));
// 3. If this’s x and y internal slots are equal numeric values, append ")" to s and return s.
if (m_x->is_equal_numeric_value(m_y)) {
builder.append(")"sv);
return builder.to_utf16_string();
}
// AD-HOC: Don't do this - neither Chrome nor Safari show this behavior.
// Upstream issue: https://github.com/w3c/css-houdini-drafts/issues/1161
// 4. Otherwise, append ", " to s.
builder.append(", "sv);

12
Tests/LibWeb/Text/expected/wpt-import/css/css-transforms/animation/transform-interpolation-computed-value.txt
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@ -2,8 +2,8 @@ Harness status: OK
Found 82 tests
64 Pass
18 Fail
68 Pass
14 Fail
Pass Interpolation between translateX(0px) and translateX(50px) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between translateX(0px) and translateX(50px) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between translateX(0%) and translateX(50%) gives the correct computed value halfway according to computedStyleMap.
@ -40,8 +40,8 @@ Fail Interpolation between rotateX(0deg) and rotateX(90deg) gives the correct co
Fail Interpolation between rotateX(0deg) and rotateX(90deg) gives the correct computed value halfway according to computedStyleMap with zoom active.
Fail Interpolation between rotate(0deg) and rotateX(90deg) gives the correct computed value halfway according to computedStyleMap.
Fail Interpolation between rotate(0deg) and rotateX(90deg) gives the correct computed value halfway according to computedStyleMap with zoom active.
Fail Interpolation between scale(1) and scale(2) gives the correct computed value halfway according to computedStyleMap.
Fail Interpolation between scale(1) and scale(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scale(1) and scale(2) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between scale(1) and scale(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scale(1, 3) and scale(2) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between scale(1, 3) and scale(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scaleX(1) and scaleX(2) gives the correct computed value halfway according to computedStyleMap.
@ -50,8 +50,8 @@ Pass Interpolation between scaleY(1) and scaleY(2) gives the correct computed va
Pass Interpolation between scaleY(1) and scaleY(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scaleZ(1) and scaleZ(2) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between scaleZ(1) and scaleZ(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Fail Interpolation between scaleX(2) and scaleY(2) gives the correct computed value halfway according to computedStyleMap.
Fail Interpolation between scaleX(2) and scaleY(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scaleX(2) and scaleY(2) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between scaleX(2) and scaleY(2) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scaleX(2) and scaleY(3) gives the correct computed value halfway according to computedStyleMap.
Pass Interpolation between scaleX(2) and scaleY(3) gives the correct computed value halfway according to computedStyleMap with zoom active.
Pass Interpolation between scaleZ(1) and scale(2) gives the correct computed value halfway according to computedStyleMap.