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Bump types-six from 1.16.19 to 1.16.21.7 in /tools #455

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78b61c2
[css-color-4] Update parsing tests to account for change in serializa…
Sep 27, 2022
572d20e
Bump types-six from 1.16.19 to 1.16.21.7 in /tools
dependabot[bot] Mar 9, 2023
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4 changes: 4 additions & 0 deletions css/css-color/color-function-parsing.html
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Expand Up @@ -31,6 +31,10 @@
testColorFunction("Display P3 color", "color(display-p3 0.6 0.7 0.8)", "color(display-p3 0.6 0.7 0.8)");
testColorFunction("Different case for Display P3", "color(dIspLaY-P3 0.6 0.7 0.8)", "color(display-p3 0.6 0.7 0.8)");

testColorFunction("sRGB color with negative component should not clamp to 0", "color(srgb -0.25 0.5 0.75)", "color(srgb -0.25 0.5 0.75)");
testColorFunction("sRGB color with component > 1 should not clamp", "color(srgb 0.25 1.5 0.75)", "color(srgb 0.25 1.5 0.75)");
testColorFunction("Display P3 color with negative component should not clamp to 0", "color(display-p3 0.5 -199 0.75)", "color(display-p3 0.5 -199 0.75)");
testColorFunction("Display P3 color with component > 1 should not clamp", "color(display-p3 184 1.00001 2347329746587)", "color(display-p3 184 1.00001 2347329700000)");
testColorFunction("Alpha > 1 should clamp", "color(srgb 0.1 0.2 0.3 / 1.9)", "color(srgb 0.1 0.2 0.3)");
testColorFunction("Negative alpha should clamp", "color(srgb 1 1 1 / -0.2)", "color(srgb 1 1 1 / 0)");

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82 changes: 41 additions & 41 deletions css/css-color/parsing/color-computed.html
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Expand Up @@ -97,7 +97,7 @@
test_computed_value("color", "hwb(none 100% 50% / none)", "rgba(170, 170, 170, 0)");
test_computed_value("color", "hwb(0 100% 50% / 0)", "rgba(170, 170, 170, 0)");

for (const colorSpace of [ "srgb", "srgb-linear", "a98-rgb", "rec2020", "prophoto-rgb" ]) {
for (const colorSpace of [ "srgb", "srgb-linear", "a98-rgb", "rec2020", "prophoto-rgb", "display-p3" ]) {
test_computed_value("color", `color(${colorSpace} 0% 0% 0%)`, `color(${colorSpace} 0 0 0)`);
test_computed_value("color", `color(${colorSpace} 10% 10% 10%)`, `color(${colorSpace} 0.1 0.1 0.1)`);
test_computed_value("color", `color(${colorSpace} .2 .2 25%)`, `color(${colorSpace} 0.2 0.2 0.25)`);
Expand Down Expand Up @@ -167,57 +167,57 @@
}

for (const colorSpace of [ "lab", "oklab" ]) {
test_computed_value("color", `${colorSpace}(0% 0 0)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / 1)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / 0.5)`, `${colorSpace}(0% 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(20% 0 10/0.5)`, `${colorSpace}(20% 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(20% 0 10/50%)`, `${colorSpace}(20% 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(400% 0 10/50%)`, `${colorSpace}(400% 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(50% -160 160)`, `${colorSpace}(50% -160 160)`);
test_computed_value("color", `${colorSpace}(50% -200 200)`, `${colorSpace}(50% -200 200)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / -10%)`, `${colorSpace}(0% 0 0 / 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / 110%)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / 300%)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(-40% 0 0)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(50% -20 0)`, `${colorSpace}(50% -20 0)`);
test_computed_value("color", `${colorSpace}(50% 0 -20)`, `${colorSpace}(50% 0 -20)`);
test_computed_value("color", `${colorSpace}(calc(50% * 3) calc(0.5 - 1) calc(1.5) / calc(-0.5 + 1))`, `${colorSpace}(150% -0.5 1.5 / 0.5)`);
test_computed_value("color", `${colorSpace}(calc(-50% * 3) calc(0.5 + 1) calc(-1.5) / calc(-0.5 * 2))`, `${colorSpace}(0% 1.5 -1.5 / 0)`);
test_computed_value("color", `${colorSpace}(0 0 0)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0 / 1)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0 / 0.5)`, `${colorSpace}(0 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(20 0 10/0.5)`, `${colorSpace}(20 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(20 0 10/50%)`, `${colorSpace}(20 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(400 0 10/50%)`, `${colorSpace}(400 0 10 / 0.5)`);
test_computed_value("color", `${colorSpace}(50 -160 160)`, `${colorSpace}(50 -160 160)`);
test_computed_value("color", `${colorSpace}(50 -200 200)`, `${colorSpace}(50 -200 200)`);
test_computed_value("color", `${colorSpace}(0 0 0 / -10%)`, `${colorSpace}(0 0 0 / 0)`);
test_computed_value("color", `${colorSpace}(0 0 0 / 110%)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0 / 300%)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(-40 0 0)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(50 -20 0)`, `${colorSpace}(50 -20 0)`);
test_computed_value("color", `${colorSpace}(50 0 -20)`, `${colorSpace}(50 0 -20)`);
test_computed_value("color", `${colorSpace}(calc(50 * 3) calc(0.5 - 1) calc(1.5) / calc(-0.5 + 1))`, `${colorSpace}(150 -0.5 1.5 / 0.5)`);
test_computed_value("color", `${colorSpace}(calc(-50 * 3) calc(0.5 + 1) calc(-1.5) / calc(-0.5 * 2))`, `${colorSpace}(0 1.5 -1.5 / 0)`);

test_computed_value("color", `${colorSpace}(none none none / none)`, `${colorSpace}(none none none / none)`);
test_computed_value("color", `${colorSpace}(none none none)`, `${colorSpace}(none none none)`);
test_computed_value("color", `${colorSpace}(20% none none / none)`, `${colorSpace}(20% none none / none)`);
test_computed_value("color", `${colorSpace}(20 none none / none)`, `${colorSpace}(20 none none / none)`);
test_computed_value("color", `${colorSpace}(none none none / 0.5)`, `${colorSpace}(none none none / 0.5)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / none)`, `${colorSpace}(0% 0 0 / none)`);
test_computed_value("color", `${colorSpace}(0 0 0 / none)`, `${colorSpace}(0 0 0 / none)`);
}

for (const colorSpace of [ "lch", "oklch" ]) {
test_computed_value("color", `${colorSpace}(0% 0 0deg)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0deg / 1)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0deg / 0.5)`, `${colorSpace}(0% 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(100% 230 0deg / 0.5)`, `${colorSpace}(100% 230 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(20% 50 20deg/0.5)`, `${colorSpace}(20% 50 20 / 0.5)`);
test_computed_value("color", `${colorSpace}(20% 50 20deg/50%)`, `${colorSpace}(20% 50 20 / 0.5)`);
test_computed_value("color", `${colorSpace}(10% 20 20deg / -10%)`, `${colorSpace}(10% 20 20 / 0)`);
test_computed_value("color", `${colorSpace}(10% 20 20deg / 110%)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(10% 20 1.28rad)`, `${colorSpace}(10% 20 73.3386)`);
test_computed_value("color", `${colorSpace}(10% 20 380deg)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(10% 20 -340deg)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(10% 20 740deg)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(10% 20 -700deg)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(-40% 0 0)`, `${colorSpace}(0% 0 0)`);
test_computed_value("color", `${colorSpace}(20% -20 0)`, `${colorSpace}(20% 0 0)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / 0.5)`, `${colorSpace}(0% 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(10% 20 20 / 110%)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(10% 20 -700)`, `${colorSpace}(10% 20 20)`);
test_computed_value("color", `${colorSpace}(calc(50% * 3) calc(0.5 - 1) calc(20deg * 2) / calc(-0.5 + 1))`, `${colorSpace}(150% 0 40 / 0.5)`);
test_computed_value("color", `${colorSpace}(calc(-50% * 3) calc(0.5 + 1) calc(-20deg * 2) / calc(-0.5 * 2))`, `${colorSpace}(0% 1.5 320 / 0)`);
test_computed_value("color", `${colorSpace}(0 0 0deg)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0deg / 1)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0deg / 0.5)`, `${colorSpace}(0 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(100 230 0deg / 0.5)`, `${colorSpace}(100 230 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(20 50 20deg/0.5)`, `${colorSpace}(20 50 20 / 0.5)`);
test_computed_value("color", `${colorSpace}(20 50 20deg/50%)`, `${colorSpace}(20 50 20 / 0.5)`);
test_computed_value("color", `${colorSpace}(10 20 20deg / -10%)`, `${colorSpace}(10 20 20 / 0)`);
test_computed_value("color", `${colorSpace}(10 20 20deg / 110%)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(10 20 1.28rad)`, `${colorSpace}(10 20 73.3386)`);
test_computed_value("color", `${colorSpace}(10 20 380deg)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(10 20 -340deg)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(10 20 740deg)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(10 20 -700deg)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(-40 0 0)`, `${colorSpace}(0 0 0)`);
test_computed_value("color", `${colorSpace}(20 -20 0)`, `${colorSpace}(20 0 0)`);
test_computed_value("color", `${colorSpace}(0 0 0 / 0.5)`, `${colorSpace}(0 0 0 / 0.5)`);
test_computed_value("color", `${colorSpace}(10 20 20 / 110%)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(10 20 -700)`, `${colorSpace}(10 20 20)`);
test_computed_value("color", `${colorSpace}(calc(50 * 3) calc(0.5 - 1) calc(20deg * 2) / calc(-0.5 + 1))`, `${colorSpace}(150 0 40 / 0.5)`);
test_computed_value("color", `${colorSpace}(calc(-50 * 3) calc(0.5 + 1) calc(-20deg * 2) / calc(-0.5 * 2))`, `${colorSpace}(0 1.5 320 / 0)`);

test_computed_value("color", `${colorSpace}(none none none / none)`, `${colorSpace}(none none none / none)`);
test_computed_value("color", `${colorSpace}(none none none)`, `${colorSpace}(none none none)`);
test_computed_value("color", `${colorSpace}(20% none none / none)`, `${colorSpace}(20% none none / none)`);
test_computed_value("color", `${colorSpace}(20 none none / none)`, `${colorSpace}(20 none none / none)`);
test_computed_value("color", `${colorSpace}(none none none / 0.5)`, `${colorSpace}(none none none / 0.5)`);
test_computed_value("color", `${colorSpace}(0% 0 0 / none)`, `${colorSpace}(0% 0 0 / none)`);
test_computed_value("color", `${colorSpace}(0 0 0 / none)`, `${colorSpace}(0 0 0 / none)`);
}
</script>
</body>
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7 changes: 5 additions & 2 deletions css/css-color/parsing/color-contrast-computed.html
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Expand Up @@ -39,8 +39,11 @@
// Test non-sRGB colors.
test_computed_value(`color`, `color-contrast(green vs color(display-p3 0 1 0), color(display-p3 0 0 1))`, `color(display-p3 0 1 0)`);
test_computed_value(`color`, `color-contrast(color(display-p3 1 1 0) vs color(display-p3 0 1 0), color(display-p3 0 0 1))`, `color(display-p3 0 0 1)`);
test_computed_value(`color`, `color-contrast(green vs lab(50% -160 160), lch(20% 50 20deg))`, `lch(20% 50 20)`);
test_computed_value(`color`, `color-contrast(lab(50% -160 160) vs green, lch(20% 50 20deg))`, `lch(20% 50 20)`);
test_computed_value(`color`, `color-contrast(green vs lab(50% -160 160), lch(0.2 50 20deg))`, `lch(0.2 50 20)`);
test_computed_value(`color`, `color-contrast(lab(50% -160 160) vs green, lch(0.2 50 20deg))`, `lch(0.2 50 20)`);

// Test with extra whitespace
test_computed_value(`color`, `color-contrast( white vs red, blue )`, `rgb(0, 0, 255)`);
</script>
</body>
</html>
4 changes: 2 additions & 2 deletions css/css-color/parsing/color-contrast-valid.html
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Expand Up @@ -38,8 +38,8 @@
// Test non-sRGB colors.
test_valid_value(`color`, `color-contrast(green vs color(display-p3 0 1 0), color(display-p3 0 0 1))`, `color(display-p3 0 1 0)`);
test_valid_value(`color`, `color-contrast(color(display-p3 1 1 0) vs color(display-p3 0 1 0), color(display-p3 0 0 1))`, `color(display-p3 0 0 1)`);
test_valid_value(`color`, `color-contrast(green vs lab(50% -160 160), lch(20% 50 20deg))`, `lch(20% 50 20)`);
test_valid_value(`color`, `color-contrast(lab(50% -160 160) vs green, lch(20% 50 20deg))`, `lch(20% 50 20)`);
test_valid_value(`color`, `color-contrast(green vs lab(50% -160 160), lch(0.2 50 20deg))`, `lch(0.2 50 20)`);
test_valid_value(`color`, `color-contrast(lab(50% -160 160) vs green, lch(0.2 50 20deg))`, `lch(0.2 50 20)`);

// Test with extra whitespace
test_valid_value(`color`, `color-contrast( white vs red, blue )`, `rgb(0, 0, 255)`);
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