// Test method calls. // Ref: false --- // Test whitespace around dot. #test( "Hi there" . split() , ("Hi", "there")) --- // Test mutating indexed value. #{ let matrix = (((1,), (2,)), ((3,), (4,))) matrix.at(1).at(0).push(5) test(matrix, (((1,), (2,)), ((3, 5), (4,)))) } --- // Test multiline chain in code block. #{ let rewritten = "Hello. This is a sentence. And one more." .split(".") .map(s => s.trim()) .filter(s => s != "") .map(s => s + "!") .join("\n ") test(rewritten, "Hello!\n This is a sentence!\n And one more!") } --- // Test .at() default values for content. #test(auto, [a].at("doesn't exist", default: auto)) --- // Error: 2:10-2:13 type array has no method `fun` #let numbers = () #numbers.fun() --- // Error: 2:4-2:10 type content has no method `stroke` // Hint: 2:4-2:10 did you mean to access the field `stroke`? #let l = line(stroke: red) #l.stroke() --- // Error: 2:2-2:43 cannot mutate a temporary value #let numbers = (1, 2, 3) #numbers.map(v => v / 2).sorted().map(str).remove(4) --- // Error: 2:3-2:19 cannot mutate a temporary value #let numbers = (1, 2, 3) #(numbers.sorted() = 1) --- // Error: 2-5 cannot mutate a constant: box #box.push(1) --- // Test content fields method. #test([a].fields(), (text: "a")) #test([a *b*].fields(), (children: ([a], [ ], strong[b]))) --- // Test length unit conversions. #test((500.934pt).pt(), 500.934) #test((3.3453cm).cm(), 3.3453) #test((4.3452mm).mm(), 4.3452) #test((5.345in).inches(), 5.345) #test((500.333666999pt).pt(), 500.333666999) #test((3.5234354cm).cm(), 3.5234354) #test((4.12345678mm).mm(), 4.12345678) #test((5.333666999in).inches(), 5.333666999) #test((4.123456789123456mm).mm(), 4.123456789123456) #test((254cm).mm(), 2540.0) #test(calc.round((254cm).inches(), digits: 2), 100.0) #test((2540mm).cm(), 254.0) #test(calc.round((2540mm).inches(), digits: 2), 100.0) #test((100in).pt(), 7200.0) #test(calc.round((100in).cm(), digits: 2), 254.0) #test(calc.round((100in).mm(), digits: 2), 2540.0) #test(5em.abs.cm(), 0.0) #test((5em + 6in).abs.inches(), 6.0) --- // Test length `to-absolute` method. #set text(size: 12pt) #style(styles => { test((6pt).to-absolute(styles), 6pt) test((6pt + 10em).to-absolute(styles), 126pt) test((10em).to-absolute(styles), 120pt) }) #set text(size: 64pt) #style(styles => { test((6pt).to-absolute(styles), 6pt) test((6pt + 10em).to-absolute(styles), 646pt) test((10em).to-absolute(styles), 640pt) }) --- // Error: 2-21 cannot convert a length with non-zero em units (`-6pt + 10.5em`) to pt // Hint: 2-21 use `length.abs.pt()` instead to ignore its em component #(10.5em - 6pt).pt() --- // Error: 2-12 cannot convert a length with non-zero em units (`3em`) to cm // Hint: 2-12 use `length.abs.cm()` instead to ignore its em component #(3em).cm() --- // Error: 2-20 cannot convert a length with non-zero em units (`-226.77pt + 93em`) to mm // Hint: 2-20 use `length.abs.mm()` instead to ignore its em component #(93em - 80mm).mm() --- // Error: 2-24 cannot convert a length with non-zero em units (`432pt + 4.5em`) to inches // Hint: 2-24 use `length.abs.inches()` instead to ignore its em component #(4.5em + 6in).inches() --- // Test color kind method. #test(rgb(1, 2, 3, 4).space(), rgb) #test(cmyk(4%, 5%, 6%, 7%).space(), cmyk) #test(luma(40).space(), luma) #test(rgb(1, 2, 3, 4).space() != luma, true) --- // Test color '.components()' without conversions #test-repr(rgb(1, 2, 3, 4).components(), (0.39%, 0.78%, 1.18%, 1.57%)) #test-repr(luma(40).components(), (15.69%, )) #test-repr(cmyk(4%, 5%, 6%, 7%).components(), (4%, 5%, 6%, 7%)) #test-repr(oklab(10%, 0.2, 0.3).components(), (10%, 0.2, 0.3, 100%)) #test-repr(oklch(10%, 0.2, 90deg).components(), (10%, 0.2, 90deg, 100%)) #test-repr(oklab(10%, 50%, 75%).components(), (10%, 0.2, 0.3, 100%)) #test-repr(oklch(10%, 50%, 90deg).components(), (10%, 0.2, 90deg, 100%)) #test-repr(color.linear-rgb(10%, 20%, 30%).components(), (10%, 20%, 30%, 100%)) #test-repr(color.hsv(10deg, 20%, 30%).components(), (10deg, 20%, 30%, 100%)) #test-repr(color.hsl(10deg, 20%, 30%).components(), (10deg, 20%, 30%, 100%)) --- // Test color conversions. #test(rgb(1, 2, 3).to-hex(), "#010203") #test(rgb(1, 2, 3, 4).to-hex(), "#01020304") #test(luma(40).to-hex(), "#282828") #test-repr(cmyk(4%, 5%, 6%, 7%).to-hex(), "#e0dcda") #test-repr(rgb(cmyk(4%, 5%, 6%, 7%)).components(), (87.84%, 86.27%, 85.49%, 100%)) #test-repr(rgb(luma(40%)).components(alpha: false), (40%, 40%, 40%)) #test-repr(cmyk(luma(40)).components(), (11.76%, 10.67%, 10.51%, 14.12%)) #test-repr(cmyk(rgb(1, 2, 3)), cmyk(66.67%, 33.33%, 0%, 98.82%)) #test-repr(luma(rgb(1, 2, 3)), luma(0.73%)) #test-repr(color.hsl(luma(40)), color.hsl(0deg, 0%, 15.69%)) #test-repr(color.hsv(luma(40)), color.hsv(0deg, 0%, 15.69%)) #test-repr(color.linear-rgb(luma(40)), color.linear-rgb(2.12%, 2.12%, 2.12%)) #test-repr(color.linear-rgb(rgb(1, 2, 3)), color.linear-rgb(0.03%, 0.06%, 0.09%)) #test-repr(color.hsl(rgb(1, 2, 3)), color.hsl(-150deg, 50%, 0.78%)) #test-repr(color.hsv(rgb(1, 2, 3)), color.hsv(-150deg, 66.67%, 1.18%)) #test-repr(oklab(luma(40)).components(), (27.68%, 0.0, 0.0, 100%)) #test-repr(oklab(rgb(1, 2, 3)).components(), (8.23%, -0.004, -0.007, 100%)) #test-repr(oklch(oklab(40%, 0.2, 0.2)).components(), (40%, 0.283, 45deg, 100%)) #test-repr(oklch(luma(40)).components(), (27.68%, 0.0, 72.49deg, 100%)) #test-repr(oklch(rgb(1, 2, 3)).components(), (8.23%, 0.008, 240.75deg, 100%)) --- // Test gradient functions. #test(gradient.linear(red, green, blue).kind(), gradient.linear) #test(gradient.linear(red, green, blue).stops(), ((red, 0%), (green, 50%), (blue, 100%))) #test(gradient.linear(red, green, blue, space: rgb).sample(0%), red) #test(gradient.linear(red, green, blue, space: rgb).sample(25%), rgb("#97873b")) #test(gradient.linear(red, green, blue, space: rgb).sample(50%), green) #test(gradient.linear(red, green, blue, space: rgb).sample(75%), rgb("#17a08c")) #test(gradient.linear(red, green, blue, space: rgb).sample(100%), blue) #test(gradient.linear(red, green, space: rgb).space(), rgb) #test(gradient.linear(red, green, space: oklab).space(), oklab) #test(gradient.linear(red, green, space: oklch).space(), oklch) #test(gradient.linear(red, green, space: cmyk).space(), cmyk) #test(gradient.linear(red, green, space: luma).space(), luma) #test(gradient.linear(red, green, space: color.linear-rgb).space(), color.linear-rgb) #test(gradient.linear(red, green, space: color.hsl).space(), color.hsl) #test(gradient.linear(red, green, space: color.hsv).space(), color.hsv) #test(gradient.linear(red, green, relative: "self").relative(), "self") #test(gradient.linear(red, green, relative: "parent").relative(), "parent") #test(gradient.linear(red, green).relative(), auto) #test(gradient.linear(red, green).angle(), 0deg) #test(gradient.linear(red, green, dir: ltr).angle(), 0deg) #test(gradient.linear(red, green, dir: rtl).angle(), 180deg) #test(gradient.linear(red, green, dir: ttb).angle(), 90deg) #test(gradient.linear(red, green, dir: btt).angle(), 270deg) #test( gradient.linear(red, green, blue).repeat(2).stops(), ((red, 0%), (green, 25%), (blue, 50%), (red, 50%), (green, 75%), (blue, 100%)) ) #test( gradient.linear(red, green, blue).repeat(2, mirror: true).stops(), ((red, 0%), (green, 25%), (blue, 50%), (green, 75%), (red, 100%)) ) --- // Test alignment methods. #test(start.axis(), "horizontal") #test(end.axis(), "horizontal") #test(left.axis(), "horizontal") #test(right.axis(), "horizontal") #test(center.axis(), "horizontal") #test(top.axis(), "vertical") #test(bottom.axis(), "vertical") #test(horizon.axis(), "vertical") #test(start.inv(), end) #test(end.inv(), start) #test(left.inv(), right) #test(right.inv(), left) #test(center.inv(), center) #test(top.inv(), bottom) #test(bottom.inv(), top) #test(horizon.inv(), horizon) --- // Test 2d alignment methods. #test((start + top).inv(), (end + bottom)) #test((end + top).inv(), (start + bottom)) #test((left + top).inv(), (right + bottom)) #test((right + top).inv(), (left + bottom)) #test((center + top).inv(), (center + bottom)) #test((start + bottom).inv(), (end + top)) #test((end + bottom).inv(), (start + top)) #test((left + bottom).inv(), (right + top)) #test((right + bottom).inv(), (left + top)) #test((center + bottom).inv(), (center + top)) #test((start + horizon).inv(), (end + horizon)) #test((end + horizon).inv(), (start + horizon)) #test((left + horizon).inv(), (right + horizon)) #test((right + horizon).inv(), (left + horizon)) #test((center + horizon).inv(), (center + horizon)) #test((top + start).inv(), (end + bottom)) #test((bottom + end).inv(), (start + top)) #test((horizon + center).inv(), (center + horizon)) --- // Test direction methods. #test(ltr.axis(), "horizontal") #test(rtl.axis(), "horizontal") #test(ttb.axis(), "vertical") #test(btt.axis(), "vertical") #test(ltr.start(), left) #test(rtl.start(), right) #test(ttb.start(), top) #test(btt.start(), bottom) #test(ltr.end(), right) #test(rtl.end(), left) #test(ttb.end(), bottom) #test(btt.end(), top) #test(ltr.inv(), rtl) #test(rtl.inv(), ltr) #test(ttb.inv(), btt) #test(btt.inv(), ttb) --- // Test angle methods. #test(1rad.rad(), 1.0) #test(1.23rad.rad(), 1.23) #test(0deg.rad(), 0.0) #test(2deg.deg(), 2.0) #test(2.94deg.deg(), 2.94) #test(0rad.deg(), 0.0) --- // Test date methods. #test(datetime(day: 1, month: 1, year: 2000).ordinal(), 1); #test(datetime(day: 1, month: 3, year: 2000).ordinal(), 31 + 29 + 1); #test(datetime(day: 31, month: 12, year: 2000).ordinal(), 366); #test(datetime(day: 1, month: 3, year: 2001).ordinal(), 31 + 28 + 1); #test(datetime(day: 31, month: 12, year: 2001).ordinal(), 365);