chore(deps): update all non-major dependencies

[renovate]

This PR contains the following updates:

Package	Change	Age	Adoption	Passing	Confidence
esbuild	0.19.8 -> 0.19.9
prettier (source)	3.1.0 -> 3.1.1

---

Release Notes

evanw/esbuild (esbuild)

v0.19.9

Compare Source

• Add support for transforming new CSS gradient syntax for older browsers

  The specification called CSS Images Module Level 4 introduces new CSS gradient syntax for customizing how the browser interpolates colors in between color stops. You can now control the color space that the interpolation happens in as well as (for "polar" color spaces) control whether hue angle interpolation happens clockwise or counterclockwise. You can read more about this in Mozilla's blog post about new CSS gradient features.

  With this release, esbuild will now automatically transform this syntax for older browsers in the target list. For example, here's a gradient that should appear as a rainbow in a browser that supports this new syntax:

  /* Original code */
  .rainbow-gradient {
    width: 100px;
    height: 100px;
    background: linear-gradient(in hsl longer hue, #​7ff, #​77f);
  }
  
  /* New output (with --target=chrome99) */
  .rainbow-gradient {
    width: 100px;
    height: 100px;
    background:
      linear-gradient(
        #​77ffff,
        #​77ffaa 12.5%,
        #​77ff80 18.75%,
        #​84ff77 21.88%,
        #​99ff77 25%,
        #eeff77 37.5%,
        #fffb77 40.62%,
        #ffe577 43.75%,
        #ffbb77 50%,
        #ff9077 56.25%,
        #ff7b77 59.38%,
        #ff7788 62.5%,
        #ff77dd 75%,
        #ff77f2 78.12%,
        #f777ff 81.25%,
        #cc77ff 87.5%,
        #​7777ff);
  }

  You can now use this syntax in your CSS source code and esbuild will automatically convert it to an equivalent gradient for older browsers. In addition, esbuild will now also transform "double position" and "transition hint" syntax for older browsers as appropriate:

  /* Original code */
  .stripes {
    width: 100px;
    height: 100px;
    background: linear-gradient(#e65 33%, #ff2 33% 67%, #​99e 67%);
  }
  .glow {
    width: 100px;
    height: 100px;
    background: radial-gradient(white 10%, 20%, black);
  }
  
  /* New output (with --target=chrome33) */
  .stripes {
    width: 100px;
    height: 100px;
    background:
      linear-gradient(
        #e65 33%,
        #ff2 33%,
        #ff2 67%,
        #​99e 67%);
  }
  .glow {
    width: 100px;
    height: 100px;
    background:
      radial-gradient(
        #ffffff 10%,
        #aaaaaa 12.81%,
        #​959595 15.62%,
        #​7b7b7b 21.25%,
        #​5a5a5a 32.5%,
        #​444444 43.75%,
        #​323232 55%,
        #​161616 77.5%,
        #​000000);
  }

  You can see visual examples of these new syntax features by looking at esbuild's gradient transformation tests.

  If necessary, esbuild will construct a new gradient that approximates the original gradient by recursively splitting the interval in between color stops until the approximation error is within a small threshold. That is why the above output CSS contains many more color stops than the input CSS.

  Note that esbuild deliberately replaces the original gradient with the approximation instead of inserting the approximation before the original gradient as a fallback. The latest version of Firefox has multiple gradient rendering bugs (including incorrect interpolation of partially-transparent colors and interpolating non-sRGB colors using the incorrect color space). If esbuild didn't replace the original gradient, then Firefox would use the original gradient instead of the fallback the appearance would be incorrect in Firefox. In other words, the latest version of Firefox supports modern gradient syntax but interprets it incorrectly.

• Add support for color(), lab(), lch(), oklab(), oklch(), and hwb() in CSS

  CSS has recently added lots of new ways of specifying colors. You can read more about this in Chrome's blog post about CSS color spaces.

  This release adds support for minifying colors that use the color(), lab(), lch(), oklab(), oklch(), or hwb() syntax and/or transforming these colors for browsers that don't support it yet:

  /* Original code */
  div {
    color: hwb(90deg 20% 40%);
    background: color(display-p3 1 0 0);
  }
  
  /* New output (with --target=chrome99) */
  div {
    color: #​669933;
    background: #ff0f0e;
    background: color(display-p3 1 0 0);
  }

  As you can see, colors outside of the sRGB color space such as color(display-p3 1 0 0) are mapped back into the sRGB gamut and inserted as a fallback for browsers that don't support the new color syntax.

• Allow empty type parameter lists in certain cases (#​3512)

  TypeScript allows interface declarations and type aliases to have empty type parameter lists. Previously esbuild didn't handle this edge case but with this release, esbuild will now parse this syntax:

  interface Foo<> {}
  type Bar<> = {}

  This fix was contributed by @​magic-akari.

prettier/prettier (prettier)

v3.1.1

Compare Source

diff

Fix config file search (#​15363 by @​fisker)

Previously, we start search for config files from the filePath as a directory, if it happened to be a directory and contains config file, it will be used by mistake.

├─ .prettierrc
└─ test.js         (A directory)
  └─ .prettierrc

// Prettier 3.1.0
await prettier.resolveConfigFile(new URL("./test.js", import.meta.url));
// <CWD>/test.js/.prettierrc

// Prettier 3.1.1
await prettier.resolveConfigFile(new URL("./test.js", import.meta.url));
// <CWD>/.prettierrc

Skip explicitly passed symbolic links with --no-error-on-unmatched-pattern (#​15533 by @​sanmai-NL)

Since Prettier v3, we stopped following symbolic links, however in some use cases, the symbolic link patterns can't be filtered out, and there is no way to prevent Prettier from throwing errors.

In Prettier 3.1.1, you can use --no-error-on-unmatched-pattern to simply skip symbolic links.

Consistently use tabs in ternaries when useTabs is true (#​15662 by @​auvred)

// Input
aaaaaaaaaaaaaaa
	? bbbbbbbbbbbbbbbbbb
	: ccccccccccccccc
	  ? ddddddddddddddd
	  : eeeeeeeeeeeeeee
	    ? fffffffffffffff
	    : gggggggggggggggg;

// Prettier 3.1.0
aaaaaaaaaaaaaaa
	? bbbbbbbbbbbbbbbbbb
	: ccccccccccccccc
	  ? ddddddddddddddd
	  : eeeeeeeeeeeeeee
	    ? fffffffffffffff
	    : gggggggggggggggg;

// Prettier 3.1.1
aaaaaaaaaaaaaaa
	? bbbbbbbbbbbbbbbbbb
	: ccccccccccccccc
		? ddddddddddddddd
		: eeeeeeeeeeeeeee
			? fffffffffffffff
			: gggggggggggggggg;

Improve config file search (#​15663 by @​fisker)

The Prettier config file search performance has been improved by more effective cache strategy.

Fix unstable and ugly formatting for comments in destructuring patterns (#​15708 by @​sosukesuzuki)

// Input
const {
  foo,
  // bar
  // baz
}: Foo = expr;

// Prettier 3.1.0
const {
  foo1,
} // bar
// baz
: Foo = expr;

// Prettier 3.1.0 second output
const {
  foo1, // bar
} // baz
: Foo = expr;

// Prettier 3.1.1
const {
  foo1,
  // bar
  // baz
}: Foo = expr;

Support "Import Attributes" (#​15718 by @​fisker)

TypeScript 5.3 supports the latest updates to the import attributes proposal.

import something from "./something.json" with { type: "json" };

Fix false claim in docs that cursorOffset is incompatible with rangeStart/rangeEnd (#​15750 by @​ExplodingCabbage)

The cursorOffset option has in fact been compatible with rangeStart/rangeEnd for over 5 years, thanks to work by @​ds300. However, Prettier's documentation (including the CLI --help text) continued to claim otherwise, falsely. The documentation is now fixed.

Keep curly braces and from keyword in empty import statements (#​15756 by @​fisker)

// Input
import { } from 'foo';
import { /* comment */ } from 'bar';

// Prettier 3.1.0
import {} from "foo";
import /* comment */ "bar";

// Prettier 3.1.1
import {} from "foo";
import {} from /* comment */ "bar";

Keep empty import attributes and assertions (#​15757 by @​fisker)

// Input
import foo from "foo" with {};
import bar from "bar" assert {};

// Prettier 3.1.0
import foo from "foo";
import bar from "bar";

// Prettier 3.1.1
import foo from "foo" with {};
import bar from "bar" assert {};

---

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✅ Benchmark Results

     ✓ no_errors{server:node-http,mode:no-schema}
     ✓ expected_result{server:node-http,mode:no-schema}
     ✓ no_errors{server:node-http,mode:json-schema}
     ✓ expected_result{server:node-http,mode:json-schema}
     ✓ no_errors{server:uWebSockets,mode:no-schema}
     ✓ expected_result{server:uWebSockets,mode:no-schema}
     ✓ no_errors{server:uWebSockets,mode:json-schema}
     ✓ expected_result{server:uWebSockets,mode:json-schema}

     checks......................................: 100.00% ✓ 927680      ✗ 0     
     data_received...............................: 84 MB   701 kB/s
     data_sent...................................: 59 MB   491 kB/s
     http_req_blocked............................: avg=1.51µs   min=871ns    med=1.5µs    max=268.03µs p(90)=1.9µs    p(95)=2.04µs  
     http_req_connecting.........................: avg=0ns      min=0s       med=0s       max=116.5µs  p(90)=0s       p(95)=0s      
     http_req_duration...........................: avg=183.41µs min=121.29µs med=173.97µs max=8.45ms   p(90)=197.77µs p(95)=205.74µs
       { expected_response:true }................: avg=183.41µs min=121.29µs med=173.97µs max=8.45ms   p(90)=197.77µs p(95)=205.74µs
     ✓ { server:node-http,mode:json-schema }.....: avg=198.17µs min=147.3µs  med=187.3µs  max=7.3ms    p(90)=209.03µs p(95)=214.94µs
     ✓ { server:node-http,mode:no-schema }.......: avg=190.39µs min=135.82µs med=176.43µs max=8.45ms   p(90)=198.48µs p(95)=205.74µs
     ✓ { server:uWebSockets,mode:json-schema }...: avg=177.81µs min=131.48µs med=170.59µs max=7.65ms   p(90)=190.12µs p(95)=195.57µs
     ✓ { server:uWebSockets,mode:no-schema }.....: avg=169.29µs min=121.29µs med=161.16µs max=7.08ms   p(90)=181.47µs p(95)=187.35µs
     http_req_failed.............................: 0.00%   ✓ 0           ✗ 463840
     http_req_receiving..........................: avg=22.45µs  min=11.42µs  med=21.93µs  max=600.72µs p(90)=27.31µs  p(95)=29µs    
     http_req_sending............................: avg=8.61µs   min=5.23µs   med=8.87µs   max=5.56ms   p(90)=10.75µs  p(95)=11.89µs 
     http_req_tls_handshaking....................: avg=0s       min=0s       med=0s       max=0s       p(90)=0s       p(95)=0s      
     http_req_waiting............................: avg=152.34µs min=93.37µs  med=142.95µs max=8.4ms    p(90)=165.12µs p(95)=172.85µs
     http_reqs...................................: 463840  3865.287809/s
     iteration_duration..........................: avg=254.33µs min=175.84µs med=244.35µs max=8.58ms   p(90)=270.25µs p(95)=279.45µs
     iterations..................................: 463840  3865.287809/s
     vus.........................................: 1       min=1         max=1   
     vus_max.....................................: 2       min=2         max=2