fix(deps): update dependency sass to v1.67.0

renovate[bot] commented 1 year ago

This PR contains the following updates:

Package	Change	Age	Adoption	Passing	Confidence
sass	`1.66.1` -> `1.67.0`

Release Notes

sass/dart-sass (sass)

### [`v1.67.0`](https://togithub.com/sass/dart-sass/blob/HEAD/CHANGELOG.md#1670) [Compare Source](https://togithub.com/sass/dart-sass/compare/1.66.1...1.67.0) - All functions defined in CSS Values and Units 4 are now once again parsed as calculation objects: `round()`, `mod()`, `rem()`, `sin()`, `cos()`, `tan()`, `asin()`, `acos()`, `atan()`, `atan2()`, `pow()`, `sqrt()`, `hypot()`, `log()`, `exp()`, `abs()`, and `sign()`. Unlike in 1.65.0, function calls are *not* locked into being parsed as calculations or plain Sass functions at parse-time. This means that user-defined functions will take precedence over CSS calculations of the same name. Although the function names `calc()` and `clamp()` are still forbidden, users may continue to freely define functions whose names overlap with other CSS calculations (including `abs()`, `min()`, `max()`, and `round()` whose names overlap with global Sass functions). - **Breaking change**: As a consequence of the change in calculation parsing described above, calculation functions containing interpolation are now parsed more strictly than before. However, *almost* all interpolations that would have produced valid CSS will continue to work. The only exception is `#{$variable}%` which is not valid in Sass and is no longer valid in calculations. Instead of this, either use `$variable` directly and ensure it already has the `%` unit, or write `($variable * 1%)`. - **Potentially breaking bug fix**: The importer used to load a given file is no longer used to load absolute URLs that appear in that file. This was unintented behavior that contradicted the Sass specification. Absolute URLs will now correctly be loaded only from the global importer list. This applies to the modern JS API, the Dart API, and the embedded protocol. ##### Embedded Sass - Substantially improve the embedded compiler's performance when compiling many files or files that require many importer or function call round-trips with the embedded host.