* bump lightningcss
* use `lightningcss` in the main PostCss Plugin
* use lightningcss in our custom matchers
Now that we are using `lightningcss` and nesting in the new `oxide`
engine, the generated output _will_ be different in the majority of test
cases.
Using a combination of `prettier` and `lightningcss` will make the
output consistent.
The moment we are fully using the `oxide` engine, we can drop
`lightningcss` or `prettier` again to improve the performance of the
tests.
* update tests to apply `lightningcss` related changes
* update changelog
* add `lightningcss` and `browserslist` as dev dependencies to stable package.json
* only use `lightningcss` in tests (without prettier)
We will only fallback to prettier if lightningcss fails somehow.
* apply side effect chagnes due to only using lightningcss for tests
* make CI happy (integration tests)
Apply changes to integration tests now that we are using lightningcss
* transform `lightningcss` for Node 12 when running tests
* run prettier on failing tests for `toMatchFormattedCss`
This will result in better diffs because diffs are typically per block
and/or per line. But lightningcss will simplify certain selectors and
the diff won't be as clear.
We will only apply the prettier formatting for failing tests in the diff
view so that diffs are cleaner and we don't pay for the additional
prettier calls when tests pass.
* Handle group/peer variants with quoted strings
* Fix CS
* Use `splitAtTopLevelOnly` instead
This solution isn’t that pretty but it is reusing existing machinery
* inline return
Co-authored-by: Robin Malfait <malfait.robin@gmail.com>
* Fix return type
Co-authored-by: Robin Malfait <malfait.robin@gmail.com>
* Fixup
* Update changelog
Co-authored-by: Robin Malfait <malfait.robin@gmail.com>
* play with turbo configuration
* tmp: random change, let's test caches
* remove unnecessary inputs
Inputs are implicit via the `"dependsOn": ["//#build"],`
* use `inputs` instead of `outputs` for `//#style`
* Revert "tmp: random change, let's test caches"
This reverts commit 77e9be6dc41bc432bee7589f77d8b9fc02369e2a.
* remove empty `outputs` configs
* cache the `oxide` targets
This will cache the oxide related build files to hopefully minimize the
amount of Rust compiling.
* tmp: drop turbo
* cache `./oxide/target/`
Thanks @thecrypticace!
* no need to cache `oxide` files
This will already be cached by GitHub actions. This should save us many
GBs on Vercel.com and Rust (or Cargo) is way better in using existing
cached information so this mix of caches between Turbo and GitHub
actions is kind of nice.
* Revert "tmp: drop turbo"
This reverts commit 22761d3a6669205a65695c6887bc9fda5f495adf.
* improve caching for integration tests and insiders release
* Run test suite against both engines
* make eslint happy
* only run `stable` tests on Node 12
* use normal expectation instead of snapshot file
When we run the tests only against `stable` (for node 12), then the
snapshots exists for the `Oxide` build. They are marked as `obsolete`
and will cause the `npm run test` script to fail. Sadly.
Inlined them for now, but ideally we make those tests more blackbox-y so
that we test that we get source maps and that we can map the sourcemap
back to the input files (without looking at the actual annotations).
* properly indent inline css
Co-authored-by: Adam Wathan <4323180+adamwathan@users.noreply.github.com>
Co-authored-by: Robin Malfait <malfait.robin@gmail.com>
* separate `stable` and `oxide` mode (package.json in this case)
* drop `install` script (we use a workspace now)
* change required engine to 16
* enable OXIDE by default
* ignore generated `oxide` files
* splitup package.json scripts into "public" and "private" scripts
Not ideal of course, but this should make it a tiny bit easier to know
which scripts _you_ as a developer / contributor have to run.
* drop `workspaces` from the `stable` engine
* drop `oxide` related build files from the `stable` engine
* drop `oxide` engine specific dependencies from the `stable` engine
* use the `oxide-node-api-shim` for the `stable` engine
* add little script to swap the engines
* drop `oxide:build` from `turbo` config
* configure `ci` for `stable` and `oxide` engines
- rename `nodejs.yml` -> `ci.yml`
- add `ci-stable.yml` (for stable mode and Node 12)
- ensure to use the `stable` engine in the `ci-stable.yml` workflow
- drop `oxide:___` specific scripts
* rename `release-insiders` to `release-insiders-stable`
This way we will be able to remove all files that contain `stable` once
we are ready.
* rename `release-insiders-oxide` to just `release-insiders`
* cleanup insider related workflows
* rename `release` -> `release-stable`
* rename `release-oxide` -> `release`
* change names of release workflows
* drop `oxide-` prefix from jobs
* inline node versions
* do not use `turbo` for the stable build
Can't use it because we don't have a workspace in the stable build.
* re-rename CI workflow
* encode default engine in relevant `package.json` files
* make Node 12 work
* increase `node-version` matrix
* make release workflows explicit (per engine)
* add `Oxide` to workflow name
* add integration tests for the `oxide` engine
* add integration tests for the `stable` engine
* run `oxide` integrations against node `18`
* run `stable` integration tests against node 18
We should test node 12 for tailwindcss, but integrations itself can run
against a newer version. In fact, we always ran them against node 16.
* use `localhost` instead of `0.0.0.0`
* ensure `webpack-4` works on Node 18
* run relese scripst directly
Instead of going via `npm`. It's a bit nicer and quicker!
* drop unused scripts
* sync package-lock.json
* ensure to generate the plugin list before running `jest`
We _could_ use an `npm run pretest`, but then you can't run `jest`
directly anymore (which is required for some tools like vscode
extensions).
* cleanup npm scripts
* drop pretend comments
* fix typo
* add `build:rust` as a pre-jest run script
* Update rollup to version 3.10.0
* Update Rollup integrations for Rollup 3
Co-authored-by: depfu[bot] <23717796+depfu[bot]@users.noreply.github.com>
Co-authored-by: Jonathan Reinink <jonathan@reinink.ca>
This will reduce the amount of different test "implementations" and
should further unify/normalise the tests. Some tests are very large and
can be split up more but this is a start in the right direction.
One of the biggest benefits is that changes in the tests file re-trigger
a jest run in watch mode. A change in the HTML/CSS file won't.
* ensure we use `npm@7` for older versions of Node.js
This is important so that we can guarantee that `workspaces` are
supported which we depend on right now (just for install purposes).
* tmp: trigger CI build (GitHub is doing funky things and not working right now)
* drop Node.js 12 from Node.js CI workflow
* focus on Node.js 16 for now
* Revert "tmp: trigger CI build (GitHub is doing funky things and not working right now)"
This reverts commit a3deed472da498f8a52404b2e8ccbc16f0e93101.
* WIP
* Add support for logical properties in inline direction
* Add scroll-margin/scroll-padding utilities
* Update CHANGELOG
* Rename inset-s/e to start/end
* Update sort order in test
* Use logical properties for space/divide in Oxide
* run non-oxide and OXIDE tests
+ fix oxide version tests
* drop oxide specific test job
The normal `npm run test` will already include the non-oxide and oxide
version when running tests.
Co-authored-by: Robin Malfait <malfait.robin@gmail.com>
Co-authored-by: Adam Wathan <4323180+adamwathan@users.noreply.github.com>
* temporarily disable workflows
* add oxide
Our Rust related parts
* use oxide
- Setup the codebase to be able to use the Rust parts based on an
environment variable: `OXIDE=1`.
- Setup some tests that run both the non-Rust and Rust version in the
same test.
- Sort the candidates in a consistent way, to guarantee the order for
now (especially in tests).
- Reflect sorting related changes in tests.
- Ensure tests run in both the Rust and non-Rust version. (Some tests
are explicitly skipped when using the Rust version since we haven't
implemented those features yet. These include: custom prefix,
transformers and extractors).
- `jest`
-`OXIDE=1 jest`
* remove into_par_iter where it doesn't make sense
* cargo fmt
* wip
* enable tracing based on `DEBUG` env
* improve CI for the Oxide build
* sort test output
This happened because the sorting happens in this branch, but changes
happened on the `master` branch.
* add failing tests
I noticed that some of the tests were failing, and while looking at
them, it happened because the tests were structured like this:
```html
<div
class="
backdrop-filter
backdrop-filter-none
backdrop-blur-lg
backdrop-brightness-50
backdrop-contrast-0
backdrop-grayscale
backdrop-hue-rotate-90
backdrop-invert
backdrop-opacity-75
backdrop-saturate-150
backdrop-sepia
"
></div>
```
This means that the class names themselves eventually end up like this: `backdrop-filter-none\n`
-> (Notice the `\n`)
/cc @thecrypticace
* fix range to include `\n`
* Include only unique values for tests
Really, what we care about most is that the list contains every expected candidate. Not necessarily how many times it shows up because while many candidates will show up A LOT in a source text we’ll unique them before passing them back to anything that needs them
* Fix failing tests
* Don’t match empty arbitrary values
* skip tests in oxide mode regarding custom separators in arbitrary variants
* re-enable workflows
* use `@tailwindcss/oxide` dependency
* publish `tailwindcss@oxide`
* drop prepublishOnly
I don't think we actually need this anymore (or even want because this
is trying to do things in CI that we don't want to happen. Aka, build
the Oxide Rust code, it is already a dependency).
* WIP
* Defer to existing CLI for Oxide
* Include new compiled typescript stuff when publishing
* Move TS to ./src/oxide
* Update scripts
* Clean up tests for TS
* copy `cli` to `oxide/cli`
* make CLI files TypeScript files
* drop --postcss flag
* setup lightningcss
* Remove autoprefixer and cssnano from oxide CLI
* cleanup Rust code a little bit
- Drop commented out code
- Drop 500 fixture templates
* sort test output
* re-add `prepublishOnly` script
* bump SWC dependencies in package-lock.json
* pin `@swc` dependencies
* ensure to install and build oxide
* update all GitHub Workflows to reflect Oxide required changes
* sort `content-resolution` integration tests
* add `Release Insiders — Oxide`
* setup turbo repo + remote caching
* use `npx` to invoke `turbo`
* setup unique/proper package names for integration tests
* add missing `isomorphic-fetch` dependency
* setup integration tests to use `turborepo`
* scope tailwind tasks to root workspace
* re-enable `node_modules` cache for integration tests
* re-enable `node_modules` cache for main CI workflow
* split cache for `main` and `oxide` node_modules
* fix indent
* split install dependencies so that they can be cached individually
* improve GitHub actions caching
* use correct path for oxide node_modules (crates/node)
* ensure that `cargo install` always succeeds
cargo install X, on CI will fail if it already exists.
* figure out integration tests with turbo
* tmp: use `npm` instead of `turbo`
* disable `fail-fast`
This will allow us to run integration tests so that it still caches the
succesful ones.
* YAML OH YAML, Y U WHITESPACE SENSITIVE
* copy the oxide-ci workflow to release-oxide
* make `oxide-ci` a normal CI workflow
Without publishing
* try to cache cargo and node_modules for the oxide build
* configure turbo to run scripts in the root
* explicitly skip failing test for the Oxide version
* run oxide tests in CI
* only use build script for root package
* sync package-lock.json
* do not cache node_modules for each individual integration
* look for hoisted `.bin`
* use turbo for caching build tailwind css in integration tests
* Robin...
* try to use the local binary first
* skip installing integration test dependencies
Should already be installed due to workspace usage
* Robin...
* drop `output.clean`
* explicitly add `mini-css-extract-plugin`
* drop oxide-ci, this is tested by proxy
* ensure oxide build is used in integration tests
This will ensure the `@tailwindcss/oxide` dependency is available
(whether we use it or not).
* setup Oxide shim in insiders release
* add browserslist dependency
* use `install:all` script name
Just using `install` as a script name will be called when running
`npm install`.
Now that we marked the repo as a `workspace`, `npm install` will run
install in all workspaces which is... not ideal.
* tmp: enable insiders release in PRs
Just to check if everything works before merging. Can be removed once
tested.
* don't cache node_modules?
I feel there is some catch 22 going on here.
We require `npm install` to build the `oxide/crates/node` version.
But we also require `oxide/crates/node` for the `npm install` becaus of
the dependency: `"@tailwindcss/oxide": "file:oxide/creates/node"`
* try to use `oxide/crates/node` as part of the workspace
* let's think about this
Let's try and cache the `node_modules` and share as much as possible.
However, some scripts still need to be installed specific to the OS.
Running `npm install` locally doesn't throw away your `node_modules`,
so if we just cache `node_modules` but also run `npm install` that
should keep as much as possible and still improve install times since
`node_modules` is already there.
I think.
* ensure generated `index.js` and `index.d.ts` files are considered outputs
* use `npx napi` instead of `napi` directly
* include all `package-lock.json` files
* normalize caching further in all workflows
* drop nested `package-lock.json` files
* `npm uninstall mini-css-extract-plugin && npm install mini-css-extract-plugin --save-dev`
* bump webpack-5 integration tests dependencies
* only release insiders on `master` branch
* tmp: let's figure out release insiders oxide
* fix little typo
* use Node 18 for Oxide Insiders
* syncup package-lock.json
* let's try node 16
Node 18 currently fails on `Build x86_64-unknown-linux-gnu (OXIDE)`
Workflow.
Install Node.JS output:
```
Environment details
Warning: /__t/node/18.13.0/x64/bin/node: /lib64/libm.so.6: version `GLIBC_2.27' not found (required by /__t/node/18.13.0/x64/bin/node)
/__t/node/18.13.0/x64/bin/node: /lib64/libc.so.6: version `GLIBC_2.25' not found (required by /__t/node/18.13.0/x64/bin/node)
/__t/node/18.13.0/x64/bin/node: /lib64/libc.so.6: version `GLIBC_2.28' not found (required by /__t/node/18.13.0/x64/bin/node)
/__t/node/18.13.0/x64/bin/node: /lib64/libstdc++.so.6: version `CXXABI_1.3.9' not found (required by /__t/node/18.13.0/x64/bin/node)
/__t/node/18.13.0/x64/bin/node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.20' not found (required by /__t/node/18.13.0/x64/bin/node)
/__t/node/18.13.0/x64/bin/node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.21' not found (required by /__t/node/18.13.0/x64/bin/node)
Warning: node: /lib64/libm.so.6: version `GLIBC_2.27' not found (required by node)
node: /lib64/libc.so.6: version `GLIBC_2.25' not found (required by node)
node: /lib64/libc.so.6: version `GLIBC_2.28' not found (required by node)
node: /lib64/libstdc++.so.6: version `CXXABI_1.3.9' not found (required by node)
node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.20' not found (required by node)
node: /lib64/libstdc++.so.6: version `GLIBCXX_3.4.21' not found (required by node)
```
* bump some Node versions
* only release oxide insiders on `master` branch
* don't cache `npm`
* bump napi-rs
Co-authored-by: Jordan Pittman <jordan@cryptica.me>
Co-authored-by: Adam Wathan <4323180+adamwathan@users.noreply.github.com>
Can't re-run the previous failed one, because it also tries to publish
to NPM which it already succesfully did which means that it will fail
right now.
* Handle escaped selector characters in parseVariantFormatString
* Escape group names in selectors
Otherwise special characters would break O_O
* Update changelog
* Commit changes to mod time cache all at once
This allows us to track changes in files that are both a context and content dependency in a way that preserves file mod checking optimizations
* fixup
* Add tests
* Refactor
refactor
* Allow `prefixSelector` to take an AST
* Consider multiple formats in `finalizeSelector`
The functions `finalizeSelector` and `formatVariantSelector` together were using a mix for AST and string-based parsing. This now does the full transformation using the selector AST. This also parses the format strings AST as early as possible and is set up to parse them only once for a given set of rules.
All of this will allow considering metadata per format string. For instance, we now know if the format string `.foo &` was produced by a normal variant or by an arbitrary variant. We use this information to control the prefixing behavior for individual format strings.
* Update changelog
* Cleanup code a bit
