* coremodels: Convert plugin-metadata schema to a coremodel * Newer cuetsy; try quoting field name * Add slot definitions * Start sketching out pfs package * Rerun codegen with fixes, new cuetsy * Catch up dashboard with new cuetsy * Update to go1.18 * Use new vmuxers in thema * Add slot system in Go * Draft finished implementation of pfs * Collapse slot pkg into coremodel dir; add PluginInfo * Add the mux type on top of kernel * Refactor plugin generator for extensibility * Change models.cue package, numerous debugs * Bring new output to parity with old * Remove old plugin generation logic * Misc tweaking * Reintroduce generation of shared schemas * Drop back to go1.17 * Add globbing to tsconfig exclude * Introduce pfs test on existing testdata * Make most existing testdata tests pass with pfs * coremodels: Convert plugin-metadata schema to a coremodel * Newer cuetsy; try quoting field name * Add APIType control concept, regen pluginmeta * Use proper numeric types for schema fields * Make pluginmeta schema follow Go type breakdown * More decomposition into distinct types * Add test case for no plugin.json file * Fix missing ref to #Dependencies * Remove generated TS for pluginmeta * Update dependencies, rearrange go.mod * Regenerate without Model prefix * Use updated thema loader; this is now runnable * Skip app plugin with weird include * Make plugin tree extractor reusable * Split out slot lineage load/validate logic * Add myriad tests for new plugin validation failures * Add test for zip fixtures * One last run of codegen * Proper delinting * Ensure validation order is deterministic * Let there actually be sorting * Undo reliance on builtIn field (#54009) * undo builtIn reliance * fix tests Co-authored-by: Will Browne <wbrowne@users.noreply.github.com>
Grafana frontend packages
This document contains information about Grafana frontend package versioning and releases.
Versioning
We use Lerna for packages versioning and releases.
All packages are versioned according to the current Grafana version:
- Grafana v6.3.0-alpha1 -> @grafana/* packages @ 6.3.0-alpha.1
- Grafana v6.2.5 -> @grafana/* packages @ 6.2.5
- Grafana - main branch version (based on package.json, i.e. 6.4.0-pre) -> @grafana/* packages @ 6.4.0-pre- (see details below about packages publishing channels)
Please note that @grafana/toolkit, @grafana/ui, @grafana/data, and @grafana/runtime packages are considered ALPHA even though they are not released as alpha versions.
Stable releases
Even though packages are released under a stable version, they are considered ALPHA until further notice!
Stable releases are published under the latest tag on npm. If there was alpha/beta version released previously, the next tag is updated to stable version.
Alpha and beta releases
Alpha and beta releases are published under the next tag on npm.
Automatic prereleases
Every commit to main that has changes within the packages directory is a subject of npm packages release. ALL packages must be released under version from lerna.json file with the drone build number added to it:
<lerna.json version>-<DRONE_BUILD_NUMBER>
Manual release
All of the steps below must be performed on a release branch, according to Grafana Release Guide.
Make sure you are logged in to npm in your terminal and that you are a part of Grafana org on npm.
-
Run
yarn packages:preparescript from the root directory. This performs tests on the packages and prompts for the version of the packages. The version should be the same as the one being released.- Make sure you use semver convention. So, place a dot between prerelease id and prerelease number, i.e. 6.3.0-alpha.1
- Make sure you confirm the version bump when prompted!
-
Run
yarn packages:buildscript that compiles distribution code inpackages/grafana-*/dist. -
Run
yarn packages:packscript to zip each package into.tgz. This is required for yarn berry to replace properties in the package.json files declared inpublishConfig. -
Depending whether or not it's a prerelease:
- When releasing a prerelease run
packages:publishNextto publish new versions. - When releasing a stable version run
packages:publishLatestto publish new versions. - When releasing a test version run
packages:publishTestto publish test versions.
- When releasing a prerelease run
-
Push version commit to the release branch.
Building individual packages
To build individual packages, run:
yarn packages:build --scope=@grafana/<data|e2e|e2e-selectors|runtime|schema|toolkit|ui>
Setting up @grafana/* packages for local development
A known issue with @grafana/* packages is that a lot of times we discover problems on canary channel(see versioning overview) when the version was already pushed to npm.
We can easily avoid that by setting up a local packages registry and test the packages before actually publishing to npm.
In this guide you will set up Verdaccio registry locally to fake npm registry. This will enable testing @grafana/* packages without the need for pushing to main.
Setting up local npm registry
From your terminal:
- Navigate to
devenv/local-npmdirectory. - Run
docker-compose up. This will start your local npm registry, available at http://localhost:4873/ - Run
npm login --registry=http://localhost:4873 --scope=@grafana. This will allow you to publish any @grafana/* package into the local registry. - Run
npm config set @grafana:registry http://localhost:4873. This will config your npm to install @grafana scoped packages from your local registry.
Publishing packages to local npm registry
You need to follow manual packages release procedure. The only difference is you need to run yarn packages:publishDev task in order to publish to you local registry.
From your terminal:
- Run
yarn packages:prepare. - Run
yarn packages:build. - Run
yarn packages:pack. - Run
yarn packages:publishDev. - Navigate to http://localhost:4873 and verify that version was published
Locally published packages will be published under dev channel, so in your plugin package.json file you can use that channel. For example:
// plugin's package.json
dependencies: {
//... other dependencies
"@grafana/data": "dev"
}