2573cbec08
* Add shard query splitting implementation * Shard query splitting: reuse function from query splitting * Shard query splitting: remove max line limit * Shard query splitting: update test * Shard query splitting: fix types and non-sharded queries * Merge responses: fix log merging * Merge responses: remove legacy code * Query splitting: add support to retry failed requests * Query splitting: unit test request retrying * Query splitting: add unsubscriptions * Shard query splitting: fix retrying * Shard query splitting: switch to dynamic grouping * Shard query splitting: update group size thresholds and fix -1 query * Shard query splitting: update initial group size + don't retry parse errors * Shard query splitting: update unit test * chore: update mock value * Shard query splitting: add support for multiple targets * chore: update description * Shard query splitting: use group targets * chore: filter hidden queries * Shard query splitting: issue initial log query without sharding * Splitting: fix retrying in both methods * Merge responses: keep execution time * Shard query splitting: remove no-shard attempt * Shard query splitting: adjust groups based on rate of change * chore: clean up experiments * Shard query splittng: remove log query restrictions * Shard query splitting: remove fallback to time splitting * Loki: add new query direction * Missing generated file * LokiOptionField: integrate new query direction * Shard query splitting: delegate non-scan queries to time splitting * Query splitting: do not retry queries with parse errors * Loki datasource: add placeholder for feature flag * Shard query splitting: add function with support criteria * Shard query splitting: refactor query modification and shard logs volume * Shard query splitting: update unit tests * chore: Update scan direction tooltip * chore: formatting * LogsVolumePanel: fix missing state in logs volume panel data * Merge responses: better handle missing nanoseconds * LokiQueryOptionFields: display query direction for log queries * loki: process scan direction as backward * Loki datasource: restrict sharding to Explore * Retrying: invert criteria and move to response utils * Formatting * Use log volume refId constant * Fix import order * Create feature flag * Use feature toggle * LogsVolumePanel: prevent flashing no data while streaming |
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.. | ||
grafana-data | ||
grafana-e2e-selectors | ||
grafana-eslint-rules | ||
grafana-flamegraph | ||
grafana-icons | ||
grafana-o11y-ds-frontend | ||
grafana-plugin-configs | ||
grafana-prometheus | ||
grafana-runtime | ||
grafana-schema | ||
grafana-sql | ||
grafana-ui | ||
README.md |
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/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.
You must be logged in to NPM as part of Grafana NPM org before attempting to publish to the npm registry.
-
Run
yarn packages:clean
script from the root directory. This will delete any previous builds of the packages. -
Run
yarn packages:prepare
script 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:build
script that compiles distribution code inpackages/grafana-*/dist
. -
Run
yarn packages:pack
script to compress each package intonpm-artifacts/*.tgz
files. This is required for yarn to replace properties in the package.json files declared in thepublishConfig
property. -
Depending on whether or not it's a prerelease:
- When releasing a prerelease run
./scripts/publish-npm-packages.sh --dist-tag 'next' --registry 'https://registry.npmjs.org/'
to publish new versions. - When releasing a stable version run
./scripts/publish-npm-packages.sh --dist-tag 'latest' --registry 'https://registry.npmjs.org/'
to publish new versions. - When releasing a test version run
./scripts/publish-npm-packages.sh --dist-tag 'test' --registry 'https://registry.npmjs.org/'
to publish test versions.
- When releasing a prerelease run
-
Revert any changes made by the
packages:prepare
script.
Building individual packages
To build individual packages, run:
yarn packages:build --scope=@grafana/<data|e2e|e2e-selectors|runtime|schema|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-npm
directory. - Run
docker-compose up
. This will start your local npm registry, available at http://localhost:4873/. - To test
@grafana
packages published to your local npm registry uncommentnpmScopes
andunsafeHttpWhitelist
properties in the.yarnrc
file.
Publishing packages to local npm registry
You need to follow manual packages release procedure. The only difference is the last command in order to publish to you local registry.
From your terminal:
- Run
yarn packages:clean
. - Run
yarn packages:prepare
. - Run
yarn packages:build
. - Run
yarn packages:pack
. - Run
NPM_TOKEN=NONE ./scripts/publish-npm-packages.sh
. - Navigate to http://localhost:4873 and verify the version was published
Locally published packages will be published under dev
or canary
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" // or canary
}
or you can instruct npm to install directly the specific version you published.
Using your local package in another package (e.g. a plugin)
To use your local published package in another package you'll have to create an .npmrc
file in that repository and add the following line:
@grafana:registry=http://localhost:4873/
Make sure there is no other line already defined for @grafana
.