Plugin Bundle Size

Grafana LabsOfficialPublished by Grafana Labs

Skill
Tool integration
Cloud and DevOps
Apache-2.0
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From the author

Optimise Grafana app plugin bundle size using React.lazy, Suspense, and webpack code splitting. Use when the user asks to reduce plugin bundle size, optimise module.js, add code splitting, improve initial plugin load performance, split plugin chunks, lazy load plugin pages, or help implement lazy loading in a Grafana app plugin. Triggers on phrases like "optimise plugin bundle size", "module.js is too large", "plugin is slow to load", "code split the plugin", "reduce initial JS payload", or "help me with Suspense in my plugin".

— the description by Grafana Labs

AutoGineer summary

Written by AutoGineer from the skill’s own files, not by the author

This skill provides a structured approach to reducing the initial load time of Grafana app plugins. By moving from a monolithic entry point to a code-split architecture, developers can ensure that only essential code is loaded initially, while feature-specific logic is fetched on demand. The guide covers CI-based bundle size monitoring, strategic refactoring of the entry point, and implementation of lazy-loading boundaries for routes, extensions, and components.

What it does

Provides a step-by-step workflow for implementing React.lazy and Suspense in Grafana plugins.
Offers guidance on setting up automated bundle size reporting in GitHub Actions.
Explains how to refactor module.tsx to eliminate eager imports of feature code.
Details techniques for route-based and component-level code splitting.
Includes troubleshooting steps for common build and runtime issues.
Provides best practices for managing singletons and shared dependencies.

When to use it

When your Grafana plugin has a large initial JS payload that slows down startup.
When you need to reduce the size of module.js to improve plugin performance.
When you want to implement lazy loading for plugin pages or extensions.
When you need to verify and optimise your plugin's chunk distribution.

Advantages

Significantly reduces initial plugin load time.
Prevents unnecessary code from being loaded by the browser.
Provides clear metrics and CI integration for tracking bundle size changes.
Standardises the approach to code splitting across different plugin types.

Usage examples

“How can I reduce the initial bundle size of my Grafana app plugin?”: The agent will guide you through measuring your current baseline, setting up CI reporting, and refactoring your module.tsx to use lazy-loaded wrappers.
“My plugin is slow to load, how do I implement code splitting?”: The agent will provide instructions on identifying heavy imports and applying React.lazy and Suspense to your routes and components.
“Help me implement Suspense in my Grafana plugin.”: The agent will show you how to wrap your lazy-loaded components in Suspense boundaries and handle fallbacks correctly.
“How do I split my plugin chunks to improve performance?”: The agent will explain how to use webpack magic comments to group related features and achieve an optimal chunk count.

Install

Download the skill as a ZIP:
https://autogineer.com/agent-skills/grafana/plugin-bundle-size/download

Unzip it into the cross-client skills folder of your project:

mkdir -p .agents/skills && unzip plugin-bundle-size.zip -d .agents/skills

Documentation by Grafana Labs

Grafana plugin bundle size optimisation

module.js is the render-blocking entry point for every Grafana app plugin. The smaller it is, the less impact the plugin has on Grafana's overall startup time. A well-split plugin should have a module.js under ~200 KB that contains nothing but lazy-loaded wrappers — all feature code loads on demand.

Target: ~15–25 JS chunks total. Fewer means too little splitting; far more (50+) means over-engineering.

Risk levels

Not all splitting opportunities carry the same risk. Apply them in this order:

Level	What	Risk	Impact
Safe	`module.tsx` lazy wrappers (Priority 1)	Very low — no behaviour change	Highest — module.js drops 90%+
Safe	Route-level `lazy()` (Priority 2)	Low — each route is self-contained	High — one chunk per route
Safe	Extension `lazy()` (Priority 3)	Low — extensions are isolated	Medium — independent chunk per extension
Moderate	Component registries / tab panels (Priority 4)	Medium — verify Suspense placement	Medium — splits heavy pages further
Do not touch	Vendor libraries (`@grafana/scenes`, `@reduxjs/toolkit`)	N/A	N/A — webpack splits these automatically
Do not touch	Shared utility components (Markdown, Spinner) used across many files	High churn, many callsites	Low — already in shared vendor chunks

When in doubt, stop after Priority 2. Routes alone typically reduce module.js by 95%+.

Step 1: Add bundle size CI reporting (recommended)

Add the grafana/plugin-actions/bundle-size action to get automatic bundle size comparison comments on every PR. This posts a table showing entry point size changes, file count diffs, and total bundle impact.

Root-level plugins (plugin at repo root):

# .github/workflows/bundle-size.yml
name: Bundle Size
on:
  pull_request:
  push:
    branches: [main]
  workflow_dispatch:

jobs:
  bundle-size:
    runs-on: ubuntu-latest
    permissions:
      contents: write
      id-token: write
      pull-requests: write
      actions: read
    steps:
      - uses: actions/checkout@v4
      - uses: actions/setup-node@v4
        with:
          node-version-file: .nvmrc
      - name: Install and build
        run: yarn install
      - name: Bundle Size
        uses: grafana/plugin-actions/bundle-size@a66a1c96cdbb176f9cccf10cf23593e250db7cce # bundle-size/v1.1.0

Subdirectory plugins (e.g. plugin/ in a monorepo):

The action's install step runs at the repo root and cannot find yarn.lock in a subdirectory. Work around this by installing deps yourself and symlinking to root:

jobs:
  bundle-size:
    runs-on: ubuntu-latest
    permissions:
      contents: write
      id-token: write
      pull-requests: write
      actions: read
    steps:
      - uses: actions/checkout@v4
      - uses: actions/setup-node@v4
        with:
          node-version-file: ./plugin/.nvmrc
      - name: Install dependencies
        working-directory: ./plugin
        run: yarn install
      - name: Symlink plugin to root for bundle-size action
        run: |
          ln -s plugin/yarn.lock yarn.lock
          ln -s plugin/package.json package.json
          ln -s plugin/.yarnrc.yml .yarnrc.yml
          ln -s plugin/node_modules node_modules
      - name: Bundle Size
        uses: grafana/plugin-actions/bundle-size@a66a1c96cdbb176f9cccf10cf23593e250db7cce # bundle-size/v1.1.0
        with:
          working-directory: ./plugin

How it works: On push to main, builds and uploads a baseline artifact. On PRs, compares against it and posts a diff comment. Use workflow_dispatch to generate the first baseline.

Reference: grafana-k8s-plugin workflow

Step 2: Detect plugin context

# Confirm this is an app plugin (type: "app" — datasource/panel plugins have different needs)
jq -r '"\(.id) — \(.type)"' src/plugin.json

# Locate the entry point
ls src/module.ts src/module.tsx 2>/dev/null

# Measure the current PRODUCTION bundle size BEFORE making any changes
# Dev builds are unminified and much larger — always measure production
yarn build 2>/dev/null || npm run build
echo "=== module.js ===" && ls -lah dist/module.js
echo "=== all JS chunks ===" && ls -lah dist/*.js | sort -k5 -rh | head -20
echo "=== chunk count ===" && ls dist/*.js | wc -l

Record the baseline. A pre-split plugin commonly has a module.js of 1–3 MB with no other JS chunks.

Step 3: Check and update create-plugin

The @grafana/create-plugin tool controls .config/webpack/, .config/jest/, and other build scaffolding. Updating it often unlocks faster SWC compilation and better chunk output.

cat .config/.cprc.json 2>/dev/null || grep '"@grafana/create-plugin"' package.json
npm view @grafana/create-plugin version
npx @grafana/create-plugin@latest update

After updating, review the diff (especially .config/webpack/webpack.config.ts) and run a test build. If the plugin has a top-level webpack.config.ts that webpack-merges the base config, review the merge for conflicts.

Step 4: Analyse the codebase — find what to split

Do not start implementing until you have read all of these.

# Entry point — look for direct (non-lazy) imports of App, ConfigPage, exposeComponent targets
cat src/module.ts 2>/dev/null || cat src/module.tsx

# Root App component — look for direct page/route imports that should be lazy
cat src/App.tsx src/components/App.tsx src/feature/app/components/App.tsx 2>/dev/null | head -80

# Extension registrations — each should become an independent chunk
grep -r "exposeComponent\|addComponent\|addLink" src/ --include="*.ts" --include="*.tsx" -n

# Exported side-effect singletons (Faro, analytics) — must be extracted before splitting
grep -n "^export const\|^export let" src/module.ts src/module.tsx 2>/dev/null
grep -rn "from '.*module'" src/ --include="*.ts" --include="*.tsx" | grep -v node_modules

# Heavy synchronous imports
grep -rn "from 'monaco-editor\|@codemirror\|d3\b\|recharts\|chart\.js" \
  src/ --include="*.ts" --include="*.tsx" | grep -v node_modules

Key rule: If a file is imported by module.ts directly (even transitively), it ends up in module.js. Everything reachable from a lazy boundary becomes its own chunk.

Step 5: Implement splits — in priority order

Named vs default exports: React.lazy() requires a default export. Most Grafana plugin components use named exports — use .then() to re-map:
// Named export
const LazyMyComp = lazy(() => import('./MyComponent').then(m => ({ default: m.MyComponent })));
// Default export
const LazyMyComp = lazy(() => import('./MyComponent'));

Priority 1: module.tsx (highest impact, always do this first)

If the entry point is module.ts, rename it: git mv src/module.ts src/module.tsx

Make module.tsx import nothing from feature code except through lazy():

import React, { lazy, Suspense } from 'react';
import { AppPlugin, AppRootProps } from '@grafana/data';
import { LoadingPlaceholder } from '@grafana/ui';

import type { MyExtensionProps } from './extensions/MyExtension';  // import type — erased at compile time
import type { JsonData } from './features/app/state/slice';

// Lazy Faro init — keeps @grafana/faro-react out of module.js
let faroInitialized = false;
async function initFaro() {
  if (faroInitialized) { return; }
  faroInitialized = true;
  const { initializeFaro } = await import('faro');
  initializeFaro();
}

const LazyApp = lazy(async () => {
  await initFaro();
  return import('./features/app/App').then(m => ({ default: m.App }));
});

function App(props: AppRootProps<JsonData>) {
  return <Suspense fallback={<LoadingPlaceholder text="" />}><LazyApp {...props} /></Suspense>;
}

const LazyMyExtension = lazy(() =>
  import('./extensions/MyExtension').then(m => ({ default: m.MyExtension }))
);
function MyExtension(props: MyExtensionProps) {
  return <Suspense fallback={<LoadingPlaceholder text="" />}><LazyMyExtension {...props} /></Suspense>;
}

export const plugin = new AppPlugin<JsonData>().setRootPage(App);
plugin.exposeComponent({ id: 'my-plugin/my-extension/v1', title: 'My Extension', component: MyExtension });

Key details:

import type for props prevents webpack from following the import into the eager bundle
Use new AppPlugin<JsonData>() if App uses AppRootProps<JsonData> — without the generic, setRootPage() type won't match
Remove any App as unknown as ComponentClass<AppRootProps> cast — the lazy wrapper is a valid function component

Expected impact: module.js drops from MB range to ~50–200 KB.

Singletons (e.g. Faro): If module.ts has export const faro = initializeFaro(), do NOT keep it as a top-level import. Extract it to src/faro.ts, update all internal imports from '*/module' → '*/faro', then use the dynamic initFaro() pattern above.

Priority 2: Route-based splitting in App.tsx

import React, { lazy, Suspense } from 'react';
import { Route, Routes } from 'react-router-dom';
import { LoadingPlaceholder } from '@grafana/ui';

const HomePage     = lazy(() => import('../pages/Home'));
const SettingsPage = lazy(() => import('../pages/Settings'));
const DetailPage   = lazy(() => import('../pages/Detail'));

function App(props: AppRootProps) {
  return (
    <Suspense fallback={<LoadingPlaceholder text="" />}>
      <Routes>
        <Route path="home"       element={<HomePage />} />
        <Route path="settings"   element={<SettingsPage />} />
        <Route path="detail/:id" element={<DetailPage />} />
        <Route path=""           element={<HomePage />} />
      </Routes>
    </Suspense>
  );
}
export default App;

Bypass barrel files: Target the actual component file in the import(), not an index.ts barrel that re-exports multiple things:

// Risky — barrel may pull in other heavy modules
const Catalog = lazy(() => import('features/catalog'));
// Better — only pulls in Catalog's tree
const Catalog = lazy(() => import('features/catalog/Catalog').then(m => ({ default: m.Catalog })));

Priority 3: Extension components

Each extension should export default its component. Use fallback={null} for extensions that load quickly:

// src/extensions/MyExtension.tsx
export default function MyExtension(props: MyExtensionProps) {
  return <AppProviders><MyExtensionContent {...props} /></AppProviders>;
}

Surgical split: If an extension wrapper must stay eager in module.tsx, lazy-load the heavy component it renders:

const HeavyInner = lazy(() => import('components/features/HeavyInner'));
export function MyExtension() {
  return <Suspense fallback={<LoadingPlaceholder text="" />}><HeavyInner /></Suspense>;
}

Priority 4: Component registries and tab panels

For arrays of objects containing React components (e.g. tab panels), lazy-load each entry. Critical: ensure a <Suspense> boundary exists where the component renders.

const ConfigDetails = lazy(() => import('./ConfigDetails/ConfigDetails').then(m => ({ default: m.ConfigDetails })));
const Overview      = lazy(() => import('./Overview/Overview').then(m => ({ default: m.Overview })));

const tabs = [
  { id: 'overview', component: Overview },
  { id: 'config',   component: ConfigDetails },
];

// In the parent that renders the active tab:
<Suspense fallback={<LoadingPlaceholder text="" />}>
  {ActiveTab && <ActiveTab />}
</Suspense>

For datasource plugins (setConfigEditor, setQueryEditor, VariableSupport, AnnotationSupport), see references/datasource-plugins.md.

If the build produces more than ~25 JS files, use webpack magic comments:

const FleetList   = lazy(() => import(/* webpackChunkName: "fleet" */ '../pages/FleetList'));
const FleetDetail = lazy(() => import(/* webpackChunkName: "fleet" */ '../pages/FleetDetail'));

One webpackChunkName per logical feature area. Don't group unrelated pages.

Step 7: Measure and verify

yarn build 2>/dev/null || npm run build
echo "=== module.js ===" && ls -lah dist/module.js
echo "=== all JS chunks (largest first) ===" && ls -lah dist/*.js | sort -k5 -rh | head -30
echo "=== chunk count ===" && ls dist/*.js | wc -l

Metric	Target
`module.js` size	< 200 KB
Total JS chunk count	15–25
Largest single chunk	< 1 MB

# Analyse bundle composition if a chunk is unexpectedly large
npx webpack-bundle-analyzer dist/stats.json 2>/dev/null

Step 8: Test the running plugin

Open the plugin in a Grafana instance
Navigate to every route — each triggers a new chunk download
DevTools → Network → JS: confirm lazy chunks load on navigation, not all upfront
Check Console for errors
Test any exposeComponent extensions from other Grafana apps

For troubleshooting common issues, see references/troubleshooting.md.

References

grafana-collector-app — app plugin reference implementation
grafana/plugin-actions — official Grafana plugin CI actions
Web.dev — code splitting with lazy and Suspense
SurviveJS — webpack code splitting
webpack magic comments

Files

ATTRIBUTION.mdAdded by AutoGineer859 B
LICENSELicence file added by AutoGineer11.1 KiB
SKILL.md14.1 KiB
references/datasource-plugins.md2.4 KiB
references/troubleshooting.md2.8 KiB

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Requirements and compatibility

Works with: Claude Code, Claude apps, OpenAI Codex, GitHub Copilot, Cursor, Gemini CLI, Kiro, OpenCode, Goose, Amp, Roo Code, JetBrains Junie, Factory Droid, Devin (ex-Windsurf), Mistral Vibe, OpenHands, Letta

“Works with” means the tool reads the open Agent Skills format; a skill written for one tool may use features others lack.

Needs: Needs Node.js

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Attribution and licence

Published by

Grafana Labs

Publisher

Grafana Labs (Official)

Source

grafana/skills · skills/grafana-plugins/plugin-bundle-size · commit 8fb72a5

Licence

Apache License 2.0 (redistribution allowed)

LICENSE (added by AutoGineer from LICENSE)
ATTRIBUTION.md (written by AutoGineer)

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2026-11-09

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