name: add-e2e-selectors description: Add reliable @grafana/e2e-selectors to interactive elements and key containers in the Grafana frontend. Use when adding e2e selectors, data-testid attributes, or test selectors to React components, when a file or component lacks selectors for testing, or when asked to make elements testable. Also use when given a Grafana Pathfinder interactive guide (a guide directory or content.json) to audit or fix — it extracts the guide's reftarget selectors, identifies weak ones, and fixes them at the source in Grafana's JSX. Defines versioned selectors in the e2e-selectors package and wires data-testid into JSX. Accepts a file path, a list of targets, a directory, a pathfinder guide, or the current/open file.

Add e2e-selectors

Find interactive elements and key containers in the Grafana frontend that lack a stable test selector, define a versioned selector in the @grafana/e2e-selectors package, and wire it into the JSX as data-testid. This encodes the package's layout (pages vs components), its semver versioning scheme, and its strict reuse / never-delete rules so selectors are added correctly and don't break plugin end-to-end tests.

Resolve the target

Interpret the argument to decide scope:

A file path → only that file.
A list of files or described elements → each named target, one by one.
A directory → all .tsx files under it.
A Grafana Pathfinder interactive guide — a guide directory or its content.json (e.g. under grafana-pathfinder-app/src/bundled-interactives/) → see "Pathfinder guide as target".
"current file" / "open file" / no path but a file is open → the open file.
No argument and no open file → ask for a target; never scan the whole frontend.

Pathfinder guide as target

Interactive guides drive Grafana's UI through CSS selectors (reftarget fields), so a weak selector breaks a guide the same way it breaks a test. Process the guide, then fix the weak targets at the source:

Extract targets: grep -o '"reftarget": *"[^"]*"' <guide>/content.json
Skip navigation targets — blocks with "action": "navigate" or URL-shaped values (starting with / or http).
Classify the rest. Strong (leave alone): data-testid/data-cy-based selectors and grafana: / {grafana:...} tokens. Weak (fix): text matching (:contains, :text), aria-label / placeholder / title attributes, href, bare-id compounds, and positional selectors (:nth-of-type, :nth-child, :nth-match).
Locate the JSX in this repo rendering each weak target (search by id, testid fragment, button text, aria-label). Some targets are not fixable here — external npm packages (@grafana/plugin-ui, @grafana/prometheus), Monaco editor internals, instance data (dashboard titles, datasource names) — report those instead of forcing a change.
Run Steps 1–6 below for the located elements. Updating the guide itself is out of scope — include a weak-selector → new-selector mapping in your summary so the guide author can adopt them.

Step 1 — Find the version key

All new selectors added in this run use a single version key: the current main version with -pre and build tags stripped.

grep -m1 '"version"' package.json

13.2.0-pre → use '13.2.0'. On a release branch, read main's copy instead (git show main:package.json | grep -m1 '"version"' — the local main ref can be stale, so fetch first if in doubt). If you know the change will be backported, use the lowest release version instead. Never hardcode — always compute it.

Step 2 — Identify elements

Target these in the file:

Interactive controls a test would click or type into: button, input, select, textarea, a, links, toggles/switches, checkboxes, radios, menu items, tabs, and the grafana-ui components that render them (Button, IconButton, Input, Select, Switch, Checkbox, Tab, etc.).
Key containers tests scope queries to: modals, panels, page sections, dialogs.

Skip any element that already has a data-testid or an existing selector — don't duplicate.

Exception — a static testid on a repeated item. A hardcoded literal inside a .map() (every card rendering the same data-testid="data-source-card") identifies nothing: consumers are forced into text matching or positional hacks to pick one item, so it's as weak as no selector at all. Migrate it:

Define a parameterized selector keyed by a stable per-item value.

Preserve the legacy literal as the MIN_GRAFANA_VERSION entry so version-resolved consumers keep working against older Grafana, keeping the signature compatible:

dataSourceCard: {
  '13.2.0': (name: string) => `data-testid data source card ${name}`,
  [MIN_GRAFANA_VERSION]: (_name: string) => 'data-source-card',
},

Update every in-repo usage of the old literal (jest and Playwright — grep public/ and e2e-playwright/), and note in your summary that external code hardcoding the literal will need the same one-line update.

Loop rule (important)

Inside a .map() / list render, do not put a selector on each inner interactive element — that bloats the DOM and degrades render performance. Instead attach one parameterized container selector to the repeated row/wrapper, keyed by a unique value. Tests then scope their queries within the matched row.

Canonical example — public/app/features/browse-dashboards/components/DashboardsTree.tsx:

<div
  key={key}
  {...rowProps}
  data-testid={selectors.pages.BrowseDashboards.table.row(
    'title' in dashboardItem ? dashboardItem.title : dashboardItem.uid
  )}
>
  {row.cells.map((cell) => /* inner cells get NO individual selector */)}
</div>

Step 3 — Reuse check (never duplicate)

Before defining anything, search the package for an existing selector covering this UI:

grep -rn "<keyword>" packages/grafana-e2e-selectors/src/selectors/components.ts packages/grafana-e2e-selectors/src/selectors/pages.ts

If you're modifying UI that already has a selector, reuse it — creating a new one breaks plugin e2e tests. Only create a new selector for genuinely new UI.

Two special cases the grep can surface:

Dormant entry — defined in the package but never wired into JSX (grep its value across public/ and packages/): wire it instead of creating a parallel one, adding a data-testid -prefixed version key first if the existing value is un-prefixed.
Orphaned entry — the UI it tagged has been deleted: leave the entry in place (never delete) and mention it in your summary.

Step 4 — Confirm the element accepts a selector prop

Before defining a selector for an element, confirm the target can actually receive it:

Plain DOM elements (div, button, input, a, …) always accept data-testid — proceed.
grafana-ui / React components only accept it if the component is written to forward it. Open the component and check that it either spreads remaining props onto the rendered DOM ({...rest} / {...otherProps} extending an HTMLAttributes type) or exposes a dedicated prop for the test id (e.g. grafana-ui's Menu.Item uses a testId prop, not data-testid). Use whichever the component actually supports. Known cases, to save a lookup (the source is still authoritative if in doubt): Button, Input, FilterInput, and ToolbarButton forward rest props, so plain data-testid works; Card spreads htmlProps onto its container div; Menu.Item takes testId.

If the component accepts neither data-testid nor an equivalent prop, stop for that element and surface it to the user — name the component, the file, and that it doesn't forward a test id. Do not add a new prop, spread, or otherwise modify an existing component to make it accept one. Move on to the remaining elements and report the skipped one in your summary.

Step 5 — Define the selector

Where: packages/grafana-e2e-selectors/src/selectors/components.ts if the element is rendered on more than one route or ships in grafana-ui; pages.ts if it's tied to a single route/screen (URLs also live there).
Group: nest under an existing group that mirrors the UI hierarchy, or add a new group named after the component/page. Place a new group next to related groups — the files are not alphabetical.
Shape: a versioned object whose key is the version from Step 1 and whose value is prefixed data-testid (the prefix tells the framework to match the data-testid attribute rather than an aria-label):

MyComponent: {
  submitButton: {
    '13.2.0': 'data-testid MyComponent submit button',
  },
},

Key naming. Keys form a public API plugins depend on, so name them deliberately:
- Casing: use PascalCase for a group key that names a distinct UI unit — a component, form, modal, or drawer (NewFolderForm, MoveModal, CreateNewButton); mirror the component name. Use camelCase for conceptual/functional groups that aren't a single named component (table, actions, emptyState) and for every leaf element key (submitButton, searchInput, selectAllCheckbox).
- Name leaf keys by role, not by visible label — moveButton, never move or Move. This survives copy changes and reads unambiguously as a control.
- The markup drives the name — check the element itself, not its neighbours. The role encoded in the key must match what the element actually renders. Use …Button only for something that renders/behaves as a button (a <button>, Button, or a MenuItem with onClick and no url); use …Link for something that navigates (an <a>, LinkButton, or MenuItem with url/href); use the matching role for inputs, checkboxes, etc. A suffix that contradicts the markup — or one carried over from a differently-rendered element nearby — is the defect. A single menu can legitimately contain both buttons and links, so their keys should differ (newDashboardLink next to newFolderButton); that is correct, not an inconsistency to flatten.
- Same markup ⇒ same name, everywhere in the run — not just within one group. Two controls with the same markup/role are the same kind of thing and must be named identically wherever they appear, across sibling keys and across groups. Two dropdown-trigger buttons must both be triggerButton — not triggerButton in one group and button (or createNewButton) in another; two action MenuItems must both be …Button — not moveButton next to bare managePermissions. The usual cause of a violation is naming each group in isolation and reaching for whatever reads locally; before finalizing, look across the whole file for other instances of the same control and reuse that name.
- Key ↔ value agreement. The role word in the key must match the tail of its value: key moveButton ⇒ value … move-button; key move ⇒ value … move. A mismatch (key says moveButton, value ends …-move) is a reliable signal the key is wrong — reconcile them.
Prefer string selectors. Use a function selector only for genuinely parametric IDs (loop/row keys, dashboard UIDs):

table: {
  row: {
    '13.2.0': (id: string) => `data-testid BrowseDashboards table row ${id}`,
  },
},

Parameterize by a stable value (a uid, refId, or from/to token), never by display text — translated or user-editable text reintroduces the i18n fragility the selector exists to remove. Prefer a single parameter: some consumers (e.g. Pathfinder {grafana:path:param} tokens) can only pass one. When adding a version key to a function selector, keep the signature compatible across all keys (see the migration example in Step 2).

Upgrading legacy aria-label entries. A value without the data-testid prefix tells the framework to match aria-label instead. Don't add aria-labels to JSX just to satisfy such an entry — the upgrade path is to add a new prefixed version key to the existing entry and wire data-testid in the JSX. Keep an aria-label only where it carries genuine accessibility value (see "Aria-Labels vs data-testid" in contribute/style-guides/e2e-playwright.md).
Never edit or delete an existing entry. To change an existing selector's value, add a new version key alongside the old one and keep the signature backwards compatible.
Ensure each new testid value is unique. The string value (the part after the data-testid prefix) must not already exist anywhere in the package, or tests will match the wrong element. Check before committing to a value:
```
grep -rn "MyComponent submit button" packages/grafana-e2e-selectors/src/selectors/
```
Expect zero matches other than the entry you just added. Also confirm the new values are unique against each other within this run. If a value collides, pick a more specific one (include the component/page name and the element's role).
Check for in-flight collisions. components.ts and pages.ts are hot files — someone may be adding selectors for the same UI right now. Before finalizing group names and values, scan open PRs touching them: gh pr list --search "e2e-selectors" --state open. Always avoid group names and values those PRs introduce. What to do about overlapping UI depends on why you're touching it:
- The element was explicitly requested (named in the task, or a weak guide target you were asked to fix): do the work anyway and surface the overlap in your summary — an open draft PR is not a reason to silently return nothing the user asked for. If the PR's approach conflicts with this skill's rules (e.g. it satisfies a legacy entry with an aria-label), say so; the user decides which lands.
- You found the element during open-ended discovery (directory sweep, guide scan choosing among many candidates): skip UI an open PR already covers and spend the effort on uncovered targets instead.

Step 6 — Apply in JSX

Ensure the import exists (add it if missing):

import { selectors } from '@grafana/e2e-selectors';

Then wire the attribute:

// static control
<Button data-testid={selectors.components.MyComponent.submitButton} onClick={onSubmit}>
  Save
</Button>

// parameterized loop-row container
<div data-testid={selectors.pages.BrowseDashboards.table.row(item.uid)} />

Many grafana-ui components forward a data-testid prop, so passing it directly works; for plain DOM elements set the attribute literally.

Examples

// Static selector on a control — Drawer close button
<IconButton data-testid={selectors.components.Drawer.General.close} onClick={onClose} />

// Parameterized selector for a repeated item — Tab title
<button data-testid={selectors.components.Tab.title(label)}>{label}</button>

// Page-level container selector
<div data-testid={selectors.pages.Explore.General.container}>{children}</div>

Rules checklist

Never delete a selector — external plugins depend on them.
Reuse the existing selector when touching UI that already has one; only create for new UI.
Confirm the element accepts data-testid or an equivalent prop before defining a selector; if it doesn't, surface it to the user and never add a prop to an existing component.
Every new testid value must be unique across the package and within this run.
Prefer string selectors; function selectors only for parametric loop/row/UID values.
Name a key's role to match the element's actual markup (…Button for buttons, …Link for navigation, etc.) — never carry it over from a differently-rendered neighbour; keep the key's role word in sync with its value.
Same markup ⇒ same name everywhere in the run — name equivalent controls identically across sibling keys and across groups (e.g. every dropdown trigger is triggerButton); scan the whole file for existing instances before naming a new one.
New selectors use the version key from Step 1 (no -pre/build tags).
To change a value, add a new version key — don't edit the old value or change the signature.
In loops, selector goes on the row/container, not each inner element.
A static testid on a repeated item is as weak as none — migrate it to a parameterized selector, preserving the legacy literal as the MIN_GRAFANA_VERSION entry and updating every in-repo usage of the old literal.
Wire dormant (defined-but-never-used) entries instead of creating parallel ones; report orphaned entries, never delete them.
Function-selector parameters are stable values (uid, refId, tokens), never display text; prefer a single parameter.

See packages/grafana-e2e-selectors/src/selectors/README.md and contribute/style-guides/e2e-playwright.md for the authoritative guidance.

Verify

yarn typecheck — confirms the selector path and any function signature resolve. This runs the whole monorepo and takes several minutes; that's expected.
If a literal testid was replaced (Step 2 exception), grep the old literal across public/ and e2e-playwright/ — expect zero remaining references.
Selectors are resolved at runtime by the package's resolver; no codegen step is needed after editing components.ts / pages.ts.
yarn lint the changed files — the import/order rule cares where the new @grafana/e2e-selectors import lands (alphabetical within the @grafana/* group).

Add e2e-selectors to Grafana frontend components

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