migrate-radix-to-base

shadcn-ui/ui · Agent Skill

Migrare progetti React e componenti shadcn da Radix UI a Base UI, gestendo oggetti di routing, proprietà dei consumatori e migrazione di wrapping progressivo.

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Autoreshadcn-uiOrganizzazione
Repositoryshadcn-ui/ui ↗
Cartella dello skillmigrate-radix-to-base
Stelle126.599
Fork12.537
File inclusi10
LicenzaMIT
Aggiornato26 ottobre 2026
LinkSorgente dello skill ↗ · Repository ↗

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Installazione

Uno skill è una cartella con un file SKILL.md. Scegli il tuo agente ed esegui i comandi in un terminale (macOS, Linux o Git Bash su Windows) dalla radice del progetto.

Incolla il prompt in Claude, Codex o un altro assistente: controllerà lo skill e lo installerà.

Install the “migrate-radix-to-base” skill from mozgi.io (https://mozgi.io/skills/shadcn-ui-migrate-radix-to-base/) for me.

1. Download the archive: https://mozgi.io/skills/shadcn-ui-migrate-radix-to-base/download
   If it fails, take the skill folder from the source: https://github.com/shadcn-ui/ui/tree/main/skills/migrate-radix-to-base
2. Read SKILL.md and the other files. Check the skill is safe: no hidden commands, no sending data elsewhere, no scripts doing something other than described. If anything looks suspicious, stop and tell me.
3. Put the “migrate-radix-to-base” folder into your agent's skills folder: .claude/skills/ for Claude Code, .agents/skills/ for Codex, .cursor/skills/ for Cursor, .gemini/skills/ for Gemini CLI. Inside the project if we are in one, otherwise in the home folder (~/.claude/skills/ etc.).
4. Make sure <skills folder>/migrate-radix-to-base/SKILL.md exists.
5. Briefly tell me what this skill does and offer to try it on my task.

If you cannot do a step yourself, tell me what to click or type.

File dello skill

10 file Scarica ZIP

Leggi SKILL.md e i file correlati prima di installare. Clicca un file per l'anteprima.

Contenuto di SKILL.md

Testo originale dell'autore · sola lettura

Radix UI -> Base UI migration

You migrate shadcn wrappers, hand-rolled radix compositions, and their

consumers to @base-ui/react, keeping the project buildable at every step.

Be precise; never guess a mapping. When a prop or part is not in these

reference files, check node_modules/@base-ui/react/**/*.d.ts before

transforming, and record gaps in the report.

Preflight (always)

1. npx shadcn@latest info --json (or the project's runner): gives the

current base, STYLE (e.g. radix-lyra), tailwind version, aliases,

installed components, and package manager. Trust it over inference.

2. Detect the package manager (packageManager field / lockfile:

pnpm-lock.yaml, bun.lock, yarn.lock, package-lock.json) and use IT for

every install. Never leave a stale lockfile.

3. Require a clean git tree; work on a branch; one commit per component.

4. Baseline check BEFORE touching dependencies: run the project's

typecheck/build so pre-existing failures are never attributed to you.

5. Install @base-ui/react alongside radix. Radix packages are removed only

after the LAST component is migrated (both coexist fine).

Strategy: golden pair first, transformation engine second

  • Golden pair via the CLI (preferred). If the project is shadcn with a

known style (radix-<style>), the shadcn CLI itself is the golden-pair

executor:

1. Classify each ui wrapper FIRST: diff the user's file against its stock

origin, using the components.json style VERBATIM in the URL

(https://ui.shadcn.com/r/styles/<style>/<component>.json,

files[0].content). This works for prefixed styles (radix-nova) AND

legacy unprefixed ones (new-york, new-york-v4, default), which are all

still served.

2. WHOLE-PROJECT mode: flip components.json style radix-<style> ->

base-<style> now. PROGRESSIVE mode: do NOT flip yet (the project is

still mostly radix; the flip happens once, after the last component);

fetch base variants directly by URL instead

(https://ui.shadcn.com/r/styles/base-<style>/<component>.json).

3. PRISTINE wrappers, whole-project mode: `shadcn add <component>

--overwrite` delivers the base variant with the project's exact

icon/font/preset resolution. Never bulk --all --overwrite; go

component by component, or you drown in unrelated registry version

drift. PROGRESSIVE mode: never use --overwrite (it destroys the

original that consumers still import); write the fetched base variant

content to <component>-base.tsx instead.

4. CUSTOMIZED wrappers: fetch the base variant and replay the user's diff

onto it (their customizations must SURVIVE; --overwrite would destroy

them). Mechanical implementation that works at scale:

git merge-file user.tsx radix-golden.tsx base-golden.tsx (three-way

merge, radix golden as ancestor) auto-resolves most files; hand-resolve

conflicts with the reference tables.

5. MANDATORY leftover sweep on EVERY golden-pair file, including ones that

merged "clean": grep -n "radix-ui\|@radix-ui\|IconPlaceholder" per

file. The registry sometimes reorders functions between variants, which

makes three-way merges report zero conflicts while leaving stale radix

hunks in place. A clean merge is NOT proof of a clean file.

This is more reliable than reconstructing transforms; use it whenever the

pair exists. Consumer/app code has no CLI mechanism: always hand-migrate it

against consumer-props.md.

  • **Legacy styles (new-york, new-york-v4, default): classification only, no

replay.** These have no base counterpart (there is no base-new-york), and

retargeting onto a base-<style> variant would restyle the user's app. Use

the radix golden ONLY to detect customizations, then run the transformation

engine on the user's OWN file: rewire primitives, keep their exact classes,

apply class-mapping renames. Their look stays theirs. At the end of a

legacy whole-project migration, FLAG (do not fix): the style name still

reads as radix to the CLI, so future shadcn add will deliver radix

variants; the user decides whether to switch style or add manually.

  • Transformation engine (fallback). Hand-rolled radix code, non-shadcn

projects, unknown styles: transform using universal-patterns.md (imports

in BOTH forms: radix-ui and @radix-ui/react-*; asChild->render with the

worked example; Portal>Positioner>Popup; the positioner FORWARD rule; part

renames), the per-family props tables (overlays.md, menus.md,

form-controls.md, disclosure.md, display-misc.md), class-mapping.md

for data-attribute/CSS-var rewrites, and wrapper-shapes.md for exact

target shapes (tooltip arrow, SubContent defaults, select anatomy).

Modes

Progressive (default). "Migrate accordion" = one component, strangler-fig:

1. Detect in-progress state first: an existing <component>-base.tsx,

consumers split between old/new imports. The files ARE the state; resume,

never restart.

2. If the component imports other ui wrappers still on radix (select ->

button), STOP and recommend migrating those first, bottom-up.

3. Write the migrated version to <component>-base.tsx (original untouched;

golden-pair content fetched by URL, or transformed by hand, per the

strategy above); typecheck. Repoint consumers ONE AT A TIME (imports + the

call-site props in consumer-props.md); typecheck each. When no consumer

imports the original: delete it, rename -base -> original, flip imports

back, final check, commit. When the LAST radix wrapper in the project is

finalized, flip components.json to base-<style> and remove radix deps.

Whole project (only when explicitly asked): same per-component work in

dependency order (leaf/shared wrappers like button and label first). After

wrappers, sweep ALL app code against consumer-props.md — the call-site

break surface is much larger than asChild. Then remove radix deps, install,

full build.

Hard rules

  • NEVER touch non-radix libraries or their wrappers: cmdk (command), vaul

(drawer), sonner, input-otp, react-day-picker (calendar), recharts (chart).

Report them as intentionally untouched.

  • No Base UI counterpart: AspectRatio -> CSS aspect-ratio div; Label ->

native <label>; VisuallyHidden -> sr-only; Direction -> Direction

Provider (direction prop, not dir). Popover Anchor and NavigationMenu

Indicator have no equivalent: inert passthrough + flag.

  • button.tsx migrates to the REAL @base-ui/react/button primitive, never

a hand-rolled useRender wrapper.

  • Behavior deltas are FLAGGED, never silently patched (tabs manual

activation, menu items not closing on click, nav-menu 50ms delay). The

target is idiomatic Base UI matching the shadcn base registry.

  • Honest reporting: skipped/reverted files are listed as flagged, never as

migrated. Pre-existing failures are named as pre-existing.

Verify and report

Typecheck per file, build per batch, full build at the end vs the baseline.

Reports live in a .migration/ directory at the project root, ONE FILE PER

COMPONENT: .migration/<component>.md (e.g. .migration/accordion.md).

Rules:

  • Each run writes (or fully overwrites) the file for each component it

migrated. Re-running a component replaces its report; never touch other

components' files.

  • A multi-component run ("migrate alert-dialog and dropdown-menu") writes one

file per component, each self-contained; shared consumer-sweep notes are

repeated in every affected file.

  • Whole-project mode writes the per-component files plus

.migration/project.md (dependency swap, app-code sweep summary, final

build result).

  • There is NO index file. Migration status is derived from disk, not

maintained: scan the project's ui directory (the ui alias from shadcn

info, e.g. components/ui or src/components/ui) for remaining radix imports

when asked "what's left". End every run's summary with that derived count

("N wrappers remain on Radix").

Each .migration/<component>.md uses EXACTLY this structure (it is

documented publicly; reports must match it):

# <component>

<date, strategy used (golden pair via CLI / merge / engine), one-line verdict>

## Changed

<every file touched, with what changed and why; include file:line for
anything notable. Confirm the leftover scan is clean:
grep -n "radix-ui\|@radix-ui" on this component's files>

## Left alone

<files that look related but were intentionally not touched, with the reason
(cmdk/vaul/sonner are not radix; unrelated drift; etc.)>

## Behavior changes

<differences that compile fine but act differently; flagged, never patched
(tabs activation, menu close-on-click, delays...). Empty section if none>

## Verify by hand

<short manual QA checklist for this primitive family: focus return on
dialogs, keyboard nav + typeahead on menus/select, tooltip delay feel,
slider commit events. Concrete steps, one minute of clicking>

Domande frequenti

Che cosa fa lo skill migrate-radix-to-base?

Migrare progetti React e componenti shadcn da Radix UI a Base UI, gestendo oggetti di routing, proprietà dei consumatori e migrazione di wrapping progressivo.

Come si installa migrate-radix-to-base?

Apri il blocco “Installazione” in questa pagina e scegli il tuo agente — Claude Code, Codex, Cursor o Gemini CLI — per i comandi pronti che copiano la cartella dello skill nel posto giusto. Oppure copia il prompt dalla scheda “Con l'assistente” e lascia che sia l'assistente a controllare e installare lo skill.

Con quali modelli AI funziona migrate-radix-to-base?

Gli skill sono semplici istruzioni in Markdown (formato Agent Skills), quindi migrate-radix-to-base funziona con qualsiasi agente che legge SKILL.md: Claude Code, Codex, Cursor, Gemini CLI, GitHub Copilot, OpenCode e altri. Il modello carica le istruzioni solo quando il compito corrisponde alla descrizione dello skill.

migrate-radix-to-base è gratuito?

Lo skill è pubblicato apertamente da shadcn-ui con licenza MIT. Lo skill in sé non costa nulla: paghi solo il tuo fornitore AI per i token usati.

È sicuro installare gli skill?

Uno skill è un insieme di istruzioni che il tuo agente seguirà: leggi SKILL.md e i file correlati prima di installarlo. Gli script nella cartella dello skill vengono eseguiti solo se li esegue l'agente: controlla cosa fa e non concedere permessi superflui.

In cosa differisce uno skill da un server MCP o da un plugin?

Un server MCP o un plugin danno al modello nuovi strumenti: codice che viene eseguito e restituisce un risultato. Uno skill fornisce conoscenza e metodo: come affrontare il compito, quali passi seguire e com'è un buon risultato. Non servono server né chiavi API.

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