mirror of
https://github.com/VibedByKaKi/t3-code-android-nightly.git
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| app | ||
| public | ||
| server/api | ||
| test | ||
| .gitignore | ||
| alchemy.run.ts | ||
| nuxt.config.ts | ||
| package.json | ||
| README.md | ||
| tsconfig.json | ||
AWS Website: Nuxt
Deploys a Nuxt app to AWS with AWS.Website.Nuxt — no nitro.preset edits, no CDK.
The resource builds the app through the project's own @nuxt/kit with nitro's aws-lambda preset (your nuxt.config.ts loads natively), deploys the nitro server bundle on a streaming Lambda Function URL, and serves client assets + prerendered pages from S3 behind CloudFront. Values passed via env are exposed to server routes and SSR through process.env.
const site = yield* AWS.Website.Nuxt("NuxtSite", {
env: {
GREETING: "Hello from Nuxt on AWS!",
},
});
Commands
bun alchemy deploy # build + deploy
bun alchemy dev # Nuxt's own dev server (nitro dev, HMR)
bun alchemy destroy # tear down
Notes
@alchemy.run/frontend-frameworksmust be installed in the project — the server's source provider is loaded from its/nuxtexport at deploy time.- Unchanged projects skip the build and deploy entirely (the project tree is content-hashed, respecting
.gitignore). - In
alchemy dev, the site is Nuxt's own dev server (native HMR) and no AWS resources are created; wrap the site inAlchemy.remote()to deploy the real infrastructure even during dev. - Nitro's
isrroute rule is Vercel/Netlify-only and ignored on AWS Lambda — useprerender(as/aboutdoes here) orcacheroute rules instead. test/integ.test.tsdeploys the stack and asserts SSR, the API route, the prerendered page, and static assets over HTTP.