gem-hunterNext.js 14 boilerplate with i18n and NextAuth, TRPC, Tailwind CSS, TypeScript, Redis, Drizzle ORM, React Query, Storybook, Playwright, Jest, Testing Library, ESLint, Prettier, Husky, Lint-staged, Commitizen, Semantic Release, Spotlight, Argon2, Luxon, Zod, Superjson, Tailwind CSS, Stylelint
Next.js 14 boilerplate with App Router support, i18n and NextAuth, Next Intl, TRPC, Tailwind CSS and TypeScript ⚡️ Prioritizing developer experience first: Next.js, TypeScript, ESLint, Prettier, Husky, Lint-Staged, Jest, Testing Library, Commitlint, VSCode, PostCSS, Tailwind CSS, Authentication with NextAuth, Database with DrizzleORM (SQLite, PostgreSQL, and MySQL) and Turso, Error Monitoring with Sentry, Logging with Pino.js and Log Management, Monitoring as Code, Storybook, Multi-language (i18n), and more.
Clone this project and use it to create your own Next.js project. This project is a minimalistic boilerplate for Next.js with the following features:
Developer experience first, extremely flexible code structure and only keep what you need:
@ prefixBuilt-in feature from Next.js:
npm install -g pnpm, For more information, you can check pnpm installation)Run the following command on your local environment:
git clone --depth=1 https://github.com/paalamugan/next14-boilerplate-with-i18n-and-next-auth my-project-name
cd my-project-name.env.example file to .env.local and update the environment variables with your own values.cp .env.example .env.local
and update the .env.local environment variables with your own values.
Before run the application make sure you have correct node version. You can check the node version by running the following command:
node -v
else you can install the correct node version by running the following command:
nvm install 20.12.2 && nvm use 20.12.2pnpm install # or pn installthen you can run the database migration with:
pnpm db:migrate # or pn db:migrateThen, you can run the project locally in development mode with live reload by executing:
pnpm dev # or pn devOpen http://localhost:3000 with your favorite browser to see your project.
The project uses DrizzleORM, a type-safe ORM compatible with SQLite, PostgreSQL, and MySQL databases. By default, the project is set up to work seamlessly with libSQL, and for production purposes, it's integrated with Turso. The Next.js Boilerplate also enables a smooth transition to an alternative database provider if your project requires it.
First, you need to create a Turso account at Turso.tech and install the Turso CLI:
brew install tursodatabase/tap/turso
turso auth signup # Sign up to TursoThen, create a new database:
turso db create next14-boilerplate
Now, you need to update the DATABASE_URL in .env file with the database URL provided by Turso:
turso db show next14-boilerplate --url # .env # DATABASE_URL=libsql://[RANDOM-CHARS]-[DB-NAME]-[ORG-NAME].turso.io
Finally, you also need to create a new environment variable DATABASE_AUTH_TOKEN in .env.local (not tracked by Git) with the auth token provided by Turso:
turso db tokens create next14-boilerplate # .env.local # DATABASE_AUTH_TOKEN=[your-auth-token]
For translation, the project uses next-intl combined with Crowdin. As a developer, you only need to take care of the English (or another default language) version. Other languages are automatically generated and handled by Crowdin. You can use Crowdin to collaborate with your translation team or translate the messages yourself with the help of machine translation.
To set up translation (i18n), create an account at Crowdin.com and create a new project. In the newly created project, you will able to find the project ID. You'll also require to create a new Personal Access Tokens by going to Account Settings > API. Then, in your GitHub Actions, you need to define the following environment variables CROWDIN_PROJECT_ID and CROWDIN_PERSONAL_TOKEN.
After defining the environment variables in your GitHub Actions, your localization files will be synchronized with Crowdin everytime you push a new commit to the main branch.
. ├── README.md # README file ├── .github # GitHub folder ├── .husky # Husky configuration ├── .storybook # Storybook folder ├── .vscode # VSCode configuration ├── migrations # Database migrations ├── public # Public assets folder ├── scripts # Scripts folder ├── helpers # Helpers folder ├── src │ ├── app # Next JS App (App Router) │ ├── components # React components │ ├── lib # 3rd party libraries configuration │ ├── models # Database models │ ├── styles # Styles folder │ ├── templates # Templates folder │ ├── types # Type definitions │ ├── utils # Utilities folder │ ├── server # Server folder │ ├── db # database schemas │ ├── stores # Store folder (Zustand) │ ├── trpc # TRPC folder │ ├── providers # Providers folder │ ├── i18n # i18n folder (next-intl) │ | └── locales # Locales folder (i18n messages) │ └── validations # Validation schemas ├── tests │ ├── e2e # E2E tests, also includes Monitoring as Code │ └── integration # Integration tests ├── tailwind.config.js # Tailwind CSS configuration └── tsconfig.json # TypeScript configuration
You can easily configure Next 14 Boilerplate by making a search in the whole project with FIXME: for making quick customization. Here is some of the most important files to customize:
public/static/favicons/apple-touch-icon.png, public/static/favicons/favicon.ico, public/static/favicons/favicon-16x16.png and public/static/favicons/favicon-32x32.png: your website favicon, you can generate from https://favicon.io/favicon-converter/src/helpers/site.config.js: site configuration filesrc/templates/BaseTemplate.tsx: default themenext.config.js: Next.js configuration.env: default environment variablesYou have access to the whole code source if you need further customization. The provided code is only example for you to start your project. The sky is the limit 🚀.
The project enforces Conventional Commits specification. This means that all your commit messages must be formatted according to the specification. To help you write commit messages, the project uses Commitizen, an interactive CLI that guides you through the commit process. To use it, run the following command:
pnpm commit # or pn commitOne of the benefits of using Conventional Commits is that it allows us to automatically generate a CHANGELOG file. It also allows us to automatically determine the next version number based on the types of commits that are included in a release.
All unit tests are located with the source code inside the same directory. So, it makes it easier to find them. The project uses Jest and React Testing Library for unit testing. You can run the tests with:
pnpm test # or pn test
The project uses Playwright for Integration and E2E testing. You can run the tests with:
npx playwright install # Only for the first time in a new environment pnpm test:e2e # or pn test:e2e
The App Router folder is compatible with the Edge runtime. You can enable it by uncommenting the following lines src/app/layout.tsx:
// export const runtime = 'edge';For your information, the database migration is not compatible with the Edge runtime. So, you need to disable the automatic migration in src/db/index.ts:
if (env.DB_MIGRATIONS_ENABLED) { await migrate(db, { migrationsFolder: './migrations' }); }
After disabling it, you are required to run the migration manually with:
pnpm db:migrate # or pn db:migrateYou also require to run the command each time you want to update the database schema.
During the build process, the database migration is automatically executed. So, you don't need to run the migration manually. But, in your environment variable, DATABASE_URL and DATABASE_AUTH_TOKEN need to be defined.
Then, you can generate a production build with:
pnpm build # or pn buildIt generates an optimized production build of the boilerplate. For testing the generated build, you can run:
pnpm start # or pn startThe command starts a local server with the production build. Then, you can now open http://localhost:3000 with your favorite browser to see the project.
The project uses Sentry to monitor errors. For development environment, you don't need to do anything: Next.js Boilerplate is already configured to use Sentry and Spotlight (Sentry for Development). All errors will be automatically sent to your local Spotlight instance. So, you can try the Sentry experience locally.
For production environment, you need to create a Sentry account and create a new project. Then, in next.config.js, you need to update the org and project attribute in withSentryConfig function. You also need to add your Sentry DSN in sentry.client.config.ts, sentry.edge.config.ts and sentry.server.config.ts.
Next.js Boilerplate relies on Codecov for code coverage reporting solution. To use Codecov, create a Codecov account and connect it to your GitHub account. On your Codecov dashboard, it should display a list of your repositories. Select the repository you want to enable Codecov for and copy the token. Then, in your GitHub Actions, you need to define the CODECOV_TOKEN environment variable and paste the token you copied.
Be sure to create the CODECOV_TOKEN as a Github Actions secret, do not paste it directly into your source code.
The project uses Pino.js for logging. By default, for development environment, the logs are displayed in the console.
For production environment, the project is already integrated with Better Stack to manage and query your logs using SQL. To use Better Stack, you need to create a Better Stack account and create a new source: go to your Better Stack Logs Dashboard > Sources > Connect source. Then, you need to give a name to your source and select Node.js as the platform.
After creating the source, you able to see your source token and copy it. Then, in your environment variabless, you can paste the token in LOGTAIL_SOURCE_TOKEN variable. Now, all your logs will be automatically sent and ingested by Better Stack.
The project uses Checkly to ensure that your production environment is always up and running. At regular intervals, Checkly runs the tests ending with *.check.spec.ts extension and notifies you if any of the tests fail. Additionally, you have the flexibility to execute tests across multiple locations to ensure that your application is available worldwide.
To use Checkly, you must first create an account on their website. Once you have an account, you can set the CHECKLY_API_KEY environment variable in GitHub Actions by generating a new API key in the Checkly Dashboard. Additionally, you will need to define the CHECKLY_ACCOUNT_ID, which can also be found in your Checkly Dashboard under User Settings > General.
To complete the setup, make sure to update the checkly.config.ts file with your own email address and production URL.
Next.js Boilerplate comes with a built-in bundle analyzer. It can be used to analyze the size of your JavaScript bundles. To begin, run the following command:
pnpm build-stats # or pn build-statsBy running the command, it'll automatically open a new browser window with the results.
The project is already configured with Drizzle Studio to explore the database. You can run the following command to open the database studio:
pnpm db:studio # or pn db:studioThen, you can open https://local.drizzle.studio with your favorite browser to explore your database.
If you are VSCode users, you can have a better integration with VSCode by installing the suggested extension in .vscode/extension.json. The starter code comes up with Settings for a seamless integration with VSCode. The Debug configuration is also provided for frontend and backend debugging experience.
With the plugins installed on your VSCode, ESLint and Prettier can automatically fix the code and show you the errors. Same goes for testing, you can install VSCode Jest extension to automatically run your tests and it also show the code coverage in context.
Pro tips: if you need a project wide type checking with TypeScript, you can run a build with Cmd + Shift + B on Mac.
Licensed under the MIT License, Copyright © 2024
See LICENSE for more information.