BurgerAPI CLI 👨‍💻

A Command-Line Tool for Creating and Managing BurgerAPI Projects.

Installation

Option 1: Bun Global Installation (Recommended if you have Bun installed)

Global Installation:

bun add -g @burger-api/cli

Or use with bunx (No Installation Needed):

bunx @burger-api/cli create my-project

Option 2: Standalone Executable (Alternative Installation Method)

macOS, Linux, WSL:

curl -fsSL https://burger-api.com/install.sh | bash

Windows PowerShell:

irm https://burger-api.com/install.ps1 | iex

Option 3: Manual Download (Alternative Installation Method)

1. Download the executable for your platform from GitHub Releases
2. Add to PATH
3. Make executable (Linux/macOS): chmod +x burger-api

Verify Installation (To Check if the CLI is Installed Correctly)

burger-api --version

Available Commands (To Manage Your Project)

burger-api create <project-name>

Create a new Burger API project with interactive prompts.

Questions You Will Be Asked:

• Do you need API routes? (yes/no)
• API directory name (default: api)
• API route prefix (default: /api)
• Enable debug mode? (yes/no)
• Do you need Page routes? (yes/no)
• Page directory name (default: pages)
• Page route prefix (default: /)

After answering, your project will be created with all files and dependencies installed!

What you get:

• ✅ Full project structure
• ✅ TypeScript configured
• ✅ Dependencies installed
• ✅ Example routes
• ✅ Ready to run!

burger-api list

Show all available middleware you can add to your project.

Example:

burger-api list

Alias:

burger-api ls

Output:

Available Middleware
────────────────────────────────

Name            Description
─────────────────────────────────────────────────
cors            Cross-Origin Resource Sharing
logger          Request/response logging
rate-limiter    Request rate limiting
jwt-auth        JWT authentication
api-key-auth    API key authentication
compression     Response compression
...

burger-api add <middleware...>

Add one or more middleware to your project.

Examples:

# Add a single middleware
burger-api add cors

# Add multiple middleware at once
burger-api add cors logger rate-limiter

# Add authentication
burger-api add jwt-auth api-key-auth

What it does:

1. Downloads middleware code from GitHub
2. Copies files to your middleware/ folder
3. Shows you example code to use it
4. You can modify the code to fit your needs!

After adding: The CLI shows you exactly how to use the middleware in your project:

import { Burger } from 'burger-api';
import { cors } from './middleware/cors/cors';
import { logger } from './middleware/logger/logger';

const app = new Burger({
    apiDir: './api',
    globalMiddleware: [logger(), cors()],
});

burger-api build <file>

Bundle your project into a single JavaScript file.

Example:

# Basic build
burger-api build index.ts

# Build with minification
burger-api build index.ts --minify

# Custom output location
burger-api build index.ts --outfile dist/app.js

# With sourcemaps
burger-api build index.ts --sourcemap linked

Options:

• --outfile <path> - Output file path (default: .build/bundle.js)
• --minify - Minify the output for smaller file size
• --sourcemap <type> - Generate sourcemaps (inline, linked, or none)
• --target <target> - Target environment (e.g., bun, node)

Output:

✓ Build completed successfully!
  Output: .build/bundle.js
  Size: 42.5 KB

burger-api build:executable <file>

Compile your project to a standalone executable that runs without Bun installed!

Example:

# Build for current platform
burger-api build:executable index.ts

# Build for Windows
burger-api build:executable index.ts --target bun-windows-x64

# Build for Linux
burger-api build:executable index.ts --target bun-linux-x64

# Build for Mac (ARM)
burger-api build:executable index.ts --target bun-darwin-arm64

# Custom output name
burger-api build:executable index.ts --outfile my-server.exe

Options:

• --outfile <path> - Output file path
• --target <target> - Target platform
• --minify - Minify the output (enabled by default)
• --no-bytecode - Disable bytecode compilation

Targets:

• bun-windows-x64 - Windows (64-bit)
• bun-linux-x64 - Linux (64-bit)
• bun-linux-arm64 - Linux (ARM 64-bit)
• bun-darwin-x64 - macOS (Intel)
• bun-darwin-arm64 - macOS (Apple Silicon)

Output:

✓ Compilation completed successfully!
  Executable: .build/my-api.exe
  Size: 45.2 MB

  Your standalone executable is ready to run!
  Run it: .build/my-api.exe

Use case: Perfect for deploying your API to production servers without installing Bun or Node.js!

burger-api serve

Start a development server with hot reload (auto-restart on file changes).

Example:

# Default (port 4000, index.ts)
burger-api serve

# Custom port
burger-api serve --port 4000

# Custom entry file
burger-api serve --file server.ts

# Both
burger-api serve --port 8080 --file app.ts

Options:

• -p, --port <port> - Port to run on (default: 4000)
• -f, --file <file> - Entry file (default: index.ts)

What you'll see:

→ Starting development server...

✓ Server running on http://localhost:4000
ℹ Press Ctrl+C to stop
  File changes will automatically restart the server

Pro tip: Edit your code and save - the server restarts automatically! No need to manually restart.

Project Structure

When you create a project, this is what you get:

my-awesome-api/
├── api/                    # Your API routes
│   └── route.ts           # Example route
├── pages/                 # Your HTML pages (optional)
│   └── index.html         # Example page
├── middleware/            # Middleware folder
│   └── index.ts          # Export middleware here
├── index.ts              # Main server file
├── package.json          # Dependencies
├── tsconfig.json         # TypeScript config
├── .gitignore           # Git ignore rules
└── .prettierrc          # Code formatting

Adding Routes

Create a new file in the api/ folder:

// api/users/route.ts
import type { BurgerRequest } from 'burger-api';

export async function GET(req: BurgerRequest) {
    return Response.json({
        users: ['Alice', 'Bob', 'Charlie'],
    });
}

export async function POST(req: BurgerRequest) {
    const body = await req.json();
    return Response.json({
        message: 'User created',
        data: body,
    });
}

That's it! The route is automatically available at /api/users

Adding Pages

Create a new file in the pages/ folder:

<!-- pages/about.html -->
<html>
    <body>
        <h1>About Page</h1>
        <p>This is the about page.</p>
    </body>
</html>

That's it! The page is automatically available at /about

Troubleshooting

"Directory already exists"

Solution: Choose a different project name or remove the existing directory:

burger-api create my-api-v2

"Could not get middleware list from GitHub"

Solution: Check your internet connection. The CLI needs internet to download middleware from GitHub.

"Entry file not found: index.ts"

Solution: Make sure you're in the project directory:

cd my-project
burger-api serve

Build fails with errors

Solution: Check that:

1. You're in a Burger API project directory
2. The entry file exists
3. There are no TypeScript errors in your code

Run bun run dev first to see any errors.

Cross-compilation fails from Windows (D:\ drive)

Error:

Failed to extract executable for 'bun-linux-x64-v1.3.4'. The download may be incomplete.

Cause: Bun's cross-compilation has a bug when working from non-system drives on Windows (D:, E:, etc.).

Solution: Move your project to C:\ drive. Cross-compilation works correctly from the system drive.

Example:

# ❌ This fails if project is on D:\
cd D:\Coding\burger-api\packages\cli
bun run build:linux

# ✅ This works from C:\
cd C:\burger-api\packages\cli
bun run build:linux

Getting Help

Get help for any command:

burger-api --help                  # General help
burger-api create --help           # Command-specific help

Resources:

• Main website: https://burger-api.com
• GitHub: https://github.com/isfhan/burger-api
• Issues: https://github.com/isfhan/burger-api/issues

Development

Want to contribute or develop locally?

Setup

# Clone the repo
git clone https://github.com/isfhan/burger-api.git
cd burger-api/packages/cli

# Install dependencies
bun install

# Run locally
bun run src/index.ts --help

Project Structure

packages/cli/
├── src/
│   ├── index.ts           # Main entry point
│   ├── commands/          # All CLI commands
│   ├── utils/             # Shared utilities
│   └── types/             # TypeScript types
├── package.json           # Dependencies and scripts
└── README.md             # This file

Build Executables

Build standalone executables for all platforms:

bun run build:win          # Windows (x64)
bun run build:linux        # Linux (x64)
bun run build:mac          # macOS (ARM64/Apple Silicon)
bun run build:mac-intel    # macOS (Intel x64)
bun run build:all          # All platforms

Cross-Compilation from Windows:

Bun supports cross-compilation - you can build Linux and macOS executables from Windows using the --target flag:

# Build for Linux from Windows
bun build ./src/index.ts --compile --target bun-linux-x64 --outfile dist/burger-api-linux --minify

# Build for macOS ARM64 from Windows
bun build ./src/index.ts --compile --target bun-darwin-arm64 --outfile dist/burger-api-mac --minify

# Build for macOS Intel from Windows
bun build ./src/index.ts --compile --target bun-darwin-x64 --outfile dist/burger-api-mac-intel --minify

Important: Windows D:\ Drive Bug

If you see this error when cross-compiling from Windows:

Error: Failed to extract executable for 'bun-linux-x64-v1.3.4'. The download may be incomplete.

Cause: Cross-compilation fails when working from non-system drives (like D:\) on Windows due to cross-volume file move operations failing when Bun tries to cache the downloaded base executable.

Solution: Move your project to the C:\ drive and run the build from there. Cross-compilation works correctly from the system drive.

Caution: --bytecode Flag with Cross-Compilation

The --bytecode flag improves startup time, but there are known issues where cross-compiled executables with --bytecode may segfault on the target OS. If you encounter crashes, rebuild without --bytecode. The build scripts use --minify only for safety with cross-compilation.

Testing

Test commands locally:

# Create a test project
bun run src/index.ts create test-app

# Test other commands
cd test-app
bun run ../src/index.ts list
bun run ../src/index.ts add cors
bun run ../src/index.ts serve

Contributing

1. Fork the repo
2. Create a feature branch
3. Make your changes
4. Test everything manually
5. Submit a Pull Request

Guidelines:

• Use simple, beginner-friendly language
• Add comments explaining your code
• Test all commands before submitting
• Update README if adding new features

Design Principles

• Minimal dependencies - Only use commander and @clack/prompts
• Beautiful output - Use colors and symbols for clarity
• Simple language - No jargon, clear explanations
• Well commented - Explain why, not just what

Technical Details

Built with:

• TypeScript for type safety
• Bun.js for speed and native APIs
• Commander for CLI framework
• @clack/prompts for beautiful prompts

Zero external dependencies for:

• File operations (uses Bun.write())
• Downloads (uses native fetch())
• Process spawning (uses Bun.spawn())

Supported platforms:

• Windows (x64)
• Linux (x64, ARM64)
• macOS (Intel, Apple Silicon)

License

MIT License - See LICENSE for details.

Built with ❤️ for the BurgerAPI community