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A super light http server written in dart. All credits to https://github.com/jonataslaw/dart-server-nano

server_nano_nano #

A super light http server written in dart. This project is a clone of the great server_nano project but:

  • no websocket support
  • no performance mode
  • some fixes

🚀 Getting Started #

Installation #

To integrate server_nano_nano into your Dart project:

dart pub add server_nano_nano

Basic Usage #

Here's a basic example to get you started:

import 'package:server_nano_nano/server_nano_nano.dart';

void main() {
  final server = Server();

  // sync requests
  server.get('/', (req, res) {
    res.send('Hello World!');
  });

  // async requests
  server.get('/user/:id', (req, res) async {
    // Simulate a db query delay
    await Future.delayed(Duration(seconds: 2));
    res.send('Hello User ${req.params['id']}!');
  });

  server.listen(port: 3000);
}

Why to use server_nano_nano? 🤔 #

  • Friendly API: server_nano_nano provides an intuitive API that is easy to use. It is like express.js but in dart (and faster).
  • Middlewares: server_nano_nano supports middlewares to help you manipulate request and response objects.
  • Static Files: server_nano_nano supports serving static files out of the box.
  • Security: server_nano_nano supports https and has a helmet middleware to mitigate common web vulnerabilities.
  • Cross-platform: server_nano_nano is cross-platform and can run on ANY THING!
  • Open Source: server_nano_nano is open source and free to use.
  • Minimal Footprint: server_nano_nano has a minimal footprint for optimal efficiency. You can read the entire source code in a few minutes.

📘 API Reference: #

Server: #

HTTP: #

server_nano_nano supports a variety of HTTP methods like GET, POST, PUT, DELETE, PATCH, OPTIONS, HEAD, CONNECT and TRACE. The syntax for each method is straightforward:

server.get('/path', handler);
server.post('/path', handler);
server.put('/path', handler);
server.delete('/path', handler);
// ... and so on for other methods.

Where handler is a function that takes in a Request and Response object. Example:

 server.get('/user/:id', (req, res) {
    final id = req.params['id'];
    res.send('Hello User $id!');
  });

Request: #

The ContextRequest class provides a representation of the HTTP request. It provides several methods and properties to help extract request information:

  • header(name): Retrieves a list of headers for the given name.
  • accepts(type): Checks if the request accepts a specific MIME type.
  • isMultipart: Checks if the request's content type is 'multipart/form-data'.
  • isJson: Checks if the request's content type is 'application/json'.
  • isForm: Checks if the request's content type is 'application/x-www-form-urlencoded'.
  • isFormData: Checks if the request's content type is 'multipart/form-data'.
  • isFile: Checks if the request's content type is 'application/octet-stream'.
  • isForwarded: Checks if the request has been forwarded by a proxy or load balancer.
  • isMime(type, {bool loose = true}): Checks if the request's content type matches a specific MIME type. The loose parameter allows for partial matching of MIME types.
  • contentType: Retrieves the content type of the request.
  • hasContentType: Checks if the request has a content type header.
  • input: Gets the raw HttpRequest object.
  • query: Retrieves the query parameters of the request as a map.
  • params: Retrieves the route parameters of the request as a map.
  • cookies: Retrieves a list of cookies sent with the request.
  • path: Retrieves the path of the request.
  • uri: Retrieves the full URI of the request.
  • session: Retrieves the session associated with the request.
  • method: Retrieves the HTTP method of the request.
  • certificate: Retrieves the SSL certificate used in the request (if applicable).
  • param(name): Retrieves a specific parameter by name. First checks route parameters, then query parameters.
  • payload({Encoding encoder = utf8}): Asynchronously retrieves the request's payload.

The MultipartUpload class represents a file or data segment from a 'multipart/form-data' request. It provides methods to convert the upload into a file or JSON representation.

  • name: The name of the upload.
  • filename: The filename of the upload.
  • contentType: The content type of the upload.
  • data: The data of the upload.
  • toFile({String path}): Converts the upload into a file. If path is specified, the file will be written to that path. Otherwise, a temporary file will be created.
  • toJson(): Converts the upload into a JSON representation.

Response: #

The ContextResponse class provides a variety of methods to help you construct your response. Here's a list of all the methods available:

  • getHeader(String name): Retrieves a header by its name.
  • setHeader(String name, Object value): Sets a header with a specific value.
  • addDisposeCallback(DisposeCallback disposer): Adds a callback that will be called when the response is disposed.
  • setContentType(String contentType): Sets the Content-Type header.
  • cache(String cacheType, [Map<String, String> options = const {}]): Sets the Cache-Control header.
  • status(int code): Sets the HTTP status code of the response.
  • setCookie(String name, String val, [Map<String, dynamic> options = const {}]): Sets a cookie with optional parameters.
  • deleteCookie(String name, [String path = '/']): Deletes a cookie by its name and optional path.
  • getCookie(String name): Retrieves a cookie by its name.
  • attachment(String filename): Sets the Content-Disposition header to "attachment" with a given filename.
  • mime(String path): Sets the Content-Type based on a file's extension.
  • send(Object string): Sends a plain text response.
  • sendJson(Object data): Sends a JSON response.
  • sendHtmlText(Object data): Sends an HTML text response.
  • sendFile(String path): Sends a file as a response.
  • close(): Closes the response and calls any dispose callbacks.
  • redirect(String url, [int code = 302]): Redirects the response to a specific URL with an optional status code.

Each method is chainable, allowing for a fluent interface when constructing responses. For example:

res.status(200).setContentType('text/plain').send('Hello, World!');

Middlewares: #

Middlewares allow you to manipulate request and response objects before they reach your route handlers. They are executed in the order they are added.

Helmet:

Helmet is a middleware that sets HTTP headers to protect against some well-known web vulnerabilities. Here's an example of how to use the Helmet middleware:

server.use(Helmet());
Headers set by Helmet:
  • X-XSS-Protection: Helps in preventing cross-site scripting attacks.
  • X-Content-Type-Options: Helps in preventing MIME-type confusion attacks.
  • X-Frame-Options: Helps in preventing clickjacking attacks.
  • Referrer-Policy: Controls the referrer policy of the app.
  • Content-Security-Policy: Helps in preventing content injection attacks.

Cors:

Cors is a middleware that allows cross-origin resource sharing. Here's an example of how to use the Cors middleware:

server.use(Cors());

Creating Custom Middlewares:

Creating a custom middleware is straightforward. Simply extend the Middleware class and override the handler method.

class CustomMiddleware extends Middleware {
  @override
  Future<bool> handler(ContextRequest req, ContextResponse res) async{
    // Your custom logic here.

    // Return true to continue to the next middleware.
    // Return false to stop the middleware chain.
    return true;

  }
}

Listen: #

To start your server, call the listen method on your server instance:

server.listen(port: 3000);

SSL/TLS:

You can make your server serve over HTTPS by providing SSL/TLS certificate details:

server.listen(
  host: '0.0.0.0',
  port: 8080,
  certificateChain: 'path_to_certificate_chain.pem',
  privateKey: 'path_to_private_key.pem',
  password: 'optional_password_for_key',
);

Serving Static Files:

server_nano_nano supports serving static files out of the box. Simply call the static method on your server instance:

server.static('/path/to/static/files');
Options:
  • listing: Allows directory listing. Default is true.
  • links: Allows following links. Default is true.
  • jail: Restricts access to the specified path. Default is true.

🤝 Contributing #

If you'd like to contribute to the development of server_nano_nano, open a pull request.

📜 License #

server_nano_nano is distributed under the MIT License.

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A super light http server written in dart. All credits to https://github.com/jonataslaw/dart-server-nano

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License

MIT (license)

Dependencies

collection, mime, path

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