// The original content is temporarily commented out to allow generating a self-contained demo - feel free to uncomment later.

// // The original content is temporarily commented out to allow generating a self-contained demo - feel free to uncomment later.
//
// //
// // import 'dart:async';
// // import 'dart:ffi';
// // import 'dart:io';
// // import 'dart:isolate';
// //
// // import 'ccc_cryptography_bindings_generated.dart';
// //
// // /// A very short-lived native function.
// // ///
// // /// For very short-lived functions, it is fine to call them on the main isolate.
// // /// They will block the Dart execution while running the native function, so
// // /// only do this for native functions which are guaranteed to be short-lived.
// // int sum(int a, int b) => _bindings.sum(a, b);
// //
// // /// A longer lived native function, which occupies the thread calling it.
// // ///
// // /// Do not call these kind of native functions in the main isolate. They will
// // /// block Dart execution. This will cause dropped frames in Flutter applications.
// // /// Instead, call these native functions on a separate isolate.
// // ///
// // /// Modify this to suit your own use case. Example use cases:
// // ///
// // /// 1. Reuse a single isolate for various different kinds of requests.
// // /// 2. Use multiple helper isolates for parallel execution.
// // Future<int> sumAsync(int a, int b) async {
// //   final SendPort helperIsolateSendPort = await _helperIsolateSendPort;
// //   final int requestId = _nextSumRequestId++;
// //   final _SumRequest request = _SumRequest(requestId, a, b);
// //   final Completer<int> completer = Completer<int>();
// //   _sumRequests[requestId] = completer;
// //   helperIsolateSendPort.send(request);
// //   return completer.future;
// // }
// //
// // const String _libName = 'ccc_cryptography';
// //
// // /// The dynamic library in which the symbols for [CccCryptographyBindings] can be found.
// // final DynamicLibrary _dylib = () {
// //   if (Platform.isMacOS || Platform.isIOS) {
// //     return DynamicLibrary.open('$_libName.framework/$_libName');
// //   }
// //   if (Platform.isAndroid || Platform.isLinux) {
// //     return DynamicLibrary.open('lib$_libName.so');
// //   }
// //   if (Platform.isWindows) {
// //     return DynamicLibrary.open('$_libName.dll');
// //   }
// //   throw UnsupportedError('Unknown platform: ${Platform.operatingSystem}');
// // }();
// //
// // /// The bindings to the native functions in [_dylib].
// // final CccCryptographyBindings _bindings = CccCryptographyBindings(_dylib);
// //
// //
// // /// A request to compute `sum`.
// // ///
// // /// Typically sent from one isolate to another.
// // class _SumRequest {
// //   final int id;
// //   final int a;
// //   final int b;
// //
// //   const _SumRequest(this.id, this.a, this.b);
// // }
// //
// // /// A response with the result of `sum`.
// // ///
// // /// Typically sent from one isolate to another.
// // class _SumResponse {
// //   final int id;
// //   final int result;
// //
// //   const _SumResponse(this.id, this.result);
// // }
// //
// // /// Counter to identify [_SumRequest]s and [_SumResponse]s.
// // int _nextSumRequestId = 0;
// //
// // /// Mapping from [_SumRequest] `id`s to the completers corresponding to the correct future of the pending request.
// // final Map<int, Completer<int>> _sumRequests = <int, Completer<int>>{};
// //
// // /// The SendPort belonging to the helper isolate.
// // Future<SendPort> _helperIsolateSendPort = () async {
// //   // The helper isolate is going to send us back a SendPort, which we want to
// //   // wait for.
// //   final Completer<SendPort> completer = Completer<SendPort>();
// //
// //   // Receive port on the main isolate to receive messages from the helper.
// //   // We receive two types of messages:
// //   // 1. A port to send messages on.
// //   // 2. Responses to requests we sent.
// //   final ReceivePort receivePort = ReceivePort()
// //     ..listen((dynamic data) {
// //       if (data is SendPort) {
// //         // The helper isolate sent us the port on which we can sent it requests.
// //         completer.complete(data);
// //         return;
// //       }
// //       if (data is _SumResponse) {
// //         // The helper isolate sent us a response to a request we sent.
// //         final Completer<int> completer = _sumRequests[data.id]!;
// //         _sumRequests.remove(data.id);
// //         completer.complete(data.result);
// //         return;
// //       }
// //       throw UnsupportedError('Unsupported message type: ${data.runtimeType}');
// //     });
// //
// //   // Start the helper isolate.
// //   await Isolate.spawn((SendPort sendPort) async {
// //     final ReceivePort helperReceivePort = ReceivePort()
// //       ..listen((dynamic data) {
// //         // On the helper isolate listen to requests and respond to them.
// //         if (data is _SumRequest) {
// //           final int result = _bindings.sum_long_running(data.a, data.b);
// //           final _SumResponse response = _SumResponse(data.id, result);
// //           sendPort.send(response);
// //           return;
// //         }
// //         throw UnsupportedError('Unsupported message type: ${data.runtimeType}');
// //       });
// //
// //     // Send the port to the main isolate on which we can receive requests.
// //     sendPort.send(helperReceivePort.sendPort);
// //   }, receivePort.sendPort);
// //
// //   // Wait until the helper isolate has sent us back the SendPort on which we
// //   // can start sending requests.
// //   return completer.future;
// // }();
// //
//
// library ccc_cryptography;
//
// export 'src/rust/api/simple.dart';
// export 'src/rust/frb_generated.dart' show RustLib;
//

library;

export 'src/rust/api/simple.dart';
export 'src/rust/frb_generated.dart' show RustLib;