// Copyright (c) 2011, the Dart project authors.  Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.

// Test properties of ports.
// Note: unittest.dart depends on ports, in particular on the behaviour tested
// here. To keep things simple, we don't use the unittest library here.

library PortTest;
import 'dart:isolate';
import '../../pkg/unittest/lib/matcher.dart';

main() {
  testHashCode();
  testEquals();
  testMap();
}

void testHashCode() {
  ReceivePort rp0 = new ReceivePort();
  ReceivePort rp1 = new ReceivePort();
  expect(rp0.toSendPort().hashCode, rp0.toSendPort().hashCode);
  expect(rp1.toSendPort().hashCode, rp1.toSendPort().hashCode);
  rp0.close();
  rp1.close();
}

void testEquals() {
  ReceivePort rp0 = new ReceivePort();
  ReceivePort rp1 = new ReceivePort();
  expect(rp0.toSendPort(), rp0.toSendPort());
  expect(rp1.toSendPort(), rp1.toSendPort());
  expect(rp0.toSendPort() == rp1.toSendPort(), isFalse);
  rp0.close();
  rp1.close();
}

void testMap() {
  ReceivePort rp0 = new ReceivePort();
  ReceivePort rp1 = new ReceivePort();
  final map = new Map<SendPort, int>();
  map[rp0.toSendPort()] = 42;
  map[rp1.toSendPort()] = 87;
  expect(map[rp0.toSendPort()], 42);
  expect(map[rp1.toSendPort()], 87);

  map[rp0.toSendPort()] = 99;
  expect(map[rp0.toSendPort()], 99);
  expect(map[rp1.toSendPort()], 87);

  map.remove(rp0.toSendPort());
  expect(map.containsKey(rp0.toSendPort()), isFalse);
  expect(map[rp1.toSendPort()], 87);

  map.remove(rp1.toSendPort());
  expect(map.containsKey(rp0.toSendPort()), isFalse);
  expect(map.containsKey(rp1.toSendPort()), isFalse);

  rp0.close();
  rp1.close();
}