/// <summary>
/// 测试缓冲的自动超时机制
/// </summary>
public void TestTimeout()
{
PoolListener <AdvancedCalculator> listener = new PoolListener <AdvancedCalculator>();
AdvancedCalculator obj1 = listener.Acquire();
string guid = obj1.Guid;
// 5000 > timeout
System.Threading.Thread.Sleep(5000);
obj1 = listener.Acquire();
//Assert.AreNotEqual<string>(guid, obj1.Guid);
}
/// <summary>
/// 测试对象池对具体类型的容量
/// </summary>
public void TestCapacity()
{
PoolListener <AdvancedCalculator> listener = new PoolListener <AdvancedCalculator>();
AdvancedCalculator obj1 = listener.Acquire();
obj1.Activate();
//Assert.IsNotNull(obj1);
AdvancedCalculator obj2 = listener.Acquire();
obj2.Activate();
//Assert.IsNotNull(obj2);
AdvancedCalculator obj3 = listener.Acquire(); // 满了，无法继续申请
//Assert.IsNull(obj3);
}
/// <summary>
/// 多类型系统管理
/// </summary>
public void TestMultipleTypes()
{
// 第一类对象测试，对象池容量是2
PoolListener <AdvancedCalculator> l1 = new PoolListener <AdvancedCalculator>();
AdvancedCalculator advanced = l1.Acquire();
//Assert.IsNotNull(advanced);
// 第二类对象测试，对象池容量是2
PoolListener <SimpleCalculator> l2 = new PoolListener <SimpleCalculator>();
SimpleCalculator simple = l2.Acquire();
simple.Activate();
//Assert.IsNotNull(simple);
}
/// <summary>
/// 测试对象池的重用机制
/// </summary>
public void TestResue()
{
PoolListener <AdvancedCalculator> listener = new PoolListener <AdvancedCalculator>();
AdvancedCalculator obj1 = listener.Acquire();
obj1.Activate();
AdvancedCalculator obj2 = listener.Acquire();
obj2.Activate();
obj1.Deactivate();
AdvancedCalculator obj3 = listener.Acquire();
obj3.Activate();
//Assert.IsNotNull(obj3);
//Assert.AreEqual<string>(obj1.Guid, obj3.Guid);
//Assert.AreEqual<int>(obj3.Multiple(2, 2), 2 * 2);
}
public void AddListener(PoolListener <T> l)
{
this.listeners.Add(l);
}
