You are an enterprise application developer. You plan to design the component architecture of a new large-scale application. You need to design a component architecture to meet the following requirements: Class objects must consist of multiple aggregate objects.Multiple aggregate objects must be instantiated only through the object that is enclosed within the class.Certain aggregate objects must be directly instantiated by user code.Multiple aggregate objects must allow user code to override properties within the object.All class objects must be versioned together.
What should you do?

You are an enterprise application developer. You are creating a distributed application. The application transfers a parent table and a child table from a business component. The application modifies the two tables and transfers updates to the business component. The distributed application must enforce the constraints for referential integrity. The components must provide access to values of the correct type at compile time. You need to identify the type of object for serialization.
Which type of object(s) should you choose?

You are an enterprise application developer. You are reviewing the following code segment.
(Line numbers are included for reference only.)

01 public class MyResource: IDisposable
{
02
03 private bool disposed = false;
04
05 public void Dispose()
{
06 Dispose(true);
07
}
08
09 private void Dispose(bool disposing)
{
10 if(!this.disposed)
{
11 if(disposing)
{
12 ReleaseManagedResources();
13
}
14 ReleaseUnmanagedResources();
15 disposed = true;
16
}
17
}18
19 ~MyResource()
{
20 ReleaseManagedResources();
21 ReleaseUnmanagedResources();
22
}
23
}

You discover that the Dispose pattern is implemented incorrectly. You need to modify the code segment to ensure that the dispose pattern is implemented correctly.
What should you do?