Dispose Comment Title For Free

It is always recommended to use Dispose method to clean unmanaged resources. You should not implement the Finalize method until it is extremely necessary. At runtime C#, C++ destructors are automatically converted to Finalize method. .

Dispose is available with objects that implement the IDisposable interface. The destructor implicitly calls Finalize on the base class of the object. Example from the same link: class Car { ~Car() // destructor { // cleanup statements... } }

The Dispose Method?Explicit Resource Cleanup public interface IDisposable.{void Dispose();}The following code illustrates how to implement the Dispose method on a class that implements the IDisposable interface:class Test : IDisposable.{private bool isDisposed = false;

Public void Dispose() { Dispose(disposing: true); // This object will be cleaned up by the Dispose method. // Therefore, you should call GC. SuppressFinalize to // take this object off the finalization queue // and prevent finalization code for this object // from executing a second time.

Dispose is a method triggered whenever the created object from the stateful widget is removed permanently from the widget tree. It is generally overridden and called only when the state object is destroyed. Dispose releases the memory allocated to the existing variables of the state.

It only occurs when there are objects in the Finalization Queue. It only occurs when a garbage collection occurs for Gen2 (which is approx 1 in every 100 collections for a well-written . NET app).

Working of dispose() Function To free and reset the resources that are unmanaged like connections to the databases, files, etc., and to perform a cleanup of the memory, we make use of a function called dispose of () function in C#. The dispose() function in C# must implement the IDisposable interface.