In order to clean unmanaged objects we need to follow the below steps:-
• Implement IDisposable interface and implement the dispose function.
• In Dispose function call the “GC.SuppressFinalize” method.
• At the client side ensure that the “Dispose” function is called when the
object is no more required.
Below goes the code, this is also called as “Finalize and Dispose pattern”. This
ensures that your objects are created in Generation 0 rather than Generation 1.
“GC.SuppressFinalize” tells the garbage collector to not worry about destructor
and destroy the objects in the first call itself.
Also view following video on estimations of software projects using Function Point Analysis: -
Get more Dotnet interview questions and answers for preparation.
Regards,
View author’s blog for more Most asked Dotnet interview question
• Implement IDisposable interface and implement the dispose function.
• In Dispose function call the “GC.SuppressFinalize” method.
• At the client side ensure that the “Dispose” function is called when the
object is no more required.
Below goes the code, this is also called as “Finalize and Dispose pattern”. This
ensures that your objects are created in Generation 0 rather than Generation 1.
“GC.SuppressFinalize” tells the garbage collector to not worry about destructor
and destroy the objects in the first call itself.
class clsMyClass : IDisposable { ~clsMyClass() { // In case the client forgets to call // Dispose , destructor will be invoked for Dispose(false); } protected virtual void Dispose(bool disposing) { if (disposing) { // Free managed objects. } // Free unmanaged objects } public void Dispose() { Dispose(true); // Ensure that the destructor is not called GC.SuppressFinalize(this); } }
Also view following video on estimations of software projects using Function Point Analysis: -
Get more Dotnet interview questions and answers for preparation.
Regards,
View author’s blog for more Most asked Dotnet interview question
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