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Are you a Microsoft .NET Framework programmer who struggles with critical legacy applications using COM objects that are beyond your control? Dino Esposito shows how to lessen the burden by going dynamic.

In this article we will first try to understand what problem delegate solves, we will then create a simple delegate and try to solve the problem. Next we will try to understand the concept of multicast delegates and how events help to encapsulate delegates. Finally we understand the difference between events and delegates and also understand how to do invoke delegates asynchronously…

Creating a multi-level object using the dynamic features of C# 4.0

This dynamic keyword can be put to good use when doing COM. And in turn you could be more productive when you need to complete tasks regarding the Windows API (that expose COM functionality).

In computer science and mathematics, a sorting algorithm is an algorithm that puts elements of a list in a certain order. These algorithms are briefly divided into two parent categories as Comparison based sorting algorithms which include BubbleSort, SelectionSort, InsertionSort, ShellSort, MergeSort, HeapSort and QuickSort as most commonly used amongst all and Non-Comparison based sorting algorithms such as RadixSort, BucketSort etc. The focus of this article is to provide various comparison based sorting algorithms in a simplistic way with optimized, cleaned up and easy to understand code (with proper comments and instructions).

Three numerical algorithms for solving equations, each implemented in C#

This Article Have the Codes of QuickSort,MergeSort,BubbleSort,HeapSort

C# 4 provide a new dynamic keyword that enables dynamic typing in what has traditionally been a strongly typed language. We explain how the dynamic keyword works and what it offers that casting, var, and System.Object cant’ match.

C# 4.0 introduces new features to the C# programming language that were available in earlier versions of Visual Basic, namely optional arguments and named arguments. This article examines how to use optional arguments and named arguments in C# 4.0

This article will explain 6 important concepts Stack, heap, value types, reference types, boxing and unboxing. This article starts first explaining what happens internally when you declare a variable and then it moves ahead to explain 2 important concepts stack and heap. Article then talks about reference types and value types and clarifies some of the important fundamentals around them. Finally the article concludes by demonstrating how performance is hampered due to boxing and unboxing with a sample code.