Tag Archives: C#

The class is one of the two basic encapsulation constructs in C# (the other being the struct). Every executable statement must be placed inside a class or struct. Classes define reference types that are the basic building blocks of C# programs, and they are the architectural blueprint for the “objects” in OOP. Types of classes :- Abstract: An instance of the class cannot be created. Usually this means the class is intended to serve as a base class. Abstract methods must be overridden in a derived class. If any method of a class is abstract, the entire class must be … Click here to continue reading. →

Managed Code is what Visual Basic .NET and C# compilers create. It compiles to Intermediate Language (IL), not to machine code that could run directly on your computer. The IL is kept in a file called an assembly, along with metadata that describes the classes, methods, and attributes (such as security requirements) of the code you’ve created. This assembly is the one-stop-shopping unit of deployment in the .NET world. You copy it to another server to deploy the assembly there—and often that copying is the only step required in the deployment. Managed code runs in the Common Language Runtime. The … Click here to continue reading. →

System.Exception System.OutOfMemoryException System.NullReferenceException Syste.InvalidCastException Syste.ArrayTypeMismatchException System.IndexOutOfRangeException System.ArithmeticException System.DevideByZeroException System.OverFlowException System.Data.SqlClient.SqlException FileNotFoundException

public static Array ExpandArray(Array arr, object newElement) { int length = 1; System.Type type = newElement.GetType(); if (arr != null) { length += arr.Length; type = arr.GetType().GetElementType(); } Array result = Array.CreateInstance(type, length); if (arr != null) { arr.CopyTo(result, 0); } result.SetValue(newElement, result.Length – 1); return result; }