Microsoft C# .NET: Introduction to C# for Existing Developers

Course Overview

You have experience in programming in at least one other object-oriented or object-based programming language. You are now entering the new world of .NET programming, using the C# programming language and Visual C#.NET platform.

The software development business organisation has gone through several revolutions over the last 50 years, the most recent of which is the introduction of Microsoft's .NET platform. The software industry has made major transitions in the past, including machine languages (0s and 1s), symbolic languages (COBOL and FORTRAN), procedural language (Pascal and C), and object-oriented languages (Smalltalk, C++, and Java), each with its own improvements in productivity and programming power. .NET is a similar revolution. As a programmer, you will want your skills on the leading edge of this revolution. Of all the languages targeting the .NET platform, C# has been tailor-made for future .NET developers.

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Related Courses

• Microsoft C#: Programming with C#
• Microsoft .NET: Developing Microsoft .NET Applications for Windows (Visual C# .NET)
• Microsoft .NET: Introduction to C# Programming with Microsoft .NET
• Microsoft Visual Studio 2008: Windows Workflow Foundation (WF): Hands-On
• Microsoft C#: Programming C# Extended Features: Hands-On
• Microsoft Visual Studio 2010: Programming with C# using Microsoft .NET Framework 4
• Microsoft C#.NET: Advanced
• Microsoft C#.NET: Introduction

Audience

This course is for experienced developers required to learn C# Programming with 1-2 years of a programming background in either C, C++, Java, Visual Basic, Perl or Fortran.

Course Outline

Creating Simple C# Programs

• Create a Simple C# Console Application
• Use a Namespace
• Comment Code
• Create a Simple Class Library
• Test a Simple Class Library
• Create a Simple C# Windows GUI Application

Working with Classes

• Define and Use a Class
• Use Access Modifiers
• Define Namespaces
• Declare an Abstract Class
• Derive a Concrete Class from an Abstract Class
• Use an Abstract Class and its Concrete Derived Class

Working with Methods

• Implement Constructors
• Implement a Destructor
• Override a Method
• Overload a Method
• Overload an Operator
• Pass Parameters

Programming with Forms and Controls

• Create a Graphical Program Using Standard Built-in Controls
• Create a Custom Control
• Use Custom Controls on a Form

Writing Statements that Control Program Flow

• Write Conditional Statements
• Write Loop Statements
• Write Jump Statements

Using Types in C#

• Use Pre-defined Data Types
• Differentiate Between Reference and Value Types
• Use Casting
• Define and Use a Struct Type
• Define and Use an Enum Type

Programming with Exceptions

• Catch Exceptions
• Define Custom Exceptions
• Throw Exceptions
• Utilize the finally Keyword

Working with Interfaces

• Define an Interface
• Implement Interfaces in Derived Classes
• Invoke Interface Methods

Working with Arrays and Collections

• Define a Rectangular or Higher-Dimensional Array
• Use a Rectangular Array
• Define a Jagged Array
• Use a Jagged Array
• Choose and/or Create a Collection Type
• Use A Collection Type

Working with Properties and Indexers

• Expose Properties
• Expose Indexers

Building and Deploying Assemblies

• Create an Assembly with the C# Command Line Compiler
• Use Ildasm
• Deploy an Assembly Locally
• Create and Deploy a Shared Assembly

Interoperating with Legacy Code

• Write Code that Interoperates with Win32
• Expose Legacy COM Components to C# Clients
• Expose C# Components to Legacy COM Clients