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C# 4.0 .Net Part Training Course in UK - C# .Net Training Class Outline

C#.NET OOP in C#	This course is scheduled or demand, or can be scheduled as a one on one or at your site. Click to send an email RE this course.
Duration	5 days for less experienced developers, 3 days for experienced developers
Pre-requisites	This C# .NET OOP training course assumes that students have some programming background. There are two versions of this course – a 3 day version for more experienced programmers and a 5 day version for those with little experience of object oriented programming. For the 3 day version programmers should be familiar with C++, Java, or some other object oriented language. The 5 day version assumes no prior experience with an object oriented language and would be suitable for developers with a background in Visual Basic or COBOL, for example.
Who Should Attend?	3 day version: Experienced developers needing to learn the object oriented features of C#4.0 in Visual Studio 2010 5 day version: Less experienced developers for whom C# is their first object oriented language
Course Benefits	In this hands-on instructor-led C# OOP course, developers learn the fundamental skills that are required to design and develop object-oriented applications (OOP) for the Web and Microsoft Windows using Microsoft Visual C# .NET 2010 and the Microsoft Visual Studio .NET development environment. Fully covers all the new features in C# 3.0 and C# 4.0. This object oriented C# training course is offered in two flavors – a 3 day version for programmers experienced in another object oriented language such as C++, Java, or Delphi, and a 5 day version for less experienced programmers who are not familiar with object-oriented design and programming, and for Developers moving to C# as their first fully object-oriented language. Programmers with a background in Visual Basic and COBOL, for example, will want to take the slower paced more introductory 5 day course where the fundamental topics of classes, objects, and inheritance are covered in detail. The 5 day version is intended to be fully accessible to programmers who do not already have a strong background in object-oriented programming. The 3 day version covers the same topics but at a much faster pace where the more introductory topics are just reviewed and the syntax covered, and differences between C# and other OOP languages are discussed. This is a fully hands-on C# training course. After each major topic is introduced students undertake short exercises to ensure they understand the important principles. This C# training course cover all the object oriented topics you need to understand to develop using C# with the .NET framework – using existing classes, writing your own classes, using inheritance, utilizing and implementing interfaces, polymorphism, the standard .NET interfaces, how to work with generics, and an introduction to design patterns. C# as a language is elegant and powerful. But to utilize its capabilities fully, you need to have a good understanding of how it works with the .NET Framework. The course explores several important interactions between C# and the .NET Framework; how to implement standard interfaces, how to use the built-in classes for collections, and delegates and events. It includes a succinct introduction to creating GUI programs using Windows Forms. It discusses memory management and the garbage collector, the consequences on destructors, and how to work with iDisposable.
You Will Learn How To	Use existing classes from the .NET class library Write your own classes using properties and methods Build on existing classes using inheritance Utilize scope to implement encapsulation Use and implement interfaces Ensure sensitive resources are released in a timely manner Use generics to avoid typecasting and boxing Work with the built in collection classes Work with XML Work with events, delegates, and multi-cast delegates How to use and identify design patterns
Course Content	An overview of Object Oriented programming Terminology, the OOP approach, data abstraction, classes, objects, methods, Inheritance, Components, Interfaces, polymorphism OOP in .NET Grouping of classes using Namespaces, Assemblies, getting help on classes, everything is a class, system.object, value versus reference types, boxing, standard interfaces, memory management and garbage collection, static and instance classes Using Existing Classes XML classes, File I/O, file management, static classes, static versus instance classes, constructors, properties, events, GUI forms as classes, ASP Forms as classes, working with static and instance classes, using static classes to group related methods Working with Collections Lists, dictionaries, stacks, queues Working with generics Syntax, Generic lists, generic dictionaries, generic interfaces, arrays and generics Writing Simple Classes Instance variables, properties, methods, this, scope Constructors / Destructors Finalization, consequences of garbage collection, constructors and composite classes, constructors versus static methods returning instances of classes Inheritance Understanding the need for inheritance, base classes, inherited constructors, inheritance and destructors, abstract methods, inheritance versus composition, drawing inheritance structures, form inheritance, inheritance versus composition, typecasting Interfaces What are interfaces, using interfaces to implement polymorphism, standard .NET interfaces, using clause, foreach clause, implementing interfaces, name resolution with multiple interfaces, implementing iCloneable, iSearchable, iDisposable Polymorphism With Inheritance, abstract methods, virtual methods, with Interfaces Events and Delegates Syntax, Delegates as function pointers, examples from GUI components, multi Cast delegates, anonymous methods C# Within the .NET Framework Windows Forms as Classes, event handlers as delegates, ASP Forms, Exception Handling, user defined Exceptions Introduction to Design Patterns Definition of design patterns, the need for design patterns, sample design patterns within .Net, example of design patterns, Singleton. Observer, Adapter, State, Flyweight, and Factory patterns

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