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Course's author:

Ayad Boudiab

Experience: A total of 10 years experience in developing applications using C++, Java, C#, ASP.NET, and SQL Server. In addition to 6 years experience in teaching programming courses at a local college. Degree: B.S. Computer Science Location: Atla...

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Online course
C#(csharp) 4.0

This course will show the main changes and innovations of the new version of C #.

Development tools

V�deo
1) Csc: Command Line compiler
Description: In this video we start our discussion of working with C# 4.0 development tools. |
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V�deo
2) NotePad++ and SharpDevelop
Description: In this video we are talking about creating C# programs using NotePad++ and SharpDevelop. |
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V�deo
3) Namespace System.Numerics
Description: In this video, we discuss few C# concepts. The first one has to do with a new addition the C# 4.0. |
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Core Concepts

V�deo
4) Processes
Description: In this video, we will discuss the concepts of processes and threads. Using the GetProcesses static method in the Process class, we can get all the current processes through a linq query. |
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V�deo
5) Extension Methods Interfaces
Description: In this video, Normally we write extension methods for classes, but in this example, we will see how that works with interfaces. |
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V�deo
6) List and Lambda
Description: In this video, we explore how to work with some important List functionality. |
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V�deo
7) Type Conversion
Description: In this video, here we discuss the use of the implicit and explicit conversion operators. |
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V�deo
8) Structures
Description: In this video, we discuss structures in C# to understand the difference between them and classes. |
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V�deo
9) Using �where
Description: In this video, we explore the use of the 'where' keyword when working with generic types. |
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V�deo
10) Using Dynamic
Description: In .NET 4.0 Microsoft added the dynamic keyword to C#. In this example, we will try to illustrate one use of the dynamic keyword. |
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V�deo
11) Export to Excel
Description: In this video, this example shows how we can export a collection to an Excel spreadsheet. |
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V�deo
12) Thread Info
Description: In this video, this example continues the discussion of threads. We will see how to get information about the current thread, current AppDomain, and current Context. |
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V�deo
13) Using PLinq
Description: In this video, we see a different way of calling a method on a separate thread. This new approach has been added in .NET 4.0. |
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V�deo
14) Task.Factory.StartNew()
Description: In this video, we keep on experimenting with Task.Factory.StartNew() by adding a method that tests the type of the item. |
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Design Pattern

Recommended video
15) Overview about design patterns
Description: In this first lesson we are going to take an overview about design patterns. |
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Recommended video
16) Creational Design Patterns
Description: In this second lesson about design patterns we are going to understand more about Creational Design Patterns. |
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Recommended video
17) Structural Design Patterns
Description: In this third lesson about design patterns we are going to understand more about Structural Design Patterns. |
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Recommended video
18) Behavioral Design Patterns
Description: In this fourth lesson about design patterns we are going to understand more about Behavioral Design Patterns. |
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V�deo
19) Adapter Design Pattern
Description: Design patterns are important because they represent generic solution to a common problem. |
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V�deo
20) Abstract Factory
Description: Design patterns are important because they represent generic solution to a common problem. |
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V�deo
21) Bridge Design Pattern
Description: Design patterns are important because they represent generic solution to a common problem. |
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V�deo
22) Builder Design Pattern
Description: In this case, we will cover the Builder Design Pattern. This pattern separates the construction of a complex object from its representation so that the same construction process can create different representations. |
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V�deo
23) Chain of Responsibility Design Pattern
Description: This pattern avoids coupling the sender of a request to its receiver by giving more than one object a chance to handle the request. |
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V�deo
24) Command Design Pattern
Description: This pattern encapsulates a request as an object, thereby letting you parameterize clients with different requests, queue or log requests, and support undoable operations. |
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V�deo
25) Composite Design Pattern
Description: This pattern composes objects into tree structures to represent part-whole hierarchies. Composite lets clients treat individual objects and compositions of objects uniformly. |
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V�deo
26) Decorator Design Pattern
Description: This pattern attaches additional responsibilities to an object dynamically. Decorators provide a flexible alternative to sub-classing for extending functionality. |
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V�deo
27) Facade Design Pattern
Description: This pattern Provide a unified interface to a set of interfaces in a subsystem. Facade defines a higher-level interface that makes the subsystem easier to use. |
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V�deo
28) Mediator Design Pattern
Description: This pattern defines an object that encapsulates how a set of objects interact. Mediator promotes loose coupling by keeping objects from referring to each other explicitly, and it lets you vary their interaction independently. |
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V�deo
29) Observer Design Pattern
Description: this case, we will cover the Observer Design Pattern. This pattern defines a one-to-many dependency between objects so that when one object changes state, all its dependents are notified and updated automatically. |
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