The course is designed for experienced developers with a background in Java, C++, Delphi or Visual Basic.
Participants in this course must have experience in Java, C++, Delphi or Visual Basic. Also they are required to know the basics of the .NET Framework.
The theory is presented on the basis of presentation slides. Demos are used to clarify the discussed concepts. The theory is interspersed with exercises. The course material is in English.
Participants receive an official certificate C# Programming after successful completion of the course.
In this course participants learn programming in the .NET platform and the C# language. The emphasis of the course is on the C# syntax, program structure and implementation details. After attending the course participants will be able to describe the role that C# plays in the .NET Framework and the .NET Platform. They are able to program a simple application, to document it and to compile and debug the application. Participants learn how to use variables, data types, operators, loops, and exception handling. They also learn to call methods and to write methods and to deal with arrays and object oriented programming with classes and objects. In addition the participants learn how to use delegates, events, properties, indexers and attributes. The latest version of C# is used in the course.
Module 1 : C# Intro | Module 2 : Language Syntax | Module 3 : Classes and Objects |
| What is C#? C# Versions .NET Versions .NET Architecture Common Language Runtime Managed Code C# Compilation Compilation and Execution Managed Execution Assemblies MSIL and Metadata Application Types Garbage Collection .NET Framework Class Library C# Resources | C# Data Types Console IO Variables Variable Scope Case Sensitivity Operators Flow Control if Statement switch Statement for Loops foreach Statement while Statement do Statements break and continue Strings Arrays Methods Parameter Passing | Classes and Objects Example Class and Objects Class Definition Encapsulation Access Modifiers Constructors Creating Objects Fields Properties Special Properties static Modifier Overloading Constants Common Type System Value Types Reference Types Object References |
Module 4 : Inheritance | Module 5 : Exception Handling | Module 6 : Namespaces |
| Inheritance Derived Classes Overriding Methods Hiding Methods Polymorphism Abstract Classes Interfaces Implementing Interfaces Type Casting Implicit Casting Explicit Casting | Error Conditions Exceptions in C# Exception Handling Syntax Exception Flow Exceptions Template Exceptions Object finally Clause Throwing Exceptions User Defined Exceptions Catching User Exceptions | What are Namespaces? .NET Namespaces Defining Namespaces Using Namespaces Nested Namespaces Namespace Aliases Namespace Directory Assemblies Modules MathLibrary Module Assembly Manifest AssemblyInfo Using MathLibrary Types of Assemblies Global Assembly Cache Strong Names |
Module 7 : Threads | Module 8 : Synchronization | Module 9 : Special Classes |
| Multiple Threads Benefits and Drawbacks Thread Characteristics C# Thread Model Thread Class Thread Stack Thread Delegate Multiple Threads Autonomous Classes Passing Parameters Thread Naming Background Threads Thread Exceptions Thread Methods | Concurrent Method Invocation Synchronization Blocking on Monitor Lock Statement Mutual Exclusion in C# Joining Threads Interrupting Threads DeadLock Wait Handles Interthread Communication Condition Synchronization Monitor Wait and Pulse | What is a Delegate? Benefits of Delegates Multicasting Delegates and Events Simple Event Handling Enumerations Enumeration Base Types Extension Methods Partial Classes Attributes Attribute Parameters Custom Attributes Nullable Types Static Classes |
Module 10 : Utility Classes | Module 11 : Generics | Module 12 : Collections |
| Object Class Boxing and Unboxing Overriding Equals Math Class DateTime Structure Regex Class Input Conversion Convert Class Process Class Environment Class Globalization Localizing Dates Localizing Numbers XML Documentation | What are Generics? Need for Generics Generic Class Syntax Benefits of Generics Multiple Generic Parameters Runtime Type Parameter Constraints Generic Methods | What are Collections? Framework Classes Properties of Collections Predefined Collections Array Class List Class Queue Class Queue Methods Stack Class Stack Methods Linked List Sorted List Dictionary Hashtable BitArray |
Module 13 : File I/O | ||
| Stream I/O I/O Classes File Types Writing Text File Reading Text File Using Directive Accessing Binary Files Buffered Streams Serialization Implementing Serialization Accessing File System Directory Classes |
Kantooradres:
SpiralTrain BV
Gebouw "De Sijnsmeester"
Standerdmolen 8 – 1.11
3995 AA Houten
IP Computer Training Centrum
Diemerhof 32-36
1112 XN Diemen
020 7600027
http://www.ip-computer-training-centrum.nl
Compu Act Opleidingen
Slinge 303
3085 ER Rotterdam
023 - 551 3409
www.computertraining.nl
Trainspot
Kleine Singel 33
3572 CG Utrecht
030 - 737 05 81
http://www.trainspot.nl
IP Computer Training Centrum
Leenderweg 292
5644 AE Eindhoven
040 - 256 65 20
http://www.ip-computer-training-centrum.nl
