Learning to Program with C# (Canada)
Hands-On Technology Transfer

Delivery Method

Seminar

Target Audience
Computer Industry Professionals

Summary
This hands on C# Programming course provides an introduction to programming using the C# language

Description/Agenda

This hands on C# Programming course provides an introduction to programming using the C# language. Students are introduced to the application development cycle, structure of programs, and specific language syntax. The course introduces important algorithmic constructs, string and character manipulation, dynamic memory allocation, standard I/O, and fundamental object-oriented programming concepts. The course explains the use of inheritance and polymorphism early on so the students can practice extensively in the hands on labs. Structured programming techniques and error handling are emphasized. The course includes the processing of command line arguments and environment variables so students will be able to write flexible, user-friendly programs.

Prerequisites

Familiarity with computers.

• Computer Architecture
• The Notion of Algorithms
• Source Code vs. Machine Code
• Compile-Time vs. Run-Time
• Software Program Architecture
  • Standalone
  • Client/Server
  • Distributed
  • Web-Enabled
• IDE (Interactive Development Environment) Concepts

• Structure of a C# Program
• Memory Concepts
• Fundamental Data Type Declarations
• Fundamental I/O Concepts
• Fundamental Operators
  • Arithmetic Operators
  • Logical Operators
  • Precedence and Associativity
• Building and Deploying a C# Program

• Classes, Objects and Methods
• Object Instances
• Declaring and Instantiating a C# Object
• Declaring Methods
• set and get Methods
• Initiating Objects with Constructors
• Value Types vs. Reference Types

• Conditional Constructs
• Looping Constructs
  • Counter-Controlled Repetition
  • Sentinel-Controlled Repetition
• Nested Control Constructs
• break and continue Statements
• Structured Programming Best Practices

• Static vs. Dynamic Allocation
• Declaring Methods
• Declaring Methods with Multiple Parameters
• Method-Call Stack
• Scope of Declarations
• Argument Promotion and Casting
• Designing Methods for Reusability
• Method Overloading

• Purpose of Arrays
• Declaring and Instantiating Arrays
• Passing Arrays to Methods
• Multidimensional Arrays
• Variable-Length Argument Lists
• Using Command-Line Arguments
• Using Environment Variables

• Controlling Access to Class Members
• Referencing the Current Object Using this
• Overloading Constructors
• Default and No-Argument Constructors
• Composition of Classes
• Garbage Collection and Destructors
• The finalize Method
• Static Class Members

• Superclasses and Subclasses
• Advantages of Using Inheritance
• protected Class Members
• Constructors in Subclasses

• Purpose of Polymorphic Behavior
• The Concept of a Signature
• Abstract Classes and Methods
• Non-Inheritable Methods and Classes
• Purpose of Interfaces
• Using and Creating Interfaces
• Common Interfaces of the .NET Framework

• Concept of a Stream
• Class File
• Sequential Access
• Object Serialization to/from Sequential Access Files
• Using LINQ to Query Information from a File

• Types of Exceptions
• Exception Handling Overview
• Exception Class Hierarchy
• Extending Exception Classes
• When to Throw or Assert Exceptions

• Conversion Characters
• Specifying Field Width and Precision
• Controlling Appearance with the IFormatProvider Interface
• Printing Literals and Escape Sequences
• Formatting Output with the String.Format Method

• Fundamentals of Characters and Strings
• String Class
• String Operations
• StringBuilder Class
• Char Structure
• Regular Expressions
  • Regular Expression Syntax
  • RegExp Class
  • Match Class
  • System.Text.RegularExpressions Namespace

• Overview of Windows Forms
• Displaying Text and Graphics in a Window
• Implementing Event Handlers
• Control Properties and Layout
• Mouse Event Handling
• Implementing Menus

All Date/Location Information