C Programming - Belgium

C# Programming Course Outline

Module 1: XML Using LINQ

• Introduction of C# 
• Features of C# 
• Advantages and Disadvantages of C# 
• Applications
• Introduction of XML
• Introduction of LINQ
• LINQ Overview
• Advantages of LINQ

Module 2: Enterprise Development

• Enterprise Applications
• Building an Enterprise Application

Module 3: Windows Presentation Foundation Applications

• What is WPF?
• Why WPF?
• Features of WPF
• WPF Core Types, Infrastructures, and WPF Architecture
• Type of Applications Built with WPF

Module 4: Errors and Exceptions

• Types of Errors
• Exceptions
• Exception Hierarchy
• Exception Classes Hierarchy
• Different Exception Classes
• Properties of the Exception Class
• Exception Handling

Module 5: LINQ API and Query Patterns

• Introduction of LINQ
• LINQ API
• Enumerable
• Queryable
• Query Syntax
• Method Syntax

Module 6: Grouping and Joins

• Grouping Data
• Joins
• String.Join

Module 7: Generic and Iterating Collections

• Generic
• Iterating

Module 8: Virtual, Override, and Sealed Modifiers

• Virtual
• Override
• Sealed Modifiers

Module 9: Polymorphism

• Introduction to Polymorphism
• Output

Module 10: Visual Studio

• Introduction to Visual Studio
• How to Download and Install Visual Studio?
• Visual Studio Key Features

Module 11: Conditional Constructs

• Conditional Constructs Overview
• if...else Statement
• if...else if...else Statement
• Switch Statement

Module 12: Namespaces and Assemblies

• Namespaces
• Assemblies

Module 13: Common Type System

• Introduction
• Types of Common Type System

Introduction of Embedded C Programming Course Outline

Module 1: Introduction to Embedded System

• What is an Embedded System?
• Benefits of Embedded System
• Embedded System Applications

Module 2: Microcontrollers

• Introduction to Microcontrollers
• Central Processing Unit
• Memory Addressing and Types
• Timers
• Interrupt Circuitry
• I/O Ports

Module 3: Introduction to Embedded C

• Embedded C Overview
• Assembly Language
• Device Knowledge
• Libraries
• First Program

Module 4: Data Types and Variables

• Identifiers Declaration
• Function Data Types
• Character Data Types
• Integer Data Types
• Real Number

Module 5: Complex Data Types

• Introduction
• Pointers
• Arrays
• Enumerated Types
• Structures
• Union

Module 6: Data Type Modifiers

• Data Type Modifiers in Function Data Type
• Value Constancy Modifiers
• Allowable Values Modifiers
• Size Modifiers
• Pointer Size

Module 7: Storage Class Modifiers

• Introduction to Storage Class Modifiers
• External and Internal Linkage
• No Linkage
• Extern Modifier
• Static Modifier
• Register Modifier
• Auto Modifier

Module 8: C Statements, Structures, and Operations

• Combining Statements in a Block
• Functions
• Control Structure
• Decision Structure
• Looping Structure
• Operators and Expressions

Module 9: Libraries

• Introduction to Libraries

Module 10: Optimising and Testing Embedded C Programs

• Optimisation
• Hand Optimisation
• Debugging Embedded C
• Mixed C and Assembly

C++ Programming Training Outline

The following subjects will be taught during this course:

Module 1: Introduction to C++

• Overview
• OOPS (Object Oriented Programming)
• Pillars of Object-Oriented Development
• Features of C++
• Syntax and Structure of C++ Program

Module 2: Basic Input/Output

• Overview
• I/O Library Header Files
• Standard Output Stream (cout)
• Standard Input Stream (cin)
• Standard Error Stream (cerr)
• Standard Log Stream (clog)

Module 3: C++ Data Types, Operators, and Expressions

• C++ Data Types
• Variables
• Operators 
  • Arithmetic Operator
  • Relational Operator
  • Logical Operator
  • Bitwise Operator
  • Assignment Operator
  • Ternary or Conditional Operator
  • Comma Operator
  • Shift Operator

Module 4: Array

• Introduction to Array
• Initialising an Array
• Advantages and Disadvantages
• C++ Array Types
• Arrays of Char and Strings

Module 5: Control Structure

• Introduction
• Conditional Structure: If and Else
• Repetitive Structures or Loops
• Jump Statements

Module 6: Pointer, Functions, and Structures

• Overview
• Advantage of Pointer
• Symbols Used in Pointer
• Declaring a Pointer
• Types of Functions
• Declaration of a Function
• Declaration of Structure

Module 7: Function and Operator Overloading

• Overview
• Ways to Overload a Function
  • Number of Arguments
  • Different Datatype of Arguments
• Types of Operator Overloading
• Rules of Operator Overloading

Module 8: Function Templates and Class Templates

• Function Templates
• Class Templates

Module 9: Constructors, Destructors, and Inheritance

• Constructor
• Types of Constructors
• Destructor
• Base and Derived Classes
• Access Control and Inheritance
• Types of Inheritance

Module 10: Polymorphism, Abstract Classes, and Pure Virtual Functions

• Polymorphism in C++
• Abstract Classes Function
• Pure Virtual Function

Module 11: Data Errors, Exception Handling, and Standard Template Library

• Data Errors
• Exception Handling
• Components of STL
• STL Headers

Module 12: Vectors, Maps, Sets, and Valarrays

• Vectors
• Maps
• Sets
• Valarrays