C++ Training

Live Online & Classroom Enterprise Training

C++ is the programming language to learn for you if you want to learn Object Oriented Programming in purest form. Our course in C++ delves into such innards of this great programming language. The topics range from basics like OOPs concepts and memory management with pointers to much more intense areas.

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What is C++ Training about?

C++ training course presents a thorough introduction to object-oriented programming in C++ for experienced C programmers. The central concepts of C++ syntax and style are taught in the context of using object-oriented methods to achieve reusability adaptability and reliability. Emphasis is placed on the features of C++ that support abstract data types inheritance and polymorphism. Participants will learn to apply the process of data abstraction and class design.

What are the objectives of C++ Training ?

At the end of C++ Programming training course, participants will:

Become familiar with the syntax, semantic and all the main features of C++
Understand how to implement any concepts based upon UML design and proper programming strategies
Be aware of the C++ challenges and pitfalls and master the techniques to avoid them
Understand the main strategies and several Design Patterns to build the simplest, most flexible and reliable C++ code

What are the prerequisites for C++ Training?

Some knowledge and experience in C Programming.

Available Training Modes

Live Online Training

18 Hours

Classroom Training

3 Days

Course Outline Expand All

Expand All

1. Moving from C to C++

New Compiler Directives

Stream Console I/O

Explicit Operators

Standard Libraries

Data Control Capabilities

2. Functions

Function Prototypes and Type Checking

Default Function Data Types

Function Overloading

Problems with Function Overloading

Name Resolution

Promotions and Conversions

Call by Value

Reference Declarations

Call-by-Reference and Reference Types

References in Function Return

Constant Argument Types

Conversion of Parameters Using Default Initializers

Providing Default Arguments

Inline Functions

3. Dynamic Memory Management

Advantages of Dynamic Memory Allocation

Static, Automatic, and Heap Memory

Free Store Allocation with new and delete

Handling Memory Allocation Errors

4. Inheritance

Inheritance and Reuse

Composition vs. Inheritance

Inheritance: Centralized Code

Inheritance: Maintenance and Revision

Public, Private and Protected Members

Redefining Behavior in Derived Classes

Designing Extensible Software Systems

Syntax for Public Inheritance

Use of Common Pointers

Constructors and Initialization

Inherited Copy Constructors

Destructors and Inheritance

Public, Protected, Private Inheritance

5.Introduction to Object Concepts

The Object Programming Paradigm

Object-Orientated Programming Definitions

Information Hiding and Encapsulation

Separating Interface and Implementation

Classes and Instances of Objects

Overloaded Objects and Polymorphism

6. Strings in C++

Character Strings

The String Class

Operators on Strings

Member Functions of the String Class

7. C++ Program Structure

Organizing C++ Source Files

Integrating C and C++ Projects

Using C in C++

8. Polymorphism in C++

Definition of Polymorphism

Calling Overridden Methods

Upcasting

Accessing Overridden Methods

Virtual Methods and Dynamic Binding

Virtual Destructors

Abstract Base Classes and Pure Virtual Methods

9. Declaring and Defining Classes

Components of a Class

Class Structure

Class Declaration Syntax

Member Data

Built-in Operations

Constructors and Initialization

Initialization vs. Assignment

Class Type Members

Member Functions and Member Accessibility

Inline Member Functions

Friend Functions

Static Members

Modifying Access with a Friend Class

10. The Standard Template Library

STL Containers

Parameters Used in Container Classes

The Vector Class

STL Algorithms

Use of Libraries

11. Handling Data

New Declaration Features

Initialization and Assignment

Enumerated Types

The bool Type

Constant Storage

Pointers to Constant Storage

Constant Pointers

References

Constant Reference Arguments

Volatile Data

Global Data

12. Creating and Using Objects

Creating Automatic Objects

Creating Dynamic Objects

Calling Object Methods

Constructors

Initializing Member consts

Initializer List Syntax

Allocating Resources in Constructor

Destructors

Block and Function Scope

File and Global Scope

Class Scope

Scope Resolution Operator ::

Using Objects as Arguments

Objects as Function Return Values

Constant Methods

Containment Relationships

13. Controlling Object Creation

Object Copying and Copy Constructor

Automatic Copy Constructor

Conversion Constructor

14.Streaming I\/O

Streams and the iostream library

Built-in Stream Objects

Stream Manipulators

Stream Methods

Input/Output Operators

Character Input

String Streams

Formatted I/O

File Stream I/O

Overloading Stream Operators

Persistent Objects

15. Templates

Purpose of Template Classes

Constants in Templates

Templates and Inheritance

Container Classes

Use of Libraries

16. Exceptions

Types of Exceptions

Trapping and Handling Exceptions

Triggering Exceptions

Handling Memory Allocation Errors

17. Reliability Considerations in C++ Projects

Function Prototypes

Strong Type Checking

Constant Types

C++ Access Control Techniques

18. Multiple Inheritance

Derivation from Multiple Base Classes

Base Class Ambiguities

Virtual Inheritance

Virtual Base Classes

Virtual Base Class Information

19. Operator Overloading

Advantages and Pitfalls of Overloading

Member Operator Syntax and Examples

Class Assignment Operators

Class Equality Operators

Non-Member Operator Overloading

Member and Non-Member Operator Functions

Operator Precedence

The this Pointer

Overloading the Assignment Operator

Overloading Caveats

Who is the instructor for this training?

The trainer for this C++ Training has extensive experience in this domain, including years of experience training & mentoring professionals.

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