C Plus Plus Language Realtime Training in Jayanagar Bangal

C++ with Data Structures Real-time Training in BTM Layout & Jaya Nagar Bangalore with Real Time Scenarios
Freshers and Experienced Professionals Software Training on C++ with Data Structures Real Time Scenarios.
C++ with Data Structures course being offered in Bangalore. The course being offered by Industry specific and aimed to make industry ready professionals.
C++ with Data Structures Real-time Training with Real-time professionals
C++ with Data Structures Course Outline:
Basics in C++

 Procedure Oriented Programming

 Principle of Object Oriented Programming

 Software evaluation
 Oop paradigm
 Basic concept of Oop
 Benefit of Oop
 Application of Oop
 Programming Methods
 Introduction to C++
 Tokents
 Keywords
 Identifiers
 Constants
 Operators
 Scope Resolution operator(::)
 Memory Management Operators
 Manipulators

Control Structures

 Sequential Control Structure

 Selective Control Structure
 If, if...else, if....else if, nested if
 Switch case statement
 Nested Switch
 Repetitive Control Structure
 For Loop
 While Loop
 Do while Loop
 Continue and break
 Nested loop

Arrays and Strings

 Single dimensional array

 Two dimensional array
 Multi-dimensional array
 What are strings?
 String Manipulation Functions

Functions

 Introduction

 Defining a function
 Function Prototypes
 Return type in main Prototype
 Call by value and call by Reference
 Return by Reference
 Inline Function
 Friend Function
 Functions with default arguments
 Function Overloading
 Default arguments
 Actual and Formal Parameter
 Function overloading

Basic concepts of Object Oriented Programming

 Object

 Class
 Inheritance
 Polymorphism
 Data Abstraction
 Data Encapsulation
 Dynamic Binding
 Message Passing

Classes and Objects

 Introduction

 C structure Revisited
 Defining Classes in C++
 Class declaration
 Access specifiers
 Classes and Encapsulation
 Member Functions
 Instantiating and Using Classes
 Objects as arguments
 Difference between Class and Structure
 Returning objects
 Static member Data and Static Member Function
 Friend Functions and Friend classes
Constructors and Destructors

Introduction
Defining constructor
Using Constructors
Multiple Constructors and Initialization Lists
Constructor overloading
Default constructor
Copy constructor
Destructor
Defining Destructor
Using Destructors to Destroy Instances
Inheritance

Overview of Inheritance
What is Inheritance?
Features or Advantages of Inheritance
Private, Public, Protected Members
Types of inheritance
Single inheritance
Multiple inheritance
Multi-level inheritance
Hierarchical Inheritance
Hyrid Inheritance
Defining Base and Derived Classes
Constructor and Destructor Calls
Inheritance scope
Pointers

Reference Pointer(&)

Dereference Pointer(*)
Declaring variables of pointer types
Pointer Initialization
Pointers and Arrays
Pointer Arithmetic
Pointers to Functions
Pointers to pointers
This pointer
Void pointer
Null pointer
Dynamic memory allocation
New, delete operator

Operator Overloading
Need of overloading

Defining operator overloading
Overloading unary operators
Overloading binary operators
Overloading binary operators using
friend function
Rules for operator overloading
Overloading other operators
Polymorphism and Virtual function

Types of polymorphism

Early binding
Dynamic binding
Virtual Functions
Pure Virtual function
Null virtual function
Templates

Introduction
Templates

Function Templates
Class Templates
Member function Templates
Template Arguments
Exception Handling

Introduction

Syntax of Exception Handling Code
Exception handling mechanism
Try, catch, throw keywords

File Handling

Introduction
Classes for File Stream Operations
Opening and closing a file
Ifstream, Ofstream, Fstream
Detecting End of file
Sequential Access files
Random Access files
Binary Files
Command line arguments
DATA STRUCTURES
Linear Data Structures


Linked List


Single Linked List

Double Linked List

Single circular Linked list
Double Circular Linked list

Stack
Stack ADT using an Array
Stack ADT using a single linked list
Queues
Queue ADT using an Array
Queue ADT using a single linked list
Circular Queues
De Queues
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