Training in C++

I-PAD Technologies
In Hyderabad

Price on request
You can also call the Study Centre
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Important information

Typology Training
Location Hyderabad
  • Training
  • Hyderabad


Where and when

Starts Location
On request
Ramakrishna Niwas 2nd & 4th Floor Flat No. 401 Sanjeev Reddy Nagar, 500038, Andhra Pradesh, India
See map
Starts On request
Ramakrishna Niwas 2nd & 4th Floor Flat No. 401 Sanjeev Reddy Nagar, 500038, Andhra Pradesh, India
See map

Course programme

I-PAD Technologies Promises the future of education in Information Technology by dedicating it self towards sharpening your technical and soft skills to improve your chances in this competitive world. Silent Features are...

Ø I-PAD Technologies assures robust, practical and industry-worth guidance and training to the student.

Ø I-PAD Technologies offers the student community a complete exposure to all application/firmware development activities carried at our offshore research center

Ø Faculties with rich teaching experience and considerable practical experience will be involved in the training program.

Ø The required infrastructure for conducting the program will be available in totally.

Ø It is assured that the program will be conducted, strictly based on agreed curriculum and time schedules with the at most professionalism.

Ø Heavy emphasis will be laid on practical issues to make the students worthy of the industry at the conclusion of the training program.

Ø Communication skills and Confidence building will be an integral part of the program.


We are proud to be the pioneers in "Hardware and Networking". Just when everyone was bent upon Software, we foresaw the tremendous potential in Hardware and Networking, and successfully emerged as one of the best IT Company for Hardware and Networking Solutions and the best institute for Hardware and Networking Training. Today the two sides of its business are equally balanced. The expertise of its training is coupled with a strong commitment to provide the best Hardware and Networking solutions. This has put I-PAD Technologies in the unique position of deriving synergies between Network Solutions and IT Training. At I-PAD Technologies, we have versatile, highly qualified and certified Hardware and Networking Engineers with varied academic backgrounds and is headed by Mr.Srinivasa Rao.K. The teaching staff are in the field with the complete understanding of the IT industry, its prospects and are provident enough to see to it that you are equipped with the latest knowledge in the ever changing world of IT industry. After extensive learning, we subject our students to some Real Time situations (which is often created by our staff) and student left alone, to handle the situation, to overcome the problem, with his own solutions. In this way, he is getting experienced, even before the completion of course and is very much ready to seek the job with tremendous confidence.

In keeping view of the student's requirements, the I-PAD Technologies are providing 24-hour lab facility. The lab is also open on all Sundays / Holidays Our labs are enormous and equipped with the latest systems available in the industry today. We also have product maintenance engineers who see to it that our systems are fully functional at all times. We have a good library, shelving books with latest versions and editions covering various topics on Real Time situations and Trouble shooting, etc.

Data types, Operators and Statements

v Identifiers and Keywords

v Constants

v C++ Operators

v Type Conversion

· Writing a program in C++

v Variable declaration

v Statements

o Expression statement

o Compound statement

o Control statements

o Simple C++ programs

v Features of iostream.h and iomanip.h

v Manipulator Functions

o Predefined Functions

v Input statements

v Output statement

v Input and output (I/O) stream flags

· Control statements

v Conditional statements

o If statement

o If - else statement

o Switch - case statement

v Loop statements

o For loop

o While loop

o Do - while loop

v Breaking control statements

o Break statements

o Continue statements

o Goto statements

· Functions and Program Structures

v Function definition

v Return statement

v Function types

v Actual and formal arguments

v Local and global variables

v Default arguments

v Multifunction program

v Storage class specifiers

o Automatic variables

o Register variables

o Static variables

o External variables

v Recursive functions

v Preprocessors

v Macros

v Header Files

v Standard functions

· Arrays

v Array notation

v Array declaration

v Array initialization

v Processing with an array

v Functions and arrays

v Multidimensional arrays

v Character arrays

· Pointers

v Pointer declaration

v Pointer operator

v Address operator

v Pointer arithmetic

v Pointer and functions

o Call by value

o Call by reference

o Pointer to functions

o Passing a function to another

v Pointer and arrays

o Pointer and One Dimensional Array

o Pointer and multidimensional Array

v Pointer and strings

v Array of pointers

v Pointer to pointer

· Structures and Unions

v Declaration of a structure

v Initialization of structure

v Functions and structures

v Arrays of structures

v Arrays within structure

v Structure within a structure(nested structure)

v Pointers and structures

v Unions

v Typedef

v Enumerations

· Classes and Objects

v Introduction

v Structures and classes

v Declaration of classes

v Simple class

v Private

v Public

v Protected

v Member functions

v Defining the object of a class

v Accessing a member of class

v Pointers and classes

v Classes and Unions

v Array of class objects

v Classes within a class(nested classes)

v Constructors

o Copy constructors

o Default constructors

v Destructors

v Inline member functions

v Static members

o Static data members

o Static function members

v Friend functions

v Dynamic memory allocations

o New operator

o Delete operator

v This pointer

· Inheritance

v Introduction

v Single inheritance

v Base class

o Direct base class

o Indirect base class

v Types of derivation

o Public inheritance

o Private inheritance

o Protected inheritance

v Ambiguity in single inheritance

v Array of class objects and single inheritance

v Multiple inheritance

v Arrays of class objects and multiple inheritance

v Ambiguity in multiple inheritance

v Container classes

v Member access control

o Accessing the public member

o Accessing the private member

o Accessing the protected member

o Accessing the private member by friend class

· Overloading

v Function overloading

o With various data types

o With different number of arguments

v Scope rules

v Special features

v Operator overloading

o Unary operator

o Binary operator

v Overloading assignment operator

· Polymorphism

v Introduction

v Virtual functions

o With pointers

o Early binding

o Late binding

v Pure virtual functions

v Abstract base classes

v Constructors under inheritance

v Destructors under inheritance

v Virtual destructors

v Virtual base classes

· Templates and Exception Handling

v Function templates

v Class templates

v Exception handling

o Try

o Catch

o Throw

· Data File Operations

v Opening and closing files

v Stream state member functions

v File operation

o Character I/O

o String I/O

o Formatted I/O

v Binary file operations

v Structures and file operations

v Classes and file operations

v Array of class objects and file operations

v Nested classes and file operations

v Random access file operations

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