Advanced C++11141720 Programming-34 hrs course in 12 days

Advanced C++11/14/17/20 Programming-34 hrs course in 12 days, available at $64.99, has an average rating of 4.73, with 85 lectures, based on 65 reviews, and has 5201 subscribers.

You will learn about OOPS real world entities with real world programs, STL, Exception Handling, RTTI, Templates. Polymorphims-Operator & Function Overloading, virtual function,vtable and much more. Inheritance and lots of more in depth. Advanced features of C++ – C++11 with configuration setup on IDE. Practical workshops on IDE for complete Course with access of complete source code. Line to line explanation of each instruction for all the programs. This course is ideal for individuals who are C Developers, C++ Developers, Java Developers or College Students/ Freshers, Trainers or In addition with all those who interested in cracking interview or Also Other Language Developers as C is Basic Fundamental language to all Other Languages or Testers, Freelancers It is particularly useful for C Developers, C++ Developers, Java Developers or College Students/ Freshers, Trainers or In addition with all those who interested in cracking interview or Also Other Language Developers as C is Basic Fundamental language to all Other Languages or Testers, Freelancers.

Enroll now: Advanced C++11/14/17/20 Programming-34 hrs course in 12 days

Summary

Title: Advanced C++11/14/17/20 Programming-34 hrs course in 12 days

Price: $64.99

Average Rating: 4.73

Number of Lectures: 85

Number of Published Lectures: 85

Number of Curriculum Items: 86

Number of Published Curriculum Objects: 86

Original Price: ?2,499

Quality Status: approved

Status: Live

What You Will Learn

OOPS real world entities with real world programs, STL, Exception Handling, RTTI, Templates.

Polymorphims-Operator & Function Overloading, virtual function,vtable and much more.

Inheritance and lots of more in depth.

Advanced features of C++ – C++11 with configuration setup on IDE.

Practical workshops on IDE for complete Course with access of complete source code.

Line to line explanation of each instruction for all the programs.

Who Should Attend

C Developers, C++ Developers, Java Developers

College Students/ Freshers, Trainers

In addition with all those who interested in cracking interview

Also Other Language Developers as C is Basic Fundamental language to all Other Languages

Testers, Freelancers

Target Audiences

C Developers, C++ Developers, Java Developers

College Students/ Freshers, Trainers

In addition with all those who interested in cracking interview

Also Other Language Developers as C is Basic Fundamental language to all Other Languages

Testers, Freelancers

This course covers C++ from very basic to more advanced features.

The course content is 34 hours.

Concepts of C++ programming are made very simple and easy.

Every lecture is discussed with programs and execution in IDE.

Every Topic is explained with Real life Examples.

This course also covers features of modern C++ 11/ C++14/ C++17/ C++20.

You will be learning concepts perfectly and also learn how to perfectly utilize features of C++. you will be confident to develop any type of Application using C++.

What will I learn?

Classes and Objects

OOPS concepts in detail.

Constructors

Destructors

Operator Overloading

Inheritance

Polymorphism

Abstract Classes

Function Overloading

Function Overriding

Friend Members

Static Members

Shallow Copy & Deep Copy

Assignment Operator

Copy Constructors

Explicit Constructors

Virtual Functions

Virtual Pointers

Virtual Table

Object Slicing

Templates

Exception Handling

RTTI

dynamic_cast, const_cast, static_cast, reinterpret_cast

I/O Streams

Sorting Algorithm

Searching Algorithm & other algorithms

Iterator

STL

Array, Vector, List, Deque Container

Map, Set, MultiMap, MultiSet

Unordered Map, Unordered Set, Unordered MultiMap, Unordered MultiSet

Adapter Container – Stack, Queue & Priority Queue

std pair

Functor

Why enrolling this Course will be the best decision for you?

1. You will get to know about Basic to Modern C++ and will be able to sync it with real time examples

2. You will be able to write C++ projects and will also be able to execute it on IDE

3. You will be able to develop skill power logical and verbal wise too.

4. You will be able to crack any interview in today’s IT Industry.

Are there any course requirements or prerequisites?

Computer running Microsoft Windows, Linux or Mac Operating systems.

Who this course is for:

C Developers, C++ Developers, Java Developers, php Developers etc.

College Students/ Freshers, Trainers

In addition with all those who interested in cracking interview

Also Other Language Developers

Testers, Freelancers

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Overview of OOPS

Lecture 1: Concepts of Class Object Encapsulation Abstraction Polymorphism

Lecture 2: Concept of Inheritance access specifier, member function definition with program

Lecture 3: Friend function Constructor Destructor Static members & Static member function

Lecture 4: Explanation of Friend Function & Class with program execution and Pros & Cons

Chapter 3: Constructor & Destructor with Program & Execution

Lecture 1: Explanation of Constructor & Types of Constructors with program & execution

Lecture 2: Concepts of Types of Copy Constructor

Lecture 3: Shallow Copy Constructor with program & execution

Lecture 4: Deep Copy Constructor with program & execution

Lecture 5: Concepts of Destructor with program & execution

Lecture 6: Explicit Constructor with program & execution

Lecture 7: What is Initializer List and when to use it in Constructor

Chapter 4: Polymorphism

Lecture 1: Function Overloading (Compile Time Polymorphism) with program & execution

Lecture 2: Use Cases of Function Overloading with Real Time Examples

Lecture 3: Concepts of Operator Overloading

Lecture 4: Operator Overloading with Program & Execution and Usage of Operators

Lecture 5: Conversion Operator & Run Time Polymorphism with Program & Execution

Lecture 6: Virtual Function – Early/Late Binding & Virtual Table & Virtual Pointer -Program

Lecture 7: Assignment Operator vs Copy Constructor with Program & Execution

Chapter 5: Operator Overloading

Lecture 1: Pre-increment Post-increment & Array[] Operator Overloading with Program

Lecture 2: Operator Overloading(->, <<, >>) Array Out of Bound Operator Overloading-Program

Chapter 6: Virtual Functions

Lecture 1: Virtual Function with Default Argument with Program & Execution

Lecture 2: Interview Related Lecture on Virtual Function, Virtual Constructor/Destructor

Lecture 3: Concepts of Object Slicing with Program

Chapter 7: Inheritance

Lecture 1: Access Modes of Inheritance with Program & Execution

Lecture 2: Types of Inheritance & Diamond Problem with Program & Execution

Chapter 8: IO System

Lecture 1: Formatting Input Output System Using Members of ios Class with Program

Lecture 2: Formatting Input Output System Using Manipulators with Programs & Execution

Chapter 9: RTTI

Lecture 1: RTTI – typeid with Runtime Polymorphism with Program & Execution

Lecture 2: Concept of dynamic_cast – Casting Operator

Lecture 3: dynamic_cast and Difference of typeid & dynamic_cast with Program & Execution

Lecture 4: const_cast and static_cast and reinterpret_cast with Program & Execution

Lecture 5: Assignment of Application of RTTI using typeid to Determine Count of Object

Chapter 10: Exception Handling

Lecture 1: Exception Handling Concept and keywords used to handle exception

Lecture 2: Multiple programs for different scenerios of Exception with execution on IDE

Lecture 3: Program & Execution of throwing exception of object of class, multiple catches

Lecture 4: Handling derived class exception & how to define generic catch for all exception

Lecture 5: Restricting exceptions with program and execution on IDE

Lecture 6: Terminate and Unxpected – setting terminates and unexpected handlers

Chapter 11: Templates

Lecture 1: Function template & difference between function template & function overloading

Lecture 2: Class Templates

Lecture 3: Class Templates with default parameter

Lecture 4: Class Function Template Specialization

Lecture 5: Function Template with Static Variable

Lecture 6: Class Templates with Static Variable

Chapter 12: STL – Algorithms

Lecture 1: STL Algorithms – Sorting

Lecture 2: STL Algorithms – Searching

Lecture 3: STL Algorithms – accumulate, reverse, itoa, stable partition

Lecture 4: STL Algorithms – all_of and any_of algorithm

Lecture 5: STL Algorithms -numeric_limits class template

Chapter 13: Iterators

Lecture 1: Introduction to Iterator & Types of Iterator

Lecture 2: Random Access Iterator with program & execution on IDE

Lecture 3: Iterator Bidirectionalterator Part3

Lecture 4: Program & Execution of Iterator Bidirectionalterator

Lecture 5: Iterator Forward Input OutputIterator Part5

Chapter 14: STL Container

Lecture 1: STL Container Introduction, types of container and array container

Lecture 2: STL Array Container with program & execution Part1

Lecture 3: STL Array Container with program & execution Part2

Lecture 4: STL Vector Container

Lecture 5: Vector Container with program & execution, push_back, pop_back, insert and erase

Lecture 6: Vector Container to access vector elements through iterator and modify elements

Lecture 7: Vector Container to create vector of objects with program & execution on IDE

Lecture 8: Vector Container to check capacity, resize, shrinktofit, reserve with program

Lecture 9: Vector Container to assign, swap, emplace, difference between array & vector

Lecture 10: STL List Container

Lecture 11: List Container for push_back, push_front,sort, reverse with program & execution

Lecture 12: List Container for remove_if, splice with program & execution on IDE

Lecture 13: Forward_list assign, push_front, emplace_front, insert_after, remove_if etc.

Lecture 14: Forward List Container splice_after, swap, sort, = operator, merge, clear

Lecture 15: STL Container Deque for push_front, push_back, swap, insert & range based loop

Lecture 16: Set Associative Container

Lecture 17: Set Container-insert, erase single element & erase range with program& Execution

Lecture 18: Multiset-occurence of element, find, emplace, key_compare Program & Execution

Lecture 19: Multiset Container – Occurence of Element, find, emplace, key_compare – Program

Lecture 20: Map insertion using pair/erase/find/count/key_comp/value_comp/lower/upper bound

Lecture 21: MultiMap insertion – pair/erase/find/count/key_comp/value_comp/lower/upper bound

Lecture 22: Unordered Set – Insert/erase/find/count/clear/size/max_size/hash_function/swap..

Lecture 23: Unordered MultiSet – Insert/erase/find/count/clear/size/max_size/hash_function..

Lecture 24: Unordered Map – pair/erase/find/count/key_comp/value_comp/lower/upper bound

Lecture 25: Unordered MultiMap – Insert/erase/find/count/clear/size/max_size/hash_function..

Lecture 26: StringStream Class, Queue STL for push/pop/front/back – Program & Execution

Lecture 27: Priority Queue for push, top, swap etc – Program & Execution

Lecture 28: Stack for push, pop, top etc – Program & Execution

Chapter 15: STL Utility Pair

Lecture 1: Pair – Initialize pair, Methods of pair i.e. swap/tie/operators – Program

Instructors

Sonali Shrivastava
Team Lead in MNC

Rating Distribution

1 stars: 0 votes

2 stars: 1 votes

3 stars: 1 votes

4 stars: 15 votes

5 stars: 48 votes

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