reversing a string object using the reverse function in algorithm lib – Computer Sir Ki Class


Lost your password?

Don't have an account ?
Register (It's FREE) ×


Code Learning #CPP#3049 siteicon   siteicon   siteicon  

reversing a string object using the reverse function in algorithm lib

Using the reverse() function directly along with begin() and end() iteration location setting functions of string class object

Learning Objectives

  • Learning to use reverse() function which is a library function for string objects.
  • The function needs start and end locations which are passed using the <object>.begin() and object.end() functions.

Source Code

TC++ #3049

Source Code

Run Output

ytsat era setalocohc

Code Understanding

#include <algorithm> //This header is required to use the reverse function

string st=”chocolates are tasty”; //Here we declare and initialise a test string

Here we use the reverse function directly with parameters st.begin() and st.end() in order to tell the reverse function that how much part has to be reversed.

The original string itself is reversed, so it can now be printed directly.



sunmitra| Created: 26-Jan-2018 | Updated: 26-Jan-2018|

Introductory Sessions Beginning to Program Tokens Keyword and Identifiers Data Types Variables and Constants Operators Simple User Input Building Expressions and Formulas Simple Real World Problems Simple If and If Else Multiple-Nested-Ladder of If Else Switch case selection Simple Loops Tricks in Loops - break continue scope Loop Applications - Handling numerals Series printing loops Nested Loops Pattern printing loops Number Varieties and Crunches String Handling (Null Terminated) Strings - string class type Functions (Built-in) Functions - user defined Functions Reference Passing/Returning Arrays Concepts and 1-D Arrays Array Data Management Two dimensional arrays and Matrices Structures Basics Structures passing/returning 2D Array Memory Addressing Display Using IO Manipulation Display Using C Formatting Tricks User Defined Data Types Enumerated Types Preprocessor Directives And Macros Exception Handling Programming Paradigms and OOPs Advantages Abstraction and Encapsulation Polymorphism Inheritance Function Overloading Concepts Function Overloading Varieties Function Overloading Special Cases Defining Classes Creating and Using Class Objects Class Members Accessibility Class Function Types Inline Functions Constant Functions Nesting of Functions Class Members Scope Resolution Static Members in a Class Array of Objects Constructor Concepts Default Constructor Parameterized Constructor Copy Constructor Constructor Overloading Destructors Inheritance Fundamentals Public Derivations Private and Protected Derivations Multiple Inheritance Multi-Level Inheritance Class Nesting Data File Concepts Handling Text Files Handling Binary Files Pointer Concepts Pointer and Arrays Pointers and Functions Object Pointers This Pointer Linked Lists Stacks Queues