Function overloading for different number of parameters – Computer Sir Ki Class

Login

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

Login
[lwa]


Code Learning #CPP#4481    siteicon   siteicon  

Function overloading for different number of parameters

Understanding function overloading concept as a need to handle different number of parameters

Learning Objectives

  • Understanding overloading for the purpose of handling different number of parameters.

Source Code

TC++ #4481

Source Code

Run Output 

Give side of square :10

Give sides of rectangle :8 9

Area of Square= 100

Area of Rectangle = 72

Code Understanding

int area(int);
int area(int,int);
Two function prototypes declared with similar function names but different number of input parameter data types. Purpose is similar but number of parameters are different.

int s,l,b;
cout<<“Give side of square :”; cin>>s;
cout<<“Give sides of rectangle :”; cin>>l>>b;
Input collection as needed

cout<<“Area of Square= “<<area(s)<<endl;
For calculating area of square only one parameter is needed, so the function with one parameter is called.

cout<<“Area of Rectangle = “<<area(l,b)<<endl;
For calculating area of rectangle two input parameters are needed so function with two input parameters is called.

 

int area(int s) {return s*s;}
Function to handle 1 input parameter

int area(int l,int b) {return l*b;}
Function to to handle two input parameters


Suggested Filename(s): func-ol2.cpp
Share

sunmitra| Created: 26-Aug-2018 | Updated: 15-Sep-2018|

Post Views: 647








Post Containing Topic(s)

Function Overloading Concepts


Concept Notes and Resources

Code Learning Sheet(s)
More...
Solved Problem(s)

Quiz(s)
×
Topic Lists
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


Back
×