what is compound assignment statement in c

This browser is no longer supported.

Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support.

C Compound Assignment

6 contributors

The compound-assignment operators combine the simple-assignment operator with another binary operator. Compound-assignment operators perform the operation specified by the additional operator, then assign the result to the left operand. For example, a compound-assignment expression such as

expression1 += expression2

can be understood as

expression1 = expression1 + expression2

However, the compound-assignment expression is not equivalent to the expanded version because the compound-assignment expression evaluates expression1 only once, while the expanded version evaluates expression1 twice: in the addition operation and in the assignment operation.

The operands of a compound-assignment operator must be of integral or floating type. Each compound-assignment operator performs the conversions that the corresponding binary operator performs and restricts the types of its operands accordingly. The addition-assignment ( += ) and subtraction-assignment ( -= ) operators can also have a left operand of pointer type, in which case the right-hand operand must be of integral type. The result of a compound-assignment operation has the value and type of the left operand.

In this example, a bitwise-inclusive-AND operation is performed on n and MASK , and the result is assigned to n . The manifest constant MASK is defined with a #define preprocessor directive.

C Assignment Operators

Was this page helpful?

Coming soon: Throughout 2024 we will be phasing out GitHub Issues as the feedback mechanism for content and replacing it with a new feedback system. For more information see: https://aka.ms/ContentUserFeedback .

Submit and view feedback for

Additional resources

Find Study Materials for

Business Studies
Combined Science
Computer Science
Engineering
English Literature
Environmental Science
Human Geography
Macroeconomics
Microeconomics
Social Studies
Browse all subjects
Read our Magazine

Create Study Materials

Dive into the fascinating world of compound statements in C programming as we unravel their purpose, structure, and implementation. Grasp the core differences between simple and compound statements, and learn how to use them effectively in your programs. Embark on a journey through examples that demonstrate control structures and error handling techniques, as you enhance your coding skills. Finally, understand the various advantages of using both simple and compound statements in C programming, which lead to improved readability, efficiency, and flexibility of the code. So, brace yourself for an exciting and insightful learning experience in the realm of C programming.

Explore our app and discover over 50 million learning materials for free.

Compound Statement in C
Explanations
StudySmarter AI
Textbook Solutions
Algorithms in Computer Science
Computer Network
Computer Organisation and Architecture
2d Array in C
AND Operator in C
Access Modifiers
Actor Model
Algorithm in C
Array as function argument in c
Assignment Operator in C
Automatically Creating Arrays in Python
Bitwise Operators in C
C Arithmetic Operations
C Array of Structures
C Functions
C Math Functions
C Memory Address
C Plus Plus
C Program to Find Roots of Quadratic Equation
C Programming Language
Change Data Type in Python
Classes in Python
Comments in C
Common Errors in C Programming
Concurrency Vs Parallelism
Concurrent Programming
Conditional Statement
Critical Section
Data Types in Programming
Declarative Programming
Decorator Pattern
Distributed Programming
Do While Loop in C
Dynamic allocation of array in c
Encapsulation programming
Event Driven Programming
Exception Handling
Executable File
Factory Pattern
For Loop in C
Formatted Output in C
Functions in Python
How to return multiple values from a function in C
Identity Operator in Python
Imperative programming
Increment and Decrement Operators in C
Inheritance in Oops
Insertion Sort Python
Instantiation
Integrated Development Environments
Integration in C
Interpreter Informatics
Java Abstraction
Java Annotations
Java Arithmetic Operators
Java Arraylist
Java Arrays
Java Assignment Operators
Java Bitwise Operators
Java Classes And Objects
Java Collections Framework
Java Constructors
Java Data Types
Java Do While Loop
Java Enhanced For Loop
Java Expection Handling
Java File Class
Java File Handling
Java Finally
Java For Loop
Java Function
Java Generics
Java IO Package
Java If Else Statements
Java If Statements
Java Inheritance
Java Interfaces
Java List Interface
Java Logical Operators
Java Map Interface
Java Method Overloading
Java Method Overriding
Java Multidimensional Arrays
Java Multiple Catch Blocks
Java Nested If
Java Nested Try
Java Non Primitive Data Types
Java Operators
Java Polymorphism
Java Primitive Data Types
Java Queue Interface
Java Recursion
Java Reflection
Java Relational Operators
Java Set Interface
Java Single Dimensional Arrays
Java Statements
Java Static Keywords
Java Switch Statement
Java Syntax
Java This Keyword
Java Try Catch
Java Type Casting
Java Virtual Machine
Java While Loop
Javascript Anonymous Functions
Javascript Arithmetic Operators
Javascript Array Methods
Javascript Array Sort
Javascript Arrays
Javascript Arrow Functions
Javascript Assignment Operators
Javascript Async
Javascript Asynchronous Programming
Javascript Await
Javascript Bitwise Operators
Javascript Callback
Javascript Callback Functions
Javascript Changing Elements
Javascript Classes
Javascript Closures
Javascript Comparison Operators
Javascript DOM Events
Javascript DOM Manipulation
Javascript Data Types
Javascript Do While Loop
Javascript Document Object
Javascript Event Loop
Javascript For In Loop
Javascript For Loop
Javascript For Of Loop
Javascript Function
Javascript Function Expressions
Javascript Hoisting
Javascript If Else Statement
Javascript If Statement
Javascript Immediately Invoked Function Expressions
Javascript Inheritance
Javascript Interating Arrays
Javascript Logical Operators
Javascript Loops
Javascript Multidimensional Arrays
Javascript Object Creation
Javascript Object Prototypes
Javascript Objects
Javascript Operators
Javascript Primitive Data Types
Javascript Promises
Javascript Reference Data Types
Javascript Scopes
Javascript Selecting Elements
Javascript Spread And Rest
Javascript Statements
Javascript Strict Mode
Javascript Switch Statement
Javascript Syntax
Javascript Ternary Operator
Javascript This Keyword
Javascript Type Conversion
Javascript While Loop
Linear Equations in C
Log Plot Python
Logical Error
Logical Operators in C
Loop in programming
Matrix Operations in C
Membership Operator in Python
Model View Controller
Nested Loops in C
Nested if in C
Numerical Methods in C
OR Operator in C
Object orientated programming
Observer Pattern
One Dimensional Arrays in C
Oops concepts
Operators in Python
Parameter Passing
Pascal Programming Language
Plot in Python
Plotting In Python
Pointer Array C
Pointers and Arrays
Pointers in C
Polymorphism programming
Procedural Programming
Programming Control Structures
Programming Language PHP
Programming Languages
Programming Paradigms
Programming Tools
Python Arithmetic Operators
Python Array Operations
Python Arrays
Python Assignment Operator
Python Bar Chart
Python Bitwise Operators
Python Bubble Sort
Python Comparison Operators
Python Data Types
Python Indexing
Python Infinite Loop
Python Loops
Python Multi Input
Python Range Function
Python Sequence
Python Sorting
Python Subplots
Python while else
Quicksort Python
R Programming Language
Race Condition
Ruby programming language
Runtime System
Scatter Chart Python
Secant Method
Shift Operator C
Single Structures In C
Singleton Pattern
Software Design Patterns
Statements in C
Storage Classes in C
String Formatting C
String in C
Strings in Python
Structures in C
Swift programming language
Syntax Errors
Threading In Computer Science
Variable Informatics
Variable Program
Variables in C
Version Control Systems
While Loop in C
Write Functions in C
exclusive or operation
for Loop in Python
if else in C
if else in Python
scanf Function with Buffered Input
switch Statement in C
while Loop in Python
Computer Systems
Data Representation in Computer Science
Data Structures
Functional Programming
Issues in Computer Science
Problem Solving Techniques
Theory of Computation

Lerne mit deinen Freunden und bleibe auf dem richtigen Kurs mit deinen persönlichen Lernstatistiken

Nie wieder prokastinieren mit unseren Lernerinnerungen.

Compound Statement in C Explained

A compound statement in C, also known as a block, is a collection of multiple statements enclosed within curly braces { }. These statements are executed together as if they were a single statement. In C, a compound statement can be used in any context where a single statement is allowed, making them very useful in various programming constructs such as loops, conditional statements, and functions.

Purpose of using compound statements

The main purpose of using compound statements is to group multiple statements together, allowing them to be executed sequentially in specific contexts. Here are some advantages and use cases for compound statements:

Combining multiple statements to a single unit allows them to be used in control structures like for loops, while loops, and if-else statements which require a single executable statement.
Compound statements in functions enable local variable declaration and can help maintain code simplicity and readability.
Using compound statements can reduce the chances of errors caused by misplaced semicolons or incorrect use of braces.

Declaring a compound statement

To declare a compound statement, you wrap the statements you want to group together within curly braces { }, forming a separate block. You typically use compound statements when you need to execute more than one statement in a control structure. Here is an example of declaring a compound statement in an if-else construct:

Difference between Simple and Compound Statement in C

Both simple and compound statements are used in C programming to perform various tasks, but they are fundamentally different based on their structure and usage. To compare these two, let's discuss the primary differences:

In conclusion, a compound statement in C allows you to group multiple statements together, which is beneficial for various programming constructs such as loops, conditional statements, and functions. Understanding the differences between simple and compound statements helps to enhance your programming skills and write more efficient code in the C language.

Exploring Compound Statement in C Programming Examples

Control structures in C programming, such as conditional statements and loops, rely on compound statements to execute multiple tasks in a specific context. In this section, we'll discuss how to implement compound statements with if-else statements and loops to improve your programming efficiency and code readability.

Using If-else statements with compound statements

When working with if-else statements, you can use compound statements to group multiple statements that should be executed when a specific condition is met. This allows you to seamlessly manage multiple conditions and operations within a single if-else statement. Here's an example:

In this example, we used a compound statement containing two printf statements for each branch of the if-else statement, allowing multiple tasks to be executed depending on the grade value.

Working with loops in compound statements

Loops, such as for and while loops, can also benefit from using compound statements. By enclosing multiple statements within a compound statement, you can perform multiple operations iteratively. Here's an example:

In this example, we used an enclosing compound statement with a for loop to print both the iteration number and the string "Hello, World!" multiple times. The usage of compound statements enabled the execution of multiple tasks within the loop context.

Compound Statement Missing in C: Common Issues

When working with compound statements, you might encounter issues related to missing or misplaced braces, resulting in common syntax or runtime errors. In this section, we'll discuss how to fix and avoid these errors in your compound statements.

Fixing the missing compound statement error

A missing compound statement error occurs when one or more of the required curly braces are misplaced or missing from the code. To fix this error, carefully review your code, ensuring that each opening brace '{' is matched with an appropriate closing brace '}'. Here are some tips to fix the error:

Double-check the position of each brace to ensure correct placement.
Ensure that all compound statements used within control structures are enclosed with proper curly braces.
Use a text editor or integrated development environment (IDE) with brace matching capabilities to easily identify missing or mismatched braces.
Following a consistent code style and indentation can help you quickly identify any issues with your compound statements.

Avoiding syntax errors in your compound statements

Syntax errors within compound statements can result from misplaced semicolons, incorrect brace positions, or typos within the statements. To avoid these issues and maintain clean and efficient code, follow these guidelines:

Always ensure that each opening brace '{' is appropriately paired with a closing brace '}'.
Be cautious of putting semicolons (;) directly after a control statement like if, for, or while, as it might lead to unexpected behaviour.
Utilise proper indentation and code formatting to enhance readability, making it easier to identify potential syntax errors .
Employ a text editor or integrated development environment (IDE) with syntax highlighting and error checking capabilities to spot and fix errors more efficiently.

By carefully checking your code for errors and following consistent coding practices, you can avoid common issues related to compound statements and improve the overall quality and reliability of your C programs.

Advantages of Using Simple and Compound Statement in C

Combining simple and compound statements in C programming provides numerous benefits for code readability, efficiency, organisation, flexibility, and reusability. By understanding and appropriately using these types of statements, developers can create robust and maintainable code for complex applications.

Improving code readability and efficiency

Code readability and efficiency play a crucial role in software development, as they directly impact the ease of understanding, maintaining and debugging the code. Employing simple and compound statements effectively can significantly enhance both these aspects:

Logical grouping of statements: Compound statements can encapsulate multiple related operations within a single block enclosed by braces, improving the code structure and organization.
Using appropriate control structures: Implementing if-else, for and while loops with compound statements makes code execution more efficient and reduces program complexity.
Local and global variables: Simple and compound statements enable appropriate use of local and global variables, helping to manage the scope of variables and memory usage.
Error reduction: Proper usage of simple and compound statements helps minimise potential syntax and logical errors that might be otherwise introduced by misplacement of semicolons or braces.

Organising complex code structures

Managing complex code structures can be challenging, especially when dealing with large-scale applications. Utilising simple and compound statements strategically can greatly improve code organisation in the following ways:

Function declarations: Grouping related statements within a function using compound statements increases code readability and makes it easier to identify the logic of each function.
Nesting control structures: You can nest compound statements within other control structures, such as loops and conditional statements, enabling the creation of more complex and versatile logic.
Separation of concerns: Well-delineated compound statements facilitate the separation of concerns, leading to modular and maintainable code.
Code commenting: Simple and compound statements can be accompanied by meaningful comments to help understand the purpose of each segment and improve code maintainability.

Enhancing code flexibility and reusability

Code flexibility and reusability are essential for software development, as they enable code segments to be easily reused and adapted to evolving requirements. Simple and compound statements provide various benefits in these regards:

Modularisation: By encapsulating related statements within compound statements, developers can create a modular code design that supports easier modification and scalability.
Reusable functions: Employing simple and compound statements within functions promotes the development of reusable and general-purpose functions that can be invoked throughout the codebase, reducing code repetition and increasing efficiency.
Customisation of control structures: With the effective use of simple and compound statements, developers can create custom control structures capable of catering to specific project requirements and handling unique operations.
Code refactoring: Structured code with well-defined simple and compound statements simplifies the process of refactoring, making it easier to optimise or rewrite sections of code without affecting the overall logic of the application.

By taking advantage of the benefits provided by simple and compound statements, developers can improve the overall quality and maintainability of their C programs, creating code that is more efficient, readable, and adaptable to changing requirements.

Compound Statement in C - Key takeaways

Compound Statement in C: A block of multiple statements enclosed within curly braces { }, allowing the grouped statements to be executed together.

Difference between simple and compound statement in C: While simple statements are single executable statements ending with a semicolon (;), compound statements consist of multiple simple statements within curly braces { }.

Compound statement in C programming example: In control structures such as if-else statements and loops, compound statements allow the execution of multiple tasks depending on the condition or iteration.

Compound statement missing in C: Common issues include missing or misplaced curly braces, leading to syntax or runtime errors. Proper code organization and consistent practices can help avoid these errors.

Advantages of using simple and compound statement in C: Improved code readability, efficiency, organization, flexibility, and reusability, leading to robust and maintainable code for complex applications.

Frequently Asked Questions about Compound Statement in C

--> what is a compound statement in c, --> what is the difference between a simple and a compound statement, --> what is an example of a compound statement, --> how do you write a compound statement, --> what is the rule of a compound statement, test your knowledge with multiple choice flashcards.

What is a compound statement in C programming?

What are some advantages of using compound statements in C?

How do you declare a compound statement in C?

Your score:

Join the StudySmarter App and learn efficiently with millions of flashcards and more!

Learn with 15 compound statement in c flashcards in the free studysmarter app.

Already have an account? Log in

A compound statement in C, also known as a block, is a collection of multiple statements enclosed within curly braces { }, executed together as if they were a single statement. They can be used in any context where a single statement is allowed.

Compound statements enable grouping of statements for use in control structures, allow local variable declaration in functions, maintain code simplicity and readability, and reduce errors caused by misplaced semicolons or incorrect braces usage.

To declare a compound statement, wrap the statements you want to group together within curly braces { }, forming a separate block. Compound statements are used when executing more than one statement in a control structure.

What is the primary difference between a simple statement and compound statement in C?

A simple statement is a single executable statement ending with a semicolon (;), while a compound statement consists of multiple simple statements enclosed within curly braces { }.

Where can compound statements be used in C programming?

Compound statements can be used in various programming constructs such as loops, conditional statements, and functions, in any context where a single statement is allowed.

In C programming, how can compound statements be used with if-else statements to execute multiple tasks depending on specific conditions?

Compound statements can be used with if-else statements by enclosing multiple statements within curly braces after each if or else branch, allowing the grouped statements to be executed when the condition is met.

Computer Programming

of the users don't pass the Compound Statement in C quiz! Will you pass the quiz?

How would you like to learn this content?

Free computer-science cheat sheet!

Everything you need to know on . A perfect summary so you can easily remember everything.

Join over 22 million students in learning with our StudySmarter App

The first learning app that truly has everything you need to ace your exams in one place

Flashcards & Quizzes
AI Study Assistant
Study Planner
Smart Note-Taking

Join over 22 million students in learning with our StudySmarter App

This is still free to read, it's not a paywall.

You need to register to keep reading, create a free account to save this explanation..

Save explanations to your personalised space and access them anytime, anywhere!

By signing up, you agree to the Terms and Conditions and the Privacy Policy of StudySmarter.

Entdecke Lernmaterial in der StudySmarter-App

Privacy Overview

Introduction to C
Download MinGW GCC C Compiler
Configure MinGW GCC C Compiler
The First C Program
Data Types in C
Variables, Keywords, Constants
If Statement
If Else Statement
Else If Statement
Nested If Statement
Nested If Else Statement
Do-While Loop
Break Statement
Switch Statement
Continue Statement
Goto Statement
Arithmetic Operator in C
Increment Operator in C
Decrement Operator in C
Compound Assignment Operator
Relational Operator in C
Logical Operator in C
Conditional Operator in C
2D array in C
Functions with arguments
Function Return Types
Function Call by Value
Function Call by Reference
Recursion in C
Reading String from console
C strchr() function
C strlen() function
C strupr() function
C strlwr() function
C strcat() function
C strncat() function
C strcpy() function
C strncpy() function
C strcmp() function
C strncmp() function
Structure with array element
Array of structures
Formatted Console I/O functions
scanf() and printf() function
sscanf() and sprintf() function
Unformatted Console I/O functions
getch(), getche(), getchar(), gets()
putch(), putchar(), puts()
Reading a File
Writing a File
Append to a File
Modify a File

+= operator

Add operation.
Assignment of the result of add operation.
Statement i+=2 is equal to i=i+2 , hence 2 will be added to the value of i, which gives us 4.
Finally, the result of addition, 4 is assigned back to i, updating its original value from 2 to 4.

Example with += operator

-= operator.

Subtraction operation.
Assignment of the result of subtract operation.
Statement i-=2 is equal to i=i-2 , hence 2 will be subtracted from the value of i, which gives us 0.
Finally, the result of subtraction i.e. 0 is assigned back to i, updating its value to 0.

Example with -= operator

*= operator.

Multiplication operation.
Assignment of the result of multiplication operation.
Statement i*=2 is equal to i=i*2 , hence 2 will be multiplied with the value of i, which gives us 4.
Finally, the result of multiplication, 4 is assigned back to i, updating its value to 4.

Example with *= operator

/= operator.

Division operation.
Assignment of the result of division operation.
Statement i/=2 is equal to i=i/2 , hence 4 will be divided by the value of i, which gives us 2.
Finally, the result of division i.e. 2 is assigned back to i, updating its value from 4 to 2.

Example with /= operator

Please share this article -.

Please Subscribe

Notifications

Please check our latest addition C#, PYTHON and DJANGO

Using Compound Assignment Operators in C: A Beginner's Guide

An assignment operator is used for assigning a value to a variable. The most common assignment operator is = (equal). The left side operand of the assignment operator is a variable and right side operand of the assignment operator is a value. The value on the right side must be of the same data-type of the variable on the left side otherwise the compiler will raise an error.

The code is a C program that demonstrates the use of compound assignment operators in C. Here is an explanation of each line of the code:

int a=10,b=5; declares two variables a and b of type int and assigns them the values 10 and 5 respectively.
a+=b; is the compound assignment operator +=, it performs a+b and assigns the value to a. It is equivalent to a=a+b.
printf("A : %d",a); prints the value of a which is 15, this is the result after using += operator.
a-=10; is the compound assignment operator -=, it performs a-10 and assigns the value to a. It is equivalent to a=a-10.
printf("\nA : %d",a); prints the value of a which is 5, this is the result after using -= operator.
return 0; The return 0; statement is used to indicate that the main function has completed successfully. The value 0 is returned as the exit status of the program, which indicates a successful execution.

When you run this code, it will perform the compound assignment operation on variables and print the results in the console.

Source Code

List of programs.

C Introduction
Hello World
Basic Addition
Data Types in C
Variables and Literals in C
Arithmetic Operator in C
Example for Arithmetic Operator in C
Assignment Operators in C Program
Relational Operators in C Program
Logical Operators in C Program
Increment and Decrement Operators in C Program
Bitwise Operators in C Program
if Statement in C Program
if else Statement in C Program
else if Statement in C Program
Nested if Statement in C Program
Switch Statement in C Program
Conditional Operator Statement in C Program
School Management in C Program
Library Management in C Program
Find the given number is odd or even in C Program
Check the given number is vowels or not in C Program
Check the given number is Armstrong or not in C Program
Hotel Management in C Program
Goto Statement in C Program
Hotel Management using goto in C Program
While Loop in C Program
Do while Loop in C Program
For Loop in C Program
Nested For Loop in C Program
Break and Continue Statement in C Program
ASCII Values in C Program
Single Dimensional Array in C Program
2D Array in C Program
String Function in C Program
Math Function in C Program
Function in C Program
No Return Without Argument Function in C Program
No Return With Argument Function in C Program
Return Without Argument Function in C Program
Return With Argument Function in C Program
Recursion Function in C Program
Call by Reference Function in C Program
Local Variable in C Program
Global Variable in C Program
Static Variable in C Program
Enumeration or enum in C Program
Single pointer in C Program
Double & Triple pointer in C Program
Pointer Arithmetic in C Program
Pointer Handle Array Values in C Program
Void * Pointer in C Program
Malloc Function in C Program
Calloc Function in C Program
Realloc Function in C Program
Free Function in C Program
Dangling Pointer in C Program
Using Const in Pointer in C Program
Structure in C Program
Local and Global Structure in C Program
Typedef in C Program
Initializing & Accessing the Structure Members in C Program
Access members of structure using pointer in C Program
Structure as function arguments in C Program
Array of Objects Structure in C Program
Union in C Program
Shop Management using Structure and Union in C Program
Input and output functions in C Program
Preprocessor Directives in C Program
Read File in C Program
Write File in C Program
Multiplication tables in C Program
Total no of even and odd numbers in an array in C Program
Count Alphabets Digits and Special Characters in a String in C Program
Convert string to uppercase in C Program
Convert string to lowercase in C Program
Display Fibonacci Sequence in C Program
Greatest of n numbers in an array in C Program

Sample Programs

Switch case in c.

Present Elevator Position
Check Vowel or Consonent
Hotel Management using Swtich Case

Conditional Operators in C

Find Greatest Number
Check Find Smallest Number
Check Number Equal or Not
Check Char. Vowel or Consonent
Check Character Capital or Small

Goto Statement in C

Consecutive Numbers
Print Text Using Goto
Print Odd Numbers
Printing Tables
Printing Sum of Values
Printing Reverse Table
Print Factorial in C

While Loop Example Programs

Print numbers using While Loop
Armstrong Number using While Loop
Print Odd and Even numbers
Print Positive and Negative numbers
Print Prime or Composite Number Upto Limit
Print Prime or Composite Number
Reverse table using While Loop
Print table using While Loop
Covert Decimal to Binary using While Loop

Looping Statements in C

For loop example programs.

Print Value upto limit
Print Number upto limit
Armstrong Number using For Loop
Square Pattern using For Loop
Flag Pattern using For Loop
Diamond Pattern using For Loop
Triangle Facing Downward using For Loop
Triangle Facing upside using For Loop
Right Angle Triangle facing left
Right Angle Triangle facing right
Reverse Number using For Loop
Prime Number using For Loop
Print Number divisible by 7
Print tables using For Loop
Reverse tables using For Loop
Separate odd and even numbers
Check prime or composite number
Separate positive and negative number
For Loop Patterns
Square Pattern Outline using For Loop
Triangle Outline Pattern
Diamond Pattern Outline

Array Examples in C

One dimensional array.

Add Elements to the Array
Arrange array elements in Ascending
Arrange array elements in Descending
Insert an element using Array
Update an element using Array
Delete an element using Array
Interchange an element using Array
Reverse an element using Array
Odd or Even Number using Array
Positive and Negative Numbers using Array
Armstrong Number 100 to 999
Greatest Number using Array
Smallest Number using Array
Print values divisible by 7 using Array
Convert binary to decimal using Array
Convert decimal to binary using Array
Convert decimal to octal using Array

Two Dimensional Array in C

Print Two Dimensional Array
Array Addition in Two-Dimenional Array
Array Subtraction in Two-Dimensional Array
Array Multiplication using Array
Lower Triangular Matrix using Array
Upper Triangluar Matrix using Array
Print Unit Matrix using Array
Check and Print Unit Matrix

String Example Programs in C

Print text using String
String Example
String Comparison in C
String Concatenation in C
String Copy Example in C
Convert Uppercase to Lowercase
Remove Duplicate String
Reverse text using String
Toggle Case using String
Conver text into Capital or Small
Convert Lowercase to Uppercase
Convert text into Ascending Order using
Capitalising the first letter
Check given strings Equal or Not
Copy String using Predefined Function
String Length using Predefined Function
String Length without Predefined Function
Uppercase to Lowercase using Predefined Function
Check Palindrome or Not

Functions Example Programs in C

Addition using return type and arguments
Print marks using return type & arguments
Function with no return and with arguments in c
Print tables without arguments

Learn All in Tamil © Designed & Developed By Tutor Joes | Privacy Policy | Terms & Conditions

Understanding Compound Assignment Operators in C

Understanding compound assignment operators in c - a web page design perspective, introduction, welcome to our web page design guide on compound assignment operators in c.

At [Your Company Name], we believe in creating visually appealing and informative content. In this guide, we'll delve into the world of Compound Assignment Operators in C and explore how they can be utilized to enhance efficiency and readability in your code.

Section 1: What are Compound Assignment Operators?

Compound Assignment Operators in C are a set of operators that combine arithmetic and assignment operations into a single step. They are a convenient way to update the value of a variable based on its current value.

Consider the following code snippet:

In this example, the += operator adds 3 to the current value of x and assigns the result back to x.

Section 2: Commonly Used Compound Assignment Operators

1. += (addition assignment).

This operator adds the right operand to the left operand and assigns the result to the left operand.

2. -= (Subtraction Assignment)

This operator subtracts the right operand from the left operand and assigns the result to the left operand.

3. *= (Multiplication Assignment)

This operator multiplies the left operand by the right operand and assigns the result to the left operand.

4. /= (Division Assignment)

This operator divides the left operand by the right operand and assigns the result to the left operand.

5. %= (Modulus Assignment)

This operator performs a modulus operation on the left operand with the right operand and assigns the result to the left operand.

Section 3: Advantages of Using Compound Assignment Operators

1. conciseness and readability.

By combining the operation and assignment, compound operators make code more concise and easier to read.

2. Improved Efficiency

They can lead to more efficient code execution, especially in situations where the same variable is used in multiple operations.

3. Reduced Risk of Errors

Using compound assignment operators reduces the chance of making mistakes that can occur when writing separate arithmetic and assignment statements.

Section 4: Best Practices for Utilizing Compound Assignment Operators

1. use appropriately.

While compound assignment operators are powerful tools, it's essential to use them judiciously. Overuse or misuse can lead to code that is difficult to understand.

2. Ensure Compatibility

Make sure that the operands on both sides of the operator are compatible. For example, adding an integer to a float using += might lead to unexpected results.

3. Comment for Clarity

In complex operations, consider adding comments to explain the logic behind the use of compound assignment operators.

Congratulations! You've now gained a solid understanding of Compound Assignment Operators in C from a web page design perspective. By incorporating these operators into your code, you can create more efficient and readable programs. If you have any further questions or need assistance with web page design, feel free to reach out to us at [Your Contact Information].

Happy coding!

Top Resources

Learn-C.org
C Programming at LearnCpp.com
GeeksforGeeks - C Programming Language
C Programming on Tutorialspoint
Codecademy - Learn C
CProgramming.com
C Programming Wikibook
C Programming - Reddit Community
C Programming Language - Official Documentation
GitHub - Awesome C
HackerRank - C Language
LeetCode - C

Enroll Now:

[ C-Programming From Scratch to Advanced 2023-2024] "Start Supercharging Your Productivity!"

Contact Us:

For any inquiries, please email us at [ [email protected] ].
Follow us on insta [ electro4u_offical_ ] for updates and tips.

Note: If you encounter any issues or specific errors when running this program, please let me know and I'll be happy to help debug them!

Related Blogs

What are the compilation stages in c and it's commands, what are the types of errors are occurred in c , post comments..

No comments yet, Be the first to comment.

Popular Tags.

Featured course., arduino scratch to advanced 2022 - 2023.

Compound-Assignment Operators

Java Programming
PHP Programming
Javascript Programming
Delphi Programming
C & C++ Programming
Ruby Programming
Visual Basic
M.A., Advanced Information Systems, University of Glasgow

Compound-assignment operators provide a shorter syntax for assigning the result of an arithmetic or bitwise operator. They perform the operation on the two operands before assigning the result to the first operand.

Compound-Assignment Operators in Java

Java supports 11 compound-assignment operators:

Example Usage

To assign the result of an addition operation to a variable using the standard syntax:

But use a compound-assignment operator to effect the same outcome with the simpler syntax:

Java Expressions Introduced
Conditional Operators
Math Glossary: Mathematics Terms and Definitions
The Associative and Commutative Properties
Parentheses, Braces, and Brackets in Math
An Abbreviated JavaScript If Statement
Definition of Variable
Order of Operations Worksheets
Homework Guidelines for Elementary and Middle School Teachers
Arithmetic and Geometric Sequences
Reading and Writing Binary Numbers
The Whys and How-tos for Group Writing in All Content Areas
What Are Probability Axioms?
JavaScript Nested IF/ELSE Statements
Algorithms in Mathematics and Beyond
Using the Case (Switch) Ruby Statement

Assignment Operators In C [ Full Information With Examples ]

Assignment Operators In C

Assignment operators is a binary operator which is used to assign values in a variable , with its right and left sides being a one-one operand. The operand on the left side is variable in which the value is assigned and the right side operands can contain any of the constant, variable, and expression.

The Assignment operator is a lower priority operator. its priority has much lower than the rest of the other operators. Its priority is more than just the comma operator. The priority of all other operators is more than the assignment operator.

We can assign the same value to multiple variables simultaneously by the assignment operator.

x = y = z = 100

Here x, y, and z are initialized to 100.

In C language, the assignment operator can be divided into two categories.

Simple assignment operator
Compound assignment operators

1. Simple Assignment Operator In C

This operator is used to assign left-side values to the right-side operands, simple assignment operators are represented by (=).

2. Compound Assignment Operators In C

Compound Assignment Operators use the old value of a variable to calculate its new value and reassign the value obtained from the calculation to the same variable.

Examples of compound assignment operators are: (Example: + =, – =, * =, / =,% =, & =, ^ =)

Look at these two statements:

Here in this example, adding 5 to the x variable in the second statement is again being assigned to the x variable.

Compound Assignment Operators provide us with the C language to perform such operation even more effecient and in less time.

Syntax of Compound Assignment Operators

Here op can be any arithmetic operators (+, -, *, /,%).

The above statement is equivalent to the following depending on the function:

Let us now know about some important compound assignment operators one by one.

“+ =” -: This operator adds the right operand to the left operand and assigns the output to the left operand.

“- =” -: This operator subtracts the right operand from the left operand and returns the result to the left operand.

“* =” -: This operator multiplies the right operand with the left operand and assigns the result to the left operand.

“/ =” -: This operator splits the left operand with the right operand and assigns the result to the left operand.

“% =” -: This operator takes the modulus using two operands and assigns the result to the left operand.

There are many other assignment operators such as left shift and (<< =) operator, right shift and operator (>> =), bitwise and assignment operator (& =), bitwise OR assignment operator (^ =)

List of Assignment Operators In C

Assignment and shorthand assignment operator in C

Quick links.

Shorthand assignment

Assignment operator is used to assign value to a variable (memory location). There is a single assignment operator = in C. It evaluates expression on right side of = symbol and assigns evaluated value to left side the variable.

For example consider the below assignment table.

The RHS of assignment operator must be a constant, expression or variable. Whereas LHS must be a variable (valid memory location).

Shorthand assignment operator

C supports a short variant of assignment operator called compound assignment or shorthand assignment. Shorthand assignment operator combines one of the arithmetic or bitwise operators with assignment operator.

For example, consider following C statements.

The above expression a = a + 2 is equivalent to a += 2 .

Similarly, there are many shorthand assignment operators. Below is a list of shorthand assignment operators in C.

Compound assignment operators

The compound assignment operators consist of a binary operator and the simple assignment operator. They perform the operation of the binary operator on both operands and store the result of that operation into the left operand, which must be a modifiable lvalue.

The following table shows the operand types of compound assignment expressions:

Note that the expression

is equivalent to

The following table lists the compound assignment operators and shows an expression using each operator:

Although the equivalent expression column shows the left operands (from the example column) twice, it is in effect evaluated only once.

C Programming Tutorial

Assignment Operator in C

Last updated on July 27, 2020

We have already used the assignment operator ( = ) several times before. Let's discuss it here in detail. The assignment operator ( = ) is used to assign a value to the variable. Its general format is as follows:

The operand on the left side of the assignment operator must be a variable and operand on the right-hand side must be a constant, variable or expression. Here are some examples:

The precedence of the assignment operator is lower than all the operators we have discussed so far and it associates from right to left.

We can also assign the same value to multiple variables at once.

here x , y and z are initialized to 100 .

Since the associativity of the assignment operator ( = ) is from right to left. The above expression is equivalent to the following:

Note that expressions like:

are called assignment expression. If we put a semicolon( ; ) at the end of the expression like this:

then the assignment expression becomes assignment statement.

Compound Assignment Operator #

Assignment operations that use the old value of a variable to compute its new value are called Compound Assignment.

Consider the following two statements:

Here the second statement adds 5 to the existing value of x . This value is then assigned back to x . Now, the new value of x is 105 .

To handle such operations more succinctly, C provides a special operator called Compound Assignment operator.

The general format of compound assignment operator is as follows:

where op can be any of the arithmetic operators ( + , - , * , / , % ). The above statement is functionally equivalent to the following:

Note : In addition to arithmetic operators, op can also be >> (right shift), << (left shift), | (Bitwise OR), & (Bitwise AND), ^ (Bitwise XOR). We haven't discussed these operators yet.

After evaluating the expression, the op operator is then applied to the result of the expression and the current value of the variable (on the RHS). The result of this operation is then assigned back to the variable (on the LHS). Let's take some examples: The statement:

is equivalent to x = x + 5; or x = x + (5); .

Similarly, the statement:

is equivalent to x = x * 2; or x = x * (2); .

Since, expression on the right side of op operator is evaluated first, the statement:

is equivalent to x = x * (y + 1) .

The precedence of compound assignment operators are same and they associate from right to left (see the precedence table ).

The following table lists some Compound assignment operators:

The following program demonstrates Compound assignment operators in action:

Expected Output:

Load Comments

Intro to C Programming
Installing Code Blocks
Creating and Running The First C Program
Basic Elements of a C Program
Keywords and Identifiers
Data Types in C
Constants in C
Variables in C
Input and Output in C
Formatted Input and Output in C
Arithmetic Operators in C
Operator Precedence and Associativity in C
Increment and Decrement Operators in C
Relational Operators in C
Logical Operators in C
Conditional Operator, Comma operator and sizeof() operator in C
Implicit Type Conversion in C
Explicit Type Conversion in C
if-else statements in C
The while loop in C
The do while loop in C
The for loop in C
The Infinite Loop in C
The break and continue statement in C
The Switch statement in C
Function basics in C
The return statement in C
Actual and Formal arguments in C
Local, Global and Static variables in C
Recursive Function in C
One dimensional Array in C
One Dimensional Array and Function in C
Two Dimensional Array in C
Pointer Basics in C
Pointer Arithmetic in C
Pointers and 1-D arrays
Pointers and 2-D arrays
Call by Value and Call by Reference in C
Returning more than one value from function in C
Returning a Pointer from a Function in C
Passing 1-D Array to a Function in C
Passing 2-D Array to a Function in C
Array of Pointers in C
Void Pointers in C
The malloc() Function in C
The calloc() Function in C
The realloc() Function in C
String Basics in C
The strlen() Function in C
The strcmp() Function in C
The strcpy() Function in C
The strcat() Function in C
Character Array and Character Pointer in C
Array of Strings in C
Array of Pointers to Strings in C
The sprintf() Function in C
The sscanf() Function in C
Structure Basics in C
Array of Structures in C
Array as Member of Structure in C
Nested Structures in C
Pointer to a Structure in C
Pointers as Structure Member in C
Structures and Functions in C
Union Basics in C
typedef statement in C
Basics of File Handling in C
fputc() Function in C
fgetc() Function in C
fputs() Function in C
fgets() Function in C
fprintf() Function in C
fscanf() Function in C
fwrite() Function in C
fread() Function in C

cppreference.com

Assignment operators.

Assignment and compound assignment operators are binary operators that modify the variable to their left using the value to their right.

[ edit ] Simple assignment

The simple assignment operator expressions have the form

Assignment performs implicit conversion from the value of rhs to the type of lhs and then replaces the value in the object designated by lhs with the converted value of rhs .

Assignment also returns the same value as what was stored in lhs (so that expressions such as a = b = c are possible). The value category of the assignment operator is non-lvalue (so that expressions such as ( a = b ) = c are invalid).

rhs and lhs must satisfy one of the following:

both lhs and rhs have compatible struct or union type, or..
rhs must be implicitly convertible to lhs , which implies
both lhs and rhs have arithmetic types , in which case lhs may be volatile -qualified or atomic (since C11)
both lhs and rhs have pointer to compatible (ignoring qualifiers) types, or one of the pointers is a pointer to void, and the conversion would not add qualifiers to the pointed-to type. lhs may be volatile or restrict (since C99) -qualified or atomic (since C11) .
lhs is a (possibly qualified or atomic (since C11) ) pointer and rhs is a null pointer constant such as NULL or a nullptr_t value (since C23)

[ edit ] Notes

If rhs and lhs overlap in memory (e.g. they are members of the same union), the behavior is undefined unless the overlap is exact and the types are compatible .

Although arrays are not assignable, an array wrapped in a struct is assignable to another object of the same (or compatible) struct type.

The side effect of updating lhs is sequenced after the value computations, but not the side effects of lhs and rhs themselves and the evaluations of the operands are, as usual, unsequenced relative to each other (so the expressions such as i = ++ i ; are undefined)

Assignment strips extra range and precision from floating-point expressions (see FLT_EVAL_METHOD ).

In C++, assignment operators are lvalue expressions, not so in C.

[ edit ] Compound assignment

The compound assignment operator expressions have the form

The expression lhs @= rhs is exactly the same as lhs = lhs @ ( rhs ) , except that lhs is evaluated only once.

[ edit ] References

C17 standard (ISO/IEC 9899:2018):
6.5.16 Assignment operators (p: 72-73)
C11 standard (ISO/IEC 9899:2011):
6.5.16 Assignment operators (p: 101-104)
C99 standard (ISO/IEC 9899:1999):
6.5.16 Assignment operators (p: 91-93)
C89/C90 standard (ISO/IEC 9899:1990):
3.3.16 Assignment operators

[ edit ] See Also

Operator precedence

[ edit ] See also

Recent changes
Offline version
What links here
Related changes
Upload file
Special pages
Printable version
Permanent link
Page information
In other languages
This page was last modified on 19 August 2022, at 08:36.
This page has been accessed 54,567 times.
Privacy policy
About cppreference.com
Disclaimers

C++ Data Types
C++ Input/Output
C++ Pointers
C++ Interview Questions
C++ Programs
C++ Cheatsheet
C++ Projects
C++ Exception Handling
C++ Memory Management
Bitmask in C++
C++ Variable Templates
vTable And vPtr in C++
Address Operator & in C
Macros In C++
Variable Shadowing in C++
Unique_ptr in C++
Pass By Reference In C
C++ Program For Sentinel Linear Search
Partial Template Specialization in C++
Difference Between Constant and Literals
Concurrency in C++
String Tokenization in C
Decision Making in C++
auto_ptr in C++
shared_ptr in C++
Mutex in C++
C++ 20 - <semaphore> Header
Compound Statements in C++

Assignment Operators In C++

In C++, the assignment operator forms the backbone of many algorithms and computational processes by performing a simple operation like assigning a value to a variable. It is denoted by equal sign ( = ) and provides one of the most basic operations in any programming language that is used to assign some value to the variables in C++ or in other words, it is used to store some kind of information.

The right-hand side value will be assigned to the variable on the left-hand side. The variable and the value should be of the same data type.

The value can be a literal or another variable of the same data type.

Compound Assignment Operators

In C++, the assignment operator can be combined into a single operator with some other operators to perform a combination of two operations in one single statement. These operators are called Compound Assignment Operators. There are 10 compound assignment operators in C++:

Addition Assignment Operator ( += )
Subtraction Assignment Operator ( -= )
Multiplication Assignment Operator ( *= )
Division Assignment Operator ( /= )
Modulus Assignment Operator ( %= )
Bitwise AND Assignment Operator ( &= )
Bitwise OR Assignment Operator ( |= )
Bitwise XOR Assignment Operator ( ^= )
Left Shift Assignment Operator ( <<= )
Right Shift Assignment Operator ( >>= )

Lets see each of them in detail.

1. Addition Assignment Operator (+=)

In C++, the addition assignment operator (+=) combines the addition operation with the variable assignment allowing you to increment the value of variable by a specified expression in a concise and efficient way.

This above expression is equivalent to the expression:

2. Subtraction Assignment Operator (-=)

The subtraction assignment operator (-=) in C++ enables you to update the value of the variable by subtracting another value from it. This operator is especially useful when you need to perform subtraction and store the result back in the same variable.

3. Multiplication Assignment Operator (*=)

In C++, the multiplication assignment operator (*=) is used to update the value of the variable by multiplying it with another value.

4. Division Assignment Operator (/=)

The division assignment operator divides the variable on the left by the value on the right and assigns the result to the variable on the left.

5. Modulus Assignment Operator (%=)

The modulus assignment operator calculates the remainder when the variable on the left is divided by the value or variable on the right and assigns the result to the variable on the left.

6. Bitwise AND Assignment Operator (&=)

This operator performs a bitwise AND between the variable on the left and the value on the right and assigns the result to the variable on the left.

7. Bitwise OR Assignment Operator (|=)

The bitwise OR assignment operator performs a bitwise OR between the variable on the left and the value or variable on the right and assigns the result to the variable on the left.

8. Bitwise XOR Assignment Operator (^=)

The bitwise XOR assignment operator performs a bitwise XOR between the variable on the left and the value or variable on the right and assigns the result to the variable on the left.

9. Left Shift Assignment Operator (<<=)

The left shift assignment operator shifts the bits of the variable on the left to left by the number of positions specified on the right and assigns the result to the variable on the left.

10. Right Shift Assignment Operator (>>=)

The right shift assignment operator shifts the bits of the variable on the left to the right by a number of positions specified on the right and assigns the result to the variable on the left.

Also, it is important to note that all of the above operators can be overloaded for custom operations with user-defined data types to perform the operations we want.

Please Login to comment...

Geeks Premier League 2023
Geeks Premier League
10 Best Free Social Media Management and Marketing Apps for Android - 2024
10 Best Customer Database Software of 2024
How to Delete Whatsapp Business Account?
Discord vs Zoom: Select The Efficienct One for Virtual Meetings?
30 OOPs Interview Questions and Answers (2024)

Improve your Coding Skills with Practice

What kind of Experience do you want to share?

Assignment Statement

An Assignment statement is a statement that is used to set a value to the variable name in a program .

Assignment statement allows a variable to hold different types of values during its program lifespan. Another way of understanding an assignment statement is, it stores a value in the memory location which is denoted by a variable name.

The symbol used in an assignment statement is called as an operator . The symbol is ‘=’ .

Note: The Assignment Operator should never be used for Equality purpose which is double equal sign ‘==’.

The Basic Syntax of Assignment Statement in a programming language is :

variable = expression ;

variable = variable name

expression = it could be either a direct value or a math expression/formula or a function call

Few programming languages such as Java, C, C++ require data type to be specified for the variable, so that it is easy to allocate memory space and store those values during program execution.

data_type variable_name = value ;

In the above-given examples, Variable ‘a’ is assigned a value in the same statement as per its defined data type. A data type is only declared for Variable ‘b’. In the 3 rd line of code, Variable ‘a’ is reassigned the value 25. The 4 th line of code assigns the value for Variable ‘b’.

Assignment Statement Forms

This is one of the most common forms of Assignment Statements. Here the Variable name is defined, initialized, and assigned a value in the same statement. This form is generally used when we want to use the Variable quite a few times and we do not want to change its value very frequently.

Tuple Assignment

Generally, we use this form when we want to define and assign values for more than 1 variable at the same time. This saves time and is an easy method. Note that here every individual variable has a different value assigned to it.

(Code In Python)

Sequence Assignment

(Code in Python)

Multiple-target Assignment or Chain Assignment

In this format, a single value is assigned to two or more variables.

Augmented Assignment

In this format, we use the combination of mathematical expressions and values for the Variable. Other augmented Assignment forms are: &=, -=, **=, etc.

Browse more Topics Under Data Types, Variables and Constants

Concept of Data types
Built-in Data Types
Constants in Programing Language
Access Modifier
Variables of Built-in-Datatypes
Declaration/Initialization of Variables
Type Modifier

Few Rules for Assignment Statement

Few Rules to be followed while writing the Assignment Statements are:

Variable names must begin with a letter, underscore, non-number character. Each language has its own conventions.
The Data type defined and the variable value must match.
A variable name once defined can only be used once in the program. You cannot define it again to store other types of value.
If you assign a new value to an existing variable, it will overwrite the previous value and assign the new value.

FAQs on Assignment Statement

Q1. Which of the following shows the syntax of an assignment statement ?

variablename = expression ;
expression = variable ;
datatype = variablename ;
expression = datatype variable ;

Answer – Option A.

Q2. What is an expression ?

Same as statement
List of statements that make up a program
Combination of literals, operators, variables, math formulas used to calculate a value
Numbers expressed in digits

Answer – Option C.

Q3. What are the two steps that take place when an assignment statement is executed?

Evaluate the expression, store the value in the variable
Reserve memory, fill it with value
Evaluate variable, store the result
Store the value in the variable, evaluate the expression.

Customize your course in 30 seconds

Which class are you in.

Data Types, Variables and Constants

Variables in Programming Language
Concept of Data Types
Declaration of Variables
Type Modifiers
Access Modifiers
Constants in Programming Language

Download the App

Trending Categories

Selected Reading
UPSC IAS Exams Notes
Developer's Best Practices
Questions and Answers
Effective Resume Writing
HR Interview Questions
Computer Glossary

Compound Assignment Operators in C++

The compound assignment operators are specified in the form e1 op= e2, where e1 is a modifiable l-value not of const type and e2 is one of the following −

An arithmetic type
A pointer, if op is + or –

The e1 op= e2 form behaves as e1 = e1 op e2, but e1 is evaluated only once.

The following are the compound assignment operators in C++ −

Let's have a look at an example using some of these operators −

This will give the output −

Note that Compound assignment to an enumerated type generates an error message. If the left operand is of a pointer type, the right operand must be of a pointer type or it must be a constant expression that evaluates to 0. If the left operand is of an integral type, the right operand must not be of a pointer type.

Compound assignment operators in C#
Compound assignment operators in Java\n
Assignment Operators in C++
What are assignment operators in C#?
Perl Assignment Operators
Assignment operators in Dart Programming
What are Assignment Operators in JavaScript?
Compound operators in Arduino
What is the difference between = and: = assignment operators?
Passing the Assignment in C++
Airplane Seat Assignment Probability in C++
What is an assignment operator in C#?
Copy constructor vs assignment operator in C++
Ternary Operators in C/C++
Unary operators in C/C++

Kickstart Your Career

Get certified by completing the course

Study Guides
Homework Questions

Assignment chem

IMAGES

What is Compound Assignment Statement in C language
Compound Assignment Operators in C Programming Language
PPT
Assignment Operators in C++
Compound Assignment Operator in C++
PPT

VIDEO

Augmented assignment operators in C
Lesson16 Compound assignment with Arithmetic Operators & Assignment By Reference
Assignment Operator in C Programming
Java Compound Assignment Operators
Compound Assignment Operators in C++ || C++ Programming #viral #subscribe
Part 31 || If Statement || If Condition || If Selection Control Structure || If || Condition of if

COMMENTS

C Compound Assignment
The compound-assignment operators combine the simple-assignment operator with another binary operator. Compound-assignment operators perform the operation specified by the additional operator, then assign the result to the left operand. For example, a compound-assignment expression such as. expression1 += expression2. can be understood as.
c
What is the real advantage of using compound assignment in C/C++ (or may be applicable to many other programming languages as well)? #include <stdio.h> int main() { int exp1=20; int b=10; // exp1=exp1+b; exp1+=b; return 0; }; ... SO post1, SO Post2. But the advantage says exp1 is evaluated only once in case of compound statement. How exp1 is ...
Compound Statement in C: Examples, Differences & Usage
Compound Statement in C: Programming Example Missing Simple vs Compound Explained StudySmarterOriginal! ... These statements can include variable declarations, assignment statements, or control structures. A compound statement is also known as a block and is commonly used in if statements, loops, and function bodies for better readability and ...
C
A special case scenario for all the compound assigned operators. int i= 2 ; i+= 2 * 2 ; //equals to, i = i+(2*2); In all the compound assignment operators, the expression on the right side of = is always calculated first and then the compound assignment operator will start its functioning. Hence in the last code, statement i+=2*2; is equal to i ...
Assignment Operators in C
Different types of assignment operators are shown below: 1. "=": This is the simplest assignment operator. This operator is used to assign the value on the right to the variable on the left. Example: 2. "+=": This operator is combination of '+' and '=' operators.
Assignment operators
for assignments to class type objects, the right operand could be an initializer list only when the assignment is defined by a user-defined assignment operator. removed user-defined assignment constraint. CWG 1538. C++11. E1 ={E2} was equivalent to E1 = T(E2) ( T is the type of E1 ), this introduced a C-style cast. it is equivalent to E1 = T{E2}
Using Compound Assignment Operators in C: A Beginner's Guide
The code is a C program that demonstrates the use of compound assignment operators in C. Here is an explanation of each line of the code: int a=10,b=5; declares two variables a and b of type int and assigns them the values 10 and 5 respectively. a+=b; is the compound assignment operator +=, it performs a+b and assigns the value to a. It is equivalent to a=a+b.
Exploring Compound Assignment Operators in C
Section 3: Advantages of Using Compound Assignment Operators. 1. Conciseness and Readability. By combining the operation and assignment, compound operators make code more concise and easier to read. 2. Improved Efficiency. They can lead to more efficient code execution, especially in situations where the same variable is used in multiple ...
What Is a Compound-Assignment Operator?
Compound-Assignment Operators. Compound-assignment operators provide a shorter syntax for assigning the result of an arithmetic or bitwise operator. They perform the operation on the two operands before assigning the result to the first operand.
Assignment Operators In C [ Full Information With Examples ]
Examples of compound assignment operators are: (Example: + =, - =, * =, / =,% =, & =, ^ =) Look at these two statements: x = 100; x = x + 5; Here in this example, adding 5 to the x variable in the second statement is again being assigned to the x variable. Compound Assignment Operators provide us with the C language to perform such operation ...
Assignment and shorthand assignment operator in C
C supports a short variant of assignment operator called compound assignment or shorthand assignment. Shorthand assignment operator combines one of the arithmetic or bitwise operators with assignment operator. For example, consider following C statements. The above expression a = a + 2 is equivalent to a += 2.
Compound assignment operators
The compound assignment operators consist of a binary operator and the simple assignment operator. They perform the operation of the binary operator on both operands and store the result of that operation into the left operand, which must be a modifiable lvalue. The following table shows the operand types of compound assignment expressions:
Assignment Operator in C
Here the second statement adds 5 to the existing value of x. This value is then assigned back to x. Now, the new value of x is 105. To handle such operations more succinctly, C provides a special operator called Compound Assignment operator. The general format of compound assignment operator is as follows:
Compound Statements in C++
Compound Statements in C++. Compound statements in C++ are blocks used to group multiple statements together into a single unit. These statements are enclosed in curly braces {} and can be used wherever a single statement is expected. The statements put inside curly braces are executed just like a single statement would have been executed.
syntax
To initialize a scalar object using a list enclosed in braces you may use only one assignment expression and neither statements. This construction. int i = ({(void) 999; 100;}); is also an invalid C construction. However a compound statement enclosed in parentheses may appear as an expression in GNU C. It is its own language extension.
Assignment operators
Assignment performs implicit conversion from the value of rhs to the type of lhs and then replaces the value in the object designated by lhs with the converted value of rhs . Assignment also returns the same value as what was stored in lhs (so that expressions such as a = b = c are possible). The value category of the assignment operator is non ...
Assignment Operators In C++
Compound Assignment Operators. In C++, the assignment operator can be combined into a single operator with some other operators to perform a combination of two operations in one single statement. These operators are called Compound Assignment Operators. There are 10 compound assignment operators in C++: Addition Assignment Operator ( += )
What are Assignment Statement: Definition, Assignment Statement ...
Assignment Statement. An Assignment statement is a statement that is used to set a value to the variable name in a program. Assignment statement allows a variable to hold different types of values during its program lifespan. Another way of understanding an assignment statement is, it stores a value in the memory location which is denoted.
Compound Assignment Operators in C++
The compound assignment operators are specified in the form e1 op= e2, where e1 is a modifiable l-value not of const type and e2 is one of the following −. The e1 op= e2 form behaves as e1 = e1 op e2, but e1 is evaluated only once. The following are the compound assignment operators in C++ −. Multiply the value of the first operand by the ...
What is the use of >>= or <<= compound assignment in c++?
those are called compound assignment operators. There are almost 10 of them in C/C++ language. ex += -= *= <<= >>=. When one of the operand is same as the variable to which final result to be assigned is same, in a binary operation this can be used as a short hand syntax. Ex a=a+b can be written as a+=b. in the same a=a<<2 can be written as a<<=2.
Assignment chem (pdf)
The same compound C. Completely different and not constitutional isomers 4. Which of the following is a Newman projection for the following compound as viewed down the indicated bond in the conformation shown? 5. Which of the following is/are a Newman projection of an eclipsed conformer? 6.
Israeli Strikes on Aid Convoy Prompts Condemnation and an Apology From
Israeli strikes on an aid convoy in the Gaza Strip that killed seven workers for the charity group World Central Kitchen set off international outrage and prompted an unusual apology from the ...