- C INTRODUCTION
- C INDEX
- HISTORY & FEATURES OF C
- WHY LEARN C
- SETTING UP C ENVIRONMENT
- WHAT IS A PROGRAM
- WRITING FIRST C PROGRAM
- C PROGAMMING CODE COMPILATION AND EXECUTION
- RECEIVING INPUT IN C
- C INTRO PRACTICE
- BASIC SYNTAX AND DATA TYPES
- BASICS OF PROGRAMMING
- WHAT IS PROGRAMMING
- WHY WE NEED TO LEARN PROGRAMING
- BENEFITS OF LEARNING PROGRAMING
- SOME EXAMPLES OF PROGRAMING
- EXAMPLE OF BASIC CODING IN C PROGRAMING
- HISTORY OF PROGRAMING
- PROGRAMMING LANGUAGE
- WHAT IS CHAT GPT
- WHAT IS MACHINE LEARNING
- WHAT IS IOT
- EVOLUTION OF C PROGRAMMING LANGUAGE
- WHAT IS FORTAN
- WHAT IS PL/I
- AT&T & BELL LABS
- ABOUT DENIS RITCHIE
- C INSTALLATION
- DOWNLOAD AND INSTALL C/GCC COMPILER FOR WINDOWS
- SOURCE CODE EDITORS
- INSTALLING C/GCC COMPILER FOR WINDOWS C/GCC COMPILER
- SETTING UP PATH VARIABLE
- C PROGRAMMING STRUCTURE
- COMMENTS
- DATA TYPES AND VARIABLES
- DATA TYPES
- VARIABLE
- CONSTANTS AND VARIABLE
- HOW TO CREATE A VARIABLE
- FORMAT SPECIFIER
- MEMORY
- PRACTICE QUESTION
- EXERCISE
- C KEYWORDS
- C OPERATORS
- ARITHMETIC OPERATORS
- RELATIONAL OPERATORS
- LOGICAL OPERATORS
- BITWISE OPERATORS
- ASSIGNMENT OPERATORS
- INCREMENT AND DECREMENT OPERATORS
- CONDITIONAL (TERNARY) OPERATOR
- EXAMPLES OF OPERATORS
- MCQ PRACTICE QUESTION
- CONTROL STATEMENT
- CONDITIONAL STATEMENT
- IF STATEMENT
- NESTED IF
- NESTED IF ELSE
- IF ELSE IF ELSE IF
- SWITCH CASE
- EXAMPLES OF CONTROL STATEMENT
- PRACTICE QUESTIONS
- EXERCISE
- LOOPS
- TYPES OF LOOP
- WHILE LOOP
- INCREMENT OPERATOR
- FOR LOOP
- NESTED FOR LOOP
- BREAK AND CONTINUE
- DO WHILE LOOP
- GO TO
- EXAMPLES OF LOOP
- MCQ PRACTICE QUESTIONS
- EXERCISE
- CONSTANTS IN C
- FUNCTIONS
- WHAT IS FUNCTION
- PASSING VALUES B/W FUNCTION
- SCOPE OF FUNCTION
- CALL BY VALUE AND CALL BY REFERENCE
- MEMORY ADDRESS C
- CONCLUSION
- RECURSION
- RECURSION AND STACK
- ADDING FUNCTION TO THE LIBRARY
- INTEGER SIGNED AND UNSIGNED
- EXAMPLES OF FUNCTION
- EXERCISE
- MCQ PRACTICE QUESTIONS
- STORAGE CLASS IN C
- TYPES OF STORAGE CLASS
- AUTOMATIC STORAGE CLASS
- REGISTER STORAGE CLASS
- STATIC STORAGE CLASS
- EXTERNAL STORAGE CLASS
- C PREPROCESSOR
- ARRAYS
- ABOUT ARRAY
- ACCESS THE ELEMENT OF ARRAY
- REPLACING A VALUE OF AN ARRAY
- ARRAY DECLARATION
- ARRAY INITIALIZATION
- TWO DIMENSIONAL ARRAYS
- CHANGING ELEMENTS IN TWO DIMENSION ARRAY
- EXAMPLES OF ARRAY
- MCQ PRACTICE QUESTIONS
- EXERCISE
- STRING
- ABOUT STRING
- SPACE ALLOCATION OF A STRING IN C
- STANDARD LIBRARY A STRING FUNCTION
- EXAMPLES OF STRING
- MCQ PRACTICE QUESTIONS
- EXERCISE
- STRUCTURE
- ABOUT STRUCTURE
- HOW ELEMENT STORE IN STRUCTURE
- USING STRING IN STRUCTURE
- COPY STRUCTURE
- POINTER IN STRUCTURE
- MCQ PRACTICE QUESTIONS
- EXERCISE
- CONSOLE INPUT OUTPUT
- FILE INPUT OUTPUT
- C PROGRAMMING MCQ
- CODES IN C
- SIMPLE C PROGRAM
- C PROGRAM ON NUMBER
- C PROGRAM ON DATE TIME AND YEAR
- FACTORIAL AND FIBONACCI PROGRAM IN C
- PATTERN PROGRAM IN C
- C PROGRAM ON DATA TYPE AND UNION
- C PROGRAM ON MATH FUNCTION
- C PROGRAM ON PROGRESSION SERIES
- C PROGRAM ON AREA AND VOLUME
- C PROGRAM ON GCD LCM AND HCF
- C PROGRAM ON ARRAY
- C PROGRAM ON MATRIX
- C PROGRAM ON BITWISE OPERATION
- C PROGRAM ON STRING
- C PROGRAM ON FILE HANDLING
BREAK AND CONTINUE
In C programming, the break and continue statements are used to control the flow of loops.
- break Statement:
- The break statement is used to exit a loop prematurely, before its normal termination condition is met.
- When a break statement is encountered inside a loop, the loop is immediately terminated, and control is transferred to the statement immediately following the loop.
- The break statement is commonly used to exit a loop early based on some condition.
Example:
#include <stdio.h>
int main()
{
for (int i = 1; i <= 10; ++i)
{
if (i == 5) {
printf(“Breaking out of the loop at i = 5\n”);
break;
}
printf(“%d”, i);
}
return 0;
}
In this example, the loop will terminate when i becomes 5, and the program will print "Breaking out of the loop at i = 5" and exit the loop.
continue Statement:
The continue statement is used to skip the rest of the code inside a loop for the current iteration and proceed to the next iteration.
When a continue statement is encountered, the remaining code inside the loop for the current iteration is skipped, and control goes back to the loop's condition.
Example:
#include <stdio.h>
int main()
{
for (int i = 1; i <= 5; ++i) {
if (i == 3) {
printf(“Skipping iteration at i = 3\n”);
continue;
}
printf(“%d”, i);
}
return 0;
}
In this example, the loop will skip the iteration when i is 3, and the program will print "Skipping iteration at i = 3", but the loop will continue to the next iteration.
Both break and continue are powerful tools for controlling the flow of loops, but their usage should be done with care to ensure that the program behaves as expected.