Symbol |
Operator |
Description |
Syntax |
= |
Simple
Assignment |
Assign
the value of the right operand to the left operand. |
a =
b |
+= |
Plus
and assign |
a = a +
b (adds values of a to b and assign this value to a) |
a +=
b |
-= |
Minus
and assign |
a = a -
b (subtracts values of b from a and assign this value to a) |
a -=
b |
*= |
Multiply
and assign |
a = a *
b (Multiplies a with b and assign the value to a) |
a *=
b |
/= |
Divide
and assign |
a = a /
b (divides a by b and assigns the value to a) |
a /=
b |
%= |
Modulus
and assign |
a = a%b (divides a by b and assigns the value of the remainder to a) |
a %=
b |
&= |
AND
and assign |
Performs
bitwise AND and assigns this value to the left operand. |
a
&= b |
|= |
OR
and assign |
Performs
bitwise OR and assigns this value to the left operand. |
a |=
b |
^= |
XOR
and assign |
Performs
bitwise XOR and assigns this value to the left operand. |
a ^=
b |
>>= |
Rightshift
and assign |
Performs
bitwise Rightshift and assign this value to the left operand. |
a
>>= b |
<<= |
Leftshift
and assign |
Performs
bitwise Leftshift and assign this value to the left operand. |
a
<<= b |
SIMPLE C PROGRAMMING USING ASSIGNMENT OPERATORS
// C program to illustrate the arithmatic operators
#include <stdio.h>
int main()
{
int a = 25,
b = 5;
// using
operators and printing results
printf("a
= b : %d\n", a = b);
printf("a
+= b : %d\n", a += b);
printf("a
-= b : %d\n", a -= b);
printf("a
*= b : %d\n", a *= b);
printf("a
/= b : %d\n", a /= b);
printf("a
%= b : %d\n", a %= b);
printf("a
&= b : %d\n", a &= b);
printf("a
|= b : %d\n", a |= b);
printf("a
>>= b : %d\n", a >> b);
printf("a
<<= b : %d\n", a << b);
return 0;
}
Output
a = b : 5
a += b : 10
a -= b : 5
a *= b : 25
a /= b : 5
a %= b : 0
a &= b : 0
a |= b : 5
a >>= b : 0
a <<= b : 160
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