Bitwise xor: ^, xor

The main area of application of the bitwise exclusive OR is encryption, because it has such a characteristic that reuse the same mask on result and we get back the original input, so the role of masks can be seen as key. it works as follows: if the bits have the same value so the result is 0, and when the bits value is different then the result will be 1. besides encryption may be used for exchange the values of two equal-sized variables in this case the advantage is that there is no need for use a third variable.

^

Description

par1 ^ par2

Used keywords: ^

Input

par1 - Any integer
par2 - Any integer

Output

Result - Integers

Compatible programing languages:
C | Visual C++ .NET | C++ | C# | Java | JavaScript | PHP

Examples

Example

Bitwise xor the possible of use:

x = 123 ^ 25;      // x = 98
y = x ^ 25;        // y = 123
z = x ^ 123;       // z = 25

Example

Even one example in what situations we can use the operation bitwise xor:

i ^ j
0xAC ^ k
631 ^ (0xF0 ^ k)

Example

Other pieces of example codes:

0x1A ^ 0x1A

xor

Description

par1 xor par2

Used keywords: xor

Input

par1 - Any integer
par2 - Any integer

Output

Result - Integers

Examples

Basic

Bitwise xor the possible of use:

x = 123 xor 25      ' x = 98
y = x xor 25        ' y = 123
z = x xor 123       ' z = 25

Basic

Even one example in what situations we can use the operation bitwise xor:

i xor j
&HAC xor k
631 xor (&HF0 xor k)

Basic

Other pieces of example codes:

&H1A xor &H1A

You can find it in the following collections: bitwise operators

Bitwise xor in another programming language: