ToolSnippet

Bitwise Operations & Shift Calculator

Interactive 32-bit and 64-bit calculator for bitwise AND, OR, XOR, NOT, NAND, NOR, Shift Left (<<), and Shift Right (>>).

About This Tool

The Bitwise Operations & Shift Calculator evaluates bitwise logic operations on binary, hex, and decimal numbers with interactive 32-bit visual representations and two's complement decoding.

Key Features

Supports AND (&), OR (|), XOR (^), NOT (~), NAND, NOR, Left Shift (<<), and Right Shift (>>)
Displays interactive 32-bit binary bit grids
Instant Decimal, Hexadecimal, and Binary cross-conversion
Two's complement negative integer representation

How to Use This Tool

  1. Enter Operand A and Operand B (in Decimal, Hex 0x..., or Binary 0b...).
  2. Select the bitwise operation (AND, OR, XOR, NOT, Left Shift, Right Shift).
  3. View the resulting value in Decimal, Hex, and color-coded 32-bit binary format.

Why Use This Tool

  • Debug low-level bitmasks, permissions flags, and hardware packet protocols.
  • Understand computer arithmetic and logic operations in programming languages (C, Rust, Go, JS).
  • Verify bitwise cryptography algorithms and hashing rounds.

Pro Tips

  • XOR (^) with 1 toggles a bit, while XOR with itself yields 0 (useful for fast register clearing).
  • Left Shift (`a << n`) is equivalent to multiplying by 2^n.

Frequently Asked Questions

What is bitwise XOR used for?

Bitwise XOR (^) outputs 1 when bits differ. It is widely used for toggling bit flags, cryptographic stream ciphers, and fast checksums.

What is the difference between >> and >>> shift?

Sign-propagating right shift (>>) preserves the sign bit (negative numbers stay negative), while zero-fill right shift (>>>) always shifts in zeros from the left.

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