logic-gate

Bitwise AND two equal-length ASCII strings, character-by-character, positionally.

Bitwise-complement every character's code within the 7-bit ASCII range (127 - code).

Bitwise OR two equal-length ASCII strings, character-by-character, positionally.

Compute the bitwise AND of two hexadecimal values, digit by digit.

Compute the bitwise NAND of two hexadecimal values, digit by digit.

Compute the bitwise NOR of two hexadecimal values, digit by digit.

Apply the NOT logic gate to a hexadecimal value, flipping every bit within its own width.

Compute the bitwise OR of two hexadecimal values, digit by digit.

Compute the bitwise XNOR of two hexadecimal values, digit by digit.

Compute the bitwise XOR of two hexadecimal values, digit by digit.

Compute the bitwise AND of two binary values, bit by bit.

Compute the bitwise NAND (NOT AND) of two binary values, bit by bit.

Compute the bitwise NOR (NOT OR) of two binary values, bit by bit.

Flip every bit of a binary value, computing its bitwise complement at its own width.

See exactly how AND, OR, and XOR combine two binary numbers, one column at a time.

Compute the bitwise OR of two binary values, bit by bit.

Compute the Sheffer stroke (NAND) of two single bits, with the full truth table.

Compute the bitwise XNOR (NOT XOR) of two binary values, bit by bit.

Compute the bitwise XOR of two binary values, bit by bit.