Bit32 Library

-- Bitwise Operations
function bit32.band(args: ...number): number
function bit32.bnot(n: number): number
function bit32.bor(args: ...number): number
function bit32.bxor(args: ...number): number
function bit32.btest(args: ...number): boolean

-- Bit Field Operations
function bit32.extract(n: number, field: number, width: number?): number
function bit32.replace(n: number, replacement: number, field: number, width: number?): number
function bit32.byteswap(n: number): number
function bit32.countlz(n: number): number
function bit32.countrz(n: number): number

-- Bit Rotation and Shifting
function bit32.lrotate(n: number, displacement: number): number
function bit32.rrotate(n: number, displacement: number): number
function bit32.lshift(n: number, displacement: number): number
function bit32.rshift(n: number, displacement: number): number
function bit32.arshift(n: number, displacement: number): number

-- Signed 32-bit Integer Operations
function bit32.s32(n: number): number
function bit32.smul(a: number, b: number): number

Bitwise Operations

Bit Field Operations

Bit Rotation and Shifting

Signed 32-bit Integer Operations

bit32.s32 is used for normalizing numbers to the signed 32-bit range. Whereas bit32.smul performs signed 32-bit multiplication, without inccuring float64 precision loss.