WordOperations

Trait defining bitwise operations for word types used in cryptographic algorithms.

Fully qualified path: alexandria_math::sha512::WordOperations

#![allow(unused)]
fn main() {
pub trait WordOperations<T>
}

Trait functions

shr

Performs logical right shift operation.

Arguments

• self - The value to shift
• n - Number of positions to shift right

Returns

• T - The shifted value

Fully qualified path: alexandria_math::sha512::WordOperations::shr

#![allow(unused)]
fn main() {
fn shr(self: T, n: u64) -> T
}

shl

Performs logical left shift operation.

Arguments

• self - The value to shift
• n - Number of positions to shift left

Returns

• T - The shifted value

Fully qualified path: alexandria_math::sha512::WordOperations::shl

#![allow(unused)]
fn main() {
fn shl(self: T, n: u64) -> T
}

rotr

Performs rotate right operation.

Arguments

• self - The value to rotate
• n - Number of positions to rotate right

Returns

• T - The rotated value

Fully qualified path: alexandria_math::sha512::WordOperations::rotr

#![allow(unused)]
fn main() {
fn rotr(self: T, n: u64) -> T
}

rotr_precomputed

Performs rotate right with precomputed power values for efficiency.

Arguments

• self - The value to rotate
• two_pow_n - Precomputed value of 2^n
• two_pow_64_n - Precomputed value of 2^(64-n)

Returns

• T - The rotated value

Fully qualified path: alexandria_math::sha512::WordOperations::rotr_precomputed

#![allow(unused)]
fn main() {
fn rotr_precomputed(self: T, two_pow_n: u64, two_pow_64_n: u64) -> T
}

rotl

Performs rotate left operation.

Arguments

• self - The value to rotate
• n - Number of positions to rotate left

Returns

• T - The rotated value

Fully qualified path: alexandria_math::sha512::WordOperations::rotl

#![allow(unused)]
fn main() {
fn rotl(self: T, n: u64) -> T
}