Struct LaiCryptoEngine 

pub struct LaiCryptoEngine {
    pub p: u128,
    pub a: u128,
    pub p0: (u128, u128),
    pub trace: Vec<TraceStep>,
    pub metrics: PerfMetrics,
    pub max_attempts: u32,
    pub max_duration: Duration,
}

LAI cryptographic engine with enhanced capabilities

Fields

p: u128

a: u128

p0: (u128, u128)

trace: Vec<TraceStep>

metrics: PerfMetrics

max_attempts: u32

max_duration: Duration

Implementations

impl LaiCryptoEngine

pub fn new(p: u128, a: u128, p0: (u128, u128)) -> Result<Self, LaiCryptoError>

Create new engine with parameter validation

pub fn mod_pow(&self, base: u128, exp: u128) -> u128

Modular exponentiation (optimized)

pub fn sqrt_mod(&mut self, a: u128) -> Option<u128>

Modular square root with detailed error handling

pub fn h(&self, x: u128, y: u128, s: u128) -> u128

Enhanced hash function for T-transform

pub fn t( &mut self, point: (u128, u128), s: u128, ) -> Result<(u128, u128), LaiCryptoError>

Single T-transform with detailed tracing

pub fn pow_t_range( &mut self, point: (u128, u128), start_s: u128, exp: u128, ) -> Result<(u128, u128), LaiCryptoError>

Apply T-transform multiple times

pub fn keygen(&mut self) -> Result<(u128, (u128, u128)), LaiCryptoError>

Key generation with validation

pub fn encrypt( &mut self, m: u128, q: (u128, u128), ) -> Result<((u128, u128), (u128, u128), u128), LaiCryptoError>

Encryption with integrity checks

pub fn decrypt( &mut self, c1: (u128, u128), c2: (u128, u128), k: u128, ) -> Result<u128, LaiCryptoError>

Decryption with validation

pub fn generate_perf_graph(&self, style: GraphStyle) -> CryptoGraph

Generate performance graphs

pub fn generate_complexity_graph(&self) -> CryptoGraph

Generate complexity graph

pub fn print_trace(&self)

Print detailed trace with diagnostics