用法

矿工可以遍历非随机数以找到满足其目标难度的哈希。

use drillx::{equix::SolverMemory, Solution};

fn main() {
    let challenge = [255; 32]; // Should be provided by a program
    let target = 8;
    let mut memory = SolverMemory::new();
    for nonce in 0..u64::MAX {
        let hx = drillx::hash_with_memory(&mut memory, &challenge, &nonce.to_le_bytes());
        if hx.difficuty() >= target {
            println!("Solution: {:?}", Solution::new(hx.d, nonce));
            return
        }
    }
}

智能合约可以验证解决方案并使用难度发放代币奖励。

use drillx::Solution;

fn verify(solution: Solution) {
    let challenge = [255; 32]; // Fetch from state
    let target = 8;
    assert!(solution.is_valid(&challenge));
    assert!(solution.to_hash().difficulty() >= target);
}