assertions/
assertions.rs

1use df_share::error::Unspecified;
2use df_share::*;
3use std::collections::HashSet;
4
5fn main() -> Result<(), Unspecified> {
6    let secrets: Vec<String> = (1..=100).map(|i| format!("SuperSecret #{}", i)).collect();
7
8    let mut nonce_set = HashSet::new();
9    let mut salt_set = HashSet::new();
10    let mut pubk_set = HashSet::new();
11    let mut client_pubk_set = HashSet::new();
12    for (_, secret) in secrets.iter().enumerate() {
13        let client = EphemeralClient::new()?;
14        let (req, decryptor) = client.sendable();
15
16        let server = EphemeralServer::new()?;
17        let res = server.encrypt_secret(&req, secret.as_bytes())?;
18
19        let decrypted_secret = decryptor.decrypt(&res)?;
20
21        // sanity
22
23        assert!(secret.as_bytes() != res.ciphertext);
24        assert!(secret.as_bytes() == &decrypted_secret);
25
26        // assert non repeatable
27
28        assert!(!nonce_set.contains(&res.nonce));
29        nonce_set.insert(res.nonce);
30        assert!(!salt_set.contains(&res.salt));
31        salt_set.insert(res.salt);
32        assert!(!pubk_set.contains(&res.pubk));
33        pubk_set.insert(res.pubk.clone());
34        assert!(!client_pubk_set.contains(&req.pubk));
35        client_pubk_set.insert(req.pubk.clone());
36
37        // print to see how these things look
38        println!(
39            "{} REQ:\n{}\nRES:\n{}\n",
40            secret,
41            serde_json::to_string_pretty(&req).unwrap(),
42            serde_json::to_string_pretty(&res).unwrap()
43        );
44    }
45
46    Ok(())
47}
assertions/assertions.rs

assertions/
assertions.rs
