1use crate::hash_hs;
2use crate::key;
3use crate::msgs::handshake::{ServerExtension, SessionID};
4use crate::session::SessionRandoms;
5use crate::suites;
6
7use std::mem;
8
9pub struct HandshakeDetails {
10 pub transcript: hash_hs::HandshakeHash,
11 pub hash_at_server_fin: Vec<u8>,
12 pub session_id: SessionID,
13 pub randoms: SessionRandoms,
14 pub using_ems: bool,
15 pub extra_exts: Vec<ServerExtension>,
16}
17
18impl HandshakeDetails {
19 pub fn new(extra_exts: Vec<ServerExtension>) -> HandshakeDetails {
20 HandshakeDetails {
21 transcript: hash_hs::HandshakeHash::new(),
22 hash_at_server_fin: Vec::new(),
23 session_id: SessionID::empty(),
24 randoms: SessionRandoms::for_server(),
25 using_ems: false,
26 extra_exts,
27 }
28 }
29}
30
31pub struct ServerKXDetails {
32 pub kx: Option<suites::KeyExchange>,
33}
34
35impl ServerKXDetails {
36 pub fn new(kx: suites::KeyExchange) -> ServerKXDetails {
37 ServerKXDetails { kx: Some(kx) }
38 }
39
40 pub fn take_kx(&mut self) -> suites::KeyExchange {
41 self.kx.take().unwrap()
42 }
43}
44
45pub struct ClientCertDetails {
46 pub cert_chain: Vec<key::Certificate>,
47}
48
49impl ClientCertDetails {
50 pub fn new(chain: Vec<key::Certificate>) -> ClientCertDetails {
51 ClientCertDetails { cert_chain: chain }
52 }
53
54 pub fn take_chain(&mut self) -> Vec<key::Certificate> {
55 mem::replace(&mut self.cert_chain, Vec::new())
56 }
57}