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use super::wireguard::Wireguard;
use super::{bind, dummy, tun};
use std::thread;
use std::time::Duration;
fn init() {
let _ = env_logger::builder().is_test(true).try_init();
}
/* Create and configure two matching pure instances of WireGuard
*
*/
#[test]
fn test_pure_wireguard() {
init();
// create WG instances for fake TUN devices
let (fake1, tun_reader1, tun_writer1, mtu1) = dummy::TunTest::create(1500, true);
let wg1: Wireguard<dummy::TunTest, dummy::PairBind> =
Wireguard::new(vec![tun_reader1], tun_writer1, mtu1);
let (fake2, tun_reader2, tun_writer2, mtu2) = dummy::TunTest::create(1500, true);
let wg2: Wireguard<dummy::TunTest, dummy::PairBind> =
Wireguard::new(vec![tun_reader2], tun_writer2, mtu2);
// create pair bind to connect the interfaces "over the internet"
let ((bind_reader1, bind_writer1), (bind_reader2, bind_writer2)) = dummy::PairBind::pair();
wg1.set_writer(bind_writer1);
wg2.set_writer(bind_writer2);
wg1.add_reader(bind_reader1);
wg2.add_reader(bind_reader2);
// generate (public, pivate) key pairs
// configure cryptkey router
// create IP packets
thread::sleep(Duration::from_millis(500));
}
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