namespace stellar
{
TEST_CASE("TCPPeer can communicate", "[overlay]")
{
Simulation::pointer s = std::make_shared<Simulation>(Simulation::OVER_TCP);
auto v10SecretKey = SecretKey::fromSeed(sha256("v10"));
auto v11SecretKey = SecretKey::fromSeed(sha256("v11"));
SCPQuorumSet n0_qset;
n0_qset.threshold = 1;
n0_qset.validators.push_back(v10SecretKey.getPublicKey());
auto n0 =
s->getNode(s->addNode(v10SecretKey, n0_qset, s->getClock()));
SCPQuorumSet n1_qset;
n1_qset.threshold = 1;
n1_qset.validators.push_back(v11SecretKey.getPublicKey());
auto n1 =
s->getNode(s->addNode(v11SecretKey, n1_qset, s->getClock()));
s->startAllNodes();
auto b = TCPPeer::initiate(*n0, "127.0.0.1", n1->getConfig().PEER_PORT);
s->crankForAtLeast(std::chrono::seconds(3), false);
REQUIRE(n0->getOverlayManager()
.getConnectedPeer("127.0.0.1", n1->getConfig().PEER_PORT)
namespace stellar
{
TEST_CASE("TCPPeer can communicate", "[overlay]")
{
Hash networkID = sha256(getTestConfig().NETWORK_PASSPHRASE);
Simulation::pointer s =
std::make_shared<Simulation>(Simulation::OVER_TCP, networkID);
auto v10SecretKey = SecretKey::fromSeed(sha256("v10"));
auto v11SecretKey = SecretKey::fromSeed(sha256("v11"));
SCPQuorumSet n0_qset;
n0_qset.threshold = 1;
n0_qset.validators.push_back(v10SecretKey.getPublicKey());
auto n0 = s->getNode(s->addNode(v10SecretKey, n0_qset, s->getClock()));
SCPQuorumSet n1_qset;
n1_qset.threshold = 1;
n1_qset.validators.push_back(v11SecretKey.getPublicKey());
auto n1 = s->getNode(s->addNode(v11SecretKey, n1_qset, s->getClock()));
s->addPendingConnection(v10SecretKey.getPublicKey(),
v11SecretKey.getPublicKey());
s->startAllNodes();
s->crankForAtLeast(std::chrono::seconds(1), false);
auto p0 = n0->getOverlayManager().getConnectedPeer(
"127.0.0.1", n1->getConfig().PEER_PORT);
auto p1 = n1->getOverlayManager().getConnectedPeer(