public void testNode4DoesNotBecomeLeaderWhenNonLeader3Closes()
{
var dir = "/test";
var num_clients = 4;
clients = new ZooKeeper[num_clients];
var elections = new LeaderElection[num_clients];
var leaderWatchers = new TestLeaderWatcher[num_clients];
for (byte i = 0; i < clients.Length; i++)
{
clients[i] = CreateClient();
leaderWatchers[i] = new TestLeaderWatcher((byte)(i + 1)); // Start at 1 so we can check it is set
elections[i] = new LeaderElection(clients[i], dir, leaderWatchers[i], new[] { i });
elections[i].Start();
}
// Kill 2
elections[2].Close();
// First one should still be leader
Thread.Sleep(3000);
Assert.Equal(1, leaderWatchers[0].Leader);
Assert.Equal(0, leaderWatchers[1].Leader);
Assert.Equal(0, leaderWatchers[2].Leader);
Assert.Equal(0, leaderWatchers[3].Leader);
elections[0].Close();
elections[1].Close();
elections[3].Close();
}
public void testNode4DoesNotBecomeLeaderWhenNonLeader3Closes()
{
var dir = "/test";
var num_clients = 4;
clients = new ZooKeeper[num_clients];
var elections = new LeaderElection[num_clients];
var leaderWatchers = new TestLeaderWatcher[num_clients];
for (byte i = 0; i < clients.Length; i++)
{
clients[i] = createClient();
leaderWatchers[i] = new TestLeaderWatcher((byte)(i + 1));
elections[i] = new LeaderElection(clients[i], dir, leaderWatchers[i], new[] { i });
elections[i].Start();
}
elections[2].Close();
Thread.Sleep(3000);
Assert.AreEqual(1, leaderWatchers[0].Leader);
Assert.AreEqual(0, leaderWatchers[1].Leader);
Assert.AreEqual(0, leaderWatchers[2].Leader);
Assert.AreEqual(0, leaderWatchers[3].Leader);
elections[0].Close();
elections[1].Close();
elections[3].Close();
}