public void Monitor_should_start_checking_the_health_of_endpoints_until_disposed()
{
var endpoint1 = _endpointRegistry.RegisterOrUpdate(_testableHealthMonitor.Name, "address1", "group", "name");
_endpointRegistry.RegisterOrUpdate(_testableHealthMonitor.Name, "address2", "group", "name");
_testableHealthMonitor.StartWatch();
var delay = TimeSpan.FromMilliseconds(400);
var statsManager = new Mock <IEndpointStatsManager>();
var settings = MonitorSettingsHelper.ConfigureSettings(TimeSpan.FromMilliseconds(50));
using (new EndpointMonitor(_endpointRegistry, new HealthSampler(settings, statsManager.Object), settings))
{
WaitForAnyCall();
_endpointRegistry.RegisterOrUpdate(_testableHealthMonitor.Name, "address3", "group", "name");
Thread.Sleep(delay);
_endpointRegistry.TryUnregisterById(endpoint1);
Thread.Sleep(delay);
}
var afterStop = _testableHealthMonitor.Calls.Count();
Thread.Sleep(delay);
var afterDelay = _testableHealthMonitor.Calls.Count();
Assert.Equal(afterStop, afterDelay);
var a1 = _testableHealthMonitor.Calls.Where(c => c.Item1 == "address1").ToArray();
var a2 = _testableHealthMonitor.Calls.Where(c => c.Item1 == "address2").ToArray();
var a3 = _testableHealthMonitor.Calls.Where(c => c.Item1 == "address3").ToArray();
Assert.True(a1.Length > 1, string.Format("Expected more than 1 check of address1, got: {0}", a1.Length));
Assert.True(a1.Length < a2.Length, string.Format("Expected less checks of address1 than address 2, got: address1={0}, address2={1}", a1.Length, a2.Length));
Assert.True(a3.Length > 1, string.Format("Expected more than 1 check of address3, got: {0}", a3.Length));
}
public void RegisterOrUpdate_should_register_new_endpoint_and_emit_NewEndpointAdded_event()
{
MockMonitor("monitor");
Endpoint endpoint = null;
_registry.NewEndpointAdded += e => { endpoint = e; };
var id = _registry.RegisterOrUpdate("monitor", "address", "group", "name");
Assert.NotNull(endpoint);
Assert.Equal("monitor", endpoint.MonitorType);
Assert.Equal("address", endpoint.Address);
Assert.Equal("name", endpoint.Name);
Assert.Equal("group", endpoint.Group);
Assert.Equal(id, endpoint.Id);
}
public void RegisterOrUpdate_should_register_new_endpoint_which_should_be_retrievable_later_by_GetById()
{
SetupMonitors("monitor");
var expectedLastModifiedTime = DateTime.UtcNow;
_timeCoordinator.Setup(c => c.UtcNow).Returns(expectedLastModifiedTime);
var endpointId = _registry.RegisterOrUpdate("monitor", "address", "group", "name", new[] { "t1" }, null, "password");
Assert.NotEqual(Guid.Empty, endpointId);
var endpoint = _registry.GetById(endpointId);
Assert.NotNull(endpoint);
Assert.Equal("monitor", endpoint.Identity.MonitorType);
Assert.Equal("address", endpoint.Identity.Address);
Assert.Equal("password".ToSha256Hash(), endpoint.Password);
Assert.Equal("name", endpoint.Metadata.Name);
Assert.Equal("group", endpoint.Metadata.Group);
Assert.Equal(endpointId, endpoint.Identity.Id);
Assert.Equal("t1", endpoint.Metadata.Tags[0]);
Assert.Equal(expectedLastModifiedTime, endpoint.LastModifiedTimeUtc);
}
public void RegisterOrUpdate_should_register_new_endpoint_which_should_be_retrievable_later_by_GetById()
{
SetupMonitors("monitor");
var id = _registry.RegisterOrUpdate("monitor", "address", "group", "name", new[] { "t1" });
Assert.NotEqual(Guid.Empty, id);
var endpoint = _registry.GetById(id);
Assert.NotNull(endpoint);
Assert.Equal("monitor", endpoint.Identity.MonitorType);
Assert.Equal("address", endpoint.Identity.Address);
Assert.Equal("name", endpoint.Metadata.Name);
Assert.Equal("group", endpoint.Metadata.Group);
Assert.Equal(id, endpoint.Identity.Id);
Assert.Equal("t1", endpoint.Metadata.Tags[0]);
Assert.True(endpoint.LastModifiedTime > DateTime.UtcNow.AddSeconds(-1), "LastModifiedTime should be updated");
}
