public void EndpointRegistry_should_load_endpoints_from_store() { var endpoint = new Endpoint(Guid.NewGuid(), MonitorMock.Mock("monitor"), "address", "name", "group"); _configurationStore.Setup(s => s.LoadEndpoints(_monitorRegistry.Object)).Returns(new[] { endpoint }); var registry = new EndpointRegistry(_monitorRegistry.Object, _configurationStore.Object,_statsRepository.Object); Assert.Same(endpoint, registry.GetById(endpoint.Id)); }
public void EndpointRegistry_should_load_endpoints_from_repository() { var endpoint = new Endpoint(_timeCoordinator.Object, new EndpointIdentity(Guid.NewGuid(), "monitor", "address"), new EndpointMetadata("name", "group", new[] { "t1", "t2" }, EndpointMetadata.DefaultMonitorTag, DateTime.UtcNow, DateTime.UtcNow)); _configurationStore.Setup(s => s.LoadEndpoints()).Returns(new[] { endpoint }); var registry = new EndpointRegistry(_healthMonitorTypeRegistry.Object, _configurationStore.Object, _statsManager.Object, _timeCoordinator.Object); Assert.Same(endpoint, registry.GetById(endpoint.Identity.Id)); }
public void EndpointRegistry_should_load_endpoints_from_repository() { var endpoint = new Endpoint(_timeCoordinator.Object, new EndpointIdentity(Guid.NewGuid(), "monitor", "address"), new EndpointMetadata("name", "group", new[] { "t1", "t2" }, EndpointMetadata.DefaultMonitorTag, DateTime.UtcNow, DateTime.UtcNow)); _configurationStore.Setup(s => s.LoadEndpoints()).Returns(new[] { endpoint }); var registry = new EndpointRegistry(_healthMonitorTypeRegistry.Object, _configurationStore.Object, _statsManager.Object, _timeCoordinator.Object); Assert.Same(endpoint, registry.GetById(endpoint.Identity.Id)); }
public void EndpointRegistry_should_load_endpoints_from_store() { var endpoint = new Endpoint(Guid.NewGuid(), MonitorMock.Mock("monitor"), "address", "name", "group"); _configurationStore.Setup(s => s.LoadEndpoints(_monitorRegistry.Object)).Returns(new[] { endpoint }); var registry = new EndpointRegistry(_monitorRegistry.Object, _configurationStore.Object, _statsRepository.Object); Assert.Same(endpoint, registry.GetById(endpoint.Id)); }
public void RegisterOrUpdate_should_update_existing_endpoint_and_return_same_id_but_not_emit_NewEndpointAdded_event() { MockMonitor("monitor"); var id = _registry.RegisterOrUpdate("monitor", "address", "group", "name"); Endpoint newEndpointCapture = null; _registry.NewEndpointAdded += e => { newEndpointCapture = e; }; var id2 = _registry.RegisterOrUpdate("monitor", "ADDRESS", "group2", "name2"); Assert.Equal(id, id2); Assert.Null(newEndpointCapture); var endpoint = _registry.GetById(id); Assert.NotNull(endpoint); Assert.Equal("monitor", endpoint.MonitorType); Assert.Equal("address", endpoint.Address); Assert.Equal("name2", endpoint.Name); Assert.Equal("group2", endpoint.Group); }
public Task AuthenticateAsync(HttpAuthenticationContext context, CancellationToken cancellationToken) { IPrincipal principal = null; GenericIdentity identity; var credentials = context.ParseAuthorizationHeader(); var adminCred = CredentialsProvider.GetAdminCredentials(); var pullCred = CredentialsProvider.GetMonitorCredentials(); if (credentials == null) { return(Task.FromResult(0)); } if (credentials.Equals(adminCred)) { identity = new GenericIdentity(credentials.Id.ToString()); principal = new GenericPrincipal(identity, new[] { SecurityRole.Admin.ToString() }); } else if (credentials.Equals(pullCred)) { identity = new GenericIdentity(pullCred.Id.ToString()); principal = new GenericPrincipal(identity, new[] { SecurityRole.Monitor.ToString() }); } else { string encryptedPassword = credentials.Password.ToSha256Hash(); var endpoint = EndpointRegistry.GetById(credentials.Id); if (endpoint?.Password == encryptedPassword) { context.Request.Properties[_passwordKey] = encryptedPassword; identity = new GenericIdentity(credentials.Id.ToString()); principal = new GenericPrincipal(identity, null); } } context.Principal = principal; return(Task.FromResult(0)); }
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"); }