public void CanProvideASetOfProjectStatusMonitors()
{
CCTrayMultiConfiguration provider = CreateTestConfiguration(ConfigXml);
var mockCruiseServerManager = new Mock <ICruiseServerManager>(MockBehavior.Strict);
MockSequence sequence = new MockSequence();
mockCruiseServerManager.InSequence(sequence).SetupGet(_manager => _manager.Configuration)
.Returns(new BuildServer("tcp://blah1")).Verifiable();
mockCruiseServerManager.InSequence(sequence).SetupGet(_manager => _manager.Configuration)
.Returns(new BuildServer("tcp://blah2")).Verifiable();
ICruiseServerManager cruiseServerManagerInstance = (ICruiseServerManager)mockCruiseServerManager.Object;
mockServerConfigFactory.Setup(factory => factory.Create(provider.GetUniqueBuildServerList()[0]))
.Returns(() => cruiseServerManagerInstance).Verifiable();
mockServerConfigFactory.Setup(factory => factory.Create(provider.GetUniqueBuildServerList()[1]))
.Returns(() => cruiseServerManagerInstance).Verifiable();
ISingleServerMonitor[] serverMonitorList = provider.GetServerMonitors();
mockProjectConfigFactory.Setup(factory => factory.Create(provider.Projects[0], It.IsAny <IDictionary <BuildServer, ICruiseServerManager> >()))
.Returns(() => null).Verifiable();
mockProjectConfigFactory.Setup(factory => factory.Create(provider.Projects[1], It.IsAny <IDictionary <BuildServer, ICruiseServerManager> >()))
.Returns(() => null).Verifiable();
IProjectMonitor[] monitorList = provider.GetProjectStatusMonitors(serverMonitorList);
Assert.AreEqual(2, monitorList.Length);
mockProjectConfigFactory.Verify();
mockServerConfigFactory.Verify();
mockCruiseServerManager.Verify();
}
public ISingleServerMonitor[] GetServerMonitors()
{
BuildServer[] buildServers = GetUniqueBuildServerList();
ISingleServerMonitor[] serverMonitors = new ISingleServerMonitor[buildServers.Length];
for (int i = 0; i < buildServers.Length; i++)
{
BuildServer buildServer = buildServers[i];
ICruiseServerManager serverManager = cruiseServerManagerFactory.Create(buildServer);
serverManagersList[buildServer] = serverManager;
serverMonitors[i] = new ServerMonitor(serverManager);
}
return(serverMonitors);
}
public AdminController(IProjectManager projectManager, ILightGroupManager lightGroupManager,
IAdminViewModelProvider viewModelProvider, ILightModelUpdater lightModelUpdater,
ICruiseProjectModelProvider ccProjectProvider, ICruiseServerManager cruiseServerManager,
IZWaveNetwork zWaveNetwork)
{
_projectManager = projectManager;
_lightGroupManager = lightGroupManager;
_viewModelProvider = viewModelProvider;
_lightModelUpdater = lightModelUpdater;
_ccProjectProvider = ccProjectProvider;
_cruiseServerManager = cruiseServerManager;
_zWaveNetwork = zWaveNetwork;
}
public void CanProvideASetOfProjectStatusMonitors()
{
CCTrayMultiConfiguration provider = CreateTestConfiguration(ConfigXml);
DynamicMock mockCruiseServerManager = new DynamicMock(typeof(ICruiseServerManager));
mockCruiseServerManager.Strict = true;
mockCruiseServerManager.ExpectAndReturn("Configuration", new BuildServer("tcp://blah1"));
mockCruiseServerManager.ExpectAndReturn("Configuration", new BuildServer("tcp://blah2"));
ICruiseServerManager cruiseServerManagerInstance = (ICruiseServerManager)mockCruiseServerManager.MockInstance;
mockServerConfigFactory.ExpectAndReturn("Create", cruiseServerManagerInstance, provider.GetUniqueBuildServerList()[0]);
mockServerConfigFactory.ExpectAndReturn("Create", cruiseServerManagerInstance, provider.GetUniqueBuildServerList()[1]);
ISingleServerMonitor[] serverMonitorList = provider.GetServerMonitors();
mockProjectConfigFactory.ExpectAndReturn("Create", null, provider.Projects[0], null);
mockProjectConfigFactory.ExpectAndReturn("Create", null, provider.Projects[1], null);
IProjectMonitor[] monitorList = provider.GetProjectStatusMonitors(serverMonitorList);
Assert.AreEqual(2, monitorList.Length);
mockProjectConfigFactory.Verify();
mockServerConfigFactory.Verify();
mockCruiseServerManager.Verify();
}
public CachingCruiseServerManager(ICruiseServerManager wrappedManager)
{
this.wrappedManager = wrappedManager;
}
public void SetUp()
{
serverClient = mocks.DynamicMock <CruiseServerClientBase>();
serverManagerMock = mocks.StrictMock <ICruiseServerManager>();
manager = new HttpCruiseProjectManager(serverClient, "yyy", serverManagerMock);
}
public ServerMonitor(ICruiseServerManager cruiseServerManager)
{
this.cruiseServerManager = cruiseServerManager;
}
public CachingCruiseServerManager(ICruiseServerManager wrappedManager)
{
this.wrappedManager = wrappedManager;
}
public void SetUp()
{
wrappedManagerMock = new DynamicMock(typeof(ICruiseServerManager));
cachingManager = new CachingCruiseServerManager((ICruiseServerManager) wrappedManagerMock.MockInstance);
}
public void SetUp()
{
serverClient = mocks.DynamicMock<CruiseServerClientBase>();
serverManagerMock = mocks.StrictMock<ICruiseServerManager>();
manager = new HttpCruiseProjectManager(serverClient, "yyy", serverManagerMock);
}
public HttpCruiseProjectManager(CruiseServerClientBase client, string projectName, ICruiseServerManager serverManager)
{
this.projectName = projectName;
this.client = client;
this.serverManager = serverManager;
}
public TFSProjectManager(string projectName, ICruiseServerManager serverManager)
{
_projectName = projectName;
_serverManager = serverManager as TFSServerManager;
}
public HttpCruiseProjectManager(CruiseServerClientBase client, string projectName, ICruiseServerManager serverManager)
{
this.projectName = projectName;
this.client = client;
this.serverManager = serverManager;
}
public void SetUp()
{
wrappedManagerMock = new DynamicMock(typeof(ICruiseServerManager));
cachingManager = new CachingCruiseServerManager((ICruiseServerManager)wrappedManagerMock.MockInstance);
}
public ServerMonitor(ICruiseServerManager cruiseServerManager)
{
this.cruiseServerManager = cruiseServerManager;
}
public void SetUp()
{
wrappedManagerMock = new Mock <ICruiseServerManager>();
cachingManager = new CachingCruiseServerManager((ICruiseServerManager)wrappedManagerMock.Object);
}
