public ServiceStatusWaiter(string taskDescription, IAutoResetEvent autoResetEvent, ITimerFactory timerFactory,
ServiceStatusProvider serviceStatusProvider, string serviceName)
: base(taskDescription, autoResetEvent, timerFactory)
{
_serviceStatusProvider = serviceStatusProvider;
_serviceName = serviceName;
}
public void Before_each_test()
{
//ServicesRepository servicesRepository = new ServicesRepository(new ScutexEntities());
//CommonRepository commonRepository = new CommonRepository(new ScutexServiceEntities());
AsymmetricEncryptionProvider asymmetricEncryptionProvider = new AsymmetricEncryptionProvider();
SymmetricEncryptionProvider symmetricEncryptionProvider = new SymmetricEncryptionProvider();
ObjectSerializationProvider objectSerializationProvider = new ObjectSerializationProvider();
NumberDataGenerator numberDataGenerator = new NumberDataGenerator();
PackingService packingService = new PackingService(numberDataGenerator);
MasterService masterService = new MasterService(commonRepository);
CommonService commonService = new CommonService();
KeyPairService keyPairService = new KeyPairService(commonService, commonRepository);
ServiceStatusProvider serviceStatusProvider = new ServiceStatusProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
servicesService = new ServicesService(servicesRepository, serviceStatusProvider, packingService, null, null, null, null, null, null);
controlService = new ControlService(symmetricEncryptionProvider, keyPairService, packingService, masterService, objectSerializationProvider, asymmetricEncryptionProvider);
service = new Scutex.Model.Service();
service.OutboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.InboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.ManagementInboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.ManagementOutboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
}
public void Before_each_test()
{
//ServicesRepository servicesRepository = new ServicesRepository(new ScutexEntities());
//CommonRepository commonRepository = new CommonRepository(new ScutexServiceEntities());
AsymmetricEncryptionProvider asymmetricEncryptionProvider = new AsymmetricEncryptionProvider();
SymmetricEncryptionProvider symmetricEncryptionProvider = new SymmetricEncryptionProvider();
ObjectSerializationProvider objectSerializationProvider = new ObjectSerializationProvider();
NumberDataGenerator numberDataGenerator = new NumberDataGenerator();
PackingService packingService = new PackingService(numberDataGenerator);
MasterService masterService = new MasterService(commonRepository);
CommonService commonService = new CommonService();
KeyPairService keyPairService = new KeyPairService(commonService, commonRepository);
ServiceStatusProvider serviceStatusProvider = new ServiceStatusProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
servicesService = new ServicesService(servicesRepository, serviceStatusProvider, packingService, null, null, null, null, null, null);
controlService = new ControlService(symmetricEncryptionProvider, keyPairService, packingService, masterService, objectSerializationProvider, asymmetricEncryptionProvider);
service = new Scutex.Model.Service();
service.OutboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.InboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.ManagementInboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
service.ManagementOutboundKeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
}
public void Destroy()
{
lock (this) {
if (_runtimeEnvironment != null) {
Log.Info("Destroying runtime URI '" + URI + "'");
// first invoke listeners
foreach (var listener in _serviceListeners) {
try {
listener.OnEPRuntimeDestroyRequested(this);
}
catch (Exception ex) {
Log.Error("Runtime exception caught during an onEPRuntimeDestroyRequested callback:" + ex.Message, ex);
}
}
if (_configLastProvided.Runtime.MetricsReporting.IsRuntimeMetrics) {
DestroyEngineMetrics(_runtimeEnvironment.Services.RuntimeURI);
}
ServiceStatusProvider?.Set(false);
_runtimeEnvironment.StageService.Destroy();
// assign null value
var runtimeToDestroy = _runtimeEnvironment;
runtimeToDestroy.Services.TimerService.StopInternalClock(false);
// plugin-loaders - destroy in opposite order
var pluginLoaders = runtimeToDestroy.Services.ConfigSnapshot.Runtime.PluginLoaders;
if (!pluginLoaders.IsEmpty()) {
var reversed = new List<ConfigurationRuntimePluginLoader>(pluginLoaders);
reversed.Reverse();
foreach (var config in reversed) {
PluginLoader plugin;
try {
plugin = (PluginLoader) runtimeToDestroy.Services.RuntimeEnvContext.Lookup("plugin-loader/" + config.LoaderName);
plugin.Dispose();
}
catch (Exception e) {
Log.Error("Error destroying plug-in loader: " + config.LoaderName, e);
}
}
}
runtimeToDestroy.Services.ThreadingService.Dispose();
// assign null - making EPRuntime and EPAdministrator unobtainable
_runtimeEnvironment = null;
runtimeToDestroy.StageService.Clear();
runtimeToDestroy.Runtime.Destroy();
runtimeToDestroy.DeploymentService.Destroy();
runtimeToDestroy.Services.Destroy();
_runtimes.Remove(URI);
runtimeToDestroy.Services.Initialize();
}
}
}
public WhenGettingServiceStatus()
{
_handler = new Codenizer.HttpClient.Testable.TestableMessageHandler();
var httpClient = new HttpClient(_handler);
_provider = new ServiceStatusProvider(httpClient);
}
public LicenseHelper()
{
asymmetricEncryptionProvider = new AsymmetricEncryptionProvider();
hashingProvider = new HashingProvider();
encodingService = new EncodingService();
objectSerializationProvider = new ObjectSerializationProvider();
symmetricEncryptionProvider = new SymmetricEncryptionProvider();
clientLicenseRepository = new ClientLicenseRepository(objectSerializationProvider, symmetricEncryptionProvider);
clientLicenseService = new ClientLicenseService(clientLicenseRepository);
serviceStatusProvider = new ServiceStatusProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
numberDataGenerator = new NumberDataGenerator();
packingService = new PackingService(numberDataGenerator);
hardwareFingerprintService = new HardwareFingerprintService(new WmiDataProvider(), new HashingProvider());
keygen = new KeyGenerator(symmetricEncryptionProvider, asymmetricEncryptionProvider, hashingProvider);
keyGeneratorLarge = new Scutex.Generators.StaticKeyGeneratorLarge.KeyGenerator(symmetricEncryptionProvider, asymmetricEncryptionProvider, hashingProvider, hardwareFingerprintService);
licenseActiviationProvider = new LicenseActiviationProvider(asymmetricEncryptionProvider, symmetricEncryptionProvider, objectSerializationProvider);
service = new LicenseKeyService(keygen, keyGeneratorLarge, packingService, clientLicenseService);
productsProvider = new ProductsProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
zipCompressionProvider = new ZipCompressionProvider();
wcfPackagingService = new WcfPackagingService(zipCompressionProvider);
//licenseSetsRepository = new LicenseSetsRepository();
//licenseSetService = new LicenseSetService();
//licenseService = new LicenseService();
License = new License();
License.Name = "UnitTest License";
License.UniqueId = Guid.NewGuid();
License.KeyPair = asymmetricEncryptionProvider.GenerateKeyPair(BitStrengths.High);
//string path = System.Reflection.Assembly.GetAssembly(typeof(LicenseHelper)).Location;
string path = Helper.AssemblyDirectory;
DllHash = encodingService.Encode(hashingProvider.HashFile(path + "\\WaveTech.Scutex.Licensing.dll"));
PublicKey = encodingService.Encode(License.KeyPair.PublicKey);
}
protected override Result RunCore(Argument[] args)
{
var descriptions = ServiceStatusProvider.DescribeWindowsStatuses();
var waitForDescription = descriptions[_waitFor];
var fullPath =
_fileSystem.FindInstallationDirectoryInPathContaining(ServiceStatusProvider
.ServiceControllerExecutable, @"C:\windows\System32");
Presenter.ShowMessage($"Executing command to {_command} the service {_serviceName}", Logger);
_processExecutor.ExecuteAndWaitForExit(
Path.Combine(fullPath, ServiceStatusProvider.ServiceControllerExecutable),
$"{_command} {_serviceName}",
LogInformation, LogError);
Presenter.ShowMessage($"Waiting for {_serviceName} to be {waitForDescription}", Logger);
var status = _serviceStatusWaiter.WaitFor(_waitFor);
var statusDescription = descriptions[status];
Presenter.ShowMessage($"Service {_serviceName} status is now {statusDescription}", Logger);
return(status == _waitFor
? Result.Successful()
: Result.Failure(
$"Expecting {_command} command to put the service in '{waitForDescription}' status but instead it is in '{statusDescription}' status."));
}
public void Before_each_test()
{
clientLicenseRepoistory = new ClientLicenseRepository(objectSerializationProvider, symmetricEncryptionProvider);
clientLicenseService = new ClientLicenseService(clientLicenseRepoistory);
serviceProductsRepository = new ServiceProductsRepository(new ScutexServiceEntities());
symmetricEncryptionProvider = new SymmetricEncryptionProvider();
asymmetricEncryptionProvider = new AsymmetricEncryptionProvider();
hashingProvider = new HashingProvider();
objectSerializationProvider = new ObjectSerializationProvider();
numberDataGenerator = new NumberDataGenerator();
packingService = new PackingService(numberDataGenerator);
commonRepository = new CommonRepository(new ScutexServiceEntities());
clientRepository = new ClientRepository(new ScutexServiceEntities());
keyGenerator = new KeyGenerator(symmetricEncryptionProvider, asymmetricEncryptionProvider, hashingProvider);
masterService = new MasterService(commonRepository);
hardwareFingerprintService = new HardwareFingerprintService(new WmiDataProvider(), new HashingProvider());
keyGeneratorLarge = new Scutex.Generators.StaticKeyGeneratorLarge.KeyGenerator(symmetricEncryptionProvider, asymmetricEncryptionProvider, hashingProvider, hardwareFingerprintService);
var mockActivationLogRepository = new Mock <IActivationLogRepoistory>();
mockActivationLogRepository.Setup(log => log.SaveActivationLog(It.IsAny <Scutex.Model.ActivationLog>()));
activationLogService = new ActivationLogService(mockActivationLogRepository.Object, hashingProvider);
commonService = new CommonService();
string path = Path.GetDirectoryName(Assembly.GetExecutingAssembly().GetName().CodeBase);
path = path.Replace("file:\\", "");
var mockCommonService = new Mock <ICommonService>();
mockCommonService.Setup(common => common.GetPath()).Returns(path + "\\Data\\Client\\");
string masterServiceDataText;
using (TextReader reader = new StreamReader(path + "\\Data\\MasterService.dat"))
{
masterServiceDataText = reader.ReadToEnd().Trim();
}
masterServiceData = objectSerializationProvider.Deserialize <MasterServiceData>(masterServiceDataText);
var mockCommonRepository = new Mock <ICommonRepository>();
mockCommonRepository.Setup(repo => repo.GetMasterServiceData()).Returns(masterServiceData);
masterService = new MasterService(mockCommonRepository.Object);
keyPairService = new KeyPairService(mockCommonService.Object, mockCommonRepository.Object);
controlService = new ControlService(symmetricEncryptionProvider, keyPairService, packingService, masterService, objectSerializationProvider, asymmetricEncryptionProvider);
servicesRepository = new ServicesRepository(new ScutexEntities());
serviceStatusProvider = new ServiceStatusProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
licenseActiviationProvider = new LicenseActiviationProvider(asymmetricEncryptionProvider, symmetricEncryptionProvider, objectSerializationProvider);
servicesService = new ServicesService(servicesRepository, serviceStatusProvider, packingService, licenseActiviationProvider, null, null, null, null, null);
licenseKeyService = new LicenseKeyService(keyGenerator, keyGeneratorLarge, packingService, clientLicenseService);
keyService = new KeyManagementService(clientRepository, licenseKeyService, activationLogService, hashingProvider, serviceProductsRepository);
activationService = new ActivationService(controlService, keyService, keyPairService, objectSerializationProvider, asymmetricEncryptionProvider, activationLogService, masterService, commonService, null);
string serviceData;
using (TextReader reader = new StreamReader(path + "\\Data\\Service.dat"))
{
serviceData = reader.ReadToEnd().Trim();
}
service = objectSerializationProvider.Deserialize <Service>(serviceData);
}
public void Before_each_test()
{
clientLicenseRepoistory = new ClientLicenseRepository(objectSerializationProvider, symmetricEncryptionProvider);
clientLicenseService = new ClientLicenseService(clientLicenseRepoistory);
serviceProductsRepository = new ServiceProductsRepository(new ScutexServiceEntities());
symmetricEncryptionProvider = new SymmetricEncryptionProvider();
asymmetricEncryptionProvider = new AsymmetricEncryptionProvider();
hashingProvider = new HashingProvider();
objectSerializationProvider = new ObjectSerializationProvider();
numberDataGenerator = new NumberDataGenerator();
packingService = new PackingService(numberDataGenerator);
commonRepository = new CommonRepository(new ScutexServiceEntities());
clientRepository = new ClientRepository(new ScutexServiceEntities());
keyGenerator = new KeyGenerator(symmetricEncryptionProvider, asymmetricEncryptionProvider, hashingProvider);
masterService = new MasterService(commonRepository);
activationLogRepository = new ActivationLogRepoistory(new ScutexServiceEntities());
activationLogService = new ActivationLogService(activationLogRepository, hashingProvider);
keyService = new KeyManagementService(clientRepository, licenseKeyService, activationLogService, hashingProvider, serviceProductsRepository);
commonService = new CommonService();
string path = Path.GetDirectoryName(Assembly.GetExecutingAssembly().GetName().CodeBase);
path = path.Replace("file:\\", "");
var mockCommonService = new Mock<ICommonService>();
mockCommonService.Setup(common => common.GetPath()).Returns(path + "\\Data\\Client\\");
string masterServiceDataText;
using (TextReader reader = new StreamReader(path + "\\Data\\MasterService.dat"))
{
masterServiceDataText = reader.ReadToEnd().Trim();
}
masterServiceData = objectSerializationProvider.Deserialize<MasterServiceData>(masterServiceDataText);
var mockCommonRepository = new Mock<ICommonRepository>();
mockCommonRepository.Setup(repo => repo.GetMasterServiceData()).Returns(masterServiceData);
keyPairService = new KeyPairService(mockCommonService.Object, mockCommonRepository.Object);
controlService = new ControlService(symmetricEncryptionProvider, keyPairService, packingService, masterService, objectSerializationProvider, asymmetricEncryptionProvider);
servicesRepository = new ServicesRepository(new ScutexEntities());
serviceStatusProvider = new ServiceStatusProvider(symmetricEncryptionProvider, objectSerializationProvider, asymmetricEncryptionProvider);
licenseActiviationProvider = new LicenseActiviationProvider(asymmetricEncryptionProvider, symmetricEncryptionProvider, objectSerializationProvider);
servicesService = new ServicesService(servicesRepository, serviceStatusProvider, packingService, licenseActiviationProvider, null, null, null, null, null);
licenseKeyService = new LicenseKeyService(keyGenerator, packingService, clientLicenseService);
activationService = new ActivationService(controlService, keyService, keyPairService, objectSerializationProvider, asymmetricEncryptionProvider, null, null);
string serviceData;
using (TextReader reader = new StreamReader(path + "\\Data\\Service.dat"))
{
serviceData = reader.ReadToEnd().Trim();
}
service = objectSerializationProvider.Deserialize<Service>(serviceData);
}
private ServiceSession()
{
serviceStatusProvider = new ServiceStatusProvider();
data = new ServiceStatusData();
unsubscriber = serviceStatusProvider.Subscribe(this);
}
/// <summary>
/// Performs the initialization.
/// </summary>
/// <param name="startTime">optional start time</param>
protected void DoInitialize(long? startTime)
{
Log.Info("Initializing runtime URI '" + URI + "' version " + RuntimeVersion.RUNTIME_VERSION);
// Retain config-at-initialization since config-last-provided can be set to new values and "initialize" can be called
_configAtInitialization = _configLastProvided;
// Verify settings
if (_configLastProvided.Runtime.Threading.IsInternalTimerEnabled &&
_configLastProvided.Common.TimeSource.TimeUnit != TimeUnit.MILLISECONDS) {
throw new ConfigurationException("Internal timer requires millisecond time resolution");
}
// This setting applies to all runtimes in a given VM
ExecutionPathDebugLog.IsDebugEnabled = _configLastProvided.Runtime.Logging.IsEnableExecutionDebug;
ExecutionPathDebugLog.IsTimerDebugEnabled = _configLastProvided.Runtime.Logging.IsEnableTimerDebug;
// This setting applies to all runtimes in a given VM
AuditPath.AuditPattern = _configLastProvided.Runtime.Logging.AuditPattern;
if (_runtimeEnvironment != null) {
if (ServiceStatusProvider != null) {
ServiceStatusProvider.Set(false);
}
_runtimeEnvironment.Services.TimerService.StopInternalClock(false);
if (_configLastProvided.Runtime.MetricsReporting.IsRuntimeMetrics) {
DestroyEngineMetrics(_runtimeEnvironment.Services.RuntimeURI);
}
_runtimeEnvironment.Runtime.Initialize();
_runtimeEnvironment.Services.Destroy();
}
ServiceStatusProvider = new AtomicBoolean(true);
// Make EP services context factory
var epServicesContextFactoryClassName = _configLastProvided.Runtime.EPServicesContextFactoryClassName;
EPServicesContextFactory epServicesContextFactory;
if (epServicesContextFactoryClassName == null) {
// Check system properties
epServicesContextFactoryClassName = Environment.GetEnvironmentVariable("ESPER_EPSERVICE_CONTEXT_FACTORY_CLASS");
}
if (epServicesContextFactoryClassName == null) {
epServicesContextFactory = new EPServicesContextFactoryDefault(Container);
}
else {
Type clazz;
try {
clazz = TransientConfigurationResolver.ResolveClassForNameProvider(_configLastProvided.Common.TransientConfiguration)
.ClassForName(epServicesContextFactoryClassName);
}
catch (TypeLoadException) {
throw new ConfigurationException("Class '" + epServicesContextFactoryClassName + "' cannot be loaded");
}
object obj;
try {
obj = TypeHelper.Instantiate(clazz);
}
catch (Exception) {
throw new ConfigurationException("Class '" + clazz + "' cannot be instantiated");
}
epServicesContextFactory = (EPServicesContextFactory) obj;
}
EPServicesContext services;
try {
services = epServicesContextFactory.CreateServicesContext(this, _configLastProvided);
}
catch (EPException ex) {
throw new ConfigurationException("Failed runtime startup: " + ex.Message, ex);
//throw;
}
catch (Exception ex) {
throw new ConfigurationException("Failed runtime startup: " + ex.Message, ex);
}
// new runtime
EPEventServiceImpl eventService = epServicesContextFactory.CreateEPRuntime(services, ServiceStatusProvider);
eventService.InternalEventRouter = services.InternalEventRouter;
services.InternalEventRouteDest = eventService;
// set current time, if applicable
if (startTime != null) {
services.SchedulingService.Time = startTime.Value;
}
// Configure services to use the new runtime
services.TimerService.Callback = eventService;
// New services
EPDeploymentServiceSPI deploymentService = new EPDeploymentServiceImpl(services, this);
var eventTypeService = new EPEventTypeServiceImpl(services);
EPContextPartitionService contextPartitionService = new EPContextPartitionServiceImpl(services);
EPVariableService variableService = new EPVariableServiceImpl(services);
EPMetricsService metricsService = new EPMetricsServiceImpl(services);
EPFireAndForgetService fireAndForgetService = new EpFireAndForgetServiceImpl(services, ServiceStatusProvider);
EPStageServiceSPI stageService = new EPStageServiceImpl(services, ServiceStatusProvider);
// Build runtime environment
_runtimeEnvironment = new EPRuntimeEnv(
services,
eventService,
deploymentService,
eventTypeService,
contextPartitionService,
variableService,
metricsService,
fireAndForgetService,
stageService);
// Stage Recovery
var stageIterator = services.StageRecoveryService.StagesIterate();
while (stageIterator.MoveNext()) {
var entry = stageIterator.Current;
long currentTimeStage;
if (services.EpServicesHA.CurrentTimeAsRecovered == null) {
currentTimeStage = services.SchedulingService.Time;
} else if (!services.EpServicesHA.CurrentTimeStageAsRecovered.TryGetValue(entry.Value, out currentTimeStage)) {
currentTimeStage = services.SchedulingService.Time;
}
stageService.RecoverStage(entry.Key, entry.Value, currentTimeStage);
}
// Deployment Recovery
var deploymentIterator = services.DeploymentRecoveryService.Deployments();
ISet<EventType> protectedVisibleTypes = new LinkedHashSet<EventType>();
while (deploymentIterator.MoveNext()) {
var entry = deploymentIterator.Current;
var deploymentId = entry.Key;
StatementUserObjectRuntimeOption userObjectResolver = new ProxyStatementUserObjectRuntimeOption {
ProcGetUserObject = env => entry.Value.UserObjectsRuntime.Get(env.StatementId)
};
StatementNameRuntimeOption statementNameResolver =
env => entry.Value.StatementNamesWhenProvidedByAPI.Get(env.StatementId);
StatementSubstitutionParameterOption substitutionParameterResolver = env => {
var param = entry.Value.SubstitutionParameters.Get(env.StatementId);
if (param == null) {
return;
}
if (env.SubstitutionParameterNames != null) {
foreach (var name in env.SubstitutionParameterNames) {
env.SetObject(name.Key, param.Get(name.Value));
}
}
else {
for (var i = 0; i < env.SubstitutionParameterTypes.Length; i++) {
env.SetObject(i + 1, param.Get(i + 1));
}
}
};
DeploymentInternal deployerResult;
try {
deployerResult = Deployer.DeployRecover(
deploymentId,
entry.Value.StatementIdFirstStatement,
entry.Value.Compiled,
statementNameResolver,
userObjectResolver,
substitutionParameterResolver,
null,
this);
}
catch (EPDeployException ex) {
throw new EPException(ex.Message, ex);
}
foreach (var eventType in deployerResult.DeploymentTypes.Values) {
if (eventType.Metadata.BusModifier == EventTypeBusModifier.BUS ||
eventType.Metadata.TypeClass == EventTypeTypeClass.NAMED_WINDOW ||
eventType.Metadata.TypeClass == EventTypeTypeClass.STREAM) {
protectedVisibleTypes.Add(eventType);
}
}
// handle staged deployments
var stageUri = services.StageRecoveryService.DeploymentGetStage(deploymentId);
if (stageUri != null) {
stageService.RecoverDeployment(stageUri, deployerResult);
}
}
// Event Handler Recovery
var eventHandlers = services.ListenerRecoveryService.Listeners;
while (eventHandlers.MoveNext()) {
var deployment = eventHandlers.Current;
var epStatement = services.StatementLifecycleService.GetStatementById(deployment.Key);
epStatement.RecoveryUpdateEventHandlers(new EPStatementListenerSet(deployment.Value));
}
// Filter service init
ISet<EventType> filterServiceTypes = new LinkedHashSet<EventType>(services.EventTypeRepositoryBus.AllTypes);
filterServiceTypes.AddAll(protectedVisibleTypes);
Supplier<ICollection<EventType>> availableTypes = () => filterServiceTypes;
services.FilterServiceSPI.Init(availableTypes);
// Schedule service init
services.SchedulingServiceSPI.Init();
// Stage services init
stageService.RecoveredStageInitialize(availableTypes);
// Start clocking
if (_configLastProvided.Runtime.Threading.IsInternalTimerEnabled) {
services.TimerService.StartInternalClock();
}
// Load and initialize adapter loader classes
LoadAdapters(services);
// Initialize extension services
if (services.RuntimeExtensionServices != null) {
((RuntimeExtensionServicesSPI) services.RuntimeExtensionServices).Init(services, eventService, deploymentService, stageService);
}
// Start metrics reporting, if any
if (_configLastProvided.Runtime.MetricsReporting.IsEnableMetricsReporting) {
services.MetricReportingService.SetContext(services.FilterService, services.SchedulingService, eventService);
}
// Start runtimes metrics report
if (_configLastProvided.Runtime.MetricsReporting.IsRuntimeMetrics) {
StartEngineMetrics(services, eventService);
}
// call initialize listeners
foreach (var listener in _serviceListeners) {
try {
listener.OnEPRuntimeInitialized(this);
}
catch (Exception ex) {
Log.Error("Runtime exception caught during an onEPRuntimeInitialized callback:" + ex.Message, ex);
}
}
}
public CafeWindowsServiceStatusOption(ProcessExecutor processExecutor, IFileSystem fileSystem, string serviceName)
: base("gets the status of the cafe windows service")
{
_serviceName = serviceName;
_serviceStatusProvider = new ServiceStatusProvider(processExecutor, fileSystem);
}
