public static void CrawlAuditTrails(IOutputFactory outFactory, CancellationToken token) { var crawlInvoker = new AuditTrailCrawler(outFactory); IAuditTrailCrawler crawler = new DBCrawler(); if (crawler.IsDisabled) { return; } var supressions = CxAnalytix.Configuration.Config.GetConfig <CxAuditTrailSupressions>(CxAuditTrailSupressions.SECTION_NAME); foreach (var field in typeof(CxAuditTrailTableNameConsts).GetFields()) { if (token.IsCancellationRequested) { break; } if (GetPropertyValue <CxAuditTrailSupressions, bool>(field.Name, supressions)) { _log.Debug($"{field.Name} logging has been suppressed via configuration."); continue; } crawlInvoker.InvokeCrawlMethod(field.Name, crawler, token); } }
public NotesController(UserManager <User> userManager, IOutputFactory outputFactory, INotesManager notesMng, NotesViewModelValidator notesValidator) { _userManager = userManager; _outputFactory = outputFactory; _notesMng = notesMng; _notesValidator = notesValidator; }
/// <summary> /// The main logic for invoking a transformation. It does not return until a sweep /// for new scans is performed across all projects. /// </summary> /// <param name="concurrentThreads">The number of concurrent scan transformation threads.</param> /// <param name="previousStatePath">A folder path where files will be created to store any state /// data required to resume operations across program runs.</param> /// <param name="ctx"></param> /// <param name="outFactory">The factory implementation for making IOutput instances /// used for outputting various record types.</param> /// <param name="records">The names of the supported record types that will be used by /// the IOutputFactory to create the correct output implementation instance.</param> /// <param name="token">A cancellation token that can be used to stop processing of data if /// the task needs to be interrupted.</param> public static void DoTransform(int concurrentThreads, String previousStatePath, String instanceId, CxRestContext ctx, IOutputFactory outFactory, RecordNames records, CancellationToken token) { try { Transformer xform = new Transformer(ctx, token, previousStatePath) { ThreadOpts = new ParallelOptions() { CancellationToken = token, MaxDegreeOfParallelism = concurrentThreads }, ProjectInfoOut = outFactory.newInstance(records.ProjectInfo), SastScanSummaryOut = outFactory.newInstance(records.SASTScanSummary), SastScanDetailOut = outFactory.newInstance(records.SASTScanDetail), PolicyViolationDetailOut = outFactory.newInstance(records.PolicyViolations), ScaScanSummaryOut = outFactory.newInstance(records.SCAScanSummary), ScaScanDetailOut = outFactory.newInstance(records.SCAScanDetail), InstanceId = instanceId }; xform.ExecuteSweep(); } catch (Exception ex) { _log.Error("Unhandled exception caught.", ex); } }
public WorkerController(IPluginManager pluginManager, IOutputFactory outputFactory, IHttpDownloader downloader, ILogger logger) { this.logger = logger; logger.Info("> Worker()"); this.pluginManager = pluginManager; this.outputFactory = outputFactory; this.downloader = downloader; }
public Application( ITextTransformer textTransformer, IInputFactory inputFactory, IOutputFactory outputFactory) { this.textTransformer = textTransformer ?? throw new ArgumentNullException(nameof(textTransformer)); this.inputFactory = inputFactory ?? throw new ArgumentNullException(nameof(inputFactory)); this.outputFactory = outputFactory ?? throw new ArgumentNullException(nameof(outputFactory)); }
public UserController(SignInManager <User> signInManager, UserManager <User> usersManager, IOutputFactory outputFactory, IUserService usersService, UserViewModelValidator userValid) { _signInManager = signInManager; _usersManager = usersManager; _outputFactory = outputFactory; _usersService = usersService; _userValid = userValid; }
public WorkerController(ServiceManager sm, ILogger logger, IOutputFactory outputFactory, IDownloader downloader) { this.logger = logger; logger.Info("> Worker()"); serviceManager = sm; this.outputFactory = outputFactory; this.downloader = downloader; cancelSource = new CancellationTokenSource(); semaphore = new SemaphoreSlim(2); }
static Daemon() { try { Assembly outAssembly = Assembly.Load(Config.Service.OutputAssembly); _log.DebugFormat("outAssembly loaded: {0}", outAssembly.FullName); _outFactory = outAssembly.CreateInstance(Config.Service.OutputClass) as IOutputFactory; _log.Debug("IOutputFactory instance created."); } catch (Exception ex) { _log.Error($"Error loading output factory [{Config.Service.OutputAssembly}].", ex); } }
private static IOutputFactory MakeFactory() { IOutputFactory retVal = null; try { Assembly outAssembly = Assembly.Load(Config.Service.OutputAssembly); appLog.DebugFormat("outAssembly loaded: {0}", outAssembly.FullName); retVal = outAssembly.CreateInstance(Config.Service.OutputClass) as IOutputFactory; appLog.Debug("IOutputFactory instance created."); } catch (Exception ex) { appLog.Error("Error loading output factory.", ex); } return(retVal); }
static Output() { try { Assembly outAssembly = Assembly.Load(Config.Service.OutputAssembly); _log.DebugFormat("outAssembly loaded: {0}", outAssembly.FullName); _outFactory = outAssembly.CreateInstance(Config.Service.OutputClass) as IOutputFactory; if (_outFactory == null) { throw new ProcessFatalException($"Could not load the output factory with the name {Config.Service.OutputClass} in assembly {outAssembly.FullName}"); } _log.Debug("IOutputFactory instance created."); } catch (Exception ex) { throw new ProcessFatalException("Error loading output factory.", ex); } }
private void InitOutputMappings(IOutputFactory outFactory) { var outmap = CxAnalytix.Configuration.Config.GetConfig <CxAuditTrailRecordNameMap>(CxAuditTrailRecordNameMap.SECTION_NAME); var fields = typeof(CxAuditTrailTableNameConsts).GetFields(); Dictionary <String, FieldInfo> fieldLookup = new Dictionary <string, FieldInfo>(); foreach (var f in fields) { fieldLookup.Add(f.Name, f); } foreach (var prop in typeof(CxAuditTrailRecordNameMap).GetProperties()) { if (fieldLookup.ContainsKey(prop.Name)) { _outMappings.Add(fieldLookup[prop.Name].Name, outFactory.newInstance(GetPropertyValue <CxAuditTrailRecordNameMap, String>(prop.Name, outmap))); } } }
/// <summary> /// Initialise this coordinator, specifying a collection of plugins to work with. /// </summary> /// <param name="plugins">The plugins which control this coordinator.</param> public Core(IOutputFactory outputFactory, params ISystemPlugin[] plugins) { try { mConfig = new CoreConfig(); mPlugins = new List <ISystemPlugin>(plugins); mOrientation = new Rotation(mRotationLock, mConfig.Pitch, mConfig.Yaw); mOrientationDelta = new Rotation(mRotationLock); mPosition = mConfig.Position; mEyePosition = mConfig.EyePosition; mCrashLogFile = mConfig.CrashLogFile; mTickLength = mConfig.TickLength; mDefaultHeight = mConfig.HeightmapDefault; mHeightmap = new float[mConfig.XRegions * 256, mConfig.YRegions * 256]; mEnableInputUpdates = mConfig.EnableInputUpdates; for (int i = 0; i < mHeightmap.GetLength(0); i++) { for (int j = 0; j < mHeightmap.GetLength(1); j++) { mHeightmap[i, j] = mDefaultHeight; } } foreach (string frame in mConfig.Frames) { if (outputFactory != null) { AddFrame(new Frame(frame, outputFactory.Create(frame))); } else { AddFrame(new Frame(frame)); } } foreach (var plugin in mPlugins) { plugin.Init(this); plugin.Enabled = mConfig.PluginEnabled(plugin); Logger.Info("Loaded " + plugin.Name + ". " + (plugin.Enabled ? "Enabled" : "Disabled") + "."); } Thread tickThread = new Thread(TickMethod); tickThread.Name = "Tick Thread"; //tickThread.Priority = ThreadPriority.Highest; tickThread.Start(); mInitialised = true; if (InitialisationComplete != null) { InitialisationComplete(); } } catch (Exception e) { Logger.Warn("Unable to instantiate core. " + e.Message); Logger.Debug("Unable to instantiate core.", e); } finally { if (!mInitialised) { Close(); } } }
public MappingService(IMappingListService listService, IMappingFilterService filterService, IOutputFactory factory) { _listService = listService; _filterService = filterService; _factory = factory; }
private AuditTrailCrawler(IOutputFactory outFactory) { InitSinceDate(); InitOutputMappings(outFactory); }