static bool ParseOptions(ConfigurationManager manager, string[] args, SecurityConfiguration security) { if (!manager.LoadCommandLineArgs(args)) { return(false); } // TODO: add mutual exclusivity rules if (manager.Https) { security.Enabled = true; } if (manager.HttpsClientAccept) { security.Enabled = true; security.AcceptClientCertificates = true; security.RequireClientCertificates = false; } if (manager.HttpsClientRequire) { security.Enabled = true; security.AcceptClientCertificates = true; security.RequireClientCertificates = true; } if (manager.P12File != null) { security.Pkcs12File = manager.P12File; } if (manager.Cert != null) { security.CertificateFile = manager.Cert; } if (manager.PkFile != null) { security.PvkFile = manager.PkFile; } if (manager.PkPwd != null) { security.Password = manager.PkPwd; } security.Protocol = manager.Protocols; int minThreads = manager.MinThreads ?? 0; if (minThreads > 0) { ThreadPool.SetMinThreads(minThreads, minThreads); } if (!String.IsNullOrEmpty(manager.PidFile)) { try { using (StreamWriter sw = File.CreateText(manager.PidFile)) { sw.Write(Process.GetCurrentProcess().Id); } } catch (Exception ex) { Logger.Write(LogLevel.Error, "Failed to write pidfile {0}: {1}", manager.PidFile, ex.Message); } } if (manager.NoHidden) { MonoWorkerRequest.CheckFileAccess = false; } return(true); }
/// <param name="args">Original args passed to the program.</param> /// <param name="root">If set to <c>true</c> it means the caller is in the root domain.</param> /// <param name="ext_apphost">Used when single app mode is used, in a recursive call to RealMain from the single app domain.</param> /// <param name="quiet">If set to <c>true</c> don't show messages. Used to avoid double printing of the banner.</param> internal CompatTuple <int, string, ApplicationServer> DebugMain(string [] args, bool root, IApplicationHost ext_apphost, bool quiet) { var configurationManager = new ConfigurationManager("xsp", quiet); var security = new SecurityConfiguration(); if (!ParseOptions(configurationManager, args, security)) { return(new CompatTuple <int, string, ApplicationServer> (1, "Error while parsing options", null)); } // Show the help and exit. if (configurationManager.Help) { configurationManager.PrintHelp(); #if DEBUG Console.WriteLine("Press any key..."); Console.ReadKey(); #endif return(success); } // Show the version and exit. if (configurationManager.Version) { Version.Show(); return(success); } if (!configurationManager.LoadConfigFile()) { return(new CompatTuple <int, string, ApplicationServer> (1, "Error while loading the configuration file", null)); } configurationManager.SetupLogger(); WebSource webSource; if (security.Enabled) { try { key = security.KeyPair; webSource = new XSPWebSource(configurationManager.Address, configurationManager.RandomPort ? default(ushort) : configurationManager.Port, security.Protocol, security.ServerCertificate, GetPrivateKey, security.AcceptClientCertificates, security.RequireClientCertificates, !root); } catch (CryptographicException ce) { Logger.Write(ce); return(new CompatTuple <int, string, ApplicationServer> (1, "Error while setting up https", null)); } } else { webSource = new XSPWebSource(configurationManager.Address, configurationManager.Port, !root); } var server = new ApplicationServer(webSource, configurationManager.Root) { Verbose = configurationManager.Verbose, SingleApplication = !root }; if (configurationManager.Applications != null) { server.AddApplicationsFromCommandLine(configurationManager.Applications); } if (configurationManager.AppConfigFile != null) { server.AddApplicationsFromConfigFile(configurationManager.AppConfigFile); } if (configurationManager.AppConfigDir != null) { server.AddApplicationsFromConfigDirectory(configurationManager.AppConfigDir); } if (configurationManager.Applications == null && configurationManager.AppConfigDir == null && configurationManager.AppConfigFile == null) { server.AddApplicationsFromCommandLine("/:."); } VPathToHost vh = server.GetSingleApp(); if (root && vh != null) { // Redo in new domain vh.CreateHost(server, webSource); var svr = (Server)vh.AppHost.Domain.CreateInstanceAndUnwrap(GetType().Assembly.GetName().ToString(), GetType().FullName); webSource.Dispose(); return(svr.DebugMain(args, false, vh.AppHost, configurationManager.Quiet)); } server.AppHost = ext_apphost; if (!configurationManager.Quiet) { Logger.Write(LogLevel.Notice, Assembly.GetExecutingAssembly().GetName().Name); Logger.Write(LogLevel.Notice, "Listening on address: {0}", configurationManager.Address); Logger.Write(LogLevel.Notice, "Root directory: {0}", configurationManager.Root); } try { if (!server.Start(!configurationManager.NonStop, (int)configurationManager.Backlog)) { return(new CompatTuple <int, string, ApplicationServer> (2, "Error while starting server", server)); } if (!configurationManager.Quiet) { // MonoDevelop depends on this string. If you change it, let them know. Logger.Write(LogLevel.Notice, "Listening on port: {0} {1}", server.Port, security); } if (configurationManager.RandomPort && !configurationManager.Quiet) { Logger.Write(LogLevel.Notice, "Random port: {0}", server.Port); } if (!configurationManager.NonStop) { if (!configurationManager.Quiet) { Console.WriteLine("Hit Return to stop the server."); } while (true) { bool doSleep; try { Console.ReadLine(); break; } catch (IOException) { // This might happen on appdomain unload // until the previous threads are terminated. doSleep = true; } catch (ThreadAbortException) { doSleep = true; } if (doSleep) { Thread.Sleep(500); } } server.Stop(); } } catch (Exception e) { if (!(e is ThreadAbortException)) { Logger.Write(e); } else { server.ShutdownSockets(); } return(new CompatTuple <int, string, ApplicationServer> (1, "Error running server", server)); } return(new CompatTuple <int, string, ApplicationServer> (0, null, server)); }