/// <summary> /// TODO: write a comment. /// </summary> /// <param name="serverRoot"> /// A string /// </param> private void StartWebServerFromClass(string serverRoot) { XSPWebSource websource = new XSPWebSource(IPAddress.Any, this.ServerPort); webAppServer = new ApplicationServer(websource); // Adds application to the webserver webAppServer.AddApplicationsFromConfigFile(serverRoot + Path.DirectorySeparatorChar + "Ideas.webapp"); // Starts server instance webAppServer.Start(false); }
static bool TryLoadApplicationsConfig(ConfigurationManager configurationManager) { bool autoMap = false; //(bool) configurationManager ["automappaths"]; var applications = configurationManager.Applications; if (applications != null) { appserver.AddApplicationsFromCommandLine(applications); } string app_config_file; string app_config_dir; try { app_config_file = configurationManager.AppConfigFile; app_config_dir = configurationManager.AppConfigDir; } catch (ApplicationException e) { Logger.Write(LogLevel.Error, e.Message); return(false); } if (app_config_file != null) { appserver.AddApplicationsFromConfigFile(app_config_file); } if (app_config_dir != null) { appserver.AddApplicationsFromConfigDirectory(app_config_dir); } if (applications == null && app_config_dir == null && app_config_file == null && !autoMap) { Logger.Write(LogLevel.Error, "There are no applications defined, and path mapping is disabled."); Logger.Write(LogLevel.Error, "Define an application using /applications, /appconfigfile, /appconfigdir"); /* * Logger.Write (LogLevel.Error, * "or by enabling application mapping with /automappaths=True."); */ return(false); } return(true); }
// // Parameters: // // args - original args passed to the program // root - true means caller is in the root domain // ext_apphost - used when single app mode is used, in a recursive call to // RealMain from the single app domain // quiet - don't show messages. Used to avoid double printing of the banner // public int RealMain(string [] args, bool root, IApplicationHost ext_apphost, bool v_quiet) { var configurationManager = new ConfigurationManager (v_quiet, ext_apphost == null ? null : ext_apphost.Path); if (!configurationManager.LoadCommandLineArgs (args)) return 1; // Show the help and exit. if (configurationManager.Help) { configurationManager.PrintHelp (); #if DEBUG Console.WriteLine("Press any key..."); Console.ReadKey (); #endif return 0; } // Show the version and exit. if (configurationManager.Version) { Version.Show (); return 0; } var hash = GetHash (args); if (hash == -1) { Logger.Write(LogLevel.Error, "Couldn't calculate hash - should have left earlier - something is really wrong"); return 1; } if (hash == -2) { Logger.Write(LogLevel.Error, "Couldn't calculate hash - unrecognized parameter"); return 1; } if (!configurationManager.LoadConfigFile ()) return 1; configurationManager.SetupLogger (); ushort port = configurationManager.Port ?? 0; bool useTCP = port != 0; string lockfile = useTCP ? Path.Combine (Path.GetTempPath (), "mod_mono_TCP_") : configurationManager.Filename; lockfile = String.Format ("{0}_{1}", lockfile, hash); ModMonoWebSource webSource = useTCP ? new ModMonoTCPWebSource (configurationManager.Address, port, lockfile) : new ModMonoWebSource (configurationManager.Filename, lockfile); if(configurationManager.Terminate) { if (configurationManager.Verbose) Logger.Write (LogLevel.Notice, "Shutting down running mod-mono-server..."); bool res = webSource.GracefulShutdown (); if (configurationManager.Verbose) if (res) Logger.Write (LogLevel.Notice, "Done"); else Logger.Write (LogLevel.Error, "Failed."); return res ? 0 : 1; } var server = new ApplicationServer (webSource, configurationManager.Root) { Verbose = configurationManager.Verbose, SingleApplication = !root }; #if DEBUG Console.WriteLine (Assembly.GetExecutingAssembly ().GetName ().Name); #endif 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.Master && configurationManager.Applications == null && configurationManager.AppConfigDir == null && configurationManager.AppConfigFile == null) server.AddApplicationsFromCommandLine ("/:."); // TODO: do we really want this? 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.RealMain (args, false, vh.AppHost, configurationManager.Quiet); } if (ext_apphost != null) { ext_apphost.Server = server; server.AppHost = ext_apphost; } if (!configurationManager.Quiet) { if (!useTCP) Logger.Write (LogLevel.Notice, "Listening on: {0}", configurationManager.Filename); else { Logger.Write (LogLevel.Notice, "Listening on port: {0}", port); 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) == false) return 2; if (!configurationManager.NonStop) { Logger.Write (LogLevel.Notice, "Hit Return to stop the server."); while (true) { try { Console.ReadLine (); break; } catch (IOException) { // This might happen on appdomain unload // until the previous threads are terminated. Thread.Sleep (500); } } server.Stop (); } } catch (Exception e) { if (!(e is ThreadAbortException)) Logger.Write (e); else server.ShutdownSockets (); return 1; } return 0; }
/// <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)); }
// // Parameters: // // args - original args passed to the program // root - true means caller is in the root domain // ext_apphost - used when single app mode is used, in a recursive call to // RealMain from the single app domain // quiet - don't show messages. Used to avoid double printing of the banner // public int RealMain(string [] args, bool root, IApplicationHost ext_apphost, bool v_quiet) { var configurationManager = new ConfigurationManager("mod_mono", v_quiet, ext_apphost == null ? null : ext_apphost.Path); if (!configurationManager.LoadCommandLineArgs(args)) { return(1); } // Show the help and exit. if (configurationManager.Help) { configurationManager.PrintHelp(); #if DEBUG Console.WriteLine("Press any key..."); Console.ReadKey(); #endif return(0); } // Show the version and exit. if (configurationManager.Version) { Version.Show(); return(0); } var hash = GetHash(args); if (hash == -1) { Logger.Write(LogLevel.Error, "Couldn't calculate hash - should have left earlier - something is really wrong"); return(1); } if (hash == -2) { Logger.Write(LogLevel.Error, "Couldn't calculate hash - unrecognized parameter"); return(1); } if (!configurationManager.LoadConfigFile()) { return(1); } configurationManager.SetupLogger(); ushort port = configurationManager.Port ?? 0; bool useTCP = port != 0; string lockfile = useTCP ? Path.Combine(Path.GetTempPath(), "mod_mono_TCP_") : configurationManager.Filename; lockfile = String.Format("{0}_{1}", lockfile, hash); ModMonoWebSource webSource = useTCP ? new ModMonoTCPWebSource(configurationManager.Address, port, lockfile) : new ModMonoWebSource(configurationManager.Filename, lockfile); if (configurationManager.Terminate) { if (configurationManager.Verbose) { Logger.Write(LogLevel.Notice, "Shutting down running mod-mono-server..."); } bool res = webSource.GracefulShutdown(); if (configurationManager.Verbose) { if (res) { Logger.Write(LogLevel.Notice, "Done"); } else { Logger.Write(LogLevel.Error, "Failed."); } } return(res ? 0 : 1); } var server = new ApplicationServer(webSource, configurationManager.Root) { Verbose = configurationManager.Verbose, SingleApplication = !root }; #if DEBUG Console.WriteLine(Assembly.GetExecutingAssembly().GetName().Name); #endif 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.Master && configurationManager.Applications == null && configurationManager.AppConfigDir == null && configurationManager.AppConfigFile == null) { server.AddApplicationsFromCommandLine("/:."); // TODO: do we really want this? } 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.RealMain(args, false, vh.AppHost, configurationManager.Quiet)); } if (ext_apphost != null) { ext_apphost.Server = server; server.AppHost = ext_apphost; } if (!configurationManager.Quiet) { if (!useTCP) { Logger.Write(LogLevel.Notice, "Listening on: {0}", configurationManager.Filename); } else { Logger.Write(LogLevel.Notice, "Listening on port: {0}", port); 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(2); } if (!configurationManager.NonStop) { Logger.Write(LogLevel.Notice, "Hit Return to stop the server."); while (true) { try { Console.ReadLine(); break; } catch (IOException) { // This might happen on appdomain unload // until the previous threads are terminated. Thread.Sleep(500); } } server.Stop(); } } catch (Exception e) { if (!(e is ThreadAbortException)) { Logger.Write(e); } else { server.ShutdownSockets(); } return(1); } return(0); }
/// <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); }
// // Parameters: // // args - original args passed to the program // root - true means caller is in the root domain // ext_apphost - used when single app mode is used, in a recursive call to // RealMain from the single app domain // quiet - don't show messages. Used to avoid double printing of the banner // public int RealMain(string [] args, bool root, IApplicationHost ext_apphost, bool quiet) { SecurityConfiguration security = new SecurityConfiguration(); ApplicationSettings settings = new ApplicationSettings(); if (settings.IP == null || settings.IP.Length == 0) { settings.IP = "0.0.0.0"; } if (settings.Oport == null) { settings.Oport = 8080; } Options options = 0; int hash = 0; int backlog = 500; for (int i = 0; i < args.Length; i++) { string a = args [i]; int idx = (i + 1 < args.Length) ? i + 1 : i; hash ^= args [idx].GetHashCode() + i; switch (a) { case "--https": CheckAndSetOptions(a, Options.Https, ref options); security.Enabled = true; break; case "--https-client-accept": CheckAndSetOptions(a, Options.Https, ref options); security.Enabled = true; security.AcceptClientCertificates = true; security.RequireClientCertificates = false; break; case "--https-client-require": CheckAndSetOptions(a, Options.Https, ref options); security.Enabled = true; security.AcceptClientCertificates = true; security.RequireClientCertificates = true; break; case "--p12file": security.Pkcs12File = args [++i]; break; case "--cert": security.CertificateFile = args [++i]; break; case "--pkfile": security.PvkFile = args [++i]; break; case "--pkpwd": security.Password = args [++i]; break; case "--protocols": security.SetProtocol(args [++i]); break; case "--port": CheckAndSetOptions(a, Options.Port, ref options); settings.Oport = args [++i]; break; case "--random-port": CheckAndSetOptions(a, Options.RandomPort, ref options); settings.Oport = 0; break; case "--address": CheckAndSetOptions(a, Options.Address, ref options); settings.IP = args [++i]; break; case "--backlog": string backlogstr = args [++i]; try { backlog = Convert.ToInt32(backlogstr); } catch (Exception) { Console.WriteLine("The value given for backlog is not valid {0}", backlogstr); return(1); } break; case "--root": CheckAndSetOptions(a, Options.Root, ref options); settings.RootDir = args [++i]; break; case "--applications": CheckAndSetOptions(a, Options.Applications, ref options); settings.Apps = args [++i]; break; case "--appconfigfile": CheckAndSetOptions(a, Options.AppConfigFile, ref options); settings.AppConfigFile = args [++i]; break; case "--appconfigdir": CheckAndSetOptions(a, Options.AppConfigDir, ref options); settings.AppConfigDir = args [++i]; break; case "--minThreads": string mtstr = args [++i]; int minThreads = 0; try { minThreads = Convert.ToInt32(mtstr); } catch (Exception) { Console.WriteLine("The value given for minThreads is not valid {0}", mtstr); return(1); } if (minThreads > 0) { ThreadPool.SetMinThreads(minThreads, minThreads); } break; case "--nonstop": settings.NonStop = true; break; case "--help": ShowHelp(); return(0); case "--quiet": quiet = true; break; case "--version": ShowVersion(); return(0); case "--verbose": settings.Verbose = true; break; case "--pidfile": { string pidfile = args[++i]; if (pidfile != null && pidfile.Length > 0) { try { using (StreamWriter sw = File.CreateText(pidfile)) sw.Write(Process.GetCurrentProcess().Id); } catch (Exception ex) { Console.Error.WriteLine("Failed to write pidfile {0}: {1}", pidfile, ex.Message); } } break; } case "--no-hidden": MonoWorkerRequest.CheckFileAccess = false; break; default: ShowHelp(); return(1); } } IPAddress ipaddr = null; ushort port; try { port = Convert.ToUInt16(settings.Oport); } catch (Exception) { Console.WriteLine("The value given for the listen port is not valid: " + settings.Oport); return(1); } try { ipaddr = IPAddress.Parse(settings.IP); } catch (Exception) { Console.WriteLine("The value given for the address is not valid: " + settings.IP); return(1); } if (settings.RootDir != null && settings.RootDir.Length != 0) { try { Environment.CurrentDirectory = settings.RootDir; } catch (Exception e) { Console.WriteLine("Error: {0}", e.Message); return(1); } } settings.RootDir = Directory.GetCurrentDirectory(); WebSource webSource; if (security.Enabled) { try { key = security.KeyPair; webSource = new XSPWebSource(ipaddr, port, security.Protocol, security.ServerCertificate, new PrivateKeySelectionCallback(GetPrivateKey), security.AcceptClientCertificates, security.RequireClientCertificates, !root); } catch (CryptographicException ce) { Console.WriteLine(ce.Message); return(1); } } else { webSource = new XSPWebSource(ipaddr, port, !root); } ApplicationServer server = new ApplicationServer(webSource, settings.RootDir); server.Verbose = settings.Verbose; server.SingleApplication = !root; if (settings.Apps != null) { server.AddApplicationsFromCommandLine(settings.Apps); } if (settings.AppConfigFile != null) { server.AddApplicationsFromConfigFile(settings.AppConfigFile); } if (settings.AppConfigDir != null) { server.AddApplicationsFromConfigDirectory(settings.AppConfigDir); } if (settings.Apps == null && settings.AppConfigDir == null && settings.AppConfigFile == null) { server.AddApplicationsFromCommandLine("/:."); } VPathToHost vh = server.GetSingleApp(); if (root && vh != null) { // Redo in new domain vh.CreateHost(server, webSource); Server svr = (Server)vh.AppHost.Domain.CreateInstanceAndUnwrap(GetType().Assembly.GetName().ToString(), GetType().FullName); webSource.Dispose(); return(svr.RealMain(args, false, vh.AppHost, quiet)); } server.AppHost = ext_apphost; if (!quiet) { Console.WriteLine(Assembly.GetExecutingAssembly().GetName().Name); Console.WriteLine("Listening on address: {0}", settings.IP); Console.WriteLine("Root directory: {0}", settings.RootDir); } try { if (server.Start(!settings.NonStop, settings.Exception, backlog) == false) { return(2); } if (!quiet) { // MonoDevelop depends on this string. If you change it, let them know. Console.WriteLine("Listening on port: {0} {1}", server.Port, security); } if (port == 0 && !quiet) { Console.Error.WriteLine("Random port: {0}", server.Port); } if (!settings.NonStop) { if (!quiet) { Console.WriteLine("Hit Return to stop the server."); } bool doSleep; while (true) { doSleep = false; 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)) { Console.WriteLine("Error: {0}", e); } else { server.ShutdownSockets(); } return(1); } return(0); }
// // Parameters: // // args - original args passed to the program // root - true means caller is in the root domain // ext_apphost - used when single app mode is used, in a recursive call to // RealMain from the single app domain // quiet - don't show messages. Used to avoid double printing of the banner // public int RealMain(string [] args, bool root, IApplicationHost ext_apphost, bool quiet) { ApplicationSettings settings = new ApplicationSettings(); if (ext_apphost != null) { settings.RootDir = ext_apphost.Path; } Options options = 0; int backlog = 500; int hash = 0; for (int i = 0; i < args.Length; i++) { string a = args [i]; int idx = (i + 1 < args.Length) ? i + 1 : i; hash ^= args [idx].GetHashCode() + i; switch (a) { case "--filename": CheckAndSetOptions(a, Options.FileName, ref options); settings.FileName = args [++i]; break; case "--terminate": CheckAndSetOptions(a, Options.Terminate, ref options); break; case "--master": CheckAndSetOptions(a, Options.Master, ref options); settings.Master = true; break; case "--port": CheckAndSetOptions(a, Options.Port, ref options); settings.Oport = args [++i]; break; case "--address": CheckAndSetOptions(a, Options.Address, ref options); settings.IP = args [++i]; break; case "--backlog": string backlogstr = args [++i]; try { backlog = Convert.ToInt32(backlogstr); } catch (Exception) { Console.WriteLine("The value given for backlog is not valid {0}", backlogstr); return(1); } break; case "--root": CheckAndSetOptions(a, Options.Root, ref options); settings.RootDir = args [++i]; break; case "--applications": CheckAndSetOptions(a, Options.Applications, ref options); settings.Apps = args [++i]; break; case "--appconfigfile": CheckAndSetOptions(a, Options.AppConfigFile, ref options); settings.AppConfigFile = args [++i]; break; case "--appconfigdir": CheckAndSetOptions(a, Options.AppConfigDir, ref options); settings.AppConfigDir = args [++i]; break; case "--minThreads": string mtstr = args [++i]; int minThreads = 0; try { minThreads = Convert.ToInt32(mtstr); } catch (Exception) { Console.WriteLine("The value given for minThreads is not valid {0}", mtstr); return(1); } if (minThreads > 0) { ThreadPool.SetMinThreads(minThreads, minThreads); } break; case "--nonstop": settings.NonStop = true; break; case "--help": ShowHelp(); return(0); case "--version": ShowVersion(); return(0); case "--verbose": settings.Verbose = true; break; case "--pidfile": { string pidfile = args[++i]; if (pidfile != null && pidfile.Length > 0) { try { using (StreamWriter sw = File.CreateText(pidfile)) sw.Write(Process.GetCurrentProcess().Id); } catch (Exception ex) { Console.Error.WriteLine("Failed to write pidfile {0}: {1}", pidfile, ex.Message); } } break; } case "--no-hidden": MonoWorkerRequest.CheckFileAccess = false; break; default: Console.Error.WriteLine("Unknown argument: {0}", a); ShowHelp(); return(1); } } if (hash < 0) { hash = -hash; } string lockfile; bool useTCP = ((options & Options.Port) != 0); if (!useTCP) { if (settings.FileName == null || settings.FileName.Length == 0) { settings.FileName = "/tmp/mod_mono_server"; } if ((options & Options.Address) != 0) { ShowHelp(); Console.Error.WriteLine(); Console.Error.WriteLine("ERROR: --address without --port"); Environment.Exit(1); } lockfile = Path.Combine(Path.GetTempPath(), Path.GetFileName(settings.FileName)); lockfile = String.Format("{0}_{1}", lockfile, hash); } else { lockfile = Path.Combine(Path.GetTempPath(), "mod_mono_TCP_"); lockfile = String.Format("{0}_{1}", lockfile, hash); } IPAddress ipaddr = null; ushort port; try { port = Convert.ToUInt16(settings.Oport); } catch (Exception) { Console.Error.WriteLine("The value given for the listen port is not valid: " + settings.Oport); return(1); } try { ipaddr = IPAddress.Parse(settings.IP); } catch (Exception) { Console.Error.WriteLine("The value given for the address is not valid: " + settings.IP); return(1); } if (settings.RootDir != null && settings.RootDir.Length > 0) { try { Environment.CurrentDirectory = settings.RootDir; } catch (Exception e) { Console.Error.WriteLine("Error: {0}", e.Message); return(1); } } settings.RootDir = Directory.GetCurrentDirectory(); WebSource webSource; if (useTCP) { webSource = new ModMonoTCPWebSource(ipaddr, port, lockfile); } else { webSource = new ModMonoWebSource(settings.FileName, lockfile); } if ((options & Options.Terminate) != 0) { if (settings.Verbose) { Console.Error.WriteLine("Shutting down running mod-mono-server..."); } bool res = ((ModMonoWebSource)webSource).GracefulShutdown(); if (settings.Verbose) { Console.Error.WriteLine(res ? "Done." : "Failed"); } return((res) ? 0 : 1); } ApplicationServer server = new ApplicationServer(webSource, settings.RootDir); server.Verbose = settings.Verbose; server.SingleApplication = !root; Console.WriteLine(Assembly.GetExecutingAssembly().GetName().Name); if (settings.Apps != null) { server.AddApplicationsFromCommandLine(settings.Apps); } if (settings.AppConfigFile != null) { server.AddApplicationsFromConfigFile(settings.AppConfigFile); } if (settings.AppConfigDir != null) { server.AddApplicationsFromConfigDirectory(settings.AppConfigDir); } if (!settings.Master && settings.Apps == null && settings.AppConfigDir == null && settings.AppConfigFile == null) { server.AddApplicationsFromCommandLine("/:."); } VPathToHost vh = server.GetSingleApp(); if (root && vh != null) { // Redo in new domain vh.CreateHost(server, webSource); Server svr = (Server)vh.AppHost.Domain.CreateInstanceAndUnwrap(GetType().Assembly.GetName().ToString(), GetType().FullName); webSource.Dispose(); return(svr.RealMain(args, false, vh.AppHost, quiet)); } if (ext_apphost != null) { ext_apphost.Server = server; server.AppHost = ext_apphost; } if (!useTCP && !quiet) { Console.Error.WriteLine("Listening on: {0}", settings.FileName); } else if (!quiet) { Console.Error.WriteLine("Listening on port: {0}", port); Console.Error.WriteLine("Listening on address: {0}", settings.IP); } if (!quiet) { Console.Error.WriteLine("Root directory: {0}", settings.RootDir); } try { if (server.Start(!settings.NonStop, backlog) == false) { return(2); } if (!settings.NonStop) { Console.Error.WriteLine("Hit Return to stop the server."); while (true) { try { Console.ReadLine(); break; } catch (IOException) { // This might happen on appdomain unload // until the previous threads are terminated. Thread.Sleep(500); } } server.Stop(); } } catch (Exception e) { if (!(e is ThreadAbortException)) { Console.Error.WriteLine("Error: {0}", e.Message); } else { server.ShutdownSockets(); } return(1); } return(0); }
public static int Main(string [] args) { // Load the configuration file stored in the // executable's resources. configmanager = new ConfigurationManager( typeof(Server).Assembly, "ConfigurationManager.xml"); configmanager.LoadCommandLineArgs(args); // Show the help and exit. if ((bool)configmanager ["help"] || (bool)configmanager ["?"]) { ShowHelp(); return(0); } // Show the version and exit. if ((bool)configmanager ["version"]) { ShowVersion(); return(0); } try { string config_file = (string) configmanager ["configfile"]; if (config_file != null) { configmanager.LoadXmlConfig( config_file); } } catch (ApplicationException e) { Console.WriteLine(e.Message); return(1); } catch (System.Xml.XmlException e) { Console.WriteLine( "Error reading XML configuration: {0}", e.Message); return(1); } try { string log_level = (string) configmanager ["loglevels"]; if (log_level != null) { Logger.Level = (LogLevel) Enum.Parse(typeof(LogLevel), log_level); } } catch { Console.WriteLine("Failed to parse log levels."); Console.WriteLine("Using default levels: {0}", Logger.Level); } // Enable console logging during Main (). Logger.WriteToConsole = true; try { string log_file = (string) configmanager ["logfile"]; if (log_file != null) { Logger.Open(log_file); } } catch (Exception e) { Logger.Write(LogLevel.Error, "Error opening log file: {0}", e.Message); Logger.Write(LogLevel.Error, "Events will not be logged."); } Logger.Write(LogLevel.Debug, Assembly.GetExecutingAssembly().GetName().Name); // Create the socket. Socket socket; // Socket strings are in the format // "type[:ARG1[:ARG2[:...]]]". string socket_type = configmanager ["socket"] as string; if (socket_type == null) { socket_type = "pipe"; } string [] socket_parts = socket_type.Split( new char [] { ':' }, 3); switch (socket_parts [0].ToLower()) { case "pipe": try { socket = SocketFactory.CreatePipeSocket( IntPtr.Zero); } catch (System.Net.Sockets.SocketException) { Logger.Write(LogLevel.Error, "Error: Pipe socket is not bound."); return(1); } catch (System.NotSupportedException) { Logger.Write(LogLevel.Error, "Error: Pipe sockets are not supported on this system."); return(1); } break; // The FILE sockets is of the format // "file[:PATH]". case "unix": case "file": if (socket_parts.Length == 2) { configmanager ["filename"] = socket_parts [1]; } string path = (string)configmanager ["filename"]; try { socket = SocketFactory.CreateUnixSocket( path); } catch (System.Net.Sockets.SocketException e) { Logger.Write(LogLevel.Error, "Error creating the socket: {0}", e.Message); return(1); } Logger.Write(LogLevel.Debug, "Listening on file: {0}", path); break; // The TCP socket is of the format // "tcp[[:ADDRESS]:PORT]". case "tcp": if (socket_parts.Length > 1) { configmanager ["port"] = socket_parts [ socket_parts.Length - 1]; } if (socket_parts.Length == 3) { configmanager ["address"] = socket_parts [1]; } ushort port; try { port = (ushort)configmanager ["port"]; } catch (ApplicationException e) { Logger.Write(LogLevel.Error, e.Message); return(1); } string address_str = (string)configmanager ["address"]; IPAddress address; try { address = IPAddress.Parse(address_str); } catch { Logger.Write(LogLevel.Error, "Error in argument \"address\". \"{0}\" cannot be converted to an IP address.", address_str); return(1); } try { socket = SocketFactory.CreateTcpSocket( address, port); } catch (System.Net.Sockets.SocketException e) { Logger.Write(LogLevel.Error, "Error creating the socket: {0}", e.Message); return(1); } Logger.Write(LogLevel.Debug, "Listening on port: {0}", address_str); Logger.Write(LogLevel.Debug, "Listening on address: {0}", port); break; default: Logger.Write(LogLevel.Error, "Error in argument \"socket\". \"{0}\" is not a supported type. Use \"pipe\", \"tcp\" or \"unix\".", socket_parts [0]); return(1); } string root_dir = configmanager ["root"] as string; if (root_dir != null && root_dir.Length != 0) { try { Environment.CurrentDirectory = root_dir; } catch (Exception e) { Logger.Write(LogLevel.Error, "Error: {0}", e.Message); return(1); } } root_dir = Environment.CurrentDirectory; bool auto_map = false; //(bool) configmanager ["automappaths"]; WebSource webSource = new WebSource(); appserver = new ApplicationServer(webSource, root_dir); appserver.Verbose = (bool)configmanager ["verbose"]; string applications = (string) configmanager ["applications"]; string app_config_file; string app_config_dir; try { app_config_file = (string) configmanager ["appconfigfile"]; app_config_dir = (string) configmanager ["appconfigdir"]; } catch (ApplicationException e) { Logger.Write(LogLevel.Error, e.Message); return(1); } if (applications != null) { appserver.AddApplicationsFromCommandLine( applications); } if (app_config_file != null) { appserver.AddApplicationsFromConfigFile( app_config_file); } if (app_config_dir != null) { appserver.AddApplicationsFromConfigDirectory( app_config_dir); } if (applications == null && app_config_dir == null && app_config_file == null && !auto_map) { Logger.Write(LogLevel.Error, "There are no applications defined, and path mapping is disabled."); Logger.Write(LogLevel.Error, "Define an application using /applications, /appconfigfile, /appconfigdir"); /* * Logger.Write (LogLevel.Error, * "or by enabling application mapping with /automappaths=True."); */ return(1); } Logger.Write(LogLevel.Debug, "Root directory: {0}", root_dir); Mono.FastCgi.Server server = new Mono.FastCgi.Server( socket); server.SetResponder(typeof(Responder)); server.MaxConnections = (ushort) configmanager ["maxconns"]; server.MaxRequests = (ushort) configmanager ["maxreqs"]; server.MultiplexConnections = (bool) configmanager ["multiplex"]; Logger.Write(LogLevel.Debug, "Max connections: {0}", server.MaxConnections); Logger.Write(LogLevel.Debug, "Max requests: {0}", server.MaxRequests); Logger.Write(LogLevel.Debug, "Multiplex connections: {0}", server.MultiplexConnections); bool stopable = (bool)configmanager ["stopable"]; Logger.WriteToConsole = (bool)configmanager ["printlog"]; server.Start(stopable); configmanager = null; if (stopable) { Console.WriteLine( "Hit Return to stop the server."); Console.ReadLine(); server.Stop(); } return(0); }