public static OperatingSystemInfo GetOperatingSystemInfo(ManagementScope scope) { OperatingSystemInfo operatingSystemInfo = new OperatingSystemInfo(); using (ManagementObject managementObject = WMIUtils.QueryFirst(scope, "Select * from Win32_OperatingSystem")) { string str = managementObject["Version"].ToString(); if (!string.IsNullOrEmpty(str)) { string[] strArray = str.Split(".".ToCharArray()); operatingSystemInfo.VersionString = str; operatingSystemInfo.Version = new OperatingSystemVersion() { Major = Convert.ToInt32(strArray[0]), Minor = Convert.ToInt32(strArray[1]), Build = Convert.ToInt32(managementObject["BuildNumber"]) }; } operatingSystemInfo.ServicePack = string.Format("{0}.{1}.0.0", (object)Convert.ToInt32(managementObject["ServicePackMajorVersion"]).ToString(), (object)Convert.ToInt32(managementObject["ServicePackMinorVersion"]).ToString()); operatingSystemInfo.ProductType = (OperatingSystemProductType)(uint)managementObject["ProductType"]; if (managementObject["OSProductSuite"] != null) { operatingSystemInfo.ProductSuite = (int)(uint)managementObject["OSProductSuite"]; } operatingSystemInfo.Architecture = WMIUtils.GetCPUArchitecture(scope, operatingSystemInfo.Version.Major); } return(operatingSystemInfo); }
public static string CreateNetShScript(ServerNicInfo[] Nics, OperatingSystemInfo OsInfo, string fileName) { string str = string.Empty; foreach (ServerNicInfo replicaNic in Nics) { if (NetShUtils.IsNicMapped(replicaNic)) { str = str + "net start >> WAN-Failover-Results.log\r\n" + "ping 127.0.0.1 -n 20 >> WAN-Failover-Results.log\r\n" + "net start >> WAN-Failover-Results.log\r\n" + "netsh interface ip set address \"" + replicaNic.FriendlyName + "\" dhcp >> WAN-Failover-Results.log\r\n" + "netsh interface ip set dns \"" + replicaNic.FriendlyName + "\" dhcp >> WAN-Failover-Results.log\r\n"; if (replicaNic.IPAddresses != null && replicaNic.IPAddresses.Length != 0) { for (int index = 0; index < replicaNic.IPAddresses.Length; ++index) { str += NetShUtils.AddressNetShCmd(index == 0, replicaNic.FriendlyName, replicaNic.IPAddresses[index], replicaNic.IPMasks[index], OsInfo); } } if (replicaNic.IPGateways != null && replicaNic.IPGateways.Length != 0) { for (int index = 0; index < replicaNic.IPGateways.Length; ++index) { str += NetShUtils.GatewayNetShCmd(index == 0, replicaNic.FriendlyName, replicaNic.IPGateways[index], "0", OsInfo); } } if (replicaNic.DNSAddrs != null && replicaNic.DNSAddrs.Length != 0) { for (int index = 0; index < replicaNic.DNSAddrs.Length; ++index) { str += NetShUtils.DnsNetShCmd(index == 0, replicaNic.FriendlyName, replicaNic.DNSAddrs[index], OsInfo); } } } } return(str + "ipconfig /registerdns >> WAN-Failover-Results.log\r\n"); }
public void Dispose() { _abort = true; _operatingSystemInfo = null !; _globalSystemInfo = null !; _globalSystemInfo = null !; }
/// <summary>Clear the values back to defaults</summary> public void Clear() { MachineInfo.Clear(); OperatingSystemInfo.Clear(); ApplicationInfo.Clear(); UserInfo.Clear(); }
private static IFolder GetFolder() { var steamID = string.Empty; if (SteamAPI.Init()) { LogManager.WriteLine("SteamAPI.Init() success."); steamID = SteamUser.GetSteamID().GetAccountID().ToString(); SteamAPI.Shutdown(); LogManager.WriteLine("SteamAPI.Shutdown()."); } else { LogManager.WriteLine("SteamAPI.Init() failure."); switch (OperatingSystemInfo.GetOperatingSystemInfo().OperatingSystemType) { case OperatingSystemType.Windows: if (Microsoft.Win32.Registry.GetValue(@"HKEY_CURRENT_USER\SOFTWARE\Valve\Steam\ActiveProcess", "ActiveUser", null) is int userID) { steamID = userID.ToString(); } break; default: LogManager.WriteLine("Couldn't get Steam data."); break; } } return(string.IsNullOrEmpty(steamID) ? (IFolder) new NonExistingFolder("") : (IFolder) new SteamUserDataFolder().GetFolder(steamID)); }
public static void DumpSystemInfo() { OperatingSystemInfo osInfo = OperatingSystemInfo.GetOperatingSystemInfo(); Console.WriteLine(""); Console.WriteLine("---------------------------------"); Console.WriteLine($"OS Name: {osInfo.Name}"); Console.WriteLine($"Architecture: {osInfo.Architecture}"); Console.WriteLine($"dotnet RuntimeInformation.FrameworkDescription: {RuntimeInformation.FrameworkDescription}"); Console.WriteLine(""); // CPUs int idx = 0; foreach (CPUInfo cpuInfo in osInfo.Hardware.CPUs) { Console.WriteLine($"CPU {idx}"); Console.WriteLine($" Brand: {cpuInfo.Brand}"); Console.WriteLine($" Name: {cpuInfo.Name}"); Console.WriteLine($" Architecture: {cpuInfo.Architecture}"); Console.WriteLine($" Cores: {cpuInfo.Cores}"); Console.WriteLine($" Frequency: {cpuInfo.Frequency}"); idx++; } RAMInfo ramInfo = osInfo.Hardware.RAM; Console.WriteLine(""); Console.WriteLine($"RAM {ramInfo.Total:#,###} kilobytes"); Console.WriteLine("---------------------------------"); Console.WriteLine(""); }
public static void DumpSystemInfo() { OperatingSystemInfo osInfo = OperatingSystemInfo.GetOperatingSystemInfo(); Console.WriteLine(""); Console.WriteLine("---------------------------------"); Console.WriteLine($"OS Name: {osInfo.Name}"); Console.WriteLine($"Architecture: {osInfo.Architecture}"); Console.WriteLine($".NET Framework: {GetCurrentFrameworkVersionBasedOnWindowsRegistry()} (CLR {osInfo.FrameworkVersion})"); Console.WriteLine(""); // CPUs int idx = 0; foreach (CPUInfo cpuInfo in osInfo.Hardware.CPUs) { Console.WriteLine($"CPU {idx}"); Console.WriteLine($" Brand: {cpuInfo.Brand}"); Console.WriteLine($" Name: {cpuInfo.Name}"); Console.WriteLine($" Architecture: {cpuInfo.Architecture}"); Console.WriteLine($" Cores: {cpuInfo.Cores}"); Console.WriteLine($" Frequency: {cpuInfo.Frequency}"); idx++; } RAMInfo ramInfo = osInfo.Hardware.RAM; Console.WriteLine(""); Console.WriteLine($"RAM {ramInfo.Total:#,###} kilobytes"); Console.WriteLine("---------------------------------"); Console.WriteLine(""); }
public void Delete(ISnapshot sn) { Logger.Append(Severity.DEBUG, "Deleting snapshot " + sn.Path + " (id " + sn.Id + ")"); if (!OperatingSystemInfo.IsAtLeast(OSVersionName.WindowsServer2003)) { // Deleting is unnecessary on XP since snaps are non-persistent // and automatically released on Disposing VSS objects. return; } try{ IVssImplementation vssi = VssUtils.LoadImplementation(); using (IVssBackupComponents oVSS = vssi.CreateVssBackupComponents()){ oVSS.InitializeForBackup(null); oVSS.SetContext(VssSnapshotContext.All); oVSS.DeleteSnapshot(sn.Id, true); } Logger.Append(Severity.INFO, "Deleted snapshot " + sn.Path + " (id " + sn.Id + ")"); } catch (Exception vsse) { Logger.Append(Severity.WARNING, "Unable to delete snapshot " + sn.Path + " (id " + sn.Id + "): " + vsse.Message); //backup.Dispose(); throw vsse; } }
public void ResolverMatchesOsInfo() { var resolver = new OperatingSystemResolver(); var detectedOS = resolver.Detect(); var osInfo = new OperatingSystemInfo(); Assert.Equal(detectedOS, osInfo.Platform); }
public static bool IsWin2K8R2(OperatingSystemInfo osInfo) { if (osInfo.Version.Major == 6) { return(osInfo.Version.Minor == 1); } return(false); }
public void BasicTest() { var osInfo = new OperatingSystemInfo(); Assert.NotEmpty(osInfo.Version); Assert.NotEmpty(osInfo.Name); Assert.NotEmpty(osInfo.Build); }
static void Main(string[] args) { Console.WriteLine(OperatingSystemInfo.Get().ToString()); DSSwitch.NiceApiLibrary_StartUp(s_Log, true); s_Log.logSQL = true; bool go = true; Question ques = new Question(); ques.Add(new QuestionOption("Email templates", EmailTemplates.Go)); ques.Add(new QuestionOption("Add Tel# to free account...", NumberManager.AddToFree)); ques.Add(new QuestionOption("Add Tel# to COMMERCIAL account...", NumberManager.Manager)); ques.Add(new QuestionOption("Get Credit", WhatsappMessages.CheckCredit)); ques.Add(new QuestionOption("EmailFromAPpiKey", Tests.EmailFromAPpiKey)); // ques.Add(new QuestionOption("Send Moved emails", ); rrt//SendMovedEmail.Go(s_LogZap); break; //ques.Add(new QuestionOption("Send Nice test mail", SendNiceTestMail.Go)); ques.Add(new QuestionOption("show Lib Version", Others.LibVersion)); // ques.Add(new QuestionOption("Just a log message", Others.JustALogMessage)); ques.Add(new QuestionOption("Send Whatsapp messages...", WhatsappMessages.Go)); ques.Add(new QuestionOption("Send Whatsapp messages Sys01", WhatsappMessages.GoSys01)); ques.Add(new QuestionOption("Send Whatsapp messages Sys02", WhatsappMessages.GoSys02)); ques.Add(new QuestionOption("Send Whatsapp messages Sys03", WhatsappMessages.GoSys03)); ques.Add(new QuestionOption("Send Whatsapp messages Sys03 group", WhatsappMessages.GoSys03group)); ques.Add(new QuestionOption("Send Whatsapp messages Sys04", WhatsappMessages.GoSys04)); ques.Add(new QuestionOption("Send Whatsapp messages SysTest", WhatsappMessages.GoSysTest)); // ques.Add(new QuestionOption("Send ANY email", SendEmail.All)); ques.Add(new QuestionOption("Show Logs", ShowLogs.Go)); //ques.Add(new QuestionOption("Test SQL Copy", SQLCopy.Go)); ques.Add(new QuestionOption("IIS Log All (dataLogger output)", IISLog.All)); ques.Add(new QuestionOption("IIS Log Day Sum (dataLogger output)", IISLog.DaySummary)); ques.Add(new QuestionOption("Tel# Analyser", TelNumberAnalyser.Analyse)); // ques.Add(new QuestionOption("Test commercial code changes", CommercialCodeChange.Test)); //ques.Add(new QuestionOption("Send Tel Check...", NumberManager.SendTelCheck)); //ques.Add(new QuestionOption("Send Tel Sync (Dangerous)...", NumberManager.SendTelSync)); ques.Add(new QuestionOption("Show Data_MessageFile content ...", ShowData_MessageFileContent.ShowAll)); ques.Add(new QuestionOption("Get new APIId ...", Others.GetNewAPIId)); //ques.Add(new QuestionOption("Test LibAPI...", Tests.LibAPI)); ques.Add(new QuestionOption("Show Wallet contents", ShowWallet.Go)); ques.Add(new QuestionOption("Ftp backup", FtpBackup.Go)); // ques.Add(new QuestionOption("Sql Tester", SqlTesterForm.Show)); ques.Add(new QuestionOption("Set LowLevelHttpDumping", delegate(IMyLog log, QuestionOption it) { LowLevelHttpDumper.Enabled = true; })); //ques.Add(new QuestionOption("500 Error Test", WhatsappMessages.Error500)); // ques.Add(new QuestionOption("Tests.TestQueuePriority", Tests.TestQueuePriority)); //ques.Add(new QuestionOption("MultySystem Debug", Tests.MultySystemDebugs)); //ques.Add(new QuestionOption("cUrl Command", cUrl_Command.Go)); //ques.Add(new QuestionOption("Debug Loopback process...", Tests.DebugLoopback)); //ques.Add(new QuestionOption("Debug DisplayTextControllerPart_MultiLine", Tests.DebugDisplayTextControllerPart_MultiLine)); //ques.Add(new QuestionOption("Debug Android Sync in low lib", Tests.DebugAndroidSyncInLowLib)); //ques.Add(new QuestionOption("Debug Debug_DirectTel", Tests.Debug_DirectTel)); while (go) { ques.AskAndAct("What to do (SQLite Version", s_Log); } }
public static void GetOperatingSystemInfo(ManagementScope scope, ref OperatingSystemInfo OsInfo, ref string systemPath, ref string systemVolume) { OsInfo = WMIUtils.GetOperatingSystemInfo(scope); using (ManagementObject managementObject = WMIUtils.QueryFirst(scope, "Select * from Win32_OperatingSystem")) { systemPath = managementObject["SystemDirectory"].ToString().Replace("\\system32", ""); systemVolume = systemPath.Substring(0, 2); } }
private void OnMachineInfoRequest(INetworkConnection con, Packet packet) { bool cpu, gpu, drives, mainboard, os, ram; cpu = gpu = drives = mainboard = os = ram = false; PacketGenericMessage m = packet as PacketGenericMessage; m.ReplyPacket = CreateStandardReply(packet, ReplyType.OK, ""); if (m.Parms.GetBoolProperty("cpu").GetValueOrDefault(false)) { cpu = true; CPUInfo ci = MachineInfo.ReadCPUInfo(); m.ReplyPacket.Parms.SetProperty("cpu", ci.ToString()); } if (m.Parms.GetBoolProperty("gpu").GetValueOrDefault(false)) { gpu = true; VideoCardInfo gi = MachineInfo.ReadGPUInfo(); m.ReplyPacket.Parms.SetProperty("gpu", gi.ToString()); } if (m.Parms.GetBoolProperty("drives").GetValueOrDefault(false)) { drives = true; PatcherLib.DriveInfo di = MachineInfo.ReadLogicalDiskInfo(); m.ReplyPacket.Parms.SetProperty("drives", di.ToString()); } if (m.Parms.GetBoolProperty("mainboard").GetValueOrDefault(false)) { mainboard = true; MotherboardInfo mi = MachineInfo.ReadMotherboardInfo(); m.ReplyPacket.Parms.SetProperty("mainboard", mi.ToString()); } if (m.Parms.GetBoolProperty("os").GetValueOrDefault(false)) { os = true; OperatingSystemInfo osr = MachineInfo.ReadOperatingSystemInfo(); m.ReplyPacket.Parms.SetProperty("os", osr.ToString()); } if (m.Parms.GetBoolProperty("ram").GetValueOrDefault(false)) { ram = true; RamInfo ri = MachineInfo.ReadRAMInfo(); m.ReplyPacket.Parms.SetProperty("ram", ri.ToString()); } if (MachineInfoRequestArrived != null) { MachineInfoRequestArrived(cpu, gpu, mainboard, drives, os, ram); } }
public frmQuickUpload() { Client.form_QuickUpload = this; encoder_params_jpg.Param[0] = new EncoderParameter(System.Drawing.Imaging.Encoder.Quality, 95L); ImageCodecInfo[] images = ImageCodecInfo.GetImageDecoders(); // Get all the codecs for encoding the images. foreach (ImageCodecInfo codec in ImageCodecInfo.GetImageDecoders()) { if (codec.MimeType == "image/jpeg") { codec_jpeg = codec; } } InitializeComponent(); _panDropUpload.Height = 0; _panDropUpload.Visible = true; // Immediately hide the confirmation row. _tlpUploadTable.RowStyles[1].Height = 0; _panConfirmUpload.Visible = false; // Make the form load the previous saved height if there is any. int saved_win_height = Client.config.get <int>("frmquickupload.window.height"); this.Height = (saved_win_height == 0) ? this.Height : saved_win_height; // Make sure the form is the correct size. Windows XP's form widths are less than 7's. OperatingSystemInfo osi = Utilities.getOSInfo(); if (osi.os.Contains("XP")) { Size min_size = new Size() { Height = this.MinimumSize.Height - 8, Width = this.MinimumSize.Width - 8 }; Size max_size = new Size() { Height = this.MaximumSize.Height - 8, Width = this.MaximumSize.Width - 8 }; this.MinimumSize = min_size; this.MaximumSize = max_size; this.Size = min_size; } }
public static bool ClusterIsPathOnSharedVolume(IUIHost host, string path) { if (OperatingSystemInfo.IsAtLeast(OSVersionName.Windows7)) { host.WriteVerbose("- Calling ClusterIsPathOnSharedVolume(\"{0}\")...", path); return(NativeMethods.ClusterIsPathOnSharedVolume(path)); } else { host.WriteVerbose("- Skipping call to ClusterIsPathOnSharedVolume; function does not exist on this OS."); return(false); } }
public static VolumeInfo[] GetVolumes(ManagementScope scope) { ObjectQuery query = new ObjectQuery("Select * from Win32_LogicalDisk"); List <VolumeInfo> volumeInfoList = new List <VolumeInfo>(); OperatingSystemInfo OsInfo = (OperatingSystemInfo)null; string empty1 = string.Empty; string empty2 = string.Empty; WMIUtils.GetOperatingSystemInfo(scope, ref OsInfo, ref empty1, ref empty2); using (ManagementObjectSearcher managementObjectSearcher = new ManagementObjectSearcher(scope, query)) { using (ManagementObjectCollection objectCollection = managementObjectSearcher.Get()) { foreach (ManagementObject managementObject in objectCollection) { try { uint num1 = (uint)managementObject["DriveType"]; if ((int)num1 == 3) { string str1 = managementObject["Name"].ToString(); string str2 = managementObject["FileSystem"].ToString(); if (!string.IsNullOrEmpty(str1)) { if (!string.IsNullOrEmpty(str2)) { VolumeInfo volumeInfo1 = new VolumeInfo(); volumeInfo1.DriveLetter = str1.Replace(":", ""); volumeInfo1.Format = str2; volumeInfo1.Label = managementObject["VolumeName"].ToString(); volumeInfo1.DiskSizeMB = (long)((ulong)managementObject["Size"] / 1048576UL); volumeInfo1.FreeSpaceMB = (long)((ulong)managementObject["FreeSpace"] / 1048576UL); volumeInfo1.DriveType = (int)num1; int num2 = empty2.StartsWith(str1) ? 1 : 0; volumeInfo1.IsSystemVolume = num2 != 0; VolumeInfo volumeInfo2 = volumeInfo1; volumeInfo2.UsedSpaceMB = volumeInfo2.DiskSizeMB - volumeInfo2.FreeSpaceMB; volumeInfoList.Add(volumeInfo2); } } } } catch (Exception ex) { } } } } return(volumeInfoList.ToArray()); }
public static string GetGuestOS(OperatingSystemInfo osInfo) { string str = (string)null; if (5 == osInfo.Version.Major) { str = osInfo.Version.Minor != 0 ? (1 != osInfo.Version.Minor ? ((osInfo.ProductSuite & 2) != 2 ? (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "winNetStandard64Guest") : "winNetStandardGuest") : (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "winNetEnterprise64Guest") : "winNetEnterpriseGuest")) : (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "winXPPro64Guest") : "winXPProGuest")) : ((osInfo.ProductSuite & 2) != 2 ? "win2000ServGuest" : "win2000AdvServGuest"); } else if (6 == osInfo.Version.Major) { str = osInfo.Version.Minor != 0 ? (1 != osInfo.Version.Minor ? (osInfo.ProductType != OperatingSystemProductType.Workstation ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "windows8Server64Guest") : (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "windows8_64Guest") : "windows8Guest")) : (osInfo.ProductType != OperatingSystemProductType.Workstation ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "windows7Server64Guest") : (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "windows7_64Guest") : "windows7Guest"))) : (osInfo.ProductType != OperatingSystemProductType.Workstation ? (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "winLonghorn64Guest") : "winLonghornGuest") : (osInfo.Architecture != OperatingSystemArchitecture.x86 ? (osInfo.Architecture != OperatingSystemArchitecture.x64 ? "NotSupported" : "winVista64Guest") : "winVistaGuest")); } return(str); }
public VSS(BackupLevel level) { this.RestorePosition = RestoreOrder.AfterStorage; this.ExplodedComponents = new List <string>(); Metadata = new SPOMetadata(); BasePaths = new List <BasePath>(); IVssImplementation vss = VssUtils.LoadImplementation(); backup = vss.CreateVssBackupComponents(); //Logger.Append(Severity.DEBUG, "0/6 Initializing Snapshot ("+ ((BasePaths == null)? "NON-component mode" : "component mode")+")"); backup.InitializeForBackup(null); VssBackupType vssLevel = VssBackupType.Full; if (level == BackupLevel.Full) { vssLevel = VssBackupType.Full; } else if (level == BackupLevel.Refresh) { vssLevel = VssBackupType.Incremental; } /* else if (level == BackupLevel.Differential) * vssLevel = VssBackupType.Differential;*/ else if (level == BackupLevel.TransactionLog) { vssLevel = VssBackupType.Log; } //if(spoPaths == null) // component-less snapshot set // backup.SetBackupState(false, true, VssBackupType.Full, false); //else backup.SetBackupState(true, true, vssLevel, false); if (OperatingSystemInfo.IsAtLeast(OSVersionName.WindowsServer2003)) { // The only context supported on Windows XP is VssSnapshotContext.Backup backup.SetContext(VssSnapshotContext.AppRollback); } //Logger.Append(Severity.DEBUG, "1/6 Gathering writers metadata and status"); using (IVssAsync async = backup.GatherWriterMetadata()){ async.Wait(); async.Dispose(); } // gather writers status before adding backup set components using (IVssAsync async = backup.GatherWriterStatus()){ async.Wait(); async.Dispose(); } }
private static IFolder GetFolder() { if (Settings.Default.RunFactorioViaSteam) { if (SteamAPI.Init()) { LogManager.WriteLine("SteamAPI.Init() success."); SteamAppList.GetAppInstallDir(new AppId_t(427520), out var factorioInstallPath, 260); SteamAPI.Shutdown(); LogManager.WriteLine("SteamAPI.Shutdown()."); return(new FolderFromPath(factorioInstallPath)); } else { LogManager.WriteLine("SteamAPI.Init() failure."); switch (OperatingSystemInfo.GetOperatingSystemInfo().OperatingSystemType) { case OperatingSystemType.Windows: if (Registry.GetValue(@"HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall\Steam App 427520", "InstallLocation", null) is string path) { return(new FolderFromPath(path)); } break; default: LogManager.WriteLine("Couldn't get Steam data."); break; } } } else { switch (OperatingSystemInfo.GetOperatingSystemInfo().OperatingSystemType) { case OperatingSystemType.Windows: if (Registry.GetValue(@"HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall\Factorio_is1", "InstallLocation", null) is string path) { return(new FolderFromPath(path)); } break; } return(new FolderFromPath(Settings.Default.FactorioNonSteamFolderPath)); } return(new NonExistingFolder("")); }
public frmLogin() { Client.form_Login = this; connector = new ServerConnector(this); InitializeComponent(); tween_image_height = new Tween(_picLogo, "Height", dtxCore.EasingEquations.expoEaseOut); _picLogo.LoadCompleted += new AsyncCompletedEventHandler(_picLogo_LoadCompleted); // Threading loadLogoWorker.DoWork += new DoWorkEventHandler(loadLogoWorker_DoWork); loadLogoWorker.RunWorkerCompleted += new RunWorkerCompletedEventHandler(loadLogoWorker_RunWorkerCompleted); // Add the native context menu. _notifyIcon.ContextMenu = _contextMenu; // Make sure the form is the correct size. Windows XP's form widths are less than 7's. OperatingSystemInfo osi = Utilities.getOSInfo(); if (osi.os.Contains("XP")) { Size min_size = new Size() { Height = this.MinimumSize.Height - 8, Width = this.MinimumSize.Width - 8 }; Size max_size = new Size() { Height = this.MaximumSize.Height - 8, Width = this.MaximumSize.Width - 8 }; this.MinimumSize = min_size; this.MaximumSize = max_size; this.Size = min_size; } // Timer to ensure the session does not expire. ping_timer.Enabled = false; ping_timer.Tick += new EventHandler(ping_timer_Tick); ping_timer.Interval = 1000 * 30; // 20 seconds. frmLogin_Activated(new object(), new EventArgs()); }
public override void Deserialize(BitReader reader) { Username = reader.ReadString(wide: true); Password = reader.ReadString(42, true); ComLang = reader.Read <ushort>(); Platform = (PlatformType)reader.Read <byte>(); MemoryInfo = reader.ReadString(256, true); GraphicsDriverInfo = reader.ReadString(128, true); Processor = reader.Read <ProcessorInfo>(); OperatingSystem = new OperatingSystemInfo(); OperatingSystem.Deserialize(reader); }
public override bool CollectReportData() { Boolean result = false; try { // productInfoItems.Clear(); //List<String> test = InputConnectionInfo.DatabaseFields; foreach (ManagementObject mo in searcher.Get().AsParallel()) { OperatingSystemInfo productInfo = new OperatingSystemInfo() { }; foreach (String itemProp in InputConnectionInfo.WMIFields) { productInfo.GetType().GetProperty(itemProp).SetValue(productInfo, (WMIQueryBuilder.GetValue(mo, itemProp)), null); } productInfo.TimeStamp = InputConnectionInfo.TimeStamp; productInfo.SystemName = MachineDetails.ServerName; UpdateStatus(productInfo.Name); productInfoItems.Add(productInfo); if (IsCancelRequested) { break; } } result = true; } catch (Exception ex) { AMTLogger.WriteToLog(ex.Message, MethodBase.GetCurrentMethod().Name, 0, AMTLogger.LogInfo.Error); } return(result); }
private static IFolder GetFolder() { var steamProcess = System.Array.Find(Process.GetProcessesByName("steam"), p => p.MainModule.FileVersionInfo.CompanyName.Equals("Valve Corporation") && p.MainModule.FileVersionInfo.ProductName.Equals("Steam Client Bootstrapper")); if (steamProcess != null) { return(new FolderFromPath(System.IO.Path.GetDirectoryName(steamProcess.MainModule.FileName))); } switch (OperatingSystemInfo.GetOperatingSystemInfo().OperatingSystemType) { case OperatingSystemType.Windows: return(Registry.GetValue(@"HKEY_CURRENT_USER\SOFTWARE\Valve\Steam", "SteamPath", null) is string steamPath ? (IFolder) new FolderFromPath(steamPath) : (IFolder) new NonExistingFolder("")); default: LogManager.WriteLine("Couldn't get Steam folder."); break; } return(new NonExistingFolder("")); }
static void Main(string[] args) { IVssImplementation vssImplementation = VssUtils.LoadImplementation(); using (IVssBackupComponents backup = vssImplementation.CreateVssBackupComponents()) { backup.InitializeForBackup(null); if (OperatingSystemInfo.IsAtLeast(OSVersionName.WindowsServer2003)) { // This does not work on Windows XP, since the only context supported // on Windows XP is VssSnapshotContext.Backup which is the default. backup.SetContext(VssSnapshotContext.All); } foreach (VssSnapshotProperties prop in backup.QuerySnapshots()) { Console.WriteLine("Snapshot ID: {0:B}", prop.SnapshotId); Console.WriteLine("Snapshot Set ID: {0:B}", prop.SnapshotSetId); Console.WriteLine("Original Volume Name: {0}", prop.OriginalVolumeName); Console.WriteLine(); } } }
private void GetInfo() { ushort i = 0; ushort j = 0; while (true) { if (_abort) { break; } i++; j++; if (ushort.MaxValue - i < 100) { i = 0; } if (ushort.MaxValue - j < 100) { j = 0; } lock (_lockObj) { if ((j % 10 == 0 || j == 1)) //10秒更新一次内存情况 { _operatingSystemInfo = null !; _operatingSystemInfo = OperatingSystemInfo.GetOperatingSystemInfo(); _operatingSystemType = _operatingSystemInfo.OperatingSystemType; _globalSystemInfo.MemoryInfo = getMeminfo(); } if (i % 120 == 0 || i == 1) //2分钟更新一次硬盘情况 { _globalSystemInfo.DriveInfo = DiskInfoValue.GetDrivesInfo(); } switch (_operatingSystemType) { case OperatingSystemType.Windows: _globalSystemInfo.CpuLoad = CPUWinLoadValue.CPULOAD; _globalSystemInfo.NetWorkStat = NetWorkWinValue3.GetNetworkStat(); break; case OperatingSystemType.MacOSX: _globalSystemInfo.CpuLoad = CPUMacOSLoadValue.CPULOAD; _globalSystemInfo.NetWorkStat = NetWorkMacValue.GetNetworkStat(); break; case OperatingSystemType.Linux: _globalSystemInfo.CpuLoad = CPULinuxLoadValue.CPULOAD; _globalSystemInfo.NetWorkStat = NetWorkLinuxValue.GetNetworkStat(); break; } _globalSystemInfo.UpdateTime = DateTime.Now; } Thread.Sleep(1000); } }
public Environment() { OSVersion = new OperatingSystemInfo(); }
internal static void StartUp(IMyLog _log, bool waitUntilStartupIsDone) { maintenanceLog = new MyMemoryLog(); IMyLog log = new MyManyLog(new List <IMyLog>() { maintenanceLog, _log }); log.Info("DSSwitch.StartUp"); System.Reflection.Assembly.GetAssembly(typeof(IMyLog)).GetAssemblyVersion().ToList().ForEach(_ => log.Debug(_)); ManualResetEvent bgDone = new ManualResetEvent(false); Thread bg = new Thread( delegate() { try { log.Debug("This is the startup background thread."); log.Debug(OperatingSystemInfo.Get().ToString()); log.Debug(System.Reflection.Assembly.GetExecutingAssembly().Location); log.Debug(log.GetLoggerInfo()); log.Debug("Reading instruction file"); string instruction = "IniAndRunFile"; try { //instruction = // File.ReadAllText( // FolderNames.GetFolder(MyFolders.ASP_ServerStateFolder) + "\\StartupInstruction.txt") // .Trim() // .Replace("\r", "") // .Replace("\n", "") // .Replace("\t", "") // .Replace(" ", ""); } catch (SystemException) { log.Error("Unable to read instruction file, using default values."); } log.Debug("=> " + instruction); foreach (string i1 in instruction.Split(new char[] { ',' })) { log.Debug("-> " + i1); switch (i1) { case "Wait": try { log.Debug("Waiting..."); Thread.Sleep(5000); log.Debug("Waiting done"); } catch (Exception ex) { log.Error(ex.ToString()); } break; //case "SQLiteLogFilename": // try // { // log.Debug(FolderNames.GetFolder(MyFolders.sqlite_All)); // } // catch (Exception ex) // { // log.Error(ex.ToString()); // } // break; //case "SQLiteTestStartup": // try // { // log.Debug(TestStartUp()); // } // catch (Exception ex) // { // log.Error(ex.ToString()); // } // break; //case "SQLiteExists": // try // { // if (File.Exists(FolderNames.GetFolder(MyFolders.sqlite_All))) // { // log.Info("SQLite is there."); // } // else // { // log.Info("SQLite is NOT there."); // } // } // catch (Exception ex) // { // log.Error(ex.ToString()); // } // break; //case "CopyToSQLiteIfNotExist": // try // { // if (File.Exists(FolderNames.GetFolder(MyFolders.sqlite_All))) // { // log.Info("SQLite is there. So nothing to copy"); // } // else // { // if (sqLiteConnectionHolder.StartUp(log)) // { // File2DbConverter.Convert(true, log); // } // } // } // catch (Exception ex) // { // log.Error(ex.ToString()); // } // break; //case "IniAndRunSQLite": // try // { // if (sqLiteConnectionHolder.StartUp(log)) // { // appUser_SQLite = new Data_AppUserFileHandling_SQLite(log); // appWallet_SQLite = new Data_AppUserWalletHandling_SQLite(log); // sql_SQLite = new Data_SqlHandling_SQLite(log); // msg00_SQLite = new Data_Net__00NormalMessage_SQLite(log); // msg02_SQLite = new Data_Net__02ScreenshotRequest_SQLite(log); // msg04_SQLite = new Data_Net__04CheckTelNumbers_SQLite(log); // ChangeDataSource(eDataSource.SQLite); // underMaintenance = false; // log.Info("Startup.Running"); // } // } // catch (Exception ex) // { // log.Error(ex.ToString()); // } // break; case "IniAndRunFile": try { _data_Full = new DataFull_File(); var ini = _data_Full.GetSystems(true); //appUser_File = new Data_AppUserFileHandling_File(); //appWallet_File = new Data_AppUserWalletHandling_File(); //sql_File = new Data_SqlHandling_File(); //msg00_File = new Data_Net__00NormalMessage_File(); //msg02_File = new Data_Net__02ScreenshotRequest_File(); //msg04_File = new Data_Net__04CheckTelNumbers_File(); //ChangeDataSource(eDataSource.File); underMaintenance = false; log.Info("Startup.Running"); } catch (Exception ex) { log.Error(ex.ToString()); } break; default: log.Error("instruction not recognised"); break; } } } catch (SystemException se) { log.Error(se.Message); } bgDone.Set(); }); bg.Start(); if (waitUntilStartupIsDone) { bgDone.WaitOne(); } log.Info("DSSwitch.StartUp done"); }
public void SetItems(List <string> spoPaths) { foreach (IVssExamineWriterMetadata writer in backup.WriterMetadata) { foreach (string spo in spoPaths) { try{ Logger.Append(Severity.TRIVIA, "Searching writer and/or component matching " + spo + ", current writer=" + writer.InstanceName); int index = spo.IndexOf(writer.WriterName); if (index < 0 && spo != "*") { continue; } bool found = false; // First we check that the writer's status is OK, else we don't add it to avoid failure of complete snapshot if it's not bool writerOk = false; foreach (VssWriterStatusInfo status in backup.WriterStatus) { if (status.Name == writer.WriterName) { if (status.State == VssWriterState.Stable) { // if we get there it means that we are ready to add the wanted component to VSS set writerOk = true; Metadata.Metadata.Add(writer.WriterName, writer.SaveAsXml()); } else { Logger.Append(Severity.ERROR, "***Cannot add writer " + status.Name + " to snapshot set," + " status=" + status.State.ToString() + ". Backup data managed by this writer may not be consistent. Restore will be hazardous."); if (OperatingSystemInfo.IsAtLeast(OSVersionName.WindowsServer2003)) { backup.DisableWriterClasses(new Guid[] { writer.WriterId }); } } } } bool addAllComponents = false; if (spo.Length == index + writer.WriterName.Length || spo == "*" || spo == "" + writer.WriterName + @"\*") { addAllComponents = true; } // exclude items indicated by writer foreach (VssWMFileDescription file in writer.ExcludeFiles) { BasePath bp = new BasePath(); bp.Type = "FS"; bp.Path = file.Path; bp.ExcludePolicy.Add(file.FileSpecification); //bp.ExcludedPaths = writer.E bp.Recursive = file.IsRecursive; BasePaths.Add(bp); } foreach (IVssWMComponent component in writer.Components) { found = false; Console.WriteLine("***createvolsnapshot : current component is :" + component.LogicalPath + @"\" + component.ComponentName); if ((!addAllComponents) && spo.IndexOf(component.LogicalPath + @"\" + component.ComponentName) < 0) { continue; } Logger.Append(Severity.TRIVIA, "***Asked to recursively select all '" + writer.WriterName + "' writer's components"); if (OperatingSystemInfo.IsAtLeast(OSVersionName.WindowsServer2003)) { foreach (VssWMDependency dep in component.Dependencies) { Logger.Append(Severity.TRIVIA, "***Component " + component.ComponentName + " depends on component " + dep.ComponentName + " TODO TODO TODO add it automatically"); } } if (component.Selectable) { backup.AddComponent(writer.InstanceId, writer.WriterId, component.Type, component.LogicalPath, component.ComponentName); } //Logger.Append (Severity.INFO, "***Added writer '"+writer.WriterName+"' component "+component.ComponentName); this.ExplodedComponents.Add(writer.WriterName + @"\" + component.LogicalPath + @"\" + component.ComponentName); found = true; // Second we need to find every drive containing files necessary for writer's backup // and add them to drives list, in case they weren't explicitely selected as part of backuppaths List <VssWMFileDescription> componentFiles = new List <VssWMFileDescription>(); componentFiles.AddRange(component.Files); componentFiles.AddRange(component.DatabaseFiles); componentFiles.AddRange(component.DatabaseLogFiles); foreach (VssWMFileDescription file in componentFiles) { if (string.IsNullOrEmpty(file.Path)) { continue; } //Console.WriteLine ("***component file path="+file.Path+", alt backuplocation="+file.AlternateLocation // +", backuptypemask="+file.BackupTypeMask.ToString()+", spec="+file.FileSpecification+", recursive="+file.IsRecursive); BasePath bp = new BasePath(); bp.Path = file.Path; bp.Type = "FS"; //BasePath.PathType.FS; bp.IncludePolicy.Add(file.FileSpecification); bp.Recursive = file.IsRecursive; BasePaths.Add(bp); } //backup.SetBackupSucceeded(writer.InstanceId, writer.WriterId, component.Type, component.LogicalPath, component.ComponentName, false); //Logger.Append(Severity.TRIVIA, "Added writer/component "+spo); //break; } //metadata.Metadata.Add(writer.SaveAsXml()); // Retrieve Backup Components Document //Metadata.Metadata.Add("bcd", backup.SaveAsXml()); if (found == false) { Logger.Append(Severity.WARNING, "Could not find VSS component " + spo + " which was part of backup paths"); } } catch (Exception e) { Console.WriteLine(" *** SetItems() : error " + e.Message); } } } //backup.BackupComplete(); backup.FreeWriterStatus(); backup.FreeWriterMetadata(); backup.AbortBackup(); backup.Dispose(); }
private static string DnsNetShCmd(bool first, string name, string addr, OperatingSystemInfo OsInfo) { return("netsh interface " + NetShUtils.IPCmd(addr) + (first ? " set dns " : " add dns ") + "\"" + name + "\" " + (first ? "static " : "") + addr + " >> WAN-Failover-Results.log\r\n"); }