private void CreateValue(List <RegChange> rollbackRegistry) { if (rollbackRegistry != null) { RegChange regChange = new RegChange(RegOperations.CreateValue, RegBasekey, SubKey, Is32BitKey, ValueName); try { using (RegistryKey registryKey = ReturnOpenKey(SubKey)) { regChange.RegValueKind = registryKey.GetValueKind(ValueName); regChange.ValueData = registryKey.GetValue(ValueName, null, RegistryValueOptions.DoNotExpandEnvironmentNames); } } catch (Exception) { regChange.RegOperation = RegOperations.RemoveValue; } rollbackRegistry.Add(regChange); } if (rollbackRegistry != null) { BackupCreateKeyTree(rollbackRegistry); } using (RegistryKey registryKey2 = ReturnCreateKey()) { registryKey2.SetValue(ValueName, (RegValueKind == RegistryValueKind.MultiString) ? StringToMultiString(ValueData) : ValueData, RegValueKind); } }
void CreateValue(List <RegChange> rollbackRegistry) { if (rollbackRegistry != null) { RegChange origValue = new RegChange(RegOperations.CreateValue, RegBasekey, SubKey, Is32BitKey, ValueName); try { using (RegistryKey rk = ReturnOpenKey(SubKey)) { //create a rollback to the previous value origValue.RegValueKind = rk.GetValueKind(ValueName); origValue.ValueData = rk.GetValue(ValueName, null, RegistryValueOptions.DoNotExpandEnvironmentNames); } } catch (Exception) { origValue.RegOperation = RegOperations.RemoveValue; } rollbackRegistry.Add(origValue); } //backup any new subtree creations if (rollbackRegistry != null) { BackupCreateKeyTree(rollbackRegistry); } //set the new registry value using (RegistryKey regValue = ReturnCreateKey()) { regValue.SetValue(ValueName, RegValueKind == RegistryValueKind.MultiString ? StringToMultiString(ValueData) : ValueData, RegValueKind); } }
void CreateValue(List<RegChange> rollbackRegistry) { if (rollbackRegistry != null) { RegChange origValue = new RegChange(RegOperations.CreateValue, RegBasekey, SubKey, Is32BitKey, ValueName); try { using (RegistryKey rk = ReturnOpenKey(SubKey)) { //create a rollback to the previous value origValue.RegValueKind = rk.GetValueKind(ValueName); origValue.ValueData = rk.GetValue(ValueName, null, RegistryValueOptions.DoNotExpandEnvironmentNames); } } catch (Exception) { origValue.RegOperation = RegOperations.RemoveValue; } rollbackRegistry.Add(origValue); } //backup any new subtree creations if (rollbackRegistry != null) BackupCreateKeyTree(rollbackRegistry); //set the new registry value using (RegistryKey regValue = ReturnCreateKey()) { regValue.SetValue(ValueName, RegValueKind == RegistryValueKind.MultiString ? StringToMultiString(ValueData) : ValueData, RegValueKind); } }
public static UpdateDetails Load(string fileName) { UpdateDetails updateDetails = new UpdateDetails(); try { using (FileStream fileStream = new FileStream(fileName, FileMode.Open, FileAccess.Read)) { if (!ReadFiles.IsHeaderValid(fileStream, "IUUDFV2")) { throw new ArgumentException("Incorrect file identifier."); } UpdateFile updateFile = new UpdateFile(); int num = 0; byte b = (byte)fileStream.ReadByte(); while (!ReadFiles.ReachedEndByte(fileStream, b, byte.MaxValue)) { switch (b) { case 32: updateDetails.RegistryModifications = new List <RegChange>(ReadFiles.ReadInt(fileStream)); break; case 33: updateDetails.UpdateFiles = new List <UpdateFile>(ReadFiles.ReadInt(fileStream)); break; case 142: updateDetails.RegistryModifications.Add(RegChange.ReadFromStream(fileStream)); break; case 48: updateDetails.PreviousCommonDesktopShortcuts.Add(ReadFiles.ReadDeprecatedString(fileStream)); break; case 49: updateDetails.PreviousCommonSMenuShortcuts.Add(ReadFiles.ReadDeprecatedString(fileStream)); break; case 54: updateDetails.PreviousCUserDesktopShortcuts.Add(ReadFiles.ReadString(fileStream)); break; case 55: updateDetails.PreviousCUserSMenuShortcuts.Add(ReadFiles.ReadString(fileStream)); break; case 50: updateDetails.ServicesToStop.Add(ReadFiles.ReadString(fileStream)); break; case 51: updateDetails.ServicesToStart.Add(new StartService(ReadFiles.ReadString(fileStream))); break; case 52: updateDetails.ServicesToStart[updateDetails.ServicesToStart.Count - 1].Arguments = new string[ReadFiles.ReadInt(fileStream)]; num = 0; break; case 53: updateDetails.ServicesToStart[updateDetails.ServicesToStart.Count - 1].Arguments[num] = ReadFiles.ReadString(fileStream); num++; break; case 64: updateFile.RelativePath = ReadFiles.ReadDeprecatedString(fileStream); break; case 65: updateFile.Execute = ReadFiles.ReadBool(fileStream); break; case 66: updateFile.ExBeforeUpdate = ReadFiles.ReadBool(fileStream); break; case 67: updateFile.CommandLineArgs = ReadFiles.ReadDeprecatedString(fileStream); break; case 68: updateFile.IsNETAssembly = ReadFiles.ReadBool(fileStream); break; case 69: updateFile.WaitForExecution = ReadFiles.ReadBool(fileStream); break; case 143: updateFile.RollbackOnNonZeroRet = true; break; case 77: if (updateFile.RetExceptions == null) { updateFile.RetExceptions = new List <int>(); } updateFile.RetExceptions.Add(ReadFiles.ReadInt(fileStream)); break; case 70: updateFile.DeleteFile = ReadFiles.ReadBool(fileStream); break; case 71: updateFile.DeltaPatchRelativePath = ReadFiles.ReadDeprecatedString(fileStream); break; case 72: updateFile.NewFileAdler32 = ReadFiles.ReadLong(fileStream); break; case 73: updateFile.CPUVersion = (CPUVersion)ReadFiles.ReadInt(fileStream); break; case 74: updateFile.ProcessWindowStyle = (ProcessWindowStyle)ReadFiles.ReadInt(fileStream); break; case 78: updateFile.ElevationType = (ElevationType)ReadFiles.ReadInt(fileStream); break; case 75: updateFile.FrameworkVersion = (FrameworkVersion)ReadFiles.ReadInt(fileStream); break; case 76: updateFile.RegisterCOMDll = (COMRegistration)ReadFiles.ReadInt(fileStream); break; case 155: updateDetails.UpdateFiles.Add(updateFile); updateFile = new UpdateFile(); break; case 141: updateDetails.ShortcutInfos.Add(ShortcutInfo.LoadFromStream(fileStream)); break; case 96: updateDetails.FoldersToDelete.Add(ReadFiles.ReadDeprecatedString(fileStream)); break; default: ReadFiles.SkipField(fileStream, b); break; } b = (byte)fileStream.ReadByte(); } return(updateDetails); } } catch (Exception ex) { throw new Exception("The update details file failed to open.\n\nFull details: " + ex.Message); } }
public static ServerFile Load(string fileName, string updatePathVar, string customUrlArgs) { ServerFile serv = new ServerFile(); byte[] fileIDBytes = new byte[7]; Stream fs = null; try { fs = new FileStream(fileName, FileMode.Open, FileAccess.Read); // Read the first 7 bytes of identification data fs.Read(fileIDBytes, 0, 7); } catch (Exception) { if (fs != null) { fs.Close(); } throw; } // check for compression (see if PKZip header is there) if (fileIDBytes[0] == 0x50 && fileIDBytes[1] == 0x4B && fileIDBytes[2] == 0x03 && fileIDBytes[3] == 0x04) { // decompress the "actual" server file to memory fs.Close(); using (ZipFile zip = ZipFile.Read(fileName)) { fs = new MemoryStream(); zip["0"].Extract(fs); } fs.Position = 0; // Read the first 7 bytes of identification data fs.Read(fileIDBytes, 0, 7); } // see if the file is in the correct server format string fileID = Encoding.UTF8.GetString(fileIDBytes); if (fileID != "IUSDFV2") { //free up the file so it can be deleted fs.Close(); throw new Exception("The downloaded server file does not have the correct identifier. This is usually caused by file corruption."); } serv.VersionChoices.Add(new VersionChoice()); byte bType = (byte)fs.ReadByte(); while (!ReadFiles.ReachedEndByte(fs, bType, 0xFF)) { switch (bType) { case 0x01: //Read New Version serv.NewVersion = ReadFiles.ReadDeprecatedString(fs); break; case 0x07: //Min Client version serv.MinClientVersion = ReadFiles.ReadDeprecatedString(fs); break; case 0x0B: //The version to update from if (serv.VersionChoices.Count > 1 || serv.VersionChoices[0].Version != null) { serv.VersionChoices.Add(new VersionChoice()); } serv.VersionChoices[serv.VersionChoices.Count - 1].Version = ReadFiles.ReadDeprecatedString(fs); break; case 0x03: //Add update file site string updateSite = ReadFiles.ReadDeprecatedString(fs); if (updatePathVar != null) { updateSite = updateSite.Replace("%updatepath%", updatePathVar); } updateSite = updateSite.Replace("%urlargs%", customUrlArgs ?? string.Empty); ClientFile.AddUniqueString(updateSite, serv.VersionChoices[serv.VersionChoices.Count - 1].FileSites); break; case 0x80: //the changes text is in RTF format serv.VersionChoices[serv.VersionChoices.Count - 1].RTFChanges = true; break; case 0x04: //Read Changes serv.VersionChoices[serv.VersionChoices.Count - 1].Changes = ReadFiles.ReadDeprecatedString(fs); break; case 0x09: //update's filesize serv.VersionChoices[serv.VersionChoices.Count - 1].FileSize = ReadFiles.ReadLong(fs); break; case 0x08: //update's Adler32 checksum serv.VersionChoices[serv.VersionChoices.Count - 1].Adler32 = ReadFiles.ReadLong(fs); break; case 0x14: // signed SHA1 hash serv.VersionChoices[serv.VersionChoices.Count - 1].SignedSHA1Hash = ReadFiles.ReadByteArray(fs); break; case 0x0A: //Installing to which directories? serv.VersionChoices[serv.VersionChoices.Count - 1].InstallingTo = (InstallingTo)ReadFiles.ReadInt(fs); break; case 0x8E: //the RegChanges (built with wyBuid 2.6.11.4 and below) if (RegChange.ReadFromStream(fs).RegBasekey != RegBasekeys.HKEY_CURRENT_USER) { serv.VersionChoices[serv.VersionChoices.Count - 1].InstallingTo |= InstallingTo.NonCurrentUserReg; } break; case 0x20: serv.NoUpdateToLatestLinkText = ReadFiles.ReadDeprecatedString(fs); break; case 0x21: serv.NoUpdateToLatestLinkURL = ReadFiles.ReadDeprecatedString(fs); break; case 0x0F: //skip over the integer (4 bytes) length //this is just used to trick pre-1.0 Final versions //of wyUpdate to correctly read the server file correctly fs.Position += 4; break; default: ReadFiles.SkipField(fs, bType); break; } bType = (byte)fs.ReadByte(); } fs.Close(); return(serv); }
public static RegChange ReadFromStream(Stream fs) { RegChange regChange = new RegChange(); bool flag = false; byte b = (byte)fs.ReadByte(); while (!ReadFiles.ReachedEndByte(fs, b, 158)) { switch (b) { case 1: regChange.RegOperation = (RegOperations)ReadFiles.ReadInt(fs); break; case 2: regChange.RegBasekey = (RegBasekeys)ReadFiles.ReadInt(fs); break; case 3: regChange.RegValueKind = (RegistryValueKind)ReadFiles.ReadInt(fs); break; case 4: regChange.SubKey = ReadFiles.ReadDeprecatedString(fs); break; case 5: regChange.ValueName = ReadFiles.ReadDeprecatedString(fs); break; case 6: if (regChange.RegValueKind != RegistryValueKind.ExpandString && regChange.RegValueKind != RegistryValueKind.String) { regChange.RegValueKind = RegistryValueKind.String; } regChange.ValueData = ReadFiles.ReadDeprecatedString(fs); break; case 128: flag = true; break; case 129: regChange.Is32BitKey = true; break; case 7: switch (regChange.RegValueKind) { case RegistryValueKind.Binary: if (flag) { regChange.ValueData = ReadFiles.ReadDeprecatedString(fs); } else { regChange.ValueData = ReadFiles.ReadByteArray(fs); } break; case RegistryValueKind.DWord: regChange.ValueData = ReadFiles.ReadInt(fs); break; case RegistryValueKind.QWord: regChange.ValueData = ReadFiles.ReadLong(fs); break; case RegistryValueKind.String: case RegistryValueKind.ExpandString: case RegistryValueKind.MultiString: regChange.ValueData = ReadFiles.ReadDeprecatedString(fs); break; } break; default: ReadFiles.SkipField(fs, b); break; } b = (byte)fs.ReadByte(); } return(regChange); }
public static UpdateDetails Load(string fileName) #endif { UpdateDetails updtDetails = new UpdateDetails(); try { #if CLIENT using (FileStream fs = new FileStream(fileName, FileMode.Open, FileAccess.Read)) #endif { // Read back the file identification data, if any if (!ReadFiles.IsHeaderValid(fs, "IUUDFV2")) { throw new ArgumentException("Incorrect file identifier."); } UpdateFile tempUpdateFile = new UpdateFile(); int lastStartServiceArgOn = 0; byte bType = (byte)fs.ReadByte(); while (!ReadFiles.ReachedEndByte(fs, bType, 0xFF)) { switch (bType) { case 0x20: //num reg changes updtDetails.RegistryModifications = new List <RegChange>(ReadFiles.ReadInt(fs)); break; case 0x21: //num file infos updtDetails.UpdateFiles = new List <UpdateFile>(ReadFiles.ReadInt(fs)); break; case 0x8E: updtDetails.RegistryModifications.Add(RegChange.ReadFromStream(fs)); break; case 0x30: updtDetails.PreviousCommonDesktopShortcuts.Add(ReadFiles.ReadDeprecatedString(fs)); break; case 0x31: updtDetails.PreviousCommonSMenuShortcuts.Add(ReadFiles.ReadDeprecatedString(fs)); break; case 0x36: updtDetails.PreviousCUserDesktopShortcuts.Add(ReadFiles.ReadString(fs)); break; case 0x37: updtDetails.PreviousCUserSMenuShortcuts.Add(ReadFiles.ReadString(fs)); break; case 0x32: //service to stop updtDetails.ServicesToStop.Add(ReadFiles.ReadString(fs)); break; case 0x33: //service to start updtDetails.ServicesToStart.Add(new StartService(ReadFiles.ReadString(fs))); break; case 0x34: // number of start arguments for the last service updtDetails.ServicesToStart[updtDetails.ServicesToStart.Count - 1].Arguments = new string[ReadFiles.ReadInt(fs)]; lastStartServiceArgOn = 0; break; case 0x35: updtDetails.ServicesToStart[updtDetails.ServicesToStart.Count - 1].Arguments[ lastStartServiceArgOn] = ReadFiles.ReadString(fs); lastStartServiceArgOn++; break; case 0x40: tempUpdateFile.RelativePath = ReadFiles.ReadDeprecatedString(fs); break; case 0x41: tempUpdateFile.Execute = ReadFiles.ReadBool(fs); break; case 0x42: tempUpdateFile.ExBeforeUpdate = ReadFiles.ReadBool(fs); break; case 0x43: tempUpdateFile.CommandLineArgs = ReadFiles.ReadDeprecatedString(fs); break; case 0x44: tempUpdateFile.IsNETAssembly = ReadFiles.ReadBool(fs); break; case 0x45: tempUpdateFile.WaitForExecution = ReadFiles.ReadBool(fs); break; case 0x8F: tempUpdateFile.RollbackOnNonZeroRet = true; break; case 0x4D: if (tempUpdateFile.RetExceptions == null) { tempUpdateFile.RetExceptions = new List <int>(); } tempUpdateFile.RetExceptions.Add(ReadFiles.ReadInt(fs)); break; case 0x46: tempUpdateFile.DeleteFile = ReadFiles.ReadBool(fs); break; case 0x47: tempUpdateFile.DeltaPatchRelativePath = ReadFiles.ReadDeprecatedString(fs); break; case 0x48: tempUpdateFile.NewFileAdler32 = ReadFiles.ReadLong(fs); break; case 0x49: tempUpdateFile.CPUVersion = (CPUVersion)ReadFiles.ReadInt(fs); break; case 0x4A: tempUpdateFile.ProcessWindowStyle = (System.Diagnostics.ProcessWindowStyle)ReadFiles.ReadInt(fs); break; case 0x4E: tempUpdateFile.ElevationType = (ElevationType)ReadFiles.ReadInt(fs); break; case 0x4B: tempUpdateFile.FrameworkVersion = (FrameworkVersion)ReadFiles.ReadInt(fs); break; case 0x4C: tempUpdateFile.RegisterCOMDll = (COMRegistration)ReadFiles.ReadInt(fs); break; case 0x9B: //end of file updtDetails.UpdateFiles.Add(tempUpdateFile); tempUpdateFile = new UpdateFile(); break; case 0x8D: updtDetails.ShortcutInfos.Add(ShortcutInfo.LoadFromStream(fs)); break; case 0x60: updtDetails.FoldersToDelete.Add(ReadFiles.ReadDeprecatedString(fs)); break; default: ReadFiles.SkipField(fs, bType); break; } bType = (byte)fs.ReadByte(); } } } catch (Exception ex) { throw new Exception("The update details file failed to open.\n\nFull details: " + ex.Message); } return(updtDetails); }
RegChange ParseRegChange(RegChange reg) { if (reg.RegValueKind == RegistryValueKind.MultiString || reg.RegValueKind == RegistryValueKind.String) { reg.ValueData = ParseText((string)reg.ValueData); } return reg; }
public static RegChange ReadFromStream(Stream fs) { RegChange tempReg = new RegChange(); bool isBinaryString = false; byte bType = (byte)fs.ReadByte(); //read until the end byte is detected while (!ReadFiles.ReachedEndByte(fs, bType, 0x9E)) { switch (bType) { case 0x01://RegOperation tempReg.RegOperation = (RegOperations)ReadFiles.ReadInt(fs); break; case 0x02://load basekey tempReg.RegBasekey = (RegBasekeys)ReadFiles.ReadInt(fs); break; case 0x03://load valuekind tempReg.RegValueKind = (RegistryValueKind)ReadFiles.ReadInt(fs); break; case 0x04://subkey tempReg.SubKey = ReadFiles.ReadDeprecatedString(fs); break; case 0x05://value name tempReg.ValueName = ReadFiles.ReadDeprecatedString(fs); break; case 0x06: //Depreciated: Use 0x07. All 0x06 will be converted to a string "ValueKind" if (tempReg.RegValueKind != RegistryValueKind.ExpandString && tempReg.RegValueKind != RegistryValueKind.String) { //Read in the entry,if it's tempReg.RegValueKind = RegistryValueKind.String; } tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); break; case 0x80: isBinaryString = true; break; case 0x81: tempReg.Is32BitKey = true; break; case 0x07: //Value data switch (tempReg.RegValueKind) { case RegistryValueKind.Binary: if (isBinaryString) tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); else tempReg.ValueData = ReadFiles.ReadByteArray(fs); break; case RegistryValueKind.DWord: tempReg.ValueData = ReadFiles.ReadInt(fs); break; case RegistryValueKind.QWord: tempReg.ValueData = ReadFiles.ReadLong(fs); break; case RegistryValueKind.ExpandString: case RegistryValueKind.MultiString: case RegistryValueKind.String: tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); break; } break; default: ReadFiles.SkipField(fs, bType); break; } bType = (byte)fs.ReadByte(); } return tempReg; }
public static RegChange ReadFromStream(Stream fs) { RegChange tempReg = new RegChange(); bool isBinaryString = false; byte bType = (byte)fs.ReadByte(); //read until the end byte is detected while (!ReadFiles.ReachedEndByte(fs, bType, 0x9E)) { switch (bType) { case 0x01: //RegOperation tempReg.RegOperation = (RegOperations)ReadFiles.ReadInt(fs); break; case 0x02: //load basekey tempReg.RegBasekey = (RegBasekeys)ReadFiles.ReadInt(fs); break; case 0x03: //load valuekind tempReg.RegValueKind = (RegistryValueKind)ReadFiles.ReadInt(fs); break; case 0x04: //subkey tempReg.SubKey = ReadFiles.ReadDeprecatedString(fs); break; case 0x05: //value name tempReg.ValueName = ReadFiles.ReadDeprecatedString(fs); break; case 0x06: //Depreciated: Use 0x07. All 0x06 will be converted to a string "ValueKind" if (tempReg.RegValueKind != RegistryValueKind.ExpandString && tempReg.RegValueKind != RegistryValueKind.String) { //Read in the entry,if it's tempReg.RegValueKind = RegistryValueKind.String; } tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); break; case 0x80: isBinaryString = true; break; case 0x81: tempReg.Is32BitKey = true; break; case 0x07: //Value data switch (tempReg.RegValueKind) { case RegistryValueKind.Binary: if (isBinaryString) { tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); } else { tempReg.ValueData = ReadFiles.ReadByteArray(fs); } break; case RegistryValueKind.DWord: tempReg.ValueData = ReadFiles.ReadInt(fs); break; case RegistryValueKind.QWord: tempReg.ValueData = ReadFiles.ReadLong(fs); break; case RegistryValueKind.ExpandString: case RegistryValueKind.MultiString: case RegistryValueKind.String: tempReg.ValueData = ReadFiles.ReadDeprecatedString(fs); break; } break; default: ReadFiles.SkipField(fs, bType); break; } bType = (byte)fs.ReadByte(); } return(tempReg); }