public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
try
{
var arcHist = key.Values.SingleOrDefault(t => t.ValueName == "ArcHistory");
if (arcHist != null)
{
var arcs = Encoding.Unicode.GetString(arcHist.ValueDataRaw).Split('\0');
foreach (var arc in arcs)
{
if (arc.Trim().Length == 0)
{
continue;
}
var v = new ValuesOut(arc);
Values.Add(v);
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing 7-Zip archive history: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
// write entries information under subkey of specified key
private static void WriteSubKeyData(RegistryKey key, CsvWriter csv, string computerName, string hiveName)
{
if (key.SubKeys.Count > 0)
{
foreach (var sk in key.SubKeys)
{
if (sk.Values.Count > 0)
{
WriteValueData(sk, csv, computerName, hiveName);
}
else // wirte only key and timestamp if no entries exist
{
var ce = new CacheEntry();
ce.ComputerName = computerName;
ce.HiveName = hiveName;
ce.Key = Helpers.StripRootKeyNameFromKeyPath(key.KeyPath);
ce.Name = "";
ce.Value = "";
ce.LastModified = key.LastWriteTime.Value.LocalDateTime.ToString("yyyy/MM/dd HH:mm:ss.fff");
ce.TimeZone = key.LastWriteTime.Value.LocalDateTime.ToString("zzz");
csv.WriteRecord(ce);
}
}
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
foreach (var keyValue in key.Values)
{
try
{
var unrot = Helpers.Rot13Transform(keyValue.ValueName);
var run = 0;
string guid = null;
try
{
guid =
Regex.Match(unrot, @"\b[A-F0-9]{8}(?:-[A-F0-9]{4}){3}-[A-F0-9]{12}\b",
RegexOptions.IgnoreCase).Value;
var foldername = Utils.GetFolderNameFromGuid(guid);
unrot = unrot.Replace(guid, foldername);
}
catch (ArgumentException ex)
{
// Syntax error in the regular expression
}
DateTimeOffset? lastRun = null;
if (keyValue.ValueDataRaw.Length >= 16)
{
run = BitConverter.ToInt32(keyValue.ValueDataRaw, 4);
lastRun = DateTimeOffset.FromFileTime(BitConverter.ToInt64(keyValue.ValueDataRaw, 8));
if (keyValue.ValueDataRaw.Length >= 68)
{
lastRun = DateTimeOffset.FromFileTime(BitConverter.ToInt64(keyValue.ValueDataRaw, 60));
}
}
if (lastRun?.Year < 1970)
{
lastRun = null;
}
var vo = new ValuesOut(keyValue.ValueName, unrot, run, lastRun);
_values.Add(vo);
}
catch (Exception ex)
{
Errors.Add($"Value name: {keyValue.ValueName}, message: {ex.Message}");
}
}
}
/// <summary>
/// Generic registry helper to enumerate all registry values
/// </summary>
/// <param name="regKey"></param>
/// <param name="path"></param>
/// <param name="type"></param>
/// <param name="info"></param>
/// <param name="sourceFile"></param>
private void EnumerateValues(Registry.Abstractions.RegistryKey regKey, string path, string type, string info, string sourceFile)
{
DateTimeOffset?modified = regKey.LastWriteTime;
foreach (Registry.Abstractions.KeyValue regValue in regKey.Values)
{
ProcessEntry(regValue.ValueData.ToString(), path, type, info, sourceFile, modified);
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
foreach (var rd in ProcessKey(key))
{
_values.Add(rd);
}
}
// public constructors...
public RegistryKey(NKCellRecord nk, RegistryKey parent)
{
NKRecord = nk;
Parent = parent;
InternalGUID = Guid.NewGuid().ToString();
SubKeys = new List<RegistryKey>();
Values = new List<KeyValue>();
ClassName = string.Empty;
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var appcompatValue = key.Values.Single(t => t.ValueName == ValueName);
var ctl = key.KeyPath.Split('\\').SingleOrDefault(t => t.Contains("ControlSet"));
var num = -1;
if (ctl != null)
{
num = ctl.ToCharArray().Last();
}
try
{
var cache = new acc(appcompatValue.ValueDataRaw, num);
foreach (var c in cache.Caches)
{
foreach (var cacheEntry in c.Entries)
{
try
{
var vo = new ValuesOut(cacheEntry.CacheEntryPosition, cacheEntry.Path,
cacheEntry.LastModifiedTimeUTC);
_values.Add(vo);
}
catch (Exception ex)
{
Errors.Add($"Value name: {cacheEntry.CacheEntryPosition}, message: {ex.Message}");
}
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing AppCompatCache: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
// write entries information recursively under specified key
private static void WriteSpecificKeyInfo(RegistryKey key, CsvWriter csv, string filepath)
{
string computerName = ExtractComputerName(filepath);
string hiveName = Path.GetFileName(filepath);
// processing if entries exist under specified key
if (key.Values.Count > 0)
{
WriteValueData(key, csv, computerName, hiveName);
}
// loop processing if entries exist under specified key
if (key.SubKeys.Count > 0)
{
foreach (var sk in key.SubKeys)
{
WriteSubKeyData(sk, csv, computerName, hiveName);
}
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var currVal = string.Empty;
try
{
foreach (var keyValue in key.Values)
{
var vData = string.Empty;
currVal = keyValue.ValueName;
switch (keyValue.ValueDataRaw[0])
{
case 0x5f:
vData = Encoding.Unicode.GetString(keyValue.ValueDataRaw);
break;
default:
throw new Exception("fix me");
}
var v1 = new ValuesOut(keyValue.ValueName, vData);
Values.Add(v1);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing MountedDevices value {currVal}: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
// write entries information under specified key
private static void WriteValueData(RegistryKey key, CsvWriter csv, string computerName, string hiveName)
{
foreach (var keyValue in key.Values)
{
var ce = new CacheEntry();
ce.ComputerName = computerName;
ce.HiveName = hiveName;
ce.Key = Helpers.StripRootKeyNameFromKeyPath(key.KeyPath);
ce.Name = keyValue.ValueName;
if (keyValue.ValueData.Length > 256)
{
ce.Value = $"(Large Data: {keyValue.ValueDataRaw.Length} bytes";
}
else
{
ce.Value = keyValue.ValueData;
}
ce.LastModified = key.LastWriteTime.Value.LocalDateTime.ToString("yyyy/MM/dd HH:mm:ss.fff");
ce.TimeZone = key.LastWriteTime.Value.LocalDateTime.ToString("zzz");
csv.WriteRecord(ce);
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var vn = string.Empty;
try
{
foreach (var keyValue in key.Values)
{
vn = keyValue.ValueName;
switch (keyValue.ValueName)
{
case "Bias":
var b0 = BitConverter.ToInt32(keyValue.ValueDataRaw, 0);
_values.Add(new ValuesOut(keyValue.ValueName, b0.ToString(), keyValue.ValueData));
break;
case "StandardName":
_values.Add(new ValuesOut(keyValue.ValueName, keyValue.ValueData, keyValue.ValueData));
break;
case "StandardBias":
var b1 = BitConverter.ToInt32(keyValue.ValueDataRaw, 0);
_values.Add(new ValuesOut(keyValue.ValueName, b1.ToString(), keyValue.ValueData));
break;
case "StandardStart":
//santiago utc - 4
//
//start 00 00 0A 00 02 00 17 00 3B 00 3B 00 E7 03 06 00
//hour 24
//day of week 6
//week of month 2
//month 10
//
// 00 00
// 0A == 10 Month
// 00
// 02 week of month
// 00
// 17 == 23 hour
// 00
// 3B == 59 minute
// 00
// 3B == 59 second
// 00
// E7 03 == 999 millisecond?
// 06 00 day of week
var month0 = keyValue.ValueDataRaw[2];
var weekOfMonth0 = keyValue.ValueDataRaw[4];
var hour0 = keyValue.ValueDataRaw[6];
var minute0 = keyValue.ValueDataRaw[8];
var second0 = keyValue.ValueDataRaw[10];
var millisecond0 = BitConverter.ToInt16(keyValue.ValueDataRaw, 12);
var dayOfWeek0 = keyValue.ValueDataRaw[14];
var ss =
$"Month {month0}, week of month {weekOfMonth0}, day of week {dayOfWeek0}, Hours:Minutes:Seconds:Milliseconds {hour0}:{minute0}:{second0}:{millisecond0}";
_values.Add(new ValuesOut(keyValue.ValueName, ss, keyValue.ValueData));
break;
case "DaylightName":
_values.Add(new ValuesOut(keyValue.ValueName, keyValue.ValueData, keyValue.ValueData));
break;
case "DaylightBias":
var b2 = BitConverter.ToInt32(keyValue.ValueDataRaw, 0);
_values.Add(new ValuesOut(keyValue.ValueName, b2.ToString(), keyValue.ValueData));
break;
case "DaylightStart":
var month1 = keyValue.ValueDataRaw[2];
var weekOfMonth1 = keyValue.ValueDataRaw[4];
var hour1 = keyValue.ValueDataRaw[6];
var minute1 = keyValue.ValueDataRaw[8];
var second1 = keyValue.ValueDataRaw[10];
var millisecond1 = BitConverter.ToInt16(keyValue.ValueDataRaw, 12);
var dayOfWeek1 = keyValue.ValueDataRaw[14];
var ss1 =
$"Month {month1}, week of month {weekOfMonth1}, day of week {dayOfWeek1}, Hours:Minutes:Seconds:Milliseconds {hour1}:{minute1}:{second1}:{millisecond1}";
_values.Add(new ValuesOut(keyValue.ValueName, ss1, keyValue.ValueData));
break;
case "ActiveTimeBias":
var b3 = BitConverter.ToInt32(keyValue.ValueDataRaw, 0);
_values.Add(new ValuesOut(keyValue.ValueName, b3.ToString(), keyValue.ValueData));
break;
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing TimeZoneInformation value '{vn}': {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
public bool ParseHive()
{
if (_parsed)
{
throw new Exception("ParseHive already called");
}
TotalBytesRead = 0;
TotalBytesRead += 4096;
_softParsingErrors = 0;
_hardParsingErrors = 0;
////Look at first hbin, get its size, then read that many bytes to create hbin record
long offsetInHive = 4096;
var hiveLength = Header.Length + 0x1000;
//keep reading the file until we reach the end
while (offsetInHive < hiveLength)
{
var hbinSize = BitConverter.ToUInt32(ReadBytesFromHive(offsetInHive + 8, 4), 0);
if (hbinSize == 0)
{
_logger.Info("Found hbin with size 0 at absolute offset 0x{0:X}", offsetInHive);
// Go to end if we find a 0 size block (padding?)
offsetInHive = HiveLength();
continue;
}
var hbinSig = BitConverter.ToInt32(ReadBytesFromHive(offsetInHive, 4), 0);
if (hbinSig != HbinSignature)
{
_logger.Error("hbin header incorrect at absolute offset 0x{0:X}!!! Percent done: {1:P}",
offsetInHive,
(double) offsetInHive/hiveLength);
// if (RecoverDeleted) //TODO ? always or only if recoverdeleted
// {
// //TODO need to try to recover records from the bad chunk
// }
break;
}
Check.That(hbinSig).IsEqualTo(HbinSignature);
_logger.Debug(
"Processing hbin at absolute offset 0x{0:X} with size 0x{1:X} Percent done: {2:P}",
offsetInHive, hbinSize,
(double) offsetInHive/hiveLength);
var rawhbin = ReadBytesFromHive(offsetInHive, (int) hbinSize);
try
{
var h = new HBinRecord(rawhbin, offsetInHive - 0x1000, Header.MinorVersion, RecoverDeleted, this);
_logger.Trace("hbin info: {0}", h.ToString());
_logger.Debug("Getting records from hbin at absolute offset 0x{0:X}", offsetInHive);
var records = h.Process();
_logger.Debug("Found {0:N0} records from hbin at absolute offset 0x{1:X}", records.Count,
offsetInHive);
foreach (var record in records)
{
//TODO change this to compare against constants?
switch (record.Signature)
{
case "nk":
case "sk":
case "lk":
case "vk":
_logger.Debug("Adding cell record with signature {0} at absolute offset 0x{1:X}",
record.Signature, record.AbsoluteOffset);
CellRecords.Add(record.AbsoluteOffset - 4096, (ICellTemplate) record);
break;
case "db":
case "li":
case "ri":
case "lh":
case "lf":
_logger.Debug("Adding list record with signature {0} at absolute offset 0x{1:X}",
record.Signature, record.AbsoluteOffset);
ListRecords.Add(record.AbsoluteOffset - 4096, (IListTemplate) record);
break;
}
}
HBinRecordCount += 1;
HBinRecordTotalSize += hbinSize;
}
catch (Exception ex)
{
_logger.Error(ex, $"Error processing hbin at absolute offset 0x{offsetInHive:X}.");
}
offsetInHive += hbinSize;
}
_logger.Info("Initial processing complete. Building tree...");
//The root node can be found by either looking at Header.RootCellOffset or looking for an nk record with HiveEntryRootKey flag set.
//here we are looking for the flag
var rootNode =
CellRecords.Values.OfType<NKCellRecord>()
.SingleOrDefault(
(f =>
(f.Flags & NKCellRecord.FlagEnum.HiveEntryRootKey) == NKCellRecord.FlagEnum.HiveEntryRootKey));
if (rootNode == null)
{
throw new KeyNotFoundException("Root nk record not found!");
}
//validate what we found above via the flag method
Check.That((long) Header.RootCellOffset).IsEqualTo(rootNode.RelativeOffset);
rootNode.IsReferenced = true;
_logger.Info("Found root node! Getting subkeys...");
Root = new RegistryKey(rootNode, null);
_logger.Debug("Created root node object. Getting subkeys.");
var keys = GetSubKeysAndValues(Root);
Root.SubKeys.AddRange(keys);
_logger.Info("Hive processing complete!");
//All processing is complete, so we do some tests to see if we really saw everything
if (RecoverDeleted && HiveLength() != TotalBytesRead)
{
var remainingHive = ReadBytesFromHive(TotalBytesRead, (int) (HiveLength() - TotalBytesRead));
//Sometimes the remainder of the file is all zeros, which is useless, so check for that
if (!Array.TrueForAll(remainingHive, a => a == 0))
{
_logger.Warn(
"Extra, non-zero data found beyond hive length! Check for erroneous data starting at 0x{0:x}!",
TotalBytesRead);
}
//as a second check, compare Header length with what we read (taking the header into account as Header.Length is only for hbin records)
if (Header.Length != TotalBytesRead - 0x1000)
{
//ncrunch: no coverage
_logger.Warn( //ncrunch: no coverage
"Hive length (0x{0:x}) does not equal bytes read (0x{1:x})!! Check the end of the hive for erroneous data",
HiveLength(), TotalBytesRead);
} //ncrunch: no coverage
}
if (RecoverDeleted)
{
BuildDeletedRegistryKeys();
}
if (FlushRecordListsAfterParse)
{
_logger.Info("Flushing record lists...");
ListRecords.Clear();
var toRemove = CellRecords.Where(pair => pair.Value is NKCellRecord || pair.Value is VKCellRecord)
.Select(pair => pair.Key)
.ToList();
foreach (var key in toRemove)
{
CellRecords.Remove(key);
}
}
_parsed = true;
return true;
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var namesKey = key.SubKeys.SingleOrDefault(t => t.KeyName == "Names");
var nameMap = new Dictionary<int, DateTimeOffset>();
if (namesKey == null)
{
return;
}
foreach (var registryKey in namesKey.SubKeys)
{
if (nameMap.ContainsKey((int) registryKey.Values.First().VKRecord.DataTypeRaw))
{
continue;
}
nameMap.Add((int) registryKey.Values.First().VKRecord.DataTypeRaw, registryKey.LastWriteTime.Value);
}
foreach (var key1 in key.SubKeys)
{
if (key1.KeyName == "Names")
{
continue;
}
try
{
var fVal = key1.Values.SingleOrDefault(t => t.ValueName == "F");
var userId = 0;
var invalidLogins = 0;
var totalLogins = 0;
DateTimeOffset? lastLoginTime = null;
DateTimeOffset? lastPwChangeTime = null;
DateTimeOffset? acctExpiresTime = null;
DateTimeOffset? lastIncorrectPwTime = null;
if (fVal != null)
{
userId = BitConverter.ToInt32(fVal.ValueDataRaw, 0x30);
invalidLogins = BitConverter.ToInt16(fVal.ValueDataRaw, 0x40);
totalLogins = BitConverter.ToInt16(fVal.ValueDataRaw, 0x42);
var tempTime = DateTimeOffset.FromFileTime(BitConverter.ToInt64(fVal.ValueDataRaw, 0x8));
if (tempTime.Year > 1700)
{
lastLoginTime = tempTime.ToUniversalTime();
}
tempTime = DateTimeOffset.FromFileTime(BitConverter.ToInt64(fVal.ValueDataRaw, 0x18));
if (tempTime.Year > 1700)
{
lastPwChangeTime = tempTime.ToUniversalTime();
}
tempTime = DateTimeOffset.MinValue;
try
{
tempTime = DateTimeOffset.FromFileTime(BitConverter.ToInt64(fVal.ValueDataRaw, 0x20));
}
catch (Exception)
{
}
if (tempTime.Year > 1700)
{
acctExpiresTime = tempTime.ToUniversalTime();
}
tempTime = DateTimeOffset.FromFileTime(BitConverter.ToInt64(fVal.ValueDataRaw, 0x28));
if (tempTime.Year > 1700)
{
lastIncorrectPwTime = tempTime.ToUniversalTime();
}
}
var vVal = key1.Values.SingleOrDefault(t => t.ValueName == "V");
var offToName = BitConverter.ToInt32(vVal.ValueDataRaw, 0xc) + 0xCC;
var nameLen = BitConverter.ToInt32(vVal.ValueDataRaw, 0xc + 4);
var name1 = Encoding.Unicode.GetString(vVal.ValueDataRaw, offToName, nameLen);
var offToFull = BitConverter.ToInt32(vVal.ValueDataRaw, 0x18) + 0xCC;
var fullLen = BitConverter.ToInt32(vVal.ValueDataRaw, 0x18 + 4);
var full1 = Encoding.Unicode.GetString(vVal.ValueDataRaw, offToFull, fullLen);
var offToComment = BitConverter.ToInt32(vVal.ValueDataRaw, 0x24) + 0xCC;
var commentLen = BitConverter.ToInt32(vVal.ValueDataRaw, 0x24 + 4);
var comment = Encoding.Unicode.GetString(vVal.ValueDataRaw, offToComment, commentLen);
var offToUserComment = BitConverter.ToInt32(vVal.ValueDataRaw, 0x30) + 0xCC;
var userCommentLen = BitConverter.ToInt32(vVal.ValueDataRaw, 0x30 + 4);
var userComment = Encoding.Unicode.GetString(vVal.ValueDataRaw, offToUserComment, userCommentLen);
var offHomeDir = BitConverter.ToInt32(vVal.ValueDataRaw, 0x48) + 0xCC;
var homeDirLen = BitConverter.ToInt32(vVal.ValueDataRaw, 0x48 + 4);
var homeDir = Encoding.Unicode.GetString(vVal.ValueDataRaw, offHomeDir, homeDirLen);
var createdOn = nameMap[userId];
var u = new UserOut(userId, invalidLogins, totalLogins, lastLoginTime, lastPwChangeTime,
lastIncorrectPwTime, acctExpiresTime, name1, full1, comment, userComment, homeDir, createdOn);
_values.Add(u);
}
catch (Exception ex)
{
Errors.Add($"Error processing user account: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var valuesList = new List<ValuesOut>();
var currentKey = string.Empty;
try
{
currentKey = key.KeyName;
//get MRU key and read it in
var mruVal = key.Values.SingleOrDefault(t => t.ValueName == "MRUList");
var mruListOrder = new ArrayList();
if (mruVal != null)
{
foreach (var c in mruVal.ValueData.ToCharArray())
{
mruListOrder.Add(c.ToString());
}
}
foreach (var keyValue in key.Values)
{
if (keyValue.ValueName == "MRUList")
{
continue;
}
var mru = mruListOrder.IndexOf(keyValue.ValueName);
DateTimeOffset? openedOn = null;
if (mru == 0)
{
openedOn = key.LastWriteTime;
}
var vd = keyValue.ValueData;
if (vd.EndsWith(@"\1"))
{
vd = keyValue.ValueData.Substring(0, keyValue.ValueData.Length - 2);
}
var v = new ValuesOut(keyValue.ValueName, vd, mru, openedOn);
valuesList.Add(v);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing RunMRU subkey {currentKey}: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
var v1 = valuesList.OrderBy(t => t.MruPosition);
foreach (var source in v1.ToList())
{
_values.Add(source);
}
}
private void DumpKeyCommonFormat(RegistryKey key, StreamWriter sw, ref int keyCount,
ref int valueCount)
{
if (((key.KeyFlags & RegistryKey.KeyFlagsEnum.HasActiveParent) == RegistryKey.KeyFlagsEnum.HasActiveParent) &&
((key.KeyFlags & RegistryKey.KeyFlagsEnum.Deleted) == RegistryKey.KeyFlagsEnum.Deleted))
{
return;
}
foreach (var subkey in key.SubKeys)
{
if (((subkey.KeyFlags & RegistryKey.KeyFlagsEnum.HasActiveParent) ==
RegistryKey.KeyFlagsEnum.HasActiveParent) &&
((subkey.KeyFlags & RegistryKey.KeyFlagsEnum.Deleted) == RegistryKey.KeyFlagsEnum.Deleted))
{
return;
}
keyCount += 1;
sw.WriteLine("key|{0}|{1}|{2}|{3}", subkey.NKRecord.IsFree ? "U" : "A",
subkey.NKRecord.AbsoluteOffset, subkey.KeyPath,
subkey.LastWriteTime.Value.UtcDateTime.ToString("o"));
foreach (var val in subkey.Values)
{
valueCount += 1;
sw.WriteLine(@"value|{0}|{1}|{2}|{3}|{4}|{5}", val.VKRecord.IsFree ? "U" : "A",
val.VKRecord.AbsoluteOffset, subkey.KeyName, val.ValueName, (int) val.VKRecord.DataType,
BitConverter.ToString(val.VKRecord.ValueDataRaw).Replace("-", " "));
}
DumpKeyCommonFormat(subkey, sw, ref keyCount, ref valueCount);
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
try
{
foreach (var keyValue in key.Values)
{
//[F00000000][T01D005C5B44B6300][O00000000]*C:\Users\eric\Desktop\aa\Out\Deduplicated.tsv
var segs = keyValue.ValueData.Split('*');
var fName = segs.Last();
var segs2 = segs.First().Split('[');
//"T01D005C5B44B6300]"
var rawTime = segs2[2];
rawTime = rawTime.Substring(1);
rawTime = rawTime.Substring(0, rawTime.Length - 1);
var time = Convert.ToInt64(rawTime, 16);
var firstOpen = DateTimeOffset.FromFileTime(time);
// @"Software\Microsoft\Office\15.0\Word\User MRU\*\File MRU", //Software\Microsoft\Office\15.0\Word\Reading Locations
//Software\Microsoft\Office\15.0\Word\Reading Locations
//Value Name Value Type Data
//File Path RegSz C:\ProjectWorkingFolder\GOON2\GOON2\GOON2Manual.docx
//jump up a few levels and check for Reading Locations
var readingLocKey =
key.Parent.Parent.Parent.SubKeys.SingleOrDefault(t => t.KeyName == "Reading Locations");
DateTimeOffset? lastOpen = null;
if (readingLocKey != null)
{
foreach (var registryKey in readingLocKey.SubKeys)
{
var readingLocVal = registryKey.Values.SingleOrDefault(t => t.ValueName == "File Path");
if (readingLocVal != null)
{
if (readingLocVal.ValueData == fName)
{
lastOpen = registryKey.LastWriteTime;
break;
}
}
}
}
var v = new ValuesOut(keyValue.ValueName, firstOpen, lastOpen, fName);
_values.Add(v);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing MRU key: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
public ValueBySizeInfo(RegistryKey key, KeyValue value)
{
Key = key;
Value = value;
}
private IEnumerable<RecentDoc> ProcessRecentKey(RegistryKey key)
{
var l = new List<RecentDoc>();
try
{
var mruList = key.Values.Single(t => t.ValueName == "MRUListEx");
var mruPositions = new Dictionary<uint, int>();
var i = 0;
var index = 0;
var mruPos = BitConverter.ToUInt32(mruList.ValueDataRaw, index);
index += 4;
while (mruPos != 0xFFFFFFFF)
{
mruPositions.Add(mruPos, i);
i++;
mruPos = BitConverter.ToUInt32(mruList.ValueDataRaw, index);
index += 4;
}
//mruPositions now contains a map of positions (the key) to the order it was opened (the value)
foreach (var keyValue in key.Values)
{
if (keyValue.ValueName == "MRUListEx" || keyValue.ValueName == "ViewStream")
{
continue;
}
var mru = mruPositions[uint.Parse(keyValue.ValueName)];
var targetName = Encoding.Unicode.GetString(keyValue.ValueDataRaw).Split('\0')[0];
var offsetToRemainingData = targetName.Length*2 + 2;
//TODO do not use Skip. use Buffer.BlockCopy as its faster
var remainingData = keyValue.ValueDataRaw.Skip(offsetToRemainingData).ToArray();
index = 0;
var chunkLen = BitConverter.ToUInt16(remainingData, index);
var chunks = new List<byte[]>();
while (remainingData.Length > index)
{
var chunk = remainingData.Skip(index).Take(chunkLen).ToArray();
chunks.Add(chunk);
index += chunkLen;
chunkLen = BitConverter.ToUInt16(remainingData, index);
if (chunkLen == 0)
{
break;
}
}
index = 2; //skip chunk length
var lnkNameType = chunks[0][index]; // if 32, its unicode, if 36, ascii
index += 12; //skip type that always seems to be [32|36]-00-00-00-00-00-00-00-00-00-00-00-
var lnkName = "";
if (lnkNameType == 36)
{
lnkName = Encoding.Unicode.GetString(chunks[0].Skip(index).ToArray()).Split('\0')[0];
index += lnkName.Length*2;
}
else
{
lnkName = Encoding.GetEncoding(1252).GetString(chunks[0].Skip(index).ToArray()).Split('\0')[0];
index += lnkName.Length;
}
while (chunks[0][index] != 4)
{
index += 1; //move until our signature
}
index -= 4; //jump back to start of extension block
var beefBytes = chunks[0].Skip(index).ToArray();
var sig = BitConverter.ToUInt32(beefBytes, 4);
var beef = (Beef0004) Utils.GetExtensionBlockFromBytes(sig, beefBytes);
DateTimeOffset? openedOn = null;
if (mru == 0)
{
openedOn = key.LastWriteTime;
}
DateTimeOffset? extLastOpened = null;
var ext = Path.GetExtension(targetName).ToLowerInvariant();
var targetName1 = string.Empty;
if (ext.Length == 0)
{
//folder
var sk1 = key.SubKeys.SingleOrDefault(t => t.KeyName == "Folder");
var skmru = sk1?.Values.SingleOrDefault(t => t.ValueName == "MRUListEx");
if (skmru != null)
{
//get last accessed folder value name
var mruPosf = BitConverter.ToInt32(skmru.ValueDataRaw, 0);
//pull folder name from the value
var val1 = sk1.Values.SingleOrDefault(t => t.ValueName == mruPosf.ToString());
targetName1 = Encoding.Unicode.GetString(val1.ValueDataRaw).Split('\0')[0];
}
if (sk1 != null && targetName1 == targetName)
{
extLastOpened = sk1.LastWriteTime;
}
}
else
{
var sk2 = key.SubKeys.SingleOrDefault(t => t.KeyName.ToLowerInvariant() == ext);
var skmruf = sk2?.Values.SingleOrDefault(t => t.ValueName == "MRUListEx");
if (skmruf != null)
{
//get last accessed folder value name
var mruPosff = BitConverter.ToInt32(skmruf.ValueDataRaw, 0);
//pull folder name from the value
var val1 = sk2.Values.SingleOrDefault(t => t.ValueName == mruPosff.ToString());
targetName1 = Encoding.Unicode.GetString(val1.ValueDataRaw).Split('\0')[0];
}
if (sk2 != null && targetName1 == targetName)
{
extLastOpened = sk2.LastWriteTime;
}
}
var rd = new RecentDoc(mru, keyValue.ValueName, targetName, beef.MFTInformation.MFTEntryNumber,
beef.MFTInformation.MFTSequenceNumber, beef.MFTInformation.Note, beef.CreatedOnTime,
beef.LastAccessTime, beef.LongName, key.KeyName, openedOn, extLastOpened);
l.Add(rd);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing recent key ({key.KeyPath}): {ex.Message}");
}
foreach (var registryKey in key.SubKeys)
{
var subItems = ProcessRecentKey(registryKey);
l.AddRange(subItems);
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
l = l.OrderByDescending(t => t.Extension).ThenBy(t => t.MruPosition).ToList();
return l;
}
//TODO this needs refactored to remove duplicated code
private List<RegistryKey> GetSubKeysAndValues(RegistryKey key)
{
RelativeOffsetKeyMap.Add(key.NKRecord.RelativeOffset, key);
KeyPathKeyMap.Add(key.KeyPath.ToLowerInvariant(), key);
_logger.Debug("Getting subkeys for {0}", key.KeyPath);
key.KeyFlags = RegistryKey.KeyFlagsEnum.HasActiveParent;
var keys = new List<RegistryKey>();
if (key.NKRecord.ClassCellIndex > 0)
{
_logger.Debug("Getting Class cell information at relative offset 0x{0:X}", key.NKRecord.ClassCellIndex);
var d = GetDataNodeFromOffset(key.NKRecord.ClassCellIndex);
d.IsReferenced = true;
var clsName = Encoding.Unicode.GetString(d.Data, 0, key.NKRecord.ClassLength);
key.ClassName = clsName;
_logger.Debug("Class name found {0}", clsName);
}
//Build ValueOffsets for this NKRecord
if (key.NKRecord.ValueListCellIndex > 0)
{
//there are values for this key, so get the offsets so we can pull them next
_logger.Debug("Getting value list offset at relative offset 0x{0:X}. Value count is {1:N0}",
key.NKRecord.ValueListCellIndex, key.NKRecord.ValueListCount);
var offsetList = GetDataNodeFromOffset(key.NKRecord.ValueListCellIndex);
offsetList.IsReferenced = true;
for (var i = 0; i < key.NKRecord.ValueListCount; i++)
{
//use i * 4 so we get 4, 8, 12, 16, etc
var os = BitConverter.ToUInt32(offsetList.Data, i*4);
_logger.Debug("Got value offset 0x{0:X}", os);
key.NKRecord.ValueOffsets.Add(os);
}
}
if (key.NKRecord.ValueOffsets.Count != key.NKRecord.ValueListCount)
{
//ncrunch: no coverage
_logger.Warn(
"Value count mismatch! ValueListCount is {0:N0} but NKRecord.ValueOffsets.Count is {1:N0}",
//ncrunch: no coverage
key.NKRecord.ValueListCount, key.NKRecord.ValueOffsets.Count);
} //ncrunch: no coverage
// look for values in this key
foreach (var valueOffset in key.NKRecord.ValueOffsets)
{
_logger.Debug("Looking for vk record at relative offset 0x{0:X}", valueOffset);
var vc = CellRecords[(long) valueOffset];
var vk = vc as VKCellRecord;
_logger.Debug("Found vk record at relative offset 0x{0:X}. Value name: {1}", valueOffset, vk.ValueName);
vk.IsReferenced = true;
var value = new KeyValue(vk);
key.Values.Add(value);
}
_logger.Debug("Looking for sk record at relative offset 0x{0:X}", key.NKRecord.SecurityCellIndex);
var sk = CellRecords[key.NKRecord.SecurityCellIndex] as SKCellRecord;
sk.IsReferenced = true;
//TODO THIS SHOULD ALSO CHECK THE # OF SUBKEYS == 0
if (ListRecords.ContainsKey(key.NKRecord.SubkeyListsStableCellIndex) == false)
{
return keys;
}
_logger.Debug("Looking for list record at relative offset 0x{0:X}", key.NKRecord.SubkeyListsStableCellIndex);
var l = ListRecords[key.NKRecord.SubkeyListsStableCellIndex];
var sig = BitConverter.ToInt16(l.RawBytes, 4);
switch (sig)
{
case LfSignature:
case LhSignature:
var lxRecord = l as LxListRecord;
lxRecord.IsReferenced = true;
foreach (var offset in lxRecord.Offsets)
{
_logger.Debug("In lf or lh, looking for nk record at relative offset 0x{0:X}", offset.Key);
var cell = CellRecords[offset.Key];
var nk = cell as NKCellRecord;
nk.IsReferenced = true;
_logger.Debug("In lf or lh, found nk record at relative offset 0x{0:X}. Name: {1}", offset.Key,
nk.Name);
var tempKey = new RegistryKey(nk, key);
var sks = GetSubKeysAndValues(tempKey);
tempKey.SubKeys.AddRange(sks);
keys.Add(tempKey);
}
break;
case RiSignature:
var riRecord = l as RIListRecord;
riRecord.IsReferenced = true;
foreach (var offset in riRecord.Offsets)
{
_logger.Debug("In ri, looking for list record at relative offset 0x{0:X}", offset);
var tempList = ListRecords[offset];
//templist is now an li or lh list
if (tempList.Signature == "li")
{
var sk3 = tempList as LIListRecord;
foreach (var offset1 in sk3.Offsets)
{
_logger.Debug("In ri/li, looking for nk record at relative offset 0x{0:X}", offset1);
var cell = CellRecords[offset1];
var nk = cell as NKCellRecord;
nk.IsReferenced = true;
var tempKey = new RegistryKey(nk, key);
var sks = GetSubKeysAndValues(tempKey);
tempKey.SubKeys.AddRange(sks);
keys.Add(tempKey);
}
}
else
{
var lxRecord_ = tempList as LxListRecord;
lxRecord_.IsReferenced = true;
foreach (var offset3 in lxRecord_.Offsets)
{
_logger.Debug("In ri/li, looking for nk record at relative offset 0x{0:X}", offset3.Key);
var cell = CellRecords[offset3.Key];
var nk = cell as NKCellRecord;
nk.IsReferenced = true;
var tempKey = new RegistryKey(nk, key);
var sks = GetSubKeysAndValues(tempKey);
tempKey.SubKeys.AddRange(sks);
keys.Add(tempKey);
}
}
}
break;
case LiSignature:
var liRecord = l as LIListRecord;
liRecord.IsReferenced = true;
foreach (var offset in liRecord.Offsets)
{
_logger.Debug("In li, looking for nk record at relative offset 0x{0:X}", offset);
var cell = CellRecords[offset];
var nk = cell as NKCellRecord;
nk.IsReferenced = true;
var tempKey = new RegistryKey(nk, key);
var sks = GetSubKeysAndValues(tempKey);
tempKey.SubKeys.AddRange(sks);
keys.Add(tempKey);
}
break;
default:
throw new Exception($"Unknown subkey list type {l.Signature}!");
}
return keys;
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var valuesList = new List<ValuesOut>();
var currentKey = string.Empty;
try
{
//this key has folders stored in the root as well
var mruVal1 = key.Values.SingleOrDefault(t => t.ValueName == "MRUList");
var mruListOrder1 = new ArrayList();
if (mruVal1 != null)
{
foreach (var c in mruVal1.ValueData.ToCharArray())
{
mruListOrder1.Add(c.ToString());
}
}
foreach (var keyValue in key.Values)
{
if (keyValue.ValueName == "MRUList")
{
continue;
}
var mru1 = mruListOrder1.IndexOf(keyValue.ValueName);
DateTimeOffset? openedOn1 = null;
if (mru1 == 0)
{
openedOn1 = key.LastWriteTime;
}
var v1 = new ValuesOut("OpenSaveMRU", keyValue.ValueData, keyValue.ValueName, mru1, openedOn1);
valuesList.Add(v1);
}
foreach (var registryKey in key.SubKeys)
{
currentKey = registryKey.KeyName;
//get MRU key and read it in
var mruVal = registryKey.Values.SingleOrDefault(t => t.ValueName == "MRUList");
var mruListOrder = new ArrayList();
if (mruVal != null)
{
foreach (var c in mruVal.ValueData.ToCharArray())
{
mruListOrder.Add(c.ToString());
}
}
foreach (var keyValue in registryKey.Values)
{
if (keyValue.ValueName == "MRUList")
{
continue;
}
var mru = mruListOrder.IndexOf(keyValue.ValueName);
DateTimeOffset? openedOn = null;
if (mru == 0)
{
openedOn = registryKey.LastWriteTime;
}
var v = new ValuesOut(registryKey.KeyName, keyValue.ValueData, keyValue.ValueName, mru, openedOn);
valuesList.Add(v);
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing OpenSaveMRU subkey {currentKey}: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
var v2 = valuesList.OrderBy(t => t.MruPosition);
foreach (var source in v2.ToList())
{
_values.Add(source);
}
}
private void UpdateChildPaths(RegistryKey key)
{
_logger.Trace("Updating child paths or key {0}", key.KeyPath);
foreach (var sk in key.SubKeys)
{
sk.KeyPath = $@"{key.KeyPath}\{sk.KeyName}";
RelativeOffsetKeyMap.Add(sk.NKRecord.RelativeOffset, sk);
if (KeyPathKeyMap.ContainsKey(sk.KeyPath.ToLowerInvariant()) == false)
{
KeyPathKeyMap.Add(sk.KeyPath.ToLowerInvariant(), sk);
}
UpdateChildPaths(sk);
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var currentKey = string.Empty;
try
{
foreach (var registryKey in key.SubKeys) // subkeys of FileExts
{
currentKey = registryKey.KeyName;
var oe = new List<string>();
var op = new List<string>();
var uc = "(UserChoice key not present)";
if (registryKey.SubKeys.Count == 0)
{
var progId = registryKey.Values.SingleOrDefault(t => t.ValueName == "Progid");
if (progId != null)
{
op.Add(progId.ValueData);
}
var vo1 = new ValuesOut(registryKey.KeyName, string.Join(", ", oe), string.Join(", ", op), uc);
_values.Add(vo1);
continue;
}
foreach (var subKey in registryKey.SubKeys) // subkey's subkeys
{
switch (subKey.KeyName)
{
case "OpenWithList":
// contains values with name == char and value data of an executable name
//there is an MRUList that contains the order the executables were selected
var mruList = subKey.Values.SingleOrDefault(t => t.ValueName == "MRUList");
if (mruList != null)
{
//foreach slot in MRU, get the value and append it to our oe variable
foreach (var mruPos in mruList.ValueData.ToCharArray())
{
var exeName =
subKey.Values.SingleOrDefault(t => t.ValueName == mruPos.ToString());
if (exeName != null)
{
oe.Add(exeName.ValueData);
}
else
{
oe.Add($"(Executable name for MRU slot '{mruPos}' not found!)");
}
}
}
break;
case "OpenWithProgids":
foreach (var proIdValue in subKey.Values)
{
op.Add(proIdValue.ValueName);
}
break;
case "UserChoice":
var progId = subKey.Values.SingleOrDefault(t => t.ValueName == "ProgId");
if (progId != null)
{
uc = progId.ValueData;
}
break;
}
}
//we have enough to add an entry
var vo = new ValuesOut(registryKey.KeyName, string.Join(", ", oe), string.Join(", ", op), uc);
_values.Add(vo);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing FileExts subkey {currentKey}: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
public RegistryKey GetKey(string keyPath)
{
var rawRoot = GetRawRecord(Header.RootCellOffset);
var rootNk = new NKCellRecord(rawRoot.Length, Header.RootCellOffset, this);
var newPath = keyPath.ToLowerInvariant();
// when getting child keys, the name may start with the root key name. if so, strip it
if (newPath.StartsWith(rootNk.Name.ToLowerInvariant()))
{
var segs = keyPath.Split('\\');
newPath = string.Join("\\", segs.Skip(1));
}
var rootKey = new RegistryKey(rootNk, null);
var keyNames = newPath.Split(new[] {'\\'}, StringSplitOptions.RemoveEmptyEntries);
rootKey.SubKeys.AddRange(GetSubkeys(rootKey.NKRecord.SubkeyListsStableCellIndex, rootKey));
var finalKey = rootKey;
for (var i = 0; i < keyNames.Length; i++)
{
finalKey = finalKey.SubKeys.SingleOrDefault(r => r.KeyName.ToLowerInvariant() == keyNames[i].ToLowerInvariant());
if (finalKey == null)
{
return null;
}
if (finalKey.NKRecord.SubkeyListsStableCellIndex > 0)
{
finalKey.SubKeys.AddRange(GetSubkeys(finalKey.NKRecord.SubkeyListsStableCellIndex, finalKey));
}
}
finalKey.Values.AddRange(GetKeyValues(finalKey.NKRecord.ValueListCellIndex, finalKey.NKRecord.ValueListCount));
if (finalKey.NKRecord.ClassCellIndex > 0)
{
_logger.Debug("Getting Class cell information at relative offset 0x{0:X}", finalKey.NKRecord.ClassCellIndex);
var d = GetDataNodeFromOffset(finalKey.NKRecord.ClassCellIndex);
d.IsReferenced = true;
var clsName = Encoding.Unicode.GetString(d.Data, 0, finalKey.NKRecord.ClassLength);
finalKey.ClassName = clsName;
_logger.Debug("Class name found {0}", clsName);
}
return finalKey;
}
/// <summary>
/// Associates vk records with NK records and builds a hierarchy of nk records
/// <remarks>Results of this method will be available in DeletedRegistryKeys</remarks>
/// </summary>
private void BuildDeletedRegistryKeys()
{
_logger.Info("Associating deleted keys and values...");
var unreferencedNKCells = CellRecords.Where(t => t.Value.IsReferenced == false && t.Value is NKCellRecord);
var associatedVKRecordOffsets = new List<long>();
var _deletedRegistryKeys = new Dictionary<long, RegistryKey>();
//Phase one is to associate any value records with key records
foreach (var unreferencedNkCell in unreferencedNKCells)
{
try
{
var nk = unreferencedNkCell.Value as NKCellRecord;
_logger.Debug("Processing deleted nk record at absolute offset 0x{0:X}", nk.AbsoluteOffset);
nk.IsDeleted = true;
var regKey = new RegistryKey(nk, null)
{
KeyFlags = RegistryKey.KeyFlagsEnum.Deleted
};
//some sanity checking on things
if (regKey.NKRecord.Size < 0x50 + regKey.NKRecord.NameLength)
{
continue;
}
//Build ValueOffsets for this NKRecord
if (regKey.NKRecord.ValueListCellIndex > 0)
{
//there are values for this key, so get the offsets so we can pull them next
_logger.Debug("Processing deleted nk record values for nk at absolute offset 0x{0:X}",
nk.AbsoluteOffset);
DataNode offsetList = null;
var size = ReadBytesFromHive(regKey.NKRecord.ValueListCellIndex + 4096, 4);
var sizeNum = Math.Abs(BitConverter.ToUInt32(size, 0));
if (sizeNum > regKey.NKRecord.ValueListCount*4 + 4)
{
//ValueListCount is the number of offsets we should be looking for. they are 4 bytes long
//If the size of the data record at regKey.NKRecord.ValueListCellIndex exceeds the total number of bytes plus the size (another 4 bytes), reset it to a more sane value to avoid crazy long reads
sizeNum = regKey.NKRecord.ValueListCount*4 + 4;
}
try
{
var rawData = ReadBytesFromHive(regKey.NKRecord.ValueListCellIndex + 4096,
(int) sizeNum);
var dr = new DataNode(rawData, regKey.NKRecord.ValueListCellIndex);
offsetList = dr;
}
catch (Exception) //ncrunch: no coverage
{
//ncrunch: no coverage
//sometimes the data node doesn't have enough data to even do this, or its wrong data
_logger.Warn( //ncrunch: no coverage
"When getting values for nk record at absolute offset 0x{0:X}, not enough/invalid data was found at offset 0x{1:X}to look for value offsets. Value recovery is not possible",
nk.AbsoluteOffset, regKey.NKRecord.ValueListCellIndex);
} //ncrunch: no coverage
if (offsetList != null)
{
_logger.Debug("Found offset list for nk at absolute offset 0x{0:X}. Processing.",
nk.AbsoluteOffset);
try
{
for (var i = 0; i < regKey.NKRecord.ValueListCount; i++)
{
//use i * 4 so we get 4, 8, 12, 16, etc
var os = BitConverter.ToUInt32(offsetList.Data, i*4);
regKey.NKRecord.ValueOffsets.Add(os);
}
}
catch (Exception) //ncrunch: no coverage
{
//ncrunch: no coverage
_logger.Warn( //ncrunch: no coverage
"When getting value offsets for nk record at absolute offset 0x{0:X}, not enough data was found at offset 0x{1:X} to look for all value offsets. Only partial value recovery possible",
nk.AbsoluteOffset, regKey.NKRecord.ValueListCellIndex);
} //ncrunch: no coverage
}
}
_logger.Debug("Looking for vk records for nk record at absolute offset 0x{0:X}", nk.AbsoluteOffset);
//For each value offset, get the vk record if it exists, create a KeyValue, and assign it to the current RegistryKey
foreach (var valueOffset in nk.ValueOffsets)
{
if (CellRecords.ContainsKey((long) valueOffset))
{
_logger.Debug(
"Found vk record at relative offset 0x{0:X} for nk record at absolute offset 0x{1:X}",
valueOffset, nk.AbsoluteOffset);
var val = CellRecords[(long) valueOffset] as VKCellRecord;
//we have a value for this key
if (val != null)
{
//if its an in use record AND referenced, warn
if (val.IsFree == false && val.IsReferenced)
{
_logger.Warn(
"When getting values for nk record at absolute offset 0x{0:X}, VK record at relative offset 0x{1:X} isn't free and is referenced by another nk record. Skipping!",
nk.AbsoluteOffset, valueOffset);
}
else
{
associatedVKRecordOffsets.Add(val.RelativeOffset);
var kv = new KeyValue(val);
regKey.Values.Add(kv);
_logger.Debug(
"Added vk record at relative offset 0x{0:X} for nk record at absolute offset 0x{1:X}",
valueOffset, nk.AbsoluteOffset);
}
}
}
else
{
_logger.Debug(
"vk record at relative offset 0x{0:X} not found for nk record at absolute offset 0x{1:X}",
valueOffset, nk.AbsoluteOffset);
}
}
_logger.Debug(
"Associated {0:N0} value(s) out of {1:N0} possible values for nk record at absolute offset 0x{2:X}",
regKey.Values.Count, nk.ValueListCount, nk.AbsoluteOffset);
_deletedRegistryKeys.Add(nk.RelativeOffset, regKey);
}
catch (Exception ex) //ncrunch: no coverage
{
//ncrunch: no coverage
_logger.Error( //ncrunch: no coverage
ex,
$"Error while processing deleted nk record at absolute offset 0x{unreferencedNkCell.Value.AbsoluteOffset:X}");
} //ncrunch: no coverage
}
_logger.Debug("Building tree of key/subkeys for deleted keys");
//DeletedRegistryKeys now contains all deleted nk records and their associated values.
//Phase 2 is to build a tree of key/subkeys
var matchFound = true;
while (matchFound)
{
var keysToRemove = new List<long>();
matchFound = false;
foreach (var deletedRegistryKey in _deletedRegistryKeys)
{
if (_deletedRegistryKeys.ContainsKey(deletedRegistryKey.Value.NKRecord.ParentCellIndex))
{
//deletedRegistryKey is a child of RegistryKey with relative offset ParentCellIndex
//add the key as as subkey of its parent
var parent = _deletedRegistryKeys[deletedRegistryKey.Value.NKRecord.ParentCellIndex];
_logger.Debug(
"Found subkey at absolute offset 0x{0:X} for parent key at absolute offset 0x{1:X}",
deletedRegistryKey.Value.NKRecord.AbsoluteOffset, parent.NKRecord.AbsoluteOffset);
deletedRegistryKey.Value.KeyPath = $@"{parent.KeyPath}\{deletedRegistryKey.Value.KeyName}";
parent.SubKeys.Add(deletedRegistryKey.Value);
//mark the subkey for deletion so we do not blow up the collection while iterating it
keysToRemove.Add(deletedRegistryKey.Value.NKRecord.RelativeOffset);
//reset this so the loop continutes
matchFound = true;
}
}
foreach (var l in keysToRemove)
{
//take out the key from main collection since we copied it above to its parent's subkey list
_deletedRegistryKeys.Remove(l);
}
}
_logger.Debug("Associating top level deleted keys to active Registry keys");
//Phase 3 is looking at top level keys from Phase 2 and seeing if any of those can be assigned to non-deleted keys in the main tree
foreach (var deletedRegistryKey in _deletedRegistryKeys)
{
if (CellRecords.ContainsKey(deletedRegistryKey.Value.NKRecord.ParentCellIndex))
{
//an parent key has been located, so get it
var parentNk = CellRecords[deletedRegistryKey.Value.NKRecord.ParentCellIndex] as NKCellRecord;
_logger.Debug(
"Found possible parent key at absolute offset 0x{0:X} for deleted key at absolute offset 0x{1:X}",
deletedRegistryKey.Value.NKRecord.ParentCellIndex + 0x1000,
deletedRegistryKey.Value.NKRecord.AbsoluteOffset);
if (parentNk == null)
{
//the data at that index is not an nkrecord
continue;
}
if (parentNk.IsReferenced && parentNk.IsFree == false)
{
//parent exists in our primary tree, so get that key
var pk = GetKey(deletedRegistryKey.Value.NKRecord.ParentCellIndex);
_logger.Debug(
"Copying subkey at absolute offset 0x{0:X} for parent key at absolute offset 0x{1:X}",
deletedRegistryKey.Value.NKRecord.AbsoluteOffset, pk.NKRecord.AbsoluteOffset);
deletedRegistryKey.Value.KeyPath = $@"{pk.KeyPath}\{deletedRegistryKey.Value.KeyName}";
deletedRegistryKey.Value.KeyFlags |= RegistryKey.KeyFlagsEnum.HasActiveParent;
UpdateChildPaths(deletedRegistryKey.Value);
//add a copy of deletedRegistryKey under its original parent
pk.SubKeys.Add(deletedRegistryKey.Value);
RelativeOffsetKeyMap.Add(deletedRegistryKey.Value.NKRecord.RelativeOffset,
deletedRegistryKey.Value);
if (KeyPathKeyMap.ContainsKey(deletedRegistryKey.Value.KeyPath.ToLowerInvariant()) == false)
{
KeyPathKeyMap.Add(deletedRegistryKey.Value.KeyPath.ToLowerInvariant(),
deletedRegistryKey.Value);
}
_logger.Debug(
"Associated deleted key at absolute offset 0x{0:X} to active parent key at absolute offset 0x{1:X}",
deletedRegistryKey.Value.NKRecord.AbsoluteOffset, pk.NKRecord.AbsoluteOffset);
}
}
}
DeletedRegistryKeys = _deletedRegistryKeys.Values.ToList();
var unreferencedVk = CellRecords.Where(t => t.Value.IsReferenced == false && t.Value is VKCellRecord);
foreach (var keyValuePair in unreferencedVk)
{
if (associatedVKRecordOffsets.Contains(keyValuePair.Key) == false)
{
var vk = keyValuePair.Value as VKCellRecord;
var val = new KeyValue(vk);
UnassociatedRegistryValues.Add(val);
}
}
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
var valuesList = new List<ValuesOut>();
var currentKey = string.Empty;
try
{
foreach (var registryKey in key.SubKeys)
{
currentKey = registryKey.KeyName;
//get MRU key and read it in
var mruVal = registryKey.Values.SingleOrDefault(t => t.ValueName == "MRUListEx");
var mruListOrder = new ArrayList();
if (mruVal != null)
{
var index = 0;
var mruPos = 0;
while (index < mruVal.ValueDataRaw.Length)
{
mruPos = BitConverter.ToInt32(mruVal.ValueDataRaw, index);
index += 4;
if (mruPos != -1)
{
mruListOrder.Add(mruPos);
}
}
}
foreach (var keyValue in registryKey.Values)
{
if (keyValue.ValueName == "MRUListEx")
{
continue;
}
bags = new List<ShellBag>();
var shellItemsRaw = new List<byte[]>();
var mru = (int) mruListOrder[int.Parse(keyValue.ValueName)];
DateTimeOffset? openedOn = null;
if (mru == 0)
{
openedOn = registryKey.LastWriteTime;
}
try
{
var det = new StringBuilder();
var index = 0;
while (index < keyValue.ValueDataRaw.Length)
{
var size = BitConverter.ToInt16(keyValue.ValueDataRaw, index);
if (size == 0)
{
break;
}
var shellRaw = new byte[size];
Buffer.BlockCopy(keyValue.ValueDataRaw, index, shellRaw, 0, size);
shellItemsRaw.Add(shellRaw);
index += size;
}
ShellBag bag = null;
foreach (var bytese in shellItemsRaw)
{
switch (bytese[2])
{
case 0x00:
bag = new ShellBag0X00(bytese);
break;
case 0x1f:
bag = new ShellBag0X1F(bytese);
break;
case 0x2f:
bag = new ShellBag0X2F(bytese);
break;
case 0x2e:
bag = new ShellBag0X2E(bytese);
break;
case 0xb1:
case 0x31:
bag = new ShellBag0X31(bytese);
break;
case 0x32:
bag = new ShellBag0X32(bytese);
break;
case 0x71:
bag = new ShellBag0X71(bytese);
break;
case 0x74:
bag = new ShellBag0X74(bytese);
break;
case 0x40:
bag = new ShellBag0X40(bytese);
break;
case 0x61:
bag = new ShellBag0X61(bytese);
break;
case 0xc3:
bag = new ShellBag0Xc3(bytese);
break;
default:
det.AppendLine(
$"Key: {registryKey.KeyName}, Value name: {keyValue.ValueName}, Message: **** Unsupported ShellID: 0x{bytese[2]:x2}. Send this ID to [email protected] so support can be added!! ****");
Errors.Add(
$"Key: {registryKey.KeyName}, Value name: {keyValue.ValueName}, Message: **** Unsupported ShellID: 0x{bytese[2]:x2}. Send this ID to [email protected] so support can be added!! ****");
break;
}
if (bag != null)
{
det.AppendLine(bag.ToString());
bags.Add(bag);
}
}
var v = new ValuesOut(registryKey.KeyName,
$"{GetAbsolutePathFromTargetIDs(bags)}", det.ToString(), keyValue.ValueName, mru,
openedOn);
valuesList.Add(v);
}
catch (Exception ex)
{
Errors.Add(
$"Key: {registryKey.KeyName}, Value name: {keyValue.ValueName}, message: {ex.Message}");
}
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing OpenSavePidlMRU subkey {currentKey}: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
var v1 = valuesList.OrderBy(t => t.MruPosition);
foreach (var source in v1.ToList())
{
_values.Add(source);
}
}
// 指定キー内のName/Valueを書き出す
private static void WriteValueData(RegistryKey key, StreamWriter sw, string filepath)
{
foreach (var keyValue in key.Values)
{
// var slack = "";
// if (keyValue.ValueSlack.Length > 0)
// slack = keyValue.ValueSlack;
if(keyValue.ValueData.Length > 1024)
sw.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}\t{5}", filepath, Helpers.StripRootKeyNameFromKeyPath(key.KeyPath), keyValue.ValueName, $"(Large Data: {keyValue.ValueDataRaw.Length} bytes", key.LastWriteTime.Value.LocalDateTime, key.LastWriteTime.Value.UtcDateTime);
else
sw.WriteLine("{0}\t{1}\t{2}\t{3}\t{4}\t{5}", filepath, Helpers.StripRootKeyNameFromKeyPath(key.KeyPath), keyValue.ValueName, keyValue.ValueData, key.LastWriteTime.Value.LocalDateTime, key.LastWriteTime.Value.UtcDateTime);
}
}
private List<RegistryKey> GetSubkeys(uint subkeyListsStableCellIndex, RegistryKey parent)
{
var keys = new List<RegistryKey>();
_logger.Debug("Looking for list record at relative offset 0x{0:X}", subkeyListsStableCellIndex);
var rawList = GetRawRecord(subkeyListsStableCellIndex);
var l = GetListFromRawBytes(rawList, subkeyListsStableCellIndex);
var sig = BitConverter.ToInt16(l.RawBytes, 4);
switch (sig)
{
case LfSignature:
case LhSignature:
var lxRecord = l as LxListRecord;
foreach (var offset in lxRecord.Offsets)
{
_logger.Debug("In lf or lh, looking for nk record at relative offset 0x{0:X}", offset);
var rawCell = GetRawRecord(offset.Key);
var nk = new NKCellRecord(rawCell.Length, offset.Key, this);
_logger.Debug("In lf or lh, found nk record at relative offset 0x{0:X}. Name: {1}", offset,
nk.Name);
var tempKey = new RegistryKey(nk, parent);
keys.Add(tempKey);
}
break;
case RiSignature:
var riRecord = l as RIListRecord;
foreach (var offset in riRecord.Offsets)
{
_logger.Debug("In ri, looking for list record at relative offset 0x{0:X}", offset);
rawList = GetRawRecord(offset);
var tempList = GetListFromRawBytes(rawList, offset);
//templist is now an li or lh list
if (tempList.Signature == "li")
{
var sk3 = tempList as LIListRecord;
foreach (var offset1 in sk3.Offsets)
{
_logger.Debug("In ri/li, looking for nk record at relative offset 0x{0:X}", offset1);
var rawCell = GetRawRecord(offset1);
var nk = new NKCellRecord(rawCell.Length, offset1, this);
var tempKey = new RegistryKey(nk, parent);
keys.Add(tempKey);
}
}
else
{
var lxRecord_ = tempList as LxListRecord;
foreach (var offset3 in lxRecord_.Offsets)
{
_logger.Debug("In ri/li, looking for nk record at relative offset 0x{0:X}", offset3);
var rawCell = GetRawRecord(offset3.Key);
var nk = new NKCellRecord(rawCell.Length, offset3.Key, this);
var tempKey = new RegistryKey(nk, parent);
keys.Add(tempKey);
}
}
}
break;
//this is a safety net, but li's are typically only seen in RI lists. as such, don't use it in metrics
case LiSignature:
var liRecord = l as LIListRecord;
foreach (var offset in liRecord.Offsets)
{
_logger.Debug("In li, looking for nk record at relative offset 0x{0:X}", offset);
var rawCell = GetRawRecord(offset);
var nk = new NKCellRecord(rawCell.Length, offset, this);
var tempKey = new RegistryKey(nk, parent);
keys.Add(tempKey);
}
break;
default:
throw new Exception($"Unknown subkey list type {l.Signature}!");
}
return keys;
}
private IEnumerable<FolderInfo> ProcessKey(RegistryKey key)
{
var l = new List<FolderInfo>();
try
{
var mruList = key.Values.Single(t => t.ValueName == "MRUListEx");
var mruPositions = new Dictionary<uint, int>();
var i = 0;
var index = 0;
var mruPos = BitConverter.ToUInt32(mruList.ValueDataRaw, index);
index += 4;
while (mruPos != 0xFFFFFFFF)
{
mruPositions.Add(mruPos, i);
i++;
mruPos = BitConverter.ToUInt32(mruList.ValueDataRaw, index);
index += 4;
}
//mruPositions now contains a map of positions (the key) to the order it was opened (the value)
foreach (var keyValue in key.Values)
{
if (keyValue.ValueName == "MRUListEx")
{
continue;
}
var mru = mruPositions[uint.Parse(keyValue.ValueName)];
var chunks = Encoding.Unicode.GetString(keyValue.ValueDataRaw).Split('\0');
var exeName = chunks[0];
var folder = string.Empty;
if (chunks.Length > 1)
{
folder = chunks[1];
}
DateTimeOffset? openedOn = null;
if (mru == 0)
{
openedOn = key.LastWriteTime;
}
var ff = new FolderInfo(exeName, folder, mru, openedOn);
l.Add(ff);
}
}
catch (Exception ex)
{
Errors.Add($"Error processing FirstFolder key: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
return l.OrderBy(t => t.MRUPosition);
}
public void ProcessValues(RegistryKey key)
{
_values.Clear();
Errors.Clear();
try
{
var networkDHTID = key.Values.SingleOrDefault(t => t.ValueName == "Network.DHTID");
if (networkDHTID != null)
{
var dh = networkDHTID.ValueData.Replace("-", "");
var v = new ValuesOut($"Ares Network DHTID", dh);
_values.Add(v);
}
var dlFolderVal = key.Values.SingleOrDefault(t => t.ValueName == "Download.Folder");
if (dlFolderVal != null)
{
var dlf = DecodeHexToAscii(dlFolderVal.ValueData);
var v = new ValuesOut($"Download folder", dlf);
_values.Add(v);
}
var customMshVal = key.Values.SingleOrDefault(t => t.ValueName == "Personal.CustomMessage");
if (customMshVal != null)
{
var customMsg = customMshVal.ValueData;
var v = new ValuesOut($"Custom message", customMsg);
_values.Add(v);
}
var nickVal = key.Values.SingleOrDefault(t => t.ValueName == "Personal.Nickname");
if (nickVal != null)
{
var customMsg = DecodeHexToAscii(nickVal.ValueData);
var v = new ValuesOut($"User nickname", customMsg);
_values.Add(v);
}
var awayMsgVal = key.Values.SingleOrDefault(t => t.ValueName == "PrivateMessage.AwayMessage");
if (awayMsgVal != null)
{
if (
awayMsgVal.ValueData.Equals(
"5468697320697320616E206175746F6D617469632061776179206D6573736167652067656E65726174656420627920417265732070726F6772616D2C20757365722069736E27742068657265206E6F772E") ==
false)
{
//user has changed default
var customMsg = DecodeHexToAscii(awayMsgVal.ValueData);
var v = new ValuesOut($"Away message", customMsg);
_values.Add(v);
}
}
var lastConnectedVal = key.Values.SingleOrDefault(t => t.ValueName == "Stats.LstConnect");
if (lastConnectedVal != null)
{
var lastConnect = DateTimeOffset.FromUnixTimeSeconds(int.Parse(lastConnectedVal.ValueData));
var v = new ValuesOut($"Last connection time", lastConnect.ToUniversalTime().ToString());
_values.Add(v);
}
var portVal = key.Values.SingleOrDefault(t => t.ValueName == "Transfer.ServerPort");
if (portVal != null)
{
var portNum = int.Parse(portVal.ValueData);
if (portNum > 0)
{
var v = new ValuesOut($"Port number", portNum.ToString());
_values.Add(v);
}
}
var guidVal = key.Values.SingleOrDefault(t => t.ValueName == "Personal.GUID");
if (guidVal != null)
{
var v = new ValuesOut($"Personal GUID", guidVal.ValueData);
_values.Add(v);
}
var searchKey = key.SubKeys.SingleOrDefault(t => t.KeyName == "Search.History");
if (searchKey != null)
{
foreach (var registryKey in searchKey.SubKeys)
{
if (registryKey.Values.Count == 0)
{
continue;
}
var terms = new List<string>();
foreach (var keyValue in registryKey.Values)
{
try
{
var st = DecodeHexToAscii(keyValue.ValueName);
terms.Add(st);
}
catch (Exception ex)
{
Errors.Add(
$"Key: {registryKey.KeyName}, Value name: {keyValue.ValueName}, message: {ex.Message}");
}
}
var searchType = registryKey.KeyName.Substring(0, registryKey.KeyName.Length - 4);
if (searchType == "gen")
{
searchType = "all";
}
var v = new ValuesOut($"Search history for '{searchType}'", string.Join(", ", terms));
_values.Add(v);
}
}
}
catch (Exception ex)
{
Errors.Add($"Error processing Ares search history: {ex.Message}");
}
if (Errors.Count > 0)
{
AlertMessage = "Errors detected. See Errors information in lower right corner of plugin window";
}
}
private static void DumpKey(RegistryKey key, bool recursive)
{
if (recursive)
{
_logger.Info(key);
}
else
{
_logger.Info($"Key: {Helpers.StripRootKeyNameFromKeyPath(key.KeyPath)}");
_logger.Info($"Last write time: {key.LastWriteTime}");
_logger.Info($"Number of Values: {key.Values.Count:N0}");
_logger.Info($"Number of Subkeys: {key.SubKeys.Count:N0}");
_logger.Info("");
var i = 0;
foreach (var sk in key.SubKeys)
{
_logger.Info($"------------ Subkey #{i:N0} ------------");
_logger.Info($"Name: {sk.KeyName} (Last write: {sk.LastWriteTime})");
i += 1;
}
i = 0;
_logger.Info("");
foreach (var keyValue in key.Values)
{
_logger.Info($"------------ Value #{i:N0} ------------");
_logger.Info($"Name: {keyValue.ValueName} ({keyValue.ValueType})");
var slack = "";
if (keyValue.ValueSlack.Length > 0)
{
slack = $"(Slack: {keyValue.ValueSlack})";
}
_logger.Info($"Data: {keyValue.ValueData} {slack}");
i += 1;
}
}
}
// 指定キーのサブキーに対してName/Valueを書き出す
private static void WriteSubKeyData(RegistryKey key, StreamWriter sw, string filepath)
{
if (key.SubKeys.Count > 0)
{
foreach (var sk in key.SubKeys)
{
if (sk.Values.Count > 0)
WriteValueData(sk, sw, filepath);
else // サブキー配下にエントリが1つもない場合はキーとタイムスタンプのみ書き出す
sw.WriteLine("{0}\t{1}\t\t\t{2}\t{3}", filepath, Helpers.StripRootKeyNameFromKeyPath(key.KeyPath), sk.LastWriteTime.Value.LocalDateTime, sk.LastWriteTime.Value.UtcDateTime);
}
}
}
/// <summary>
/// Exports contents of Registry to text format.
/// </summary>
/// <remarks>Be sure to set FlushRecordListsAfterParse to FALSE if you want deleted records included</remarks>
/// <param name="outfile">The outfile.</param>
/// <param name="deletedOnly">if set to <c>true</c> [deleted only].</param>
public void ExportDataToCommonFormat(string outfile, bool deletedOnly)
{
var KeyCount = 0; //root key
var ValueCount = 0;
var KeyCountDeleted = 0;
var ValueCountDeleted = 0;
var header = new StringBuilder();
header.AppendLine("## Registry common export format");
header.AppendLine("## Key format");
header.AppendLine(
"## key|Is Free (A for in use, U for unused)|Absolute offset in decimal|KeyPath|LastWriteTime in UTC");
header.AppendLine("## Value format");
header.AppendLine(
"## value|Is Free (A for in use, U for unused)|Absolute offset in decimal|KeyPath|Value name|Data type (as decimal integer)|Value data as bytes separated by a singe space");
header.AppendLine("##");
header.AppendLine(
"## Comparison of deleted keys/values is done to compare recovery of vk and nk records, not the algorithm used to associate deleted keys to other keys and their values.");
header.AppendLine(
"## When including deleted keys, only the recovered key name should be included, not the full path to the deleted key.");
header.AppendLine("## When including deleted values, do not include the parent key information.");
header.AppendLine("##");
header.AppendLine("## The following totals should also be included");
header.AppendLine("##");
header.AppendLine("## total_keys|total in use key count");
header.AppendLine("## total_values|total in use value count");
header.AppendLine("## total_deleted_keys|total recovered free key count");
header.AppendLine("## total_deleted_values|total recovered free value count");
header.AppendLine("##");
header.AppendLine(
"## Before comparison with other common export implementations, the files should be sorted");
header.AppendLine("##");
using (var sw = new StreamWriter(outfile, false))
{
sw.AutoFlush = true;
sw.Write(header.ToString());
if (deletedOnly == false)
{
//dump active stuff
if (Root.LastWriteTime != null)
{
KeyCount = 1;
sw.WriteLine("key|{0}|{1}|{2}|{3}", Root.NKRecord.IsFree ? "U" : "A",
Root.NKRecord.AbsoluteOffset,
Root.KeyPath, Root.LastWriteTime.Value.UtcDateTime.ToString("o"));
}
foreach (var val in Root.Values)
{
ValueCount += 1;
sw.WriteLine(@"value|{0}|{1}|{2}|{3}|{4}|{5}", val.VKRecord.IsFree ? "U" : "A",
val.VKRecord.AbsoluteOffset, Root.KeyPath, val.ValueName, (int) val.VKRecord.DataType,
BitConverter.ToString(val.VKRecord.ValueDataRaw).Replace("-", " "));
}
DumpKeyCommonFormat(Root, sw, ref KeyCount, ref ValueCount);
}
var theRest = CellRecords.Where(a => a.Value.IsReferenced == false);
//may not need to if we do not care about orphaned values
foreach (var keyValuePair in theRest)
{
try
{
if (keyValuePair.Value.Signature == "vk")
{
ValueCountDeleted += 1;
var val = keyValuePair.Value as VKCellRecord;
sw.WriteLine(@"value|{0}|{1}|{2}|{3}|{4}|{5}", val.IsFree ? "U" : "A", val.AbsoluteOffset,
"",
val.ValueName, (int) val.DataType,
BitConverter.ToString(val.ValueDataRaw).Replace("-", " "));
}
if (keyValuePair.Value.Signature == "nk")
{
//this should never be once we re-enable deleted key rebuilding
KeyCountDeleted += 1;
var nk = keyValuePair.Value as NKCellRecord;
var key = new RegistryKey(nk, null);
sw.WriteLine("key|{0}|{1}|{2}|{3}", key.NKRecord.IsFree ? "U" : "A",
key.NKRecord.AbsoluteOffset, key.KeyName,
key.LastWriteTime.Value.UtcDateTime.ToString("o"));
DumpKeyCommonFormat(key, sw, ref KeyCountDeleted, ref ValueCountDeleted);
}
}
catch (Exception ex)
{
_logger.Warn("There was an error exporting free record at offset 0x{0:X}. Error: {1}",
keyValuePair.Value.AbsoluteOffset, ex.Message);
}
}
sw.WriteLine("total_keys|{0}", KeyCount);
sw.WriteLine("total_values|{0}", ValueCount);
sw.WriteLine("total_deleted_keys|{0}", KeyCountDeleted);
sw.WriteLine("total_deleted_values|{0}", ValueCountDeleted);
}
}
// 指定キーのサブキーに対して再帰的にName/Valueを書き出す
private static void WriteSpecificKeyInfo(RegistryKey key, StreamWriter sw, string filepath)
{
// 指定キー配下にエントリがある場合はそのエントリ分の処理をする
if (key.Values.Count > 0)
WriteValueData(key, sw, filepath);
// 指定キー配下にサブキーがある場合は再帰的に処理をする
if (key.SubKeys.Count > 0)
{
foreach (var sk in key.SubKeys)
WriteSubKeyData(sk, sw, filepath);
}
}
public SearchHit(RegistryKey key, KeyValue value, string hitstring)
{
Key = key;
Value = value;
HitString = hitstring;
}
