public void ExecuteDeleteCommand(Model_ThingsToDelete ttd, BackgroundWorker bgWorker, Queue<Model_ThingsToDelete> TTD, bool preview = false)
{
if (preview)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
string text = string.Format("{0} {1} {2}", "Delete", Win32API.FormatByteSize(fi.Length), ttd.FullPathName);
UpdateProgressLog(text, text);
}
}
else
{
// next we need to know if the file exists so we can delete it.
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
try
{
string text = string.Format("{0} {1} {2}", "Delete", Win32API.FormatByteSize(fi.Length), ttd.FullPathName);
// then report to the gui
bgWorker.ReportProgress(-1, text);
// then we delete it.
FileOperations.Delete(fi.FullName);
//text = string.Format(" - DELETED");
//// then report to the gui
//bgWorker.ReportProgress(-1, text);
}
catch (Exception ex)
{
Console.WriteLine("ERROR while deleting a file: " + ex.Message);
}
}
// delete directories as well if search parameter is walk.all
if (ttd.search == SEARCH.walk_all)
{
if (TTD.Count == 0)
{
DirectoryInfo di = new DirectoryInfo(ttd.path);
if (di.Exists)
{
FileOperations.I.DeleteEmptyDirectories(ttd.path, (a) =>
{
//string text = string.Format("Delete 0 {0} - DELETED", a);
string text = string.Format("Delete 0 {0}", a);
// then report to the gui
bgWorker.ReportProgress(-1, text);
});
}
}
}
}
}
/// <summary>
/// Enqueque THINGS_TO_DELETE model
/// </summary>
/// <param name="ttd"></param>
public void EnqueTTD(Model_ThingsToDelete ttd)
{
var a = from b in this.TTD
where b.FullPathName == ttd.FullPathName
select b;
if (a.Count() == 0)
{
this.TTD.Enqueue(ttd);
this.TotalWork = this.TTD.Count;
if (ttd.WhatKind == THINGS_TO_DELETE.file)
{
if (
ttd.command == COMMANDS.sqlite_vacuum ||
ttd.command == COMMANDS.ini ||
ttd.command == COMMANDS.json ||
ttd.command == COMMANDS.chrome_autofill ||
ttd.command == COMMANDS.chrome_database_db ||
ttd.command == COMMANDS.chrome_favicons ||
ttd.command == COMMANDS.chrome_history ||
ttd.command == COMMANDS.chrome_keywords
)
{
this.TotalSpecialOperations++;
}
else
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
this.TotalFileSize += fi.Length;
this.TotalFileDelete++;
}
}
}
else if (
ttd.WhatKind == THINGS_TO_DELETE.registry_key ||
ttd.WhatKind == THINGS_TO_DELETE.registry_name ||
ttd.WhatKind == THINGS_TO_DELETE.clamwin ||
ttd.WhatKind == THINGS_TO_DELETE.system
)
{
this.TotalSpecialOperations++;
}
}
}
async Task<bool> ExecuteLittleRegistryCleanerCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "{0} {1}";
List<ScannerBase.InvalidKeys> BadKeys = new List<ScannerBase.InvalidKeys>();
switch (ttd.search)
{
case SEARCH.lrc_activex_com:
await ActiveXComObjects.I.Clean(preview);
BadKeys.AddRange(ActiveXComObjects.I.BadKeys);
break;
case SEARCH.lrc_app_info:
await ApplicationInfo.I.Clean(preview);
BadKeys.AddRange(ApplicationInfo.I.BadKeys);
break;
case SEARCH.lrc_progam_location:
await ApplicationPaths.I.Clean(preview);
BadKeys.AddRange(ApplicationPaths.I.BadKeys);
break;
case SEARCH.lrc_software_settings:
await ApplicationSettings.I.Clean(preview);
BadKeys.AddRange(ApplicationSettings.I.BadKeys);
break;
case SEARCH.lrc_startup:
await StartupFiles.I.Clean(preview);
BadKeys.AddRange(StartupFiles.I.BadKeys);
break;
case SEARCH.lrc_system_drivers:
await SystemDrivers.I.Clean(preview);
BadKeys.AddRange(SystemDrivers.I.BadKeys);
break;
case SEARCH.lrc_shared_dll:
await SharedDLLs.I.Clean(preview);
BadKeys.AddRange(SharedDLLs.I.BadKeys);
break;
case SEARCH.lrc_help_file:
await WindowsHelpFiles.I.Clean(preview);
BadKeys.AddRange(WindowsHelpFiles.I.BadKeys);
break;
case SEARCH.lrc_sound_event:
await WindowsSounds.I.Clean(preview);
BadKeys.AddRange(WindowsSounds.I.BadKeys);
break;
case SEARCH.lrc_history_list:
await RecentDocs.I.Clean(preview);
BadKeys.AddRange(RecentDocs.I.BadKeys);
break;
case SEARCH.lrc_win_fonts:
await WindowsFonts.I.Clean(preview);
BadKeys.AddRange(WindowsFonts.I.BadKeys);
break;
}
foreach (ScannerBase.InvalidKeys badkey in BadKeys)
{
string log = string.Empty;
string root = badkey.Root.OpenSubKey(badkey.Subkey).ToString();
log = string.Format(text, "Clean", root + (badkey.Key != string.Empty ? "\\" + badkey.Key : string.Empty) + ", " + badkey.Name);
//PreviewLog += log + "\r\n";
if (preview)
{
UpdateProgressLog(log, log, false);
}
else
{
bgWorker.ReportProgress(-1, log);
}
this.TotalSpecialOperations++;
}
return true;
}
void ExecuteClamWinCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "Clean {0} {1}";
if (preview)
{
if (ttd.search == SEARCH.clamscan_file)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
string log = string.Format(text, Win32API.FormatByteSize(fi.Length), fi.FullName);
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, log);
}
}
else if(ttd.search == SEARCH.clamscan_folder_recurse || ttd.search == SEARCH.clamscan_folder)
{
if (Directory.Exists(ttd.FullPathName))
{
string log = string.Format(text, "", ttd.FullPathName);
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, log);
}
}
}
else
{
if (ttd.search == SEARCH.clamscan_file)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
string log = string.Format(text, Win32API.FormatByteSize(fi.Length), fi.FullName);
bgWorker.ReportProgress(-1, log);
CommandLogic_Clam.I.LaunchScanner(ttd.search, ttd.FullPathName);
log = " - CLEANED";
bgWorker.ReportProgress(-1, log);
}
else if (ttd.search == SEARCH.clamscan_folder_recurse || ttd.search == SEARCH.clamscan_folder)
{
string log = string.Format(text, "", ttd.FullPathName);
bgWorker.ReportProgress(-1, log);
CommandLogic_Clam.I.LaunchScanner(ttd.search, ttd.FullPathName, regex: ttd.regex);
log = " - CLEANED";
bgWorker.ReportProgress(-1, log);
}
}
}
void ExecuteChromeCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string ret = string.Empty;
string text = "Clean file {0} {1}";
if (preview)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
string log = string.Format(text, Win32API.FormatByteSize(fi.Length), fi.FullName);
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, text);
}
}
else
{
string log = string.Empty;
log = string.Format(text, string.Empty, ttd.FullPathName);
bgWorker.ReportProgress(-1, log);
switch (ttd.command)
{
case COMMANDS.chrome_autofill:
ProgressWorker.I.EnQ("Cleaning Chrome Autofill");
ret = CommandLogic_Chrome.CleanAutofill(ttd.FullPathName);
break;
case COMMANDS.chrome_database_db:
ProgressWorker.I.EnQ("Cleaning Chrome Database.db");
ret = CommandLogic_Chrome.CleanDatabases(ttd.FullPathName);
break;
case COMMANDS.chrome_favicons:
ProgressWorker.I.EnQ("Cleaning Chrome Favicons");
ret = CommandLogic_Chrome.CleanFavIcons(ttd.FullPathName);
break;
case COMMANDS.chrome_history:
ProgressWorker.I.EnQ("Cleaning Chrome History");
ret = CommandLogic_Chrome.CleanHistory(ttd.FullPathName);
break;
case COMMANDS.chrome_keywords:
ProgressWorker.I.EnQ("Cleaning Chrome Keywords");
ret = CommandLogic_Chrome.CleanKeywords(ttd.FullPathName);
break;
}
if (ret != string.Empty)
{
log = string.Format(" - Not cleaned due to error\r\n\t{0}", ret);
bgWorker.ReportProgress(-1, log);
}
else
{
bgWorker.ReportProgress(-1, " - Cleaned");
}
}
}
void ExecuteJSONCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "Remove JSON entries in \"{0}\" from \"{1}\"";
string[] add = ttd.address.Split('/');
if (preview)
{
string log = string.Format(text, add[add.Length - 1], ttd.FullPathName);
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, text);
}
else
{
string log = string.Empty;
string json = JSON.OpenJSONFiel(ttd.FullPathName);
bool isfound = JSON.isAddressFound(json, ttd.address);
if (isfound)
{
log = string.Format(text, add[add.Length - 1], ttd.FullPathName);
bgWorker.ReportProgress(-1, log);
json = JSON.RemoveElementFromAddress(json, ttd.address);
using (StreamWriter writer = new StreamWriter(ttd.FullPathName))
{
writer.Write(json);
}
log = " - CLEANED";
bgWorker.ReportProgress(-1, log);
}
}
}
void ExecuteIniCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "Delete \"{0}\" from \"{1}\" secion in \"{2}\"";
string val = string.Empty;
if (ttd.key != null)
{
string log = string.Empty;
val = Win32API.IniHelper.GetValue(ttd.path, ttd.section, ttd.key);
log = string.Format(text, ttd.key, ttd.section, ttd.path);
if (!preview)
{
Win32API.IniHelper.SetValue(ttd.path, ttd.section, ttd.key, string.Empty);
bgWorker.ReportProgress(-1, log);
}
else
{
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, log);
}
}
else
{
// key is empty, so we need to enumerate keys from the secion
List<string> keys = new List<string>(Win32API.IniHelper.GetKeyNames(ttd.section, ttd.path));
//string[] keys = ini.GetKeyNames(ttd.section);
foreach (string key in keys)
{
string log = string.Empty;
val = Win32API.IniHelper.GetValue(ttd.path, ttd.section, ttd.key);
log = string.Format(text, key, ttd.section, ttd.path);
if (!preview)
{
Win32API.IniHelper.SetValue(ttd.path, ttd.section, key, string.Empty);
bgWorker.ReportProgress(-1, log);
}
else
{
//PreviewLog += log + "\r\n";
UpdateProgressLog(log, log);
}
}
}
}
void ExecuteSQLiteVacuumCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "Vacuum {0} {1}";
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
text = string.Format(text, Win32API.FormatByteSize(fi.Length), ttd.FullPathName);
}
if (preview)
{
//PreviewLog += text + "\r\n";
UpdateProgressLog(text, text);
}
else
{
bgWorker.ReportProgress(-1, text);
bool res = SQLite.I.Vacuum(ttd.FullPathName);
string status = string.Empty;
if (res)
{
long old_size = fi.Length;
fi = new FileInfo(ttd.FullPathName);
long new_size = fi.Length;
this.TotalFileSize += old_size - new_size;
if (this.TotalFileSize > 0)
{
status = "CLEANED! new size " + Win32API.FormatByteSize(fi.Length);
}
else
{
status = "NO CHANGE";
}
}
text = string.Format(" - " + (res ? status : "NOT CLEANED"));
bgWorker.ReportProgress(-1, text);
}
}
void ExecuteWinRegCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = string.Format("{0} {1} {2}",
"Clean",
ttd.reg_name == null ?
"registry key" :
"registry name",
ttd.reg_name == null ?
ttd.reg_root + "\\" + ttd.reg_subkey :
ttd.reg_root + "\\" + ttd.reg_subkey + "\\" + ttd.reg_name
);
if (preview)
{
//string text = string.Format("{0} {1} {2}",
// "Delete",
// ttd.reg_name == null ?
// "registry key" :
// "registry name",
// ttd.reg_name == null ?
// ttd.reg_root + "\\" + ttd.reg_subkey :
// ttd.reg_root + "\\" + ttd.reg_subkey + "\\" + ttd.reg_name
// );
//PreviewLog += text + "\r\n";
UpdateProgressLog(text, text);
}
else
{
//string text = string.Format("{0} {1} {2}",
// "Delete",
// ttd.reg_name == null ?
// "registry key" :
// "registry name",
// ttd.reg_name == null ?
// ttd.reg_root + "\\" + ttd.reg_subkey :
// ttd.reg_root + "\\" + ttd.reg_subkey + "\\" + ttd.reg_name
// );
bgWorker.ReportProgress(-1, text);
if (ttd.reg_name == null) // name is empty so
{
// we are deleting a key
RegistryHelper.I.DeleteEntries(ttd.reg_root, ttd.reg_subkey);
}
else
{
// we are now deleting a name value
RegistryHelper.I.DeleteEntries(ttd.reg_root, ttd.reg_subkey, ttd.reg_name);
}
text = string.Format(" - DELETED");
bgWorker.ReportProgress(-1, text);
}
}
public void ExecuteDeleteCommand(Model_ThingsToDelete ttd, BackgroundWorker bgWorker, Queue<Model_ThingsToDelete> TTD, bool preview = false)
{
if (preview)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
string text = string.Format("{0} {1} {2}", "Delete", Win32API.FormatByteSize(fi.Length), ttd.FullPathName);
UpdateProgressLog(text, text);
}
}
else
{
// next we need to know if the file exists so we can delete it.
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
long FileSize = 0;
try
{
string text = string.Format("{0} {1} {2}", "Delete", Win32API.FormatByteSize(fi.Length),
ttd.FullPathName);
// then report to the gui
bgWorker.ReportProgress(-1, text);
// then we delete it.
if (fi.Exists)
FileSize = fi.Length;
FileOperations.Delete(fi.FullName);
text = string.Format(" - DELETED");
//// then report to the gui
bgWorker.ReportProgress(-1, text);
Worker.I.TotalFileSize += FileSize;
Worker.I.TotalFileDelete++;
}
catch (Exception ex)
{
Worker.I.TotalFileSkipped++;
Worker.I.TotalSkippedFileSize += FileSize;
var text =
"-ERROR while deleting a above file please close application which may lock this file " +
ex.Message;
bgWorker.ReportProgress(-1, text);
}
}
// delete directories as well if search parameter is walk.all
if (ttd.search == SEARCH.walk_all)
{
if (TTD.Count == 0)
{
DirectoryInfo di = new DirectoryInfo(ttd.path);
if (di.Exists)
{
FileOperations.I.DeleteEmptyDirectories(ttd.path, (a) =>
{
//string text = string.Format("Delete 0 {0} - DELETED", a);
string text = string.Format("Delete 0 {0}", a);
// then report to the gui
bgWorker.ReportProgress(-1, text);
});
}
}
}
}
}
async Task<bool> ExecuteLittleRegistryCleanerCommand(Model_ThingsToDelete ttd, string RegistryDatSaveFolderPath, bool preview = false)
{
try
{
string text = "{0} {1}";
List<ScannerBase.InvalidKeys> BadKeys = new List<ScannerBase.InvalidKeys>();
string strRegistryDatSaveFolderPath = RegistryDatSaveFolderPath;
if (!preview && dtThingsDeleted== null)
{
dtThingsDeleted = CreateTableSchemaForRegistryStore();
}
switch (ttd.search)
{
case SEARCH.lrc_activex_com:
ActiveXComObjects.I.dtRegistryKeyDeleted = dtThingsDeleted;
ActiveXComObjects.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await ActiveXComObjects.I.Clean(preview);
BadKeys.AddRange(ActiveXComObjects.I.BadKeys);
dtThingsDeleted = ActiveXComObjects.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_app_info:
ApplicationInfo.I.dtRegistryKeyDeleted = dtThingsDeleted;
ApplicationInfo.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await ApplicationInfo.I.Clean(preview);
BadKeys.AddRange(ApplicationInfo.I.BadKeys);
dtThingsDeleted = ApplicationInfo.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_progam_location:
ApplicationPaths.I.dtRegistryKeyDeleted = dtThingsDeleted;
ApplicationPaths.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await ApplicationPaths.I.Clean(preview);
BadKeys.AddRange(ApplicationPaths.I.BadKeys);
dtThingsDeleted = ApplicationPaths.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_software_settings:
ApplicationSettings.I.dtRegistryKeyDeleted = dtThingsDeleted;
ApplicationSettings.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await ApplicationSettings.I.Clean(preview);
BadKeys.AddRange(ApplicationSettings.I.BadKeys);
dtThingsDeleted = ApplicationSettings.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_startup:
StartupFiles.I.dtRegistryKeyDeleted = dtThingsDeleted;
StartupFiles.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await StartupFiles.I.Clean(preview);
BadKeys.AddRange(StartupFiles.I.BadKeys);
dtThingsDeleted = StartupFiles.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_system_drivers:
SystemDrivers.I.dtRegistryKeyDeleted = dtThingsDeleted;
SystemDrivers.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await SystemDrivers.I.Clean(preview);
BadKeys.AddRange(SystemDrivers.I.BadKeys);
dtThingsDeleted = SystemDrivers.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_shared_dll:
SharedDLLs.I.dtRegistryKeyDeleted = dtThingsDeleted;
SharedDLLs.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await SharedDLLs.I.Clean(preview);
BadKeys.AddRange(SharedDLLs.I.BadKeys);
dtThingsDeleted = SharedDLLs.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_help_file:
WindowsHelpFiles.I.dtRegistryKeyDeleted = dtThingsDeleted;
WindowsHelpFiles.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await WindowsHelpFiles.I.Clean(preview);
BadKeys.AddRange(WindowsHelpFiles.I.BadKeys);
dtThingsDeleted = WindowsHelpFiles.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_sound_event:
WindowsSounds.I.dtRegistryKeyDeleted = dtThingsDeleted;
WindowsSounds.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await WindowsSounds.I.Clean(preview);
BadKeys.AddRange(WindowsSounds.I.BadKeys);
dtThingsDeleted = WindowsSounds.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_history_list:
RecentDocs.I.dtRegistryKeyDeleted = dtThingsDeleted;
RecentDocs.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await RecentDocs.I.Clean(preview);
BadKeys.AddRange(RecentDocs.I.BadKeys);
dtThingsDeleted = RecentDocs.I.dtRegistryKeyDeleted;
break;
case SEARCH.lrc_win_fonts:
WindowsFonts.I.dtRegistryKeyDeleted = dtThingsDeleted;
WindowsFonts.I.strRegistryBackupFolderPath = strRegistryDatSaveFolderPath;
await WindowsFonts.I.Clean(preview);
BadKeys.AddRange(WindowsFonts.I.BadKeys);
dtThingsDeleted = WindowsFonts.I.dtRegistryKeyDeleted;
break;
}
if(!Preview)
foreach (ScannerBase.InvalidKeys badkey in BadKeys)
{
string log = string.Empty;
string root = badkey.Root.OpenSubKey(badkey.Subkey).ToString();
log = string.Format(text, "Clean", root + (badkey.Key != string.Empty ? "\\" + badkey.Key : string.Empty) + ", " + badkey.Name);
//PreviewLog += log + "\r\n";
if (preview)
{
UpdateProgressLog(log, log, false);
}
else
{
bgWorker.ReportProgress(-1, log);
}
this.TotalSpecialOperations++;
}
}
catch (Exception)
{
throw;
}
return true;
}
void ExecuteChromeCommand(Model_ThingsToDelete ttd, bool preview = false)
{
string text = "Clean file {0} {1}";
if (preview)
{
FileInfo fi = new FileInfo(ttd.FullPathName);
if (fi.Exists)
{
string log = string.Format(text, Win32API.FormatByteSize(fi.Length), fi.FullName);
_preview_log += log + "\r\n";
UpdateProgressLog(text);
}
}
else
{
}
}
