private static int VolumeMaintenance(VolumeMaintenanceOptions args)
{
using (TextWriterWrapper textWriterWrapper = new TextWriterWrapper(args.LogPath))
using (SQLiteConnection connection = new SQLiteConnection("Data Source=" + args.DatabasePath)) {
connection.Open();
if ((args.EnableVolume || args.DisableVolume) && !(args.EnableVolume && args.DisableVolume))
{
VolumeOperations.SetVolumeEnabledState(connection, args.Volume.Value, args.EnableVolume);
}
if (args.PurgeData)
{
// to do this we start a fake scan that isn't actually allowed to see/touch any file
var volumes = VolumeOperations.GetKnownVolumes(connection);
foreach (Volume v in volumes)
{
if (args.Volume.Value == v.ID)
{
ProcessVolume(textWriterWrapper.Writer, connection, v, fakeScan: true);
}
}
}
connection.Close();
}
return(0);
}
private static int ListVolumes(string logPath, string databasePath, bool showDisabledVolumes)
{
using (TextWriterWrapper textWriterWrapper = new TextWriterWrapper(logPath))
using (SQLiteConnection connection = new SQLiteConnection("Data Source=" + databasePath)) {
connection.Open();
PrintVolumeInformation(textWriterWrapper.Writer, VolumeOperations.GetKnownVolumes(connection).Where(x => showDisabledVolumes || x.ShouldScan));
connection.Close();
}
return(0);
}
private static int Search(SearchOptions args)
{
using (TextWriterWrapper textWriterWrapper = new TextWriterWrapper(args.LogPath))
using (SQLiteConnection connection = new SQLiteConnection("Data Source=" + args.DatabasePath)) {
connection.Open();
List <Volume> volumes = VolumeOperations.GetKnownVolumes(connection);
foreach (var sameFiles in CollectFiles(connection, GetFilesWithFilename(connection, "%" + args.File + "%"), (x) => true))
{
PrintSameFileInformation(textWriterWrapper.Writer, sameFiles, volumes);
}
connection.Close();
}
return(0);
}
private static int ListFiles(string logPath, string databasePath, int?volume, bool selectedVolumeOnly, ShouldPrint shouldPrint)
{
using (TextWriterWrapper textWriterWrapper = new TextWriterWrapper(logPath))
using (SQLiteConnection connection = new SQLiteConnection("Data Source=" + databasePath)) {
connection.Open();
List <StorageFile> files = GetKnownFilesOnVolume(connection, volume);
List <Volume> volumes = VolumeOperations.GetKnownVolumes(connection);
foreach (var sameFiles in CollectFiles(connection, files, shouldPrint, selectedVolumeOnly ? volume : null))
{
PrintSameFileInformation(textWriterWrapper.Writer, sameFiles, volumes);
}
connection.Close();
}
return(0);
}
public static int PrintExistingArchives(string logPath, string databasePath)
{
using (TextWriterWrapper textWriterWrapper = new TextWriterWrapper(logPath))
using (SQLiteConnection connection = new SQLiteConnection("Data Source=" + databasePath)) {
connection.Open();
List <Volume> volumes = VolumeOperations.GetKnownVolumes(connection);
List <Archive> archives = GetKnownArchives(connection);
connection.Close();
foreach (Archive a in archives)
{
textWriterWrapper.Writer.WriteLine("Archive #{0}:", a.ArchiveId);
foreach (ArchivePath p in a.Paths)
{
textWriterWrapper.Writer.WriteLine(" Volume #{0} {1}{2}", p.VolumeId, volumes.First(x => x.ID == p.VolumeId).Label, p.Path);
}
foreach (ArchivePattern p in a.Patterns)
{
textWriterWrapper.Writer.WriteLine(" Pattern #{0}: {1} from {2} to {3}", p.ArchivePatternId, p.Pattern, p.TimestampBegin, p.TimestampEnd);
}
}
}
return(0);
}
