public async Task RestoreAsync(Regions regions, string TargetPath, string _user, LogOptions _logOptions, LogState _logstate, LogOperation _logoperation, CancellationToken token)
{
Logger.assignLogPath(TargetPath, _logstate, _logoperation);
RestoreCopyHandler objrestorehandler = new RestoreCopyHandler();
objrestorehandler.OnAtomicCurrent += DataBackup_OnAtomicCurrent;
var model = FileOperations.Read(TargetPath);
if (model.CustomPaths != null)
{
regions.SetPaths(model.CustomPaths);
}
OnDataRestoreStart?.Invoke(this, new StringEventArgs("Data Restore Started"));
var BackupDirectoriesInfo = (new DirectoryInfo(TargetPath)).GetDirectories();
foreach (var path in regions.GetPaths(_user))
{
PathValidator validator = new PathValidator();
if (validator.Validate(path))
{
var _path = new DirectoryInfo(path);
foreach (var item in BackupDirectoriesInfo.Where(x => x.Name.Equals(_path.Name)))
{
if (!(new DirectoryInfo(path)).Name.Equals(item.Name))
{
OnCalculationStart?.Invoke(this, true);
EnumData countModel = new EnumData();
CountModel counts = await countModel.GetCountAsync(new DirectoryInfo(item.FullName));
OnAtomicTotalCounts?.Invoke(this, (counts.FileCount + counts.DirCount));
new DirectoryInfo($@"{path}\{item.Name}").Create();
await objrestorehandler.CopyRecursiveAsync(item, new DirectoryInfo($@"{path}\{item.Name}"), _logOptions, token);
}
else
{
OnCalculationStart?.Invoke(this, true);
EnumData countModel = new EnumData();
CountModel counts = await countModel.GetCountAsync(new DirectoryInfo(item.FullName));
OnAtomicTotalCounts?.Invoke(this, (counts.FileCount + counts.DirCount));
await objrestorehandler.CopyRecursiveAsync(item, new DirectoryInfo(path), _logOptions, token);
}
}
}
else
{
Logger.log(path, "path not found", _logOptions);
}
}
OnDataRestoreComplete?.Invoke(this, new StringEventArgs("Data Restore Completed"));
}
public async Task BackupPartialParallelAsync(Regions regions, string TargetPath, string source, string _user, LogOptions _logOptions, LogState _logstate, LogOperation _logoperation, CancellationToken token)
{
Logger.assignLogPath(TargetPath, _logstate, _logoperation);
BackupCopyHandler objbackuphandler = new BackupCopyHandler();
objbackuphandler.OnAtomicCurrent += DataBackup_OnAtomicCurrent;
OnBackupStart?.Invoke(this, new StringEventArgs("Data Backup Started"));
if (!string.IsNullOrEmpty(source))
{
PathValidator validator = new PathValidator();
if (validator.Validate(source))
{
OnCalculationStart?.Invoke(this, true);
EnumData countModel = new EnumData();
CountModel counts = await countModel.GetCountAsync(new DirectoryInfo(source));
OnAtomicTotalCounts?.Invoke(this, (counts.FileCount + counts.DirCount));
await objbackuphandler.CopyPartialParallelAsync(new DirectoryInfo(source), new DirectoryInfo(TargetPath), _logOptions, token);
}
else
{
Logger.log(source, "path not found", _logOptions);
}
}
else
{
foreach (var path in regions.GetPaths(_user))
{
PathValidator validator = new PathValidator();
if (validator.Validate(path))
{
OnCalculationStart?.Invoke(this, true);
EnumData countModel = new EnumData();
CountModel counts = await countModel.GetCountAsync(new DirectoryInfo(path));
OnAtomicTotalCounts?.Invoke(this, (counts.FileCount + counts.DirCount));
await objbackuphandler.CopyPartialParallelAsync(new DirectoryInfo(path), new DirectoryInfo(TargetPath), _logOptions, token);
}
else
{
Logger.log(path, "path not found", _logOptions);
}
}
}
OnBackupComplete?.Invoke(this, new StringEventArgs("Data Backup Completed"));
}
