private void MarkFile(string filePath)
{
Defrag.Defrag defrag = new Defrag.Defrag();
BitArray volMap = defrag.GetVolumeMap(filePath.Substring(0, 2));
int clustersPerCell = volMap.Length / MaxCells;
long[,] fileMap = defrag.GetFileMap(filePath);
SolidColorBrush brush = fileMap.Length > 2 ? Brushes.Red : Brushes.Blue;
int startCell = (int)fileMap[0, 1] / clustersPerCell;
int endCell = (int)(fileMap[0, 1] + fileMap[0, 0]) / clustersPerCell;
for (int j = startCell; j <= endCell; j++)
{
VolumeMap[j] = brush;
}
for (int i = 1; i < fileMap.Length / 2; i++)
{
startCell = (int)fileMap[i, 1] / clustersPerCell;
endCell = (int)(fileMap[i, 0] - fileMap[i - 1, 0] + fileMap[i, 1]) / clustersPerCell;
if (endCell == MaxCells)
--endCell;
for (int j = startCell; j <= endCell; j++)
{
VolumeMap[j] = brush;
}
}
}
private void MarkFile(string filePath)
{
Defrag.Defrag defrag = new Defrag.Defrag();
BitArray volMap = defrag.GetVolumeMap(filePath.Substring(0, 2));
int clustersPerCell = volMap.Length / MaxCells;
long[,] fileMap = defrag.GetFileMap(filePath);
SolidColorBrush brush = fileMap.Length > 2 ? Brushes.Red : Brushes.Blue;
int startCell = (int)fileMap[0, 1] / clustersPerCell;
int endCell = (int)(fileMap[0, 1] + fileMap[0, 0]) / clustersPerCell;
for (int j = startCell; j <= endCell; j++)
{
VolumeMap[j] = brush;
}
for (int i = 1; i < fileMap.Length / 2; i++)
{
startCell = (int)fileMap[i, 1] / clustersPerCell;
endCell = (int)(fileMap[i, 0] - fileMap[i - 1, 0] + fileMap[i, 1]) / clustersPerCell;
if (endCell == MaxCells)
{
--endCell;
}
for (int j = startCell; j <= endCell; j++)
{
VolumeMap[j] = brush;
}
}
}
public void OpenVolumeTest()
{
Defrag.Defrag defrag = new Defrag.Defrag();
//defrag.MoveFile("H:", @"H:\EGU.rar", 1000, 35000, 1);
defrag.FragmentFile(@"H:\EGU.rar");
//defrag.FragmentFile(@"H:\CPU-Z.zip");
//defrag.DefragmentFile(@"H:\EGU.rar");
}
public void OpenVolumeTest()
{
Defrag.Defrag defrag = new Defrag.Defrag();
//defrag.MoveFile("H:", @"H:\EGU.rar", 1000, 35000, 1);
defrag.FragmentFile(@"H:\EGU.rar");
//defrag.FragmentFile(@"H:\CPU-Z.zip");
//defrag.DefragmentFile(@"H:\EGU.rar");
}
private void SetUpVolumeMap(string filePath)
{
VolumeMap.Clear();
Defrag.Defrag defrag = new Defrag.Defrag();
BitArray volMap = defrag.GetVolumeMap(filePath.Substring(0, 2));
int clustersPerCell = volMap.Length / MaxCells;
for (int i = 0; i < MaxCells - 1; i++)
{
VolumeMap.Add(IsEngaged(volMap, i * clustersPerCell, i * clustersPerCell + clustersPerCell)
? Brushes.DarkGray
: Brushes.Snow);
}
VolumeMap.Add(IsEngaged(volMap, (MaxCells - 1) * clustersPerCell, volMap.Length)
? Brushes.DarkGray
: Brushes.Snow);
}
private void SetUpVolumeMap(string filePath)
{
VolumeMap.Clear();
Defrag.Defrag defrag = new Defrag.Defrag();
BitArray volMap = defrag.GetVolumeMap(filePath.Substring(0, 2));
int clustersPerCell = volMap.Length / MaxCells;
for (int i = 0; i < MaxCells - 1; i++)
{
VolumeMap.Add(IsEngaged(volMap, i * clustersPerCell, i * clustersPerCell + clustersPerCell)
? Brushes.DarkGray
: Brushes.Snow);
}
VolumeMap.Add(IsEngaged(volMap, (MaxCells - 1) * clustersPerCell, volMap.Length)
? Brushes.DarkGray
: Brushes.Snow);
}
public void DefragFile(string filePath)
{
Defrag.Defrag defrag = new Defrag.Defrag();
defrag.DefragmentFile(filePath);
}
public void DefragFile(string filePath)
{
Defrag.Defrag defrag = new Defrag.Defrag();
defrag.DefragmentFile(filePath);
}
