public void Dispose()
{
if (LogEvent != null)
{
LogEvent(this, new LogEventArgs(0, Severity.TRIVIA, "Disposing LinuxStorageDiscoverer ressources..."));
}
if (loopDevices != null && loopDevices.Count > 0)
{
LinuxLoopDeviceHelper lldh = new LinuxLoopDeviceHelper();
foreach (FileSystem fs in this.layout.GetAllFileSystems(null))
{
if (!lldh.Umount(fs.MountPoint))
{
if (LogEvent != null)
{
LogEvent(this, new LogEventArgs(0, Severity.NOTICE, "Couldn't umount FS '" + fs.MountPoint + "'"));
}
}
else
if (LogEvent != null)
{
LogEvent(this, new LogEventArgs(0, Severity.TRIVIA, "Unmounted '" + fs.MountPoint + "'"));
}
}
/*foreach(IDiskElement ide in this.layout.Entries)
* try{
* lldh.RemoveLoop(ide.Path);
* }
* catch(Exception e){
* LogEvent(this, new LogEventArgs(0, Severity.INFO, "Couldn't remore loop device '"+ide.Path+"' : "+e.Message));
*
* }*/
}
}
private void FinishBuildDisksLinux()
{
// Maybe the returned layout is partial because disks are loops (proxied Linux VM backup...)
List <string> loopNames = new List <string>();
foreach (IDiskElement elt in layout.Entries)
{
if (elt is Disk && ((Disk)elt).Type == DiskType.Loop /*&& ((Disk)elt).Enabled*/)
{
Disk disk = (Disk)elt;
loopH = new LinuxLoopDeviceHelper();
try{
string loopPath = loopH.GetLoop(disk.ProxiedPath, "");
Logger.Append(Severity.DEBUG, "Obtained loop device " + loopPath + " for fuse device " + disk.ProxiedPath);
disk.ProxiedPath = loopPath;
if (loopPath != null)
{
loopNames.Add(loopPath.Substring(loopPath.LastIndexOf("/") + 1));
Console.WriteLine(" #### Added loopPath " + loopPath.Substring(loopPath.LastIndexOf("/")));
}
}
catch (Exception e) {
Logger.Append(Severity.ERROR, "Couldn't create loop device for disk '" + disk.ProxiedPath + "' : " + e.Message);
}
/*
* Logger.Append(Severity.DEBUG, "Disk '"+disk.ProxiedPath+"' got loop entry "+loopPath);
* // update disk proxied path, since we'll have to use instead of the original proxied path
* // wich is now useless for the rest of operations
* disk.ProxiedPath = loopPath;
*
*
* }
* else{
* Logger.Append(Severity.WARNING, "Disk '"+disk.ProxiedPath+"' could'nt got a loop device entry.");
* disk.Enabled = false;
* }*/
}
}
//If we are asked to manage loop devices, call Linux discoverer to the rescue
// and replace actual layout by the one we got from it
if (loopNames.Count > 0)
{
lsd = new LinuxStorageDiscoverer();
lsd.LogEvent += LogReceivedEvent;
lsd.Initialize(loopNames, Path.Combine(Utilities.ConfigManager.GetValue("Storage.IndexPath"), "tmp"));
StorageLayout fromLinuxDiscovererLayout = lsd.BuildStorageLayout();
foreach (IDiskElement ldlEntry in fromLinuxDiscovererLayout.Entries)
{
foreach (IDiskElement elt in layout.Entries)
{
if (!(elt is Disk) || !(ldlEntry is Disk))
{
continue;
}
Console.WriteLine("vmware disk path=" + elt.Path + ", proxiedpath=" + ((Disk)elt).ProxiedPath + ", linuxdisco path=" + ldlEntry.Path + ", linuxdisco proxiedpath=" + ((Disk)ldlEntry).ProxiedPath);
if (((Disk)elt).ProxiedPath == ((Disk)ldlEntry).Path)
{
foreach (IDiskElement newE in ldlEntry.Children)
{
elt.AddChild(newE);
}
}
}
}
}
//disk.Children.AddRange(lsd.GetSysfsPartitions(disk.ProxiedPath, ""));
// Now, we should have everything that is was possible to gather about disk layout.
// Finish it by parsing MBR/bootmanager and compare partitions layouts
foreach (IDiskElement elt in layout.Entries)
{
if (!(elt is Disk))
{
continue;
}
Disk d = (Disk)elt;
if (d.BlockStream == null)
{
Logger.Append(Severity.ERROR, "No access to block device '" + d.Path + "' stream, cannot finish building disk layout");
continue;
}
d.MbrBytes = new byte[512];
d.BlockStream.Read(d.MbrBytes, 0, 512);
MBR mbr = new MBR(d.MbrBytes);
d.Signature = mbr.DiskSignature;
/*if(d.TreatAsLoop)
* disk.Children.AddRange(lsd.GetSysfsPartitions(disk.ProxiedPath, ""));
* else
* disk.Children.AddRange(lsd.GetSysfsPartitions(disk.Path, ""));*/
foreach (Partition p in GetPartitionsFromMBR(d))
{
bool ofound = false;
foreach (IDiskElement dskE in d.Children)
{
//Console.WriteLine (" EEEEEEEEEEEE current elt is "+dskE.ToString());
if (!(dskE is Partition))
{
continue;
}
Partition tempP = (Partition)dskE;
//Console.WriteLine (" EEEEEEEEEEEE MBR says : "+p.ToString());
//Console.WriteLine (" EEEEEEEEEEEEinside layout.children.Children : "+tempP.ToString());
if (tempP.Offset != p.Offset)
{
continue;
}
ofound = true;
if (dskE.Size == 0)
{
Logger.Append(Severity.TRIVIA, "added 'size' information to partition with offset " + dskE.Offset);
dskE.Size = p.Size;
}
if (dskE.Size != p.Size)
{
Logger.Append(Severity.WARNING, "Mismatch in 'size' information between discoverer and MBR for partition with offset " + dskE.Offset
+ ", trusting MBR");
dskE.Size = p.Size;
}
tempP.Type = p.Type;
break;
}
if (!ofound) // MBR partition undected by storage discoverer
{
Logger.Append(Severity.TRIVIA, "Adding new partition from MBR, previously undiscovered. Partition is " + p.ToString());
elt.AddChild(p);
}
}
}
}