public async Task <TerodoViewStatusType> DestroyAsync(TerodoViewComputeResourceVolumeType paramVolume)
{
Resource = $"{OrgResource}/computeresources/{instanceLocalCompureresourceObject.Id}/computeresourcevolumes/{paramVolume.Id}.json";
return(await DeleteOperationAsync <TerodoViewStatusType>());
}
public async Task ComputeCesourceCustomizationWMIAsync()
{
long _c_volume_actual_size = 0;
long _c_volume_actual_free = 0;
string _cdrom_drive_letter = "";
SelectQuery VolumeQuery = new SelectQuery("SELECT Size, FreeSpace FROM Win32_LogicalDisk WHERE DeviceID = 'C:'");
SelectQuery CdromQuery = new SelectQuery("SELECT Drive FROM Win32_CDROMDrive");
foreach (var item in (await GetManagementObjectSearcherAsync(CdromQuery)).Get())
{
try
{
_cdrom_drive_letter = item["Drive"].ToString();
}
catch (Exception)
{
}
}
foreach (var item in (await GetManagementObjectSearcherAsync(VolumeQuery)).Get())
{
try
{
_c_volume_actual_size = Convert.ToInt64(item["Size"].ToString());
_c_volume_actual_free = Convert.ToInt64(item["FreeSpace"].ToString());
}
catch (Exception)
{
throw new ArgumentException(String.Format("Error collecting C: volume space information for {0}", _local_computeresource_context.ComputeResource.Hostname));
}
}
TerodoViewComputeResourceVolumeType _c_volume_object = _local_computeresource_context.ComputeResource.Volumes.FirstOrDefault(x => x.Mountpoint == "C");
long _c_volume_to_add = 0;
if (_c_volume_object != null)
{
_c_volume_to_add = (long)(_c_volume_object.Size * 1024 * 1024 * 1024) - _c_volume_actual_size;
}
else
{
throw new ArgumentException("Cannot find C: drive in volume list for partition mapping");
}
List <String> _used_drive_letters = _local_computeresource_context.ComputeResource.Volumes.Select(x => x.Mountpoint.Substring(0, 1)).ToList();
List <String> _systemdriveletters = new List <String>();
_systemdriveletters.AddRange("DEFGHIJKLMNOPQRSTUVWXYZ".Select(d => d.ToString()));
List <String> _availabledriveletters = _systemdriveletters.Except(_used_drive_letters).ToList <String>();
List <String> _diskpart_struct = new List <string>();
//convert number MB from bytes
_c_volume_to_add = _c_volume_to_add / 1024 / 1024;
if (_c_volume_to_add > 0)
{
_diskpart_struct.Add("select volume c");
_diskpart_struct.Add(String.Format("extend size={0} disk=0 noerr", _c_volume_to_add));
_diskpart_struct.Add("");
}
//change cdrom drive letter
if (_cdrom_drive_letter != "")
{
_diskpart_struct.Add(String.Format("select volume {0}", _cdrom_drive_letter.Substring(0, 1)));
_diskpart_struct.Add(String.Format("assign letter={0} noerr", _availabledriveletters.Last()));
_diskpart_struct.Add("");
}
foreach (int _disk_index in _local_computeresource_context.ComputeResource.Volumes.Select(x => x.DiskIndex).Distinct())
{
if (_disk_index != 0)
{
_diskpart_struct.Add(String.Format("select disk {0}", _disk_index));
_diskpart_struct.Add("clean");
_diskpart_struct.Add("ATTRIBUTES DISK CLEAR READONLY noerr");
_diskpart_struct.Add("ONLINE DISK noerr");
}
int _vol_index = 0;
if (_disk_index == 0)
{
_vol_index = 2;
}
else
{
_vol_index = 1;
}
foreach (TerodoViewComputeResourceVolumeType _volume in _local_computeresource_context.ComputeResource.Volumes.ToList().Where(x => x.DiskIndex == _disk_index && !x.Mountpoint.Contains("C")).OrderBy(x => x.Mountpoint))
{
string _driveletter = _volume.Mountpoint.Substring(0, 1);
_diskpart_struct.Add(String.Format("select disk {0}", _disk_index));
_diskpart_struct.Add(String.Format("create partition primary size={0} noerr", _volume.Size * 1024));
_diskpart_struct.Add("format fs=ntfs quick");
_diskpart_struct.Add(String.Format("assign letter={0} noerr", _driveletter));
_diskpart_struct.Add("");
_vol_index++;
}
}
string[] diskpart_bat_content = new String[] { @"C:\Windows\System32\diskpart.exe /s C:\diskpart.txt > C:\diskpart.log" };
string _local_location = @"C:\";
string _remote_location = _local_location.Replace(':', '$');
string _diskpart_remote_commands = @"\\" + Path.Combine(await _local_computeresource_context.GetContactibleIPAsync(true), _remote_location, "diskpart.txt");
string _diskpart_remote_bat = @"\\" + Path.Combine(await _local_computeresource_context.GetContactibleIPAsync(true), _remote_location, "diskpart.bat");
await CopyStringArrayToRemoteFileAsync(_diskpart_struct.ToArray(), _diskpart_remote_commands);
await CopyStringArrayToRemoteFileAsync(diskpart_bat_content, _diskpart_remote_bat);
await RunCommandAsync(_local_location, @"C:\diskpart.bat");
//if (_local_computeresource_context.ComputeCesource.interfaces.Where(x => x.index != 0).Count() > 0)
//{
// SetInterfaceAddressesWMI();
//}
}
public async Task <TerodoViewComputeResourceVolumeType> UpdateAsync(TerodoViewComputeResourceVolumeType paramVolume)
{
Resource = $"{OrgResource}/computeresources/{instanceLocalCompureresourceObject.Id}/computeresourcevolumes/{paramVolume.Id}.json";
return(await PutOperationAsync <TerodoViewComputeResourceVolumeType>(ExceptionFactory.CheckObjectIsNull(paramVolume)));
}
