public bool Invoke(OculiVolumePersistedState volumeInfo)
{
this._Logger.Verbose("Locking down job for disk removal for job " + this._Context.JobInfoWrapper.Name);
try
{
lock (Win32Utils.HelperOSLock)
{
VmdkProperties local_2 = this._FindDriveVmdkProperties(volumeInfo);
if (local_2 != null)
{
string local_3 = volumeInfo.PNPDeviceID;
if (local_3 != null)
{
this._RemoveSCSIDevice(local_3);
}
this._RemoveVirtualDisk(volumeInfo, local_2);
this._Logger.Verbose("Removed Drive for " + local_3);
}
else
{
this._Logger.Warning("Could not find hard disk: " + volumeInfo.VirtualDiskFilename);
}
return(true);
}
}
finally
{
this._Logger.Verbose("Releasing lock for disk removal for job " + this._Context.JobInfoWrapper.Name);
}
}
public TaskContext(PrepareVmInformation bootInfo, ILogger logger, IServiceResolver serviceResolver)
{
Invariant.ArgumentNotNull((object)bootInfo, "bootInfo");
this.ServiceResolver = serviceResolver;
this._JobInfo = new JobInfo();
this._JobInfo.Options = new JobOptions();
this._JobInfo.Options.OculiOptions = new OculiOptions();
this._JobInfo.Options.ClusterOptions = new ClusterOptions();
this._JobInfo.JobPersistedState = new JobPersistedState();
this._JobInfo.JobPersistedState.OculiPersistedState = new OculiPersistedState();
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo = new MachineInfo();
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo = new ServerInfo();
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo.OperatingSystem = new OperatingSystemInfo();
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ProductInfo = new ProductInfo();
this._JobInfo.JobPersistedState.OculiPersistedState.State = new JobState()
{
HasError = false,
HighLevel = "CREATED",
IsInSync = false,
LowLevel = "Created"
};
this._Logger = (ILogger) new LoggerWrapper(logger);
this._JobInfoWrapper = (ITaskInfoWrapper) new Oculi.Jobs.Context.TaskInfoWrapper(this._JobInfo, (IOculiCredentialHelper)null);
this._StateContext = new JobStateContext(this);
this.Factory = (ICommandFactory) new CommandFactory(this);
this.Invoker = (ICommandInvoker) new CommandInvoker(this.Factory);
this.LocalDiskManagement = new LocalDiskManagement(this);
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo.OperatingSystem.Version = bootInfo.OSVersion;
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo.OperatingSystem.Architecture = bootInfo.CPUArchitecture;
this._JobInfo.Options.OculiOptions.Hypervisor = bootInfo.Hypervisor;
this._JobInfo.JobType = "Oculi";
this._JobInfo.Options.ClusterOptions.TargetIsCluster = false;
this._JobInfo.Options.OculiOptions.IsSourceHostCluster = false;
this._JobInfo.JobPersistedState.OculiPersistedState.Nics = ((IEnumerable <VirtualNetworkInterfaceInfo>)bootInfo.NetworkInterfaceInfo).Select <VirtualNetworkInterfaceInfo, OculiInternalVirtualNetworkInterfaceInfo>((Func <VirtualNetworkInterfaceInfo, OculiInternalVirtualNetworkInterfaceInfo>)(nic => OculiInternalVirtualNetworkInterfaceInfo.Create(nic))).ToArray <OculiInternalVirtualNetworkInterfaceInfo>();
this._JobInfo.JobPersistedState.OculiPersistedState.VmVersion = bootInfo.VmVersion;
OculiPersistedState vraPersistedState = this._JobInfo.JobPersistedState.OculiPersistedState;
OculiVolumePersistedState[] volumePersistedStateArray = new OculiVolumePersistedState[1];
int index = 0;
OculiVolumePersistedState volumePersistedState = new OculiVolumePersistedState();
volumePersistedState.MountPoint = bootInfo.SystemVolumeMountPath;
int num = 1;
volumePersistedState.IsSystemDrive = num != 0;
string str = bootInfo.WindowsDir.Substring(0, 1);
volumePersistedState.Name = str;
volumePersistedStateArray[index] = volumePersistedState;
vraPersistedState.VolumePersistedState = volumePersistedStateArray;
this.LocalDiskManagement.FillVolumeInfoFromMountPath(this.JobInfoWrapper.VolumePersistedState[0]);
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo.SystemRoot = bootInfo.WindowsDir;
this._JobInfo.JobPersistedState.OculiPersistedState.SourceMachineInfo.ServerInfo.SystemVolume = bootInfo.WindowsDir.Substring(0, 2);
this._JobInfo.JobPersistedState.OculiPersistedState.OculiVirtualizationConnectionInfo = new VirtualizationConnectionInfo();
this._JobInfo.JobPersistedState.OculiPersistedState.OculiVirtualizationConnectionInfo.RepsetName = "";
this._JobInfo.Options.OculiOptions.VMInfo = new VMInfo();
this._JobInfoWrapper.TargetOSVersion = OculiService.TargetHostOperatingSystemInfo.Version;
}
private void _RemoveVirtualDisk(OculiVolumePersistedState volumeInfo, VmdkProperties driveProperties)
{
VmdkProperties[] vmdkProps = new VmdkProperties[1] {
driveProperties
};
try
{
CUtils.Retry(this._RemoveVirtualDisk_Retry, this._RemoveVirtualDisk_Delay, (CUtils.Workload)(() =>
{
this._HelperVm_RemoveVirtualDisk(vmdkProps);
if (!this._CheckDriveGone(volumeInfo))
{
throw new OculiServiceException(0, string.Format("Failed to detach a volume from the Helper VM ({0:d})", (object)volumeInfo.DriveName));
}
}));
}
catch (Exception ex)
{
this._Logger.FormatWarningWithException(ex, "Failed to detach volume {0} from helper VM due to exception: ", (object)volumeInfo.VolumeName);
throw;
}
}
public bool Invoke(OculiVolumePersistedState volumeInfo)
{
volumeInfo.IsGpt = volumeInfo.DesiredSize > 2199023255552L;
return(this._RunDiskPart("select disk " + (object)volumeInfo.DriveIndex + "\nattributes disk clear readonly noerr\nonline disk noerr\nclean\nconvert dynamic\nconvert basic\n" + (volumeInfo.IsGpt ? "convert gpt\n" : "convert mbr\n") + "create partition primary align=64\nselect partition 1\n" + (volumeInfo.IsSystemDrive ? "active\n" : string.Empty)));
}
private bool _CheckDriveGone(OculiVolumePersistedState volumeInfo)
{
return(this._FindDriveVmdkProperties(volumeInfo) == null);
}
private VmdkProperties _FindDriveVmdkProperties(OculiVolumePersistedState volumeInfo)
{
return(((IEnumerable <VmdkProperties>) this._HelperVm_GetVMDKInfo()).FirstOrDefault <VmdkProperties>((Func <VmdkProperties, bool>)(v => v.FileName == volumeInfo.VirtualDiskFilename)));
}
